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Happy Valentine
From STED
Topic: STED.io ---- Monetize Everything (Read 19351 times)
This New Year may you find peace from within and may you be capable to spread such contentment around you.
Happy Chinese New Year!
Happy Chinese New Year!
Your success and happiness lies in you. Resolve to keep happy, and your joy and you shall form an invincible host against difficulties. – Helen Keller
Here’s wishing you,
A healthy, comfortable,
And prosperous holidays ahead!
Enjoy! Happy Holidays!!
A healthy, comfortable,
And prosperous holidays ahead!
Enjoy! Happy Holidays!!
IoT and Blockchain Tech: The NEED for Speed
The definition of speed has changed through the years.
And to keep up with the ever changing times…. The internet we love and adore is getting assistance, a makeover of sorts. As for any advancement to progress and not become obsolete, it needs to evolve. Internet before connected people and information, but in recent years we have amassed a number of gadgets that we need to connect to 24/7. Like in our homes, before we leave and go to work, travel or run errands, we essentially disconnected from them. A LOT can happen during that time in between. We become disconnected from one “thing” while we move to another.
The definition of speed has changed through the years.
And to keep up with the ever changing times…. The internet we love and adore is getting assistance, a makeover of sorts. As for any advancement to progress and not become obsolete, it needs to evolve. Internet before connected people and information, but in recent years we have amassed a number of gadgets that we need to connect to 24/7. Like in our homes, before we leave and go to work, travel or run errands, we essentially disconnected from them. A LOT can happen during that time in between. We become disconnected from one “thing” while we move to another.
And for the pièce de résistance…. STED
For the block chain technology and IoT to showcase their advantages, advancements and capabilities, it needs a platform a stage so to speak to show off what they can do. This is where STED steps in. STED stands for (Secure and Trusted Exchange of Data) a project dedicated to use SUPA channeling technology blended with Block Chain tech for Internet of Things. Its goal is to create interconnectivity and operability, promote scalability, and advance efficiency so the “things” in the Internet of Things can talk to each other and to enhance an efficient and free monetization of data and service with micropayment capability. To achieve this vision, STED makes use of Block chain technologies, Artificial Intelligence and the communications technology SUPACT, which is compatible with most, if not all, public block chains. STED is Secure and private, Efficient, Economical, Easy, Everywhere and Digitized.
What more can we ask for its just we need for our need for speed. Efficiency is the key to achieving speed, for anything. FACT: we can never slow down time, but efficient use of time will help us achieve that speed we need to keep up with our ever evolving and changing lives.
For the block chain technology and IoT to showcase their advantages, advancements and capabilities, it needs a platform a stage so to speak to show off what they can do. This is where STED steps in. STED stands for (Secure and Trusted Exchange of Data) a project dedicated to use SUPA channeling technology blended with Block Chain tech for Internet of Things. Its goal is to create interconnectivity and operability, promote scalability, and advance efficiency so the “things” in the Internet of Things can talk to each other and to enhance an efficient and free monetization of data and service with micropayment capability. To achieve this vision, STED makes use of Block chain technologies, Artificial Intelligence and the communications technology SUPACT, which is compatible with most, if not all, public block chains. STED is Secure and private, Efficient, Economical, Easy, Everywhere and Digitized.
What more can we ask for its just we need for our need for speed. Efficiency is the key to achieving speed, for anything. FACT: we can never slow down time, but efficient use of time will help us achieve that speed we need to keep up with our ever evolving and changing lives.
IoT …. Blockchain Tech and STED go hand in hand
And for a more effective and interconnected network, much the same as a well-oiled machine, for it to work seamlessly, efficiently and achieve speed, it needs the right components. First….
Before, internet was mainly used to connect information and people, but today there is what we call IoT or the “Internet of things”. Just what exactly does that mean? For the technologically adept it’s simple, but for some it can be a bit nauseous. Does that mean my gadget can now use the internet and go on line by itself? For lack of a simpler explanation, essentially that is what it means. “Stuff” that we would normally call dumb, simply because they are disconnected can now “talk” or “connect“ to each other. The Internet of Things is made up of devices — from simple sensors to our smartphones and wearables like a smart watch– connected together. “IoT gives us an opportunity to be more efficient in how we do things, saving us time, money and often emissions in the process. It allows individuals, companies, businesses even governments and public authorities to re-think how they deliver services and produce goods. The Internet of Things is an important extension of Internet technology, which improves the level of productivity, which has a significant impact on our life experience.
Then there’s ….
Blockchain technology is a kind of distributed ledger technology (DLT) where by a global network of computers jointly manage (as compared to central management by most other database) and keeps the same database that records transactions. In essence, blockchains are managed by all in their networks, and not by central authorities. By allowing digital information to be securely and trustfully distributed, blockchain technology created the backbone of a new type of internet for data storage. Simply put, blockchain works by duplicating or copying data thousands of times and makes it available across a network of computers, and then this network is designed to regularly update or continually reconcile this “data” or information. The blockchain database isn’t kept in any single location, meaning the records it keeps are truly public and easily verifiable. No centralized version of this information exists for a hacker to corrupt. Hosted by millions of computers simultaneously, its data is accessible to the general public on the internet. The main use of block chain lies in the establishment of a decentralized security trust mechanism.
And for a more effective and interconnected network, much the same as a well-oiled machine, for it to work seamlessly, efficiently and achieve speed, it needs the right components. First….
Before, internet was mainly used to connect information and people, but today there is what we call IoT or the “Internet of things”. Just what exactly does that mean? For the technologically adept it’s simple, but for some it can be a bit nauseous. Does that mean my gadget can now use the internet and go on line by itself? For lack of a simpler explanation, essentially that is what it means. “Stuff” that we would normally call dumb, simply because they are disconnected can now “talk” or “connect“ to each other. The Internet of Things is made up of devices — from simple sensors to our smartphones and wearables like a smart watch– connected together. “IoT gives us an opportunity to be more efficient in how we do things, saving us time, money and often emissions in the process. It allows individuals, companies, businesses even governments and public authorities to re-think how they deliver services and produce goods. The Internet of Things is an important extension of Internet technology, which improves the level of productivity, which has a significant impact on our life experience.
Then there’s ….
Blockchain technology is a kind of distributed ledger technology (DLT) where by a global network of computers jointly manage (as compared to central management by most other database) and keeps the same database that records transactions. In essence, blockchains are managed by all in their networks, and not by central authorities. By allowing digital information to be securely and trustfully distributed, blockchain technology created the backbone of a new type of internet for data storage. Simply put, blockchain works by duplicating or copying data thousands of times and makes it available across a network of computers, and then this network is designed to regularly update or continually reconcile this “data” or information. The blockchain database isn’t kept in any single location, meaning the records it keeps are truly public and easily verifiable. No centralized version of this information exists for a hacker to corrupt. Hosted by millions of computers simultaneously, its data is accessible to the general public on the internet. The main use of block chain lies in the establishment of a decentralized security trust mechanism.
IoT and Blockchain Tech: The NEED for Speed
The definition of speed has changed through the years.
And to keep up with the ever changing times…. The internet we love and adore is getting assistance, a makeover of sorts. As for any advancement to progress and not become obsolete, it needs to evolve. Internet before connected people and information, but in recent years we have amassed a number of gadgets that we need to connect to 24/7. Like in our homes, before we leave and go to work, travel or run errands, we essentially disconnected from them. A LOT can happen during that time in between. We become disconnected from one “thing” while we move to another.
The definition of speed has changed through the years.
And to keep up with the ever changing times…. The internet we love and adore is getting assistance, a makeover of sorts. As for any advancement to progress and not become obsolete, it needs to evolve. Internet before connected people and information, but in recent years we have amassed a number of gadgets that we need to connect to 24/7. Like in our homes, before we leave and go to work, travel or run errands, we essentially disconnected from them. A LOT can happen during that time in between. We become disconnected from one “thing” while we move to another.
So what exactly does this mean?
Enter blockchain technology. By definition, blockchain is a type of distributed ledger technology (DLT) whereby a global network of computers jointly manage (as compared to central management by most other database) and keeps the same database that records transactions. By allowing digital information to be securely and trustfully distributed, blockchain tech creates the backbone of a new type of internet.
Iot…. comes to life, with STED backing up the world of IoT, the concern for blockchain tech not being able to take the heat on a larger scale is given hope. New advancements always always meet or have limitations…. This will give it its teeth so to speak to make it more stable and stronger in the end. Eventually with the right set of people understanding and transforming these new advancements it will find its place and operate as needed when needed.
Enter blockchain technology. By definition, blockchain is a type of distributed ledger technology (DLT) whereby a global network of computers jointly manage (as compared to central management by most other database) and keeps the same database that records transactions. By allowing digital information to be securely and trustfully distributed, blockchain tech creates the backbone of a new type of internet.
Iot…. comes to life, with STED backing up the world of IoT, the concern for blockchain tech not being able to take the heat on a larger scale is given hope. New advancements always always meet or have limitations…. This will give it its teeth so to speak to make it more stable and stronger in the end. Eventually with the right set of people understanding and transforming these new advancements it will find its place and operate as needed when needed.
Trifecta of Interconnectivity
The collaboration between IoT (Internet of Things) and blockchain tech can generate immeasurable value, in collecting and exchanging data and services between smart devices….And with the addition of STED into this volatile and exciting mix…. ANYTHING is possible! STED’s core intention ----
to create interconnectivity and operability,
promote scalability
Increase efficiency.
STED’s core technology----
low cost,
rich IoT System,
advance blockchain tech,
transaction security and artificial intelligence
This makes it possible for the Internet of Things to talk to each other and create a free and efficient monetization of data, because, the new implementation would have a micropayment capability.
