Topic: [ANN][ICO][ADX]Iadix Coin POS Purenode 3D+HTML5 Blockchain, ICO COMING SOON - page 2. (Read 6921 times)

Wish upon the crypto gods & stars that your dream will come true.

What's the minimum amount to make that dream happen? And if you don't raise enough?

We started our work with 3 members from France, and some consultants.
That's why want to hire people to build the dream team

So are you just a 1 man team at the moment?

Where is your "