The collaboration between IoT (Internet of Things) and blockchain tech can generate immeasurable value, in collecting and exchanging data and services between smart devices….And with the addition of STED into this volatile and exciting mix…. ANYTHING is possible! STED’s core intention ----
to create interconnectivity and operability,
promote scalability
Increase efficiency.
STED’s core technology----
low cost,
rich IoT System,
advance blockchain tech,
transaction security and artificial intelligence
This makes it possible for the Internet of Things to talk to each other and create a free and efficient monetization of data, because, the new implementation would have a micropayment capability.
Scaling Blockchain for IoT
The IoT ecosystem is a world all its own. It has its own participants, positive side and of course pitfalls. In a smaller, more controlled environment, like a house, it’s fairly easy to foresee or fix “issues” such as latency, security, speed, volume of information, so to speak. But let’s think big like a whole city, factory, and office building, said “issues” multiply a hundred fold, participants grow in number, inter connectivity and data sharing become complicated …. Right now scalability is a key focus, drawing huge attention from the community. It determines blockchain’s ability to perform and keep up in the real world on a much larger scale. Furthermore, it measures if it will it be as efficient and manageable. With every purchase, the blockchain adds a block to its ladder of transactions, and each one increases with data as it carries the history of the blocks before it. As more end users join the networks and the transaction histories grow, the current system is in danger of buckling and eventually falls apart.
The IoT ecosystem is a world all its own. It has its own participants, positive side and of course pitfalls. In a smaller, more controlled environment, like a house, it’s fairly easy to foresee or fix “issues” such as latency, security, speed, volume of information, so to speak. But let’s think big like a whole city, factory, and office building, said “issues” multiply a hundred fold, participants grow in number, inter connectivity and data sharing become complicated …. Right now scalability is a key focus, drawing huge attention from the community. It determines blockchain’s ability to perform and keep up in the real world on a much larger scale. Furthermore, it measures if it will it be as efficient and manageable. With every purchase, the blockchain adds a block to its ladder of transactions, and each one increases with data as it carries the history of the blocks before it. As more end users join the networks and the transaction histories grow, the current system is in danger of buckling and eventually falls apart.
Scalability means to easily make something larger or more powerful.
“Scalability is the capability of a system, network, or process to handle a growing amount of work, or its potential to be enlarged to accommodate that growth. For example, a system is considered scalable if it is capable of increasing its total output under an increased load when resources are added – Wikipedia “ A buzz is swirling around, not just in the tech community, that blockchain unleashed into the very real and intricate world of IoT , may mean a whole new set of “ stumbling blocks” ( pun intended) to develop and fail to deliver. In reality as the blocks grow and transaction data pile up the current system may begin to strain under its own weight. Response time, limitations, data size and the cost will eventually grow or lessen along the way. Each transaction that can record will require P2P verification, with the bigger number of blocks involved it can become time-consuming. As more users incur more transactions, verification is longer, waiting time increase sharply.
“Scalability is the capability of a system, network, or process to handle a growing amount of work, or its potential to be enlarged to accommodate that growth. For example, a system is considered scalable if it is capable of increasing its total output under an increased load when resources are added – Wikipedia “ A buzz is swirling around, not just in the tech community, that blockchain unleashed into the very real and intricate world of IoT , may mean a whole new set of “ stumbling blocks” ( pun intended) to develop and fail to deliver. In reality as the blocks grow and transaction data pile up the current system may begin to strain under its own weight. Response time, limitations, data size and the cost will eventually grow or lessen along the way. Each transaction that can record will require P2P verification, with the bigger number of blocks involved it can become time-consuming. As more users incur more transactions, verification is longer, waiting time increase sharply.
The world of IoT: TOO hot to handle for Blockchain Tech?
Iot or the internet of things will often be considered and studied as a complex system due to the huge number of different links, interactions between autonomous participants, and its capacity to integrate new participants. Looking at the large picture, it will likely be seen as a chaotic environment. As a practical approach, not all elements in the Internet of things run in a global, public space. Subsystems are implemented to mitigate the risks of privacy, control and reliability so to insure it will only share data within and be available via a local network.
Iot or the internet of things will often be considered and studied as a complex system due to the huge number of different links, interactions between autonomous participants, and its capacity to integrate new participants. Looking at the large picture, it will likely be seen as a chaotic environment. As a practical approach, not all elements in the Internet of things run in a global, public space. Subsystems are implemented to mitigate the risks of privacy, control and reliability so to insure it will only share data within and be available via a local network.
"What are these “Things?”
We call it the Internet of Things (IoT) and it is the network of physical devices, vehicles, home appliances, light bulbs, air-conditioning or cameras, and other items embedded with electronics, software, sensors, actuators, and connectivity which enables these things to connect, collate and exchange data. IoT involves extending Internet connectivity beyond standard devices, such as desktops, laptops, smart phones and tablets, to any range of traditionally dumb or non- internet-enabled physical devices and everyday objects. Embedded with technology, these devices can communicate and interact over the Internet, and they can be remotely monitored and controlled. The definition of the Internet of things has evolved due to the convergence of multiple technologies, real- time analytics, machine learning, commodity sensors, and embedded systems. Even traditional fields of embedded systems, wireless sensor networks, control systems, automation (such as home and building automation), and others all contribute that make the Internet of things possible. The internet was the first step to our digital evolution. When we first realized that with the discovery of electricity and the invention of the telephone, gave the transmission of information from one place or person to another a whole new meaning. It was a big step up but we never looked back, more advancement came. And with it came an avalanche of information, it became harder to keep track of everything. We needed a way to keep up with it, then someone observant enough thought of a way to put ALL of that wealth of information in one place where everybody can access and use it, Came the dawn of the WEB, It served its purpose for the time being ---- connect people and information. But now our generation dictates the need to connect not just to people but things as well, things (IoT) that are very much a part of us that make our lives today up and running. We cannot deny that we are at the brink of a new digital age, let us embrace it today! And let STED lead the way."
We call it the Internet of Things (IoT) and it is the network of physical devices, vehicles, home appliances, light bulbs, air-conditioning or cameras, and other items embedded with electronics, software, sensors, actuators, and connectivity which enables these things to connect, collate and exchange data. IoT involves extending Internet connectivity beyond standard devices, such as desktops, laptops, smart phones and tablets, to any range of traditionally dumb or non- internet-enabled physical devices and everyday objects. Embedded with technology, these devices can communicate and interact over the Internet, and they can be remotely monitored and controlled. The definition of the Internet of things has evolved due to the convergence of multiple technologies, real- time analytics, machine learning, commodity sensors, and embedded systems. Even traditional fields of embedded systems, wireless sensor networks, control systems, automation (such as home and building automation), and others all contribute that make the Internet of things possible. The internet was the first step to our digital evolution. When we first realized that with the discovery of electricity and the invention of the telephone, gave the transmission of information from one place or person to another a whole new meaning. It was a big step up but we never looked back, more advancement came. And with it came an avalanche of information, it became harder to keep track of everything. We needed a way to keep up with it, then someone observant enough thought of a way to put ALL of that wealth of information in one place where everybody can access and use it, Came the dawn of the WEB, It served its purpose for the time being ---- connect people and information. But now our generation dictates the need to connect not just to people but things as well, things (IoT) that are very much a part of us that make our lives today up and running. We cannot deny that we are at the brink of a new digital age, let us embrace it today! And let STED lead the way."
But is STED for everyone?
Let’s take a smart city (which can become a reality sooner than we think). Everybody can use SUPACT SDK to create an APP for devices/sensors, provided that the service is on STED.io Smart City platform. With the secure, trust and micro-payment capabilities of SUPACT over most chains, any citizen becomes willing to provide their own available resource; as such services will be paid once used. Smart city will then become a shared economy. Because any citizen who has a power meter at home can sell power consumption data to the electricity company. Anyone can sell any data to anyone.
For the health conscious, perhaps? Fitness trackers fitted with SUPACT inside will not only track your health data but can also send data directly and securely to your personal trainer, instructor, doctor and others as you choose. Such data may then be exchanged with some reward say from insurance company, or your doctor and personal trainer will give you professional advice as they are assured that payment will be made once service is provided. All of these shared economies are achievable through the secure, trusted and micro-payment capabilities of SUPACT. There will be fewer excuses for on time provision of services or information. And when it comes to health and safety every second counts! Time efficiency at its best
Let’s take a smart city (which can become a reality sooner than we think). Everybody can use SUPACT SDK to create an APP for devices/sensors, provided that the service is on STED.io Smart City platform. With the secure, trust and micro-payment capabilities of SUPACT over most chains, any citizen becomes willing to provide their own available resource; as such services will be paid once used. Smart city will then become a shared economy. Because any citizen who has a power meter at home can sell power consumption data to the electricity company. Anyone can sell any data to anyone.
For the health conscious, perhaps? Fitness trackers fitted with SUPACT inside will not only track your health data but can also send data directly and securely to your personal trainer, instructor, doctor and others as you choose. Such data may then be exchanged with some reward say from insurance company, or your doctor and personal trainer will give you professional advice as they are assured that payment will be made once service is provided. All of these shared economies are achievable through the secure, trusted and micro-payment capabilities of SUPACT. There will be fewer excuses for on time provision of services or information. And when it comes to health and safety every second counts! Time efficiency at its best
STED’s main features:
● Security & Privacy: encrypted secure tunnel for all transactions
● Efficiency: process millions of transactions per second
● Economy: almost zero-fee transactions
● Ease: It is possible to program it and send over the air transactions
● Everywhere: global service listing, access and transaction
● Digitization: Assets are digitized into data and services with value
● Security & Privacy: encrypted secure tunnel for all transactions
● Efficiency: process millions of transactions per second
● Economy: almost zero-fee transactions
● Ease: It is possible to program it and send over the air transactions
● Everywhere: global service listing, access and transaction
● Digitization: Assets are digitized into data and services with value
"STED….
is the platform that lets blockchain technology, “show off “what it’s really about? As earlier mentioned, there are currently 10 billion smart devices that are connected to the internet. Using blockchain technology and Internet of Things (IoT) it is possible to generate unfathomable value. Everything is upossible by collecting and exchanging data and services between smart devices. The main intention behind STED is to create interconnectivity and operability, promote scalability and increase efficiency. In this way, it is possible for the Internet of Things to talk to each other and create a free and efficient monetization of data.Additionally, the new implementation would have a micropayment capability."
is the platform that lets blockchain technology, “show off “what it’s really about? As earlier mentioned, there are currently 10 billion smart devices that are connected to the internet. Using blockchain technology and Internet of Things (IoT) it is possible to generate unfathomable value. Everything is upossible by collecting and exchanging data and services between smart devices. The main intention behind STED is to create interconnectivity and operability, promote scalability and increase efficiency. In this way, it is possible for the Internet of Things to talk to each other and create a free and efficient monetization of data.Additionally, the new implementation would have a micropayment capability."
That’s where STED (along with blockchain technology) comes in….
“Blockchain” is the technology used to make STED and its capabilities possible. Blockchain defined is actually the structure of data that represents a record of a transaction, sort of a virtual financial ledger. Every transaction is digitally signed to ensure its authenticity and that no one tampers with it, so the ledger itself and the existing transactions or information within it are assumed to be of high integrity.A blockchain, (as the name suggests) is a growing, interconnected list of records, called blocks, which are linked using cryptography. And each block contains a cryptographic hash( a digital finger print so to speak ) of the previous block, a timestamp, and transaction data (generally represented as a merkle tree root hash). For all intents and purposes, the blockchain design is resistant to modification of the data.
“Blockchain” is the technology used to make STED and its capabilities possible. Blockchain defined is actually the structure of data that represents a record of a transaction, sort of a virtual financial ledger. Every transaction is digitally signed to ensure its authenticity and that no one tampers with it, so the ledger itself and the existing transactions or information within it are assumed to be of high integrity.A blockchain, (as the name suggests) is a growing, interconnected list of records, called blocks, which are linked using cryptography. And each block contains a cryptographic hash( a digital finger print so to speak ) of the previous block, a timestamp, and transaction data (generally represented as a merkle tree root hash). For all intents and purposes, the blockchain design is resistant to modification of the data.
But why was STED created? Do we really need It?
All innovators, shakers and movers, observe, learn and then act. They make things better. And this time what we need is to keep up with all our data….It all began with…. The WEB and the internet.
This is what we have and use widely today. The WEB by definition and how it came to be, well…. The World Wide Web (WWW), also called the Web, is an information space where documents and other web resources are identified by Uniform Resource Locators (URLs), interlinked by hypertext links, and accessible via the Internet.
BUT just like any advancement, in time it needs a rehash, a better version of itself so to speak. Or else it becomes obsolete. The number and demographics of users and followers have grown tremendously, and their needs and demands have grown as well. Our today far busier and faster than it was a few years back. From browsing, watching videos, movies, and social media like instagram, facebook, twitter to name a few.
We have now shifted most, if not all parts of our lives “online”. We shop, order, connect or disconnect with people, we do bank transactions, we learn, we even work and have fun online. I know some say we had turned into a generation dependent on our devices and the internet. But if we really think about it, it’s just our way of coping or “evolving “with everything going on. What we are most conscious of right now is…. efficient use of our time. We want to accomplish so much we are constantly asking for MORE time. And with our increasing activities, we are scrambling for a way to keep track of everything in real time which in turn will give us efficiency."
All innovators, shakers and movers, observe, learn and then act. They make things better. And this time what we need is to keep up with all our data….It all began with…. The WEB and the internet.
This is what we have and use widely today. The WEB by definition and how it came to be, well…. The World Wide Web (WWW), also called the Web, is an information space where documents and other web resources are identified by Uniform Resource Locators (URLs), interlinked by hypertext links, and accessible via the Internet.
BUT just like any advancement, in time it needs a rehash, a better version of itself so to speak. Or else it becomes obsolete. The number and demographics of users and followers have grown tremendously, and their needs and demands have grown as well. Our today far busier and faster than it was a few years back. From browsing, watching videos, movies, and social media like instagram, facebook, twitter to name a few.
We have now shifted most, if not all parts of our lives “online”. We shop, order, connect or disconnect with people, we do bank transactions, we learn, we even work and have fun online. I know some say we had turned into a generation dependent on our devices and the internet. But if we really think about it, it’s just our way of coping or “evolving “with everything going on. What we are most conscious of right now is…. efficient use of our time. We want to accomplish so much we are constantly asking for MORE time. And with our increasing activities, we are scrambling for a way to keep track of everything in real time which in turn will give us efficiency."
STED -- literally stands for Secure and Trusted Exchange of Data.
Today there are10 billion smart devices, give or take, that are connected to the internet. With our constant need to upgrade, by 2025 this number could increase and receive 45 billion devices more. But with the emergence of blockchain technology and Internet of Things, it is possible to generate immeasurable value. Anything is possible by collecting and exchanging data and services between smart devices. With the core intention behind STED ---- to create interconnectivity and operability, promote scalability and increase efficiency. This makes it possible for the Internet of Things to talk to each other and create a free and efficient monetization of data, because, the new implementation would have a micropayment capability.
Today there are10 billion smart devices, give or take, that are connected to the internet. With our constant need to upgrade, by 2025 this number could increase and receive 45 billion devices more. But with the emergence of blockchain technology and Internet of Things, it is possible to generate immeasurable value. Anything is possible by collecting and exchanging data and services between smart devices. With the core intention behind STED ---- to create interconnectivity and operability, promote scalability and increase efficiency. This makes it possible for the Internet of Things to talk to each other and create a free and efficient monetization of data, because, the new implementation would have a micropayment capability.
WORLD.... Meet STED
Change and humanity go hand in hand. It is in our nature to discover, learn, improve and better ourselves. Discoveries and advancements such as fire, the wheel, health care, plumbing, electricity, the telephone and of course the internet. All of these are now accepted and well-loved advancements but when they were first introduced, they were not met with open arms, but more so with hesitation, questions and even fear. Change, in general, is a scary notion, not knowing what comes next or what is the outcome can make us feel giddy and anxious, but it does not mean we should all go running under a rock every time something new comes our way, it’s 2018 we should open our minds, listen, understand and embrace it.
Just like any introduction and to know what is it we are facing, we need a name, let me begin....
World, meet STED.
Change and humanity go hand in hand. It is in our nature to discover, learn, improve and better ourselves. Discoveries and advancements such as fire, the wheel, health care, plumbing, electricity, the telephone and of course the internet. All of these are now accepted and well-loved advancements but when they were first introduced, they were not met with open arms, but more so with hesitation, questions and even fear. Change, in general, is a scary notion, not knowing what comes next or what is the outcome can make us feel giddy and anxious, but it does not mean we should all go running under a rock every time something new comes our way, it’s 2018 we should open our minds, listen, understand and embrace it.
Just like any introduction and to know what is it we are facing, we need a name, let me begin....
World, meet STED.
STED: refining transparency and connectivity
In the natural world order there is what we call natural selection, wherein nature picks species that are adaptable to the changes posed by its environment. And in turn, said species evolve to a better version of itself. They earn a spot in the new hierarchy of things. The rest who can’t or won’t …. well they become obsolete. Think of dinosaurs…. they were the biggest and the baddest of their era. But when something threatened their existence, and they failed to adapt, we know what happened next they became extinct.
We, mankind , time in memoriam have shown, proven and earned our place on top of the food chain and this is because we keep thinking, improving, evolving, adapting and learning from our mistakes. That’s STED….the next step for us and our society. The evolution of connectivity. We cannot do away with this because it will be like relinquishing our place as top specie or like the dinosaurs accepting their fate of extinction.
STED is showing us the way of the future. It sounds complicated for now (as all advancements are in the beginning). It’s just a matter of time before the world we know now will be too slow and too old. With STED, transparency and connectivity is forever redefined.
In the natural world order there is what we call natural selection, wherein nature picks species that are adaptable to the changes posed by its environment. And in turn, said species evolve to a better version of itself. They earn a spot in the new hierarchy of things. The rest who can’t or won’t …. well they become obsolete. Think of dinosaurs…. they were the biggest and the baddest of their era. But when something threatened their existence, and they failed to adapt, we know what happened next they became extinct.
We, mankind , time in memoriam have shown, proven and earned our place on top of the food chain and this is because we keep thinking, improving, evolving, adapting and learning from our mistakes. That’s STED….the next step for us and our society. The evolution of connectivity. We cannot do away with this because it will be like relinquishing our place as top specie or like the dinosaurs accepting their fate of extinction.
STED is showing us the way of the future. It sounds complicated for now (as all advancements are in the beginning). It’s just a matter of time before the world we know now will be too slow and too old. With STED, transparency and connectivity is forever redefined.
Usage in eHealth
In the same fashion as smart cities, fitness trackers embedded with STED inside will not only track health data, but can also send data directly and securely to personal trainers, instructors, doctors or others. Such data may then be exchanged with some reward, say from insurance company, doctor or personal trainer to provide professional advice. STED assures that payment will be made once service is provided. There will be no excuse for on-time provision and payment of services or information and most importantly, the drive to exercise to keep healthy! When it comes to health and safety, every second counts!
In the same fashion as smart cities, fitness trackers embedded with STED inside will not only track health data, but can also send data directly and securely to personal trainers, instructors, doctors or others. Such data may then be exchanged with some reward, say from insurance company, doctor or personal trainer to provide professional advice. STED assures that payment will be made once service is provided. There will be no excuse for on-time provision and payment of services or information and most importantly, the drive to exercise to keep healthy! When it comes to health and safety, every second counts!
Usage in Smart Cities
Everybody can use SUPACT SDK to create apps involving devices, sensors, or any related IoT data, people, process or things services that is registered on the STED marketplace. With the secure and trusted smart contract and micropayment capabilities, providers and consumers alike are driven to participate in the world of IoT through STED because of the global reach and variety of registered services. Moreover, all service providers can be paid for promptly and fairly to all providers based on smart contracts associated with the provided service. Countless shared economies will evolve in smart cities just with these. Consumers can even turn provider and get rewarded, for example, any citizen who has a power meter at home can sell power consumption data to electricity company, which then further analyzes and monetize the collected data.
Everybody can use SUPACT SDK to create apps involving devices, sensors, or any related IoT data, people, process or things services that is registered on the STED marketplace. With the secure and trusted smart contract and micropayment capabilities, providers and consumers alike are driven to participate in the world of IoT through STED because of the global reach and variety of registered services. Moreover, all service providers can be paid for promptly and fairly to all providers based on smart contracts associated with the provided service. Countless shared economies will evolve in smart cities just with these. Consumers can even turn provider and get rewarded, for example, any citizen who has a power meter at home can sell power consumption data to electricity company, which then further analyzes and monetize the collected data.
STED in everyday life
Current IoT solutions are based on centralized cloud for communications, which lead privacy and security issues. Most IoT chips and eSIM can now be embedded with SUPACT library (12kb) and then things can interconnect and interoperate directly with each other. Therefore, data ownership and data security are protected. With the micropayment capability of SUPACT, users can choose not to purchase things wholly but pay-per-use with a value of which may be of 3~18 decimal places! Everything can literally be at the tip of your fingertips!
Current IoT solutions are based on centralized cloud for communications, which lead privacy and security issues. Most IoT chips and eSIM can now be embedded with SUPACT library (12kb) and then things can interconnect and interoperate directly with each other. Therefore, data ownership and data security are protected. With the micropayment capability of SUPACT, users can choose not to purchase things wholly but pay-per-use with a value of which may be of 3~18 decimal places! Everything can literally be at the tip of your fingertips!
So how does STED bring all of these benefits together?
STED Monetizes EVERY THING. And it is efficient, economical, easy-to-use and EVERYWHERE!
Its efficiency is marked by high volume concurrency using divide-and-conquer techniques. Through partitioning participating IoT devices into many small partitions, large amount of IoT transactions can occur simultaneously and very quickly. Next, It is also economical because transactions are mostly kept within their own partitions (as opposed to Bitcoin where a large number of global nodes are used in validating simple transactions like Bitcoin transfer, which on the average costs USD25 worth of electricity bills per transfer. And last but not least, it is easy-to-use and it is everywhere because the STED SDK has a very small footprint due to high optimization of her APIs after a decade of work in cracking the IoT P2P communications code; blockchain technologies are recently added to allow participants from anywhere in the world to connect easily and guarantee that global transactions can occur in a secure and trusted manner.
All of that is possible because of its key features like support for millions of concurrent transactions per second, even across different mainstream blockchains; a complete STED protocol stack that provides secure IoT P2P “borderless” communications through IP-less channels, trusted transactions using blockchain technologies and even credit-based transactions with built-in micropayment capabilities. STED employs a unique two-layer network architecture, to guarantee scalability and keep things spick-and-span by dividing and conquering transactions in many small partitions called shards in the lower-layer network and validating transactions as well as packaging these records in the upper-layer network. The transfer of value will be effected by smart contracts (the digital version of a physical contract that is executed when transactions occur) after a transaction is validated by a minimum number of validators in the upper-layer network through a unique consensus mechanism called Proof-of-eXchange (PoX). PoX is adapted from the mathematically sound and proven Delegated Proof-of-Stake (DPoS) consensus that is widely used in the blockchain world. PoX takes into account the actual completion of the delivery of the concerned service, which is outside of the blockchain world, to further lower the risk of malicious attacks or fraud.
STED Monetizes EVERY THING. And it is efficient, economical, easy-to-use and EVERYWHERE!
Its efficiency is marked by high volume concurrency using divide-and-conquer techniques. Through partitioning participating IoT devices into many small partitions, large amount of IoT transactions can occur simultaneously and very quickly. Next, It is also economical because transactions are mostly kept within their own partitions (as opposed to Bitcoin where a large number of global nodes are used in validating simple transactions like Bitcoin transfer, which on the average costs USD25 worth of electricity bills per transfer. And last but not least, it is easy-to-use and it is everywhere because the STED SDK has a very small footprint due to high optimization of her APIs after a decade of work in cracking the IoT P2P communications code; blockchain technologies are recently added to allow participants from anywhere in the world to connect easily and guarantee that global transactions can occur in a secure and trusted manner.
All of that is possible because of its key features like support for millions of concurrent transactions per second, even across different mainstream blockchains; a complete STED protocol stack that provides secure IoT P2P “borderless” communications through IP-less channels, trusted transactions using blockchain technologies and even credit-based transactions with built-in micropayment capabilities. STED employs a unique two-layer network architecture, to guarantee scalability and keep things spick-and-span by dividing and conquering transactions in many small partitions called shards in the lower-layer network and validating transactions as well as packaging these records in the upper-layer network. The transfer of value will be effected by smart contracts (the digital version of a physical contract that is executed when transactions occur) after a transaction is validated by a minimum number of validators in the upper-layer network through a unique consensus mechanism called Proof-of-eXchange (PoX). PoX is adapted from the mathematically sound and proven Delegated Proof-of-Stake (DPoS) consensus that is widely used in the blockchain world. PoX takes into account the actual completion of the delivery of the concerned service, which is outside of the blockchain world, to further lower the risk of malicious attacks or fraud.
IoT or the Internet of Things, how does it work?
IoT is the network of physical devices, such as vehicles, home appliances, electronics, software, sensors, actuators, which can be connected to the Internet exchange data; directly integrating the physical world into the world of computer networks, resulting in efficiency improvements, economic benefits, reduced human exertions through better monitoring and management.
To enjoy these benefits, traditionally dumb or non-internet-enabled physical devices and everyday objects can now also be indirectly connected to the Internet through intermediary gateways, such as a camera pointing to traditional electric meters to collect readings or a digital controller connected to an old-fashioned light bulb to control its brightness and on/off.
As a result, the number of IoT devices increased 31% year-over-year to 8.4 billion in the year 2017 and it is estimated that there will be these numbers will grow exponentially in the next few years.
IoT is the network of physical devices, such as vehicles, home appliances, electronics, software, sensors, actuators, which can be connected to the Internet exchange data; directly integrating the physical world into the world of computer networks, resulting in efficiency improvements, economic benefits, reduced human exertions through better monitoring and management.
To enjoy these benefits, traditionally dumb or non-internet-enabled physical devices and everyday objects can now also be indirectly connected to the Internet through intermediary gateways, such as a camera pointing to traditional electric meters to collect readings or a digital controller connected to an old-fashioned light bulb to control its brightness and on/off.
As a result, the number of IoT devices increased 31% year-over-year to 8.4 billion in the year 2017 and it is estimated that there will be these numbers will grow exponentially in the next few years.
What does Monetize mean?
Monetizing something means expressing the value of something in the form of currency. It also means generating revenue from something, such as an asset.
Monetizing something means expressing the value of something in the form of currency. It also means generating revenue from something, such as an asset.
STED in-a-nutshell
With the creation of blockchain tech, platforms (place where a variety of its functions can be accessed) soon followed. STED came to be as one of these platforms. For most in the computing world, it’s easy to understand what’s it about, how it works and its applications in the IoT domain. But for our non-technical blockchain friends, it can be somewhat daunting as STED is focused on applying blockchain to colossal IoT market to promote shared economies. To keep it simple the following words below will give STED a face for even the most “tech-challenged “person.
“STED” literally stands for “secured and trusted exchange of data”. In essence, STED creates a real-time marketplace for trading of information, data and services, with micropayment capability. Through offering interconnectivity and interoperability, promoting scalability, and advancing efficiency so different Internet of Things ecosystems can talk to each other, a free and efficient monetization of data and service can fostered, further aided by built-in micropayment capabilities.
The team behind STED has been deploying smart city service delivery platforms for over 10 years. STED SDKs are already utilized by IoT vendors in China, Australia and the Middle East.
One of the key technologies behind STED is SUPACT, or secure unified protocol for asset channeling technology. It is a supercharged P2P (peer to peer) communications technology for IoT that is not restricted by underlying communications protocol and hides IP addresses. It can also be embedded in microcontrollers and supports customizable end-to-end encryption. Furthermore, it is high scalable in terms of capacity and concurrency, and can support over 10 billion things. Other benefits include free and easy to use SDK, AI-assisted security and speed optimisation.
With the creation of blockchain tech, platforms (place where a variety of its functions can be accessed) soon followed. STED came to be as one of these platforms. For most in the computing world, it’s easy to understand what’s it about, how it works and its applications in the IoT domain. But for our non-technical blockchain friends, it can be somewhat daunting as STED is focused on applying blockchain to colossal IoT market to promote shared economies. To keep it simple the following words below will give STED a face for even the most “tech-challenged “person.
“STED” literally stands for “secured and trusted exchange of data”. In essence, STED creates a real-time marketplace for trading of information, data and services, with micropayment capability. Through offering interconnectivity and interoperability, promoting scalability, and advancing efficiency so different Internet of Things ecosystems can talk to each other, a free and efficient monetization of data and service can fostered, further aided by built-in micropayment capabilities.
The team behind STED has been deploying smart city service delivery platforms for over 10 years. STED SDKs are already utilized by IoT vendors in China, Australia and the Middle East.
One of the key technologies behind STED is SUPACT, or secure unified protocol for asset channeling technology. It is a supercharged P2P (peer to peer) communications technology for IoT that is not restricted by underlying communications protocol and hides IP addresses. It can also be embedded in microcontrollers and supports customizable end-to-end encryption. Furthermore, it is high scalable in terms of capacity and concurrency, and can support over 10 billion things. Other benefits include free and easy to use SDK, AI-assisted security and speed optimisation.
STED: Simplified. . . . Elaborated
Before written work came to be information was passed on orally or by word of mouth. A simple story, from its original context, towards the end, with all the information taken out or added, might bloom that is out of proportions or different altogether. Some of which eventually becomes tradition, myth or sometimes even legend.
In today’s world, that is the thing of the past. With the creation of the internet or the world wide web as they say once “what went online stays online”. This however, still does not guarantee the integrity and authenticity of information.
Enter blockchain technology. By definition, blockchain is a type of distributed ledger technology (DLT) where by a global network of computers jointly manage (as compared to central management by most other database) and keeps the same database that records transactions. In essence, blockchains are managed by all in their networks, and not by central authorities. By allowing digital information to be securely and trustfully distributed, blockchain technology created the backbone of a new type of internet. (Originally devised for the digital currency, Bitcoin, but the tech community is now finding other potential uses for the it).
Before written work came to be information was passed on orally or by word of mouth. A simple story, from its original context, towards the end, with all the information taken out or added, might bloom that is out of proportions or different altogether. Some of which eventually becomes tradition, myth or sometimes even legend.
In today’s world, that is the thing of the past. With the creation of the internet or the world wide web as they say once “what went online stays online”. This however, still does not guarantee the integrity and authenticity of information.
Enter blockchain technology. By definition, blockchain is a type of distributed ledger technology (DLT) where by a global network of computers jointly manage (as compared to central management by most other database) and keeps the same database that records transactions. In essence, blockchains are managed by all in their networks, and not by central authorities. By allowing digital information to be securely and trustfully distributed, blockchain technology created the backbone of a new type of internet. (Originally devised for the digital currency, Bitcoin, but the tech community is now finding other potential uses for the it).
Legal Aspects
North 22 Software Foundation governs STED and the foundation is registered in Hongkong. Dedicated departments in the Foundation professionally manage various aspects of development and operation of STED full-time and with great passion.
North 22 Software Foundation governs STED and the foundation is registered in Hongkong. Dedicated departments in the Foundation professionally manage various aspects of development and operation of STED full-time and with great passion.
STED: Organizational Support
Currently, STED is supported by a team of experienced and skilled technology people, advisors, partners and support staff. At the top of our organization, we have former executives of well known companies like Google, Cisco and IBM. Working with them are communications technology patent holders, smart city architects, service delivery platform providers, IT and OT leaders, veteran developers, a GPS-mapping pioneer, a member of Mensa International and experienced legal and financial advisors and a team of operational support staff.
Currently, STED is supported by a team of experienced and skilled technology people, advisors, partners and support staff. At the top of our organization, we have former executives of well known companies like Google, Cisco and IBM. Working with them are communications technology patent holders, smart city architects, service delivery platform providers, IT and OT leaders, veteran developers, a GPS-mapping pioneer, a member of Mensa International and experienced legal and financial advisors and a team of operational support staff.
The Role of STED and Why We Excel
STED supplies a platform for developers to join a global marketplace for trading of IoT services involving data, people, processes and things. The free and lightweight Software Development Kit (SDK) makes it very easy for both providers and consumers alike to access humogous Smart Cities and IoT markets supported by trending technologies like blockchain, artificial intelligence and big data, in a secure and trusted manner. Before the age of blockchain, the people behind STED has already been heavily involved in Smart Cities and Telco for more than ten years, amassing great experience and expertise in varying ways of rolling out and managing large scale cutting edge systems.
STED supplies a platform for developers to join a global marketplace for trading of IoT services involving data, people, processes and things. The free and lightweight Software Development Kit (SDK) makes it very easy for both providers and consumers alike to access humogous Smart Cities and IoT markets supported by trending technologies like blockchain, artificial intelligence and big data, in a secure and trusted manner. Before the age of blockchain, the people behind STED has already been heavily involved in Smart Cities and Telco for more than ten years, amassing great experience and expertise in varying ways of rolling out and managing large scale cutting edge systems.
IoT by both providers and consumers, enabling rapid blossoming of Smart Cities and Shared Economies.
Providing for (yet) Unexpressed Needs
Embedded in that seemingly simple demand for speed are a range of related but unexpressed needs. The following are inherent elements of the system will seek to serve that demand for speed in exchanging IoT data and value:
Interconnectivity and interoperability — enabling devices to instantly connect with, communicate and collaborate with other devices and services
Security & privacy — insurance that the data and information users will put through the system will be accessible only to people who are authorized to see and use them
Payment capability — providing facilities to process various forms of payment
Scalability — flexibility and capability to evolve with the users’ business growth in terms of expanded transactions volume, complexity and size.
STED as well as its corollary technology, SUPAC Channeling have been precisely architected with those user needs in mind, making them fully capable of responding to a vast range of changes in users’ requirements.
Providing for (yet) Unexpressed Needs
Embedded in that seemingly simple demand for speed are a range of related but unexpressed needs. The following are inherent elements of the system will seek to serve that demand for speed in exchanging IoT data and value:
Interconnectivity and interoperability — enabling devices to instantly connect with, communicate and collaborate with other devices and services
Security & privacy — insurance that the data and information users will put through the system will be accessible only to people who are authorized to see and use them
Payment capability — providing facilities to process various forms of payment
Scalability — flexibility and capability to evolve with the users’ business growth in terms of expanded transactions volume, complexity and size.
STED as well as its corollary technology, SUPAC Channeling have been precisely architected with those user needs in mind, making them fully capable of responding to a vast range of changes in users’ requirements.
Monetisation of Things is the Holy Grail of IoT
This is precisely what North 22 Software Foundation does, where true needs behind the expressed demands are addressed. It was determined that at the core of people’s demand for speed is actually the availability of technologies that will enable the highly efficient and safe movement of data among a potentially vast number of users. STED was born and the acroymn says it all. STED stands for Secure and Trusted Exchange of Data. Security and trustworthiness are emphasized because when people say the want speed, it is not speed at any cost. Once scalability, system security and data integrity can also be taken care of, the previously unassailable stage for monetizing every thing can be conquered. This speeds up the adoption of IoT by both providers and consumers, enabling rapid blossoming of Smart Cities and Shared Economies.
This is precisely what North 22 Software Foundation does, where true needs behind the expressed demands are addressed. It was determined that at the core of people’s demand for speed is actually the availability of technologies that will enable the highly efficient and safe movement of data among a potentially vast number of users. STED was born and the acroymn says it all. STED stands for Secure and Trusted Exchange of Data. Security and trustworthiness are emphasized because when people say the want speed, it is not speed at any cost. Once scalability, system security and data integrity can also be taken care of, the previously unassailable stage for monetizing every thing can be conquered. This speeds up the adoption of IoT by both providers and consumers, enabling rapid blossoming of Smart Cities and Shared Economies.
Overview of STED — Beyond Responding and Predicting
Among the most predictive technologies currently in a rapid state of development are Blockchain, IoT and Wearables and Edge Computing. One might say that many people have not yet known these technologies, let alone expect them to be available. And that is precisely what we mean that today’s technology creators do not only fulfill expectations rapidly, they predict the future trends and equip themselves to deliver when these technologies have the most impact on people. Most of these technologies may not yet be expressly demanded by people or even wanted by them. But they are all elements of the one need people have urgently expressed: the desire for speed. Speed in securing services from various companies, agencies or individuals, speed in obtaining and sending data and information, speed in making payments securely, and many other such expressed human needs. Often people express their needs and desires so simplistically that one has to look much deeper than their words in order to truly understand the full extent of what they are demanding.
Among the most predictive technologies currently in a rapid state of development are Blockchain, IoT and Wearables and Edge Computing. One might say that many people have not yet known these technologies, let alone expect them to be available. And that is precisely what we mean that today’s technology creators do not only fulfill expectations rapidly, they predict the future trends and equip themselves to deliver when these technologies have the most impact on people. Most of these technologies may not yet be expressly demanded by people or even wanted by them. But they are all elements of the one need people have urgently expressed: the desire for speed. Speed in securing services from various companies, agencies or individuals, speed in obtaining and sending data and information, speed in making payments securely, and many other such expressed human needs. Often people express their needs and desires so simplistically that one has to look much deeper than their words in order to truly understand the full extent of what they are demanding.
Overview of STED — Technology Challenge
Bill Gates once said: Technology follows expectation. That is absolutely true! And today, people have one pressing and seemingly insatiable expectation — the expectation of speed. People want things to be done fast; in fact instantly. They want it here right now! Technology is trying very hard to cope. In fact, the world’s most forward-looking companies have made it their business, not just to fulfil expectations rapidly, but to actually predict them long before they are felt or expressed by people.
Bill Gates once said: Technology follows expectation. That is absolutely true! And today, people have one pressing and seemingly insatiable expectation — the expectation of speed. People want things to be done fast; in fact instantly. They want it here right now! Technology is trying very hard to cope. In fact, the world’s most forward-looking companies have made it their business, not just to fulfil expectations rapidly, but to actually predict them long before they are felt or expressed by people.
STEDAlliance wants to make a toast. I Wish that the round moon take my best blessing to you. May you have a happy family and a bright future.
Happy Mid-Autumn Festival!!
Happy Mid-Autumn Festival!!
STED have been mentioned in CRYPTOPOTATO. Here’s the link for full review:
https://cryptopotato.com/sted-linking-the-internet-of-things-to-the-blockchain/
https://cryptopotato.com/sted-linking-the-internet-of-things-to-the-blockchain/
STED have been mentioned in MERKLE, Here’s the link for full review:
https://nulltx.com/linking-the-internet-of-things-to-the-blockchain-introducing-sted/
https://nulltx.com/linking-the-internet-of-things-to-the-blockchain-introducing-sted/
STED have been mentioned in BLOCKONOMI. For full review, click the link below:
https://blockonomi.com/introducing-sted/
https://blockonomi.com/introducing-sted/
STED have been mentioned in CRYPTONINJAS. Here’s the link for full review:
https://www.cryptoninjas.net/2018/09/07/linking-the-internet-of-things-to-the-blockchain-introducing-sted/
https://www.cryptoninjas.net/2018/09/07/linking-the-internet-of-things-to-the-blockchain-introducing-sted/
How to build a smart home with the Raspberry Pi?
1. How many signals can the Raspberry Pi control? It depends on what signals you
specifically control and whether there are expansion boards；
2. According to the normal smart home system, it can replace the Linux host;
3. Air conditioning control : you can use infrared, that is, you add an infrared control
module, and adapt to the air conditioner;
4. One more point, you can use Supa Chanelling distributed IOT communication
technology to achieve remote control:
Raspberry Pi + Supa Chanelling to build a remote-control car
Raspberry Pi + Supa Chanelling to create a personal data safe.
1. How many signals can the Raspberry Pi control? It depends on what signals you
specifically control and whether there are expansion boards；
2. According to the normal smart home system, it can replace the Linux host;
3. Air conditioning control : you can use infrared, that is, you add an infrared control
module, and adapt to the air conditioner;
4. One more point, you can use Supa Chanelling distributed IOT communication
technology to achieve remote control:
Raspberry Pi + Supa Chanelling to build a remote-control car
Raspberry Pi + Supa Chanelling to create a personal data safe.
STED have been mentioned in CCN. For full review, click the link below:
https://www.ccn.com/monetize-everything-linking-the-internet-of-things-to-the-blockchain-introducing-sted/
https://www.ccn.com/monetize-everything-linking-the-internet-of-things-to-the-blockchain-introducing-sted/
STED.io ---- Monetize Everything
An estimated 127 new devices connect to the Internet every second.
(Energy Web Foundation, 2017)
“STED” stands for “secure and trusted exchange of data.” STED makes use of SUPACT to enable Things to talk to each other, and Blockchain technologies plus Artificial Intelligence to Monetize Everything. For more details, please visit STED.io
We welcome ideas, talents and partners to embark on this exciting journey.
For more details:
Telegram: https://t.me/stedalliance
Facebook: https://www.facebook.com/STEDAlliance/
Twitter: https://twitter.com/STEDAlliance
Medium: https://medium.com/@STEDAlliance
Sub-Reddit: https://www.reddit.com/r/STEDAlliance
Youtube: https://www.youtube.com/channel/UC7cNhSvo9REqmVlvwep7CtA?view_as=subscriber
Contact us:
Email: [email protected]
I think this is a good idea. So, my question is why are Partners not using active links, so we can see the official Partners link?
[/quote
The ETC and RTC are not yet done. It is still a work in progress. Please keep an eye on our future updates. Thank you and Keep on supporting us!
STED.io ---- Monetize Everything
An estimated 127 new devices connect to the Internet every second.
(Energy Web Foundation, 2017)
“STED” stands for “secure and trusted exchange of data.” STED makes use of SUPACT to enable Things to talk to each other, and Blockchain technologies plus Artificial Intelligence to Monetize Everything. For more details, please visit STED.io
We welcome ideas, talents and partners to embark on this exciting journey.
For more details:
Telegram: https://t.me/stedalliance
Facebook: https://www.facebook.com/STEDAlliance/
Twitter: https://twitter.com/STEDAlliance
Medium: https://medium.com/@STEDAlliance
Sub-Reddit: https://www.reddit.com/r/STEDAlliance
Youtube: https://www.youtube.com/channel/UC7cNhSvo9REqmVlvwep7CtA?view_as=subscriber
Contact us:
Email: [email protected]
I think this is a good idea. So, my question is why are Partners not using active links, so we can see the official Partners link?
"Will the development of the Internet of Things bring much focus to the embedded
industry?
Personally feel that this can have a certain impact.
As early as around 2010, some colleges and universities have successively provided
some courses of the Internet of Things engineering. These professions were first
integrated from computer network and electromechanical majors. One of the most
important professional capabilities is about embedded industry.
Why are these professions? Because the Internet of Things is a technology that
involves many disciplines, mainly related to computer networks, software
engineering, embedded technology, materials science, and integrated circuit
technology. Therefore, in the entire cycle of the development of the Internet of
Things, related disciplines will be promoted and developed, and only the common
progress of related disciplines can lead to the greatest progress of the Internet of
Things.
From the perspective of the current IoT industry needs, software programmers are
well recruited, but the hardware engineers in the IoT industry are scarce in supply
while IoT industry need more embedded engineers to join."
industry?
Personally feel that this can have a certain impact.
As early as around 2010, some colleges and universities have successively provided
some courses of the Internet of Things engineering. These professions were first
integrated from computer network and electromechanical majors. One of the most
important professional capabilities is about embedded industry.
Why are these professions? Because the Internet of Things is a technology that
involves many disciplines, mainly related to computer networks, software
engineering, embedded technology, materials science, and integrated circuit
technology. Therefore, in the entire cycle of the development of the Internet of
Things, related disciplines will be promoted and developed, and only the common
progress of related disciplines can lead to the greatest progress of the Internet of
Things.
From the perspective of the current IoT industry needs, software programmers are
well recruited, but the hardware engineers in the IoT industry are scarce in supply
while IoT industry need more embedded engineers to join."
What companies will be affected by GDPR?
GDPR is a general data protection regulation issued by the European Union. In fact,
there is also a GB/T 35273 "Information Security Technology Personal Information
Security Standard" implemented in China on May 1, 2018. After analysis, it is not
difficult to find that these regulations basically follow the ISO/IEC 29100 privacy
protection framework standard. There is also an extension of the ISO/IEC 27001
information security management system standard: ISO27017, ISO27018, etc.
Why are there such regulations for privacy protection?
With the continuous development of the Internet and the Internet of Things, people's
lives have become more and more deeply associated into the network. It is no
exaggeration to say that more than half of the world's population have online time
more than their normal hours every day. Therefore, privacy leaks can occur
anywhere, anytime. In order to protect the security of citizens' personal information,
national regulatory agencies have successively researched and promulgated relevant
policies and regulations to improve the protection of citizens' privacy.
Which companies are affected?
To sum up, there are companies involved in the collection of personal information in
the business. As a whole, as long as IT business is involved, the companies will be
affected and need to do a self-checking of compliance.
As for which technology companies you are asking, this is really hard to answer while
at the business level, all personal data generated and gathered within the EU should
be protected.
GDPR is a general data protection regulation issued by the European Union. In fact,
there is also a GB/T 35273 "Information Security Technology Personal Information
Security Standard" implemented in China on May 1, 2018. After analysis, it is not
difficult to find that these regulations basically follow the ISO/IEC 29100 privacy
protection framework standard. There is also an extension of the ISO/IEC 27001
information security management system standard: ISO27017, ISO27018, etc.
Why are there such regulations for privacy protection?
With the continuous development of the Internet and the Internet of Things, people's
lives have become more and more deeply associated into the network. It is no
exaggeration to say that more than half of the world's population have online time
more than their normal hours every day. Therefore, privacy leaks can occur
anywhere, anytime. In order to protect the security of citizens' personal information,
national regulatory agencies have successively researched and promulgated relevant
policies and regulations to improve the protection of citizens' privacy.
Which companies are affected?
To sum up, there are companies involved in the collection of personal information in
the business. As a whole, as long as IT business is involved, the companies will be
affected and need to do a self-checking of compliance.
As for which technology companies you are asking, this is really hard to answer while
at the business level, all personal data generated and gathered within the EU should
be protected.
What do you think of smart lighting?
From the perspective of equipment technology, smart lighting may have to be
focusing more on natural environments, environmentally recyclable materials and
control of energy consumption. While from the perspective of the overall application
scenario, people focus on user experience more, where such as brightness and
comfort, auto-adaptation to environment, color changes, and different scene lighting
modes are turned on according to the scene mode set by the smart home system.
Simply put, the above two changes bring a more friendly home experience to people.
But here I want to add one more point; nowadays, many smart lightings need to rely
on the cloud to provide services. From the perspective of consumers usage, it is a bit
of annoyance. Switching light on and off was originally a matter of reaching out. It
now need to use the mobile phone to connect to the cloud so as to implement remote
controls. Sometimes this simple action could not be completed due to network
problems. The most important point is that your lights are not in control, but the cloud
is in control. When the cloud thinks itself that you need to turn on the lights, it will turn
on the lights for you.
Supa Chanelling distributed IOT direct communication technology helps you deliver end-
to-end service directly without worrying about such issues.
From the perspective of equipment technology, smart lighting may have to be
focusing more on natural environments, environmentally recyclable materials and
control of energy consumption. While from the perspective of the overall application
scenario, people focus on user experience more, where such as brightness and
comfort, auto-adaptation to environment, color changes, and different scene lighting
modes are turned on according to the scene mode set by the smart home system.
Simply put, the above two changes bring a more friendly home experience to people.
But here I want to add one more point; nowadays, many smart lightings need to rely
on the cloud to provide services. From the perspective of consumers usage, it is a bit
of annoyance. Switching light on and off was originally a matter of reaching out. It
now need to use the mobile phone to connect to the cloud so as to implement remote
controls. Sometimes this simple action could not be completed due to network
problems. The most important point is that your lights are not in control, but the cloud
is in control. When the cloud thinks itself that you need to turn on the lights, it will turn
on the lights for you.
Supa Chanelling distributed IOT direct communication technology helps you deliver end-
to-end service directly without worrying about such issues.
What problems does digital currency solve?
A digital currency is a currency that does not have a physical form and exists only in digital form. It is synonymous with electronic money in the English context.
The reason why the digital currency in the blockchain environment is introduced is to solve the problem of trust (the legal currency may also go bankrupt). The purpose is to solve the problem of repeated consumptions. Currently digital currency is mainly used to enhance the security of payment and greatly reduce the asset transfer fee. Other purposes are not clear for the moment.
A digital currency is a currency that does not have a physical form and exists only in digital form. It is synonymous with electronic money in the English context.
The reason why the digital currency in the blockchain environment is introduced is to solve the problem of trust (the legal currency may also go bankrupt). The purpose is to solve the problem of repeated consumptions. Currently digital currency is mainly used to enhance the security of payment and greatly reduce the asset transfer fee. Other purposes are not clear for the moment.
Which industries does driverless technology has the most impact on?
First, the negative impact is certainly on the traditional manned industry. The occupations involved, such as drivers, will face unemployment. Second, more is on the positive impact. The development of driverless technology is the integration of Internet of Things technology and artificial intelligence technology, driverless technology promotes the development of the logistics industry and improves the overall logistics industry.
First, the negative impact is certainly on the traditional manned industry. The occupations involved, such as drivers, will face unemployment. Second, more is on the positive impact. The development of driverless technology is the integration of Internet of Things technology and artificial intelligence technology, driverless technology promotes the development of the logistics industry and improves the overall logistics industry.
End to End? How to understand this?
In the OSI reference model, the network layer only transmits the data packets sent by the source node to the destination node according to the network IP address, and the transport layer is responsible for reliably transmitting the data to the corresponding port. So here you say the end-to-end functionality provided by the transport layer, here refers to the meaning of the port.
In the OSI reference model, the network layer only transmits the data packets sent by the source node to the destination node according to the network IP address, and the transport layer is responsible for reliably transmitting the data to the corresponding port. So here you say the end-to-end functionality provided by the transport layer, here refers to the meaning of the port.
What problems does digital currency solve?
A digital currency is a currency that does not have a physical form and exists only in digital form. It is synonymous with electronic money in the English context.
The reason why the digital currency in the blockchain environment is introduced is to solve the problem of trust (the legal currency may also go bankrupt). The purpose is to solve the problem of repeated consumptions. Currently digital currency is mainly used to enhance the security of payment and greatly reduce the asset transfer fee. Other purposes are not clear for the moment.
A digital currency is a currency that does not have a physical form and exists only in digital form. It is synonymous with electronic money in the English context.
The reason why the digital currency in the blockchain environment is introduced is to solve the problem of trust (the legal currency may also go bankrupt). The purpose is to solve the problem of repeated consumptions. Currently digital currency is mainly used to enhance the security of payment and greatly reduce the asset transfer fee. Other purposes are not clear for the moment.
What is the core features of blockchain?
Decentralization and Consensus Mechanism are the core features of blockchain. Because of this the ledgers cannot be tampered with.
Decentralization and Consensus Mechanism are the core features of blockchain. Because of this the ledgers cannot be tampered with.
The advent of the internet of things will produce a lot of data then how should we do with this data?
With the combination of the Blockchain technology and Supa Channeling technology, queries regarding how to establish mutual trust between edges and how to achieve borderless communication can be possibly solved. Using SUPACT, a lot of produced data are manageable.
With the combination of the Blockchain technology and Supa Channeling technology, queries regarding how to establish mutual trust between edges and how to achieve borderless communication can be possibly solved. Using SUPACT, a lot of produced data are manageable.
How do You View the Internet of Things Data Card?
The Internet of Things data card looks the same as the SIM card, it could be used in the mobile phone. But this kind of use is rare, because IOT data card is for the business market and is sold to companies, not individuals.
The IOT data card is only suitable for temporary use. SIM card is likely to be replaced by eSIM technology. Huawei's latest smart watch has similar functions, according to some sources. Supa's telco operator partners are also stepping up research and development of relevant technologies and products.
The Internet of Things data card looks the same as the SIM card, it could be used in the mobile phone. But this kind of use is rare, because IOT data card is for the business market and is sold to companies, not individuals.
The IOT data card is only suitable for temporary use. SIM card is likely to be replaced by eSIM technology. Huawei's latest smart watch has similar functions, according to some sources. Supa's telco operator partners are also stepping up research and development of relevant technologies and products.
What are the companies that provide IOT services similar to TuyaSmart?
Actually SUPA CHANNELLING distributed IOT communication technology could meet your needs and is currently supporting major chips in the market.
In addition, the EU's GDPR policy has just come into effect recently. Many IOT companies are facing compliance issues. The SUPA CHANNELLING team has begun to design SUPA CHANNELLING technology in 2016 to comply with GDPR when the EU just passed the relevant GDPR legislation. Choosing SUPA CHANNELLING distributed IOT communication technology will effectively help you solve these issues.
SUPA CHANNELLING distributed IOT communication technology will put an end to the data leakage security risks right from the beginning. In the process of SUPA CHANNELLING IOT service interconnectivity, there is no link to leak user data, and the service is delivered directly from point to point, and all data exists at user devices locally.
SUPA CHANNELLING application cases:
SUPA CHANNELLING: Creating a "Personal Data Storage" with Raspberry Pi
https://zhuanlan.zhihu.com/p/38310283
SUPA CHANNELLING: Raspberry Pi + SUPA CHANNELLING to Build a Remote-Control Car
https://zhuanlan.zhihu.com/p/34921928
Actually SUPA CHANNELLING distributed IOT communication technology could meet your needs and is currently supporting major chips in the market.
In addition, the EU's GDPR policy has just come into effect recently. Many IOT companies are facing compliance issues. The SUPA CHANNELLING team has begun to design SUPA CHANNELLING technology in 2016 to comply with GDPR when the EU just passed the relevant GDPR legislation. Choosing SUPA CHANNELLING distributed IOT communication technology will effectively help you solve these issues.
SUPA CHANNELLING distributed IOT communication technology will put an end to the data leakage security risks right from the beginning. In the process of SUPA CHANNELLING IOT service interconnectivity, there is no link to leak user data, and the service is delivered directly from point to point, and all data exists at user devices locally.
SUPA CHANNELLING application cases:
SUPA CHANNELLING: Creating a "Personal Data Storage" with Raspberry Pi
https://zhuanlan.zhihu.com/p/38310283
SUPA CHANNELLING: Raspberry Pi + SUPA CHANNELLING to Build a Remote-Control Car
https://zhuanlan.zhihu.com/p/34921928
How Will Internet of Things Technology Improve the Productivity of Manufacturing Industry?
The Improvement of production efficiency is mainly from the two aspects: The reducing manpower and predictive maintenance. SUPA CHANNELLING distributed IOT communication technology has already served the factory with a number of partners. The information is directly and end-to-end delivered to the corresponding units without any data leakage issues. It effectively solves the privacy leakage problem of industrial IoT data transmission process. The development of the Internet of Things could improve the productivity of manufacturing industry and the efficiency of human productivity.
The Improvement of production efficiency is mainly from the two aspects: The reducing manpower and predictive maintenance. SUPA CHANNELLING distributed IOT communication technology has already served the factory with a number of partners. The information is directly and end-to-end delivered to the corresponding units without any data leakage issues. It effectively solves the privacy leakage problem of industrial IoT data transmission process. The development of the Internet of Things could improve the productivity of manufacturing industry and the efficiency of human productivity.
Could the System of Greenhouse Shutters with a Few Temperature and Humidity Sensors be called as the Agricultural Internet of Things?
The Internet of Things system helps agricultural producers reduce labor input for controlling temperature, humidity and lighting and it consists of multiple system such as communication, control and data processing with a huge investment.
SUPA CHANELLING IOT technology, can do better, like, it could implement the end-to-end communication without setting up a communication server in between and have small profit margin for agriculture industry, thus it is very suitable.
The Internet of Things system helps agricultural producers reduce labor input for controlling temperature, humidity and lighting and it consists of multiple system such as communication, control and data processing with a huge investment.
SUPA CHANELLING IOT technology, can do better, like, it could implement the end-to-end communication without setting up a communication server in between and have small profit margin for agriculture industry, thus it is very suitable.
Is There More Simple and Friendly Solution to Build NAS or Private Cloud?
SUPA CHANNELLING is the technology that we recommend to have the most convenient, efficient and direct way for end-to-end data transmission.
It is a technology wherein we don’t need to worry about the security of the process. It can perform different level of encryption. With this technology, we can realize the true sense of privacy.
Please refer to this latest tutorial for specific steps:
SUPA CHANNELLING Distributed IOT Communication Technology Applications _ Tencent Classroom
https://ke.qq.com/course/290650?tuin=11b13797
SUPA CHANNELLING is the technology that we recommend to have the most convenient, efficient and direct way for end-to-end data transmission.
It is a technology wherein we don’t need to worry about the security of the process. It can perform different level of encryption. With this technology, we can realize the true sense of privacy.
Please refer to this latest tutorial for specific steps:
SUPA CHANNELLING Distributed IOT Communication Technology Applications _ Tencent Classroom
https://ke.qq.com/course/290650?tuin=11b13797
How is the BlockChain Achieved? What are the Basic Principles and Technologies?
Blockchain is a kind of data structure which has a guaranteed non- tampering and non- forgery distributed ledger. It is a new application mode of computing technology such as consensus mechanism which builds trust and obtains rights among the blockchain system. Bitcoin represents cryptocurrency which is the most popular application blockchain.
Due to the exchange characteristics, SUPA CHANNELLING inherently provides a good foundation for the development of blockchain.
Blockchain is a kind of data structure which has a guaranteed non- tampering and non- forgery distributed ledger. It is a new application mode of computing technology such as consensus mechanism which builds trust and obtains rights among the blockchain system. Bitcoin represents cryptocurrency which is the most popular application blockchain.
Due to the exchange characteristics, SUPA CHANNELLING inherently provides a good foundation for the development of blockchain.
What Cool Things Can I do with a Raspberry Pi?
Raspberry Pi itself is a tiny computer of card size that has the functions of almost all computers, such as video and audio. So we can install raspberry pie with the operating system and use it as a computer. There are a lot of cool cases on the internet that use Raspberry Pi.
Using SUPA CHANNELLING distributed IOT communication technology to boost the effectivity of the Raspberry Pi, with regards to remote control operations, will greatly improve its efficiency and
application.
Raspberry Pi itself is a tiny computer of card size that has the functions of almost all computers, such as video and audio. So we can install raspberry pie with the operating system and use it as a computer. There are a lot of cool cases on the internet that use Raspberry Pi.
Using SUPA CHANNELLING distributed IOT communication technology to boost the effectivity of the Raspberry Pi, with regards to remote control operations, will greatly improve its efficiency and
application.
How do multinational companies conduct service that are related with personal data to avoid the violation of GDPR?
GDPR is a new requirement of the EU for service providers and an important manifestation of the protection of human rights in the EU. The statute entered into force on 25 May 2018.
The use of SUPA CHANNELLING TECHNOLOGY will help the service providers to achieve the EU’s necessary condition in protecting the privacy of the consumers, which is the GDPR, at a very low cost, efficient and effective way.
GDPR is a new requirement of the EU for service providers and an important manifestation of the protection of human rights in the EU. The statute entered into force on 25 May 2018.
The use of SUPA CHANNELLING TECHNOLOGY will help the service providers to achieve the EU’s necessary condition in protecting the privacy of the consumers, which is the GDPR, at a very low cost, efficient and effective way.
What internet thinking can be introduced in the tower crane rental industry? Such as getting online, IoT, big data, remote services, even AI applications?
Supa Channelling distributed IOT communication technology can help to reduce the cost of communication part. By applying Supa Channellingtechnology, we could implement the end-to-end communication without setting up a communication server in between but the practicality needs to be verified. And if the investment is too large, it may not be practical.
Supa Channelling distributed IOT communication technology can help to reduce the cost of communication part. By applying Supa Channellingtechnology, we could implement the end-to-end communication without setting up a communication server in between but the practicality needs to be verified. And if the investment is too large, it may not be practical.
Sted only monetizes data, that means not everything can be monetized by sted.io
ICOs like this have been very widely scattered, you have to be more creative to get the attention of the ICO community
some successful projects before you are DATUM, Shivom, XYO, Dataerum and others
ICOs like this have been very widely scattered, you have to be more creative to get the attention of the ICO community
some successful projects before you are DATUM, Shivom, XYO, Dataerum and others
STED is undergirded by a best-of-both-worlds SUPACT (Secure and unified protocol for assets) Channelling Technologies and Blockchain with this and with our partners we will able to monetize everything unlike other platforms.
Sted only monetizes data, that means not everything can be monetized by sted.io
ICOs like this have been very widely scattered, you have to be more creative to get the attention of the ICO community
some successful projects before you are DATUM, Shivom, XYO, Dataerum and others
ICOs like this have been very widely scattered, you have to be more creative to get the attention of the ICO community
some successful projects before you are DATUM, Shivom, XYO, Dataerum and others
What should companies that deliver products overseas rectify current practice in the era of GDPR?
Supa Channelling distributed IOT communication technology is a simple and secure private cloud and is the easiest and most convenient, efficient and direct way to end-to-end data transmission.
Supa Channelling distributed IOT communication technology is a simple and secure private cloud and is the easiest and most convenient, efficient and direct way to end-to-end data transmission.
Service support - Supa Channelling Technology
Supa Channelling Technology Long Tooth Service Exchange Switch Room
Mainland ChinaThe mainland, Taiwan and Hong Kong in China, Japan, Middle East, Europe
Technical Support
7x24 hours online; provide one-onto-one technical support to contracted customers and arrange dedicated engineers for follow-up services. New service demand could be online in 2 hours;
Global Offices
Shanghai, Beijing, Hong Kong, Tokyo, More …
Supa Channelling Technology Long Tooth Service Exchange Switch Room
Mainland ChinaThe mainland, Taiwan and Hong Kong in China, Japan, Middle East, Europe
Technical Support
7x24 hours online; provide one-onto-one technical support to contracted customers and arrange dedicated engineers for follow-up services. New service demand could be online in 2 hours;
Global Offices
Shanghai, Beijing, Hong Kong, Tokyo, More …
Typical application of Supa Channelling Technology
Internet of Things
Smart Socket, Smart Flower PotStorage Machine, Smart Thermostat, Temperature Controller, Smart Light Bulb, Set-Top Box, etc.
Industrial Internet of Things
Smart Motor, Smart Motor, Smart Fan, etc.
Smart CityIntelligent city
Smart charging station, Smart traffic, Smart Network MonitoringMonitoring network, etc.
BordelessBoundless communication
TuYYo, Omnibox, etc.
Internet of Things
Smart Socket, Smart Flower PotStorage Machine, Smart Thermostat, Temperature Controller, Smart Light Bulb, Set-Top Box, etc.
Industrial Internet of Things
Smart Motor, Smart Motor, Smart Fan, etc.
Smart CityIntelligent city
Smart charging station, Smart traffic, Smart Network MonitoringMonitoring network, etc.
BordelessBoundless communication
TuYYo, Omnibox, etc.
The advantages of Supa Channelling Technology
The advantages of Supa Channelling is to simplify the way of IOT connection, to save R&D time and cost, to reduce the risk of technology development, product differentiation advantage and lastly distributed IOT architecture and IOT security.
The advantages of Supa Channelling is to simplify the way of IOT connection, to save R&D time and cost, to reduce the risk of technology development, product differentiation advantage and lastly distributed IOT architecture and IOT security.
Supa Channelling Technology – 3 characteristics
Application Direct Connection
Directly delivery and acquisition of re services.
Zero settings
Automatically identify the network environment and complete the tunnel connection.
Lightweight
Supa Channelling Technology SDK can be just 12KB. It can run on low-end devices/chips.
Application Direct Connection
Directly delivery and acquisition of re services.
Zero settings
Automatically identify the network environment and complete the tunnel connection.
Lightweight
Supa Channelling Technology SDK can be just 12KB. It can run on low-end devices/chips.
Supa Channelling Technology ---a kind of distributed IOT communication technology.
Supa Channelling Technology is a patented technology developed by N22 Company.
It provides bi-directional multi-channel secure direct-connected Internet communication technology among services by the way of service response. By establishing a distributed IOT environment, the bi-directional service interaction can be more directly through the Internet, which greatly reduces difficulty and cost of development. And the unique distributed architecture of IOT applications makes service delivery more concise, efficient and safe.
Supa Channelling Technology is a patented technology developed by N22 Company.
It provides bi-directional multi-channel secure direct-connected Internet communication technology among services by the way of service response. By establishing a distributed IOT environment, the bi-directional service interaction can be more directly through the Internet, which greatly reduces difficulty and cost of development. And the unique distributed architecture of IOT applications makes service delivery more concise, efficient and safe.
Interview with STED ALLIANCE CEO MR. Eric Choy at the MATRIX Istanbul meetup.
For the full video Please click the link below:
https://youtu.be/lpEMoUzlIvI
For the full video Please click the link below:
https://youtu.be/lpEMoUzlIvI
STED.io ---- Monetize Everything
An estimated 127 new devices connect to the Internet every second.
(Energy Web Foundation, 2017)
“STED” stands for “secure and trusted exchange of data.” STED makes use of SUPACT to enable Things to talk to each other, and Blockchain technologies plus Artificial Intelligence to Monetize Everything. For more details, please visit STED.io
We welcome ideas, talents and partners to embark on this exciting journey.
For more details:
Telegram: https://t.me/stedalliance
Facebook: https://www.facebook.com/STEDAlliance/
Twitter: https://twitter.com/STEDAlliance
Medium: https://medium.com/@STEDAlliance
Sub-Reddit: https://www.reddit.com/r/STEDAlliance
Youtube: https://www.youtube.com/channel/UC7cNhSvo9REqmVlvwep7CtA?view_as=subscriber
Contact us:
Email: [email protected]
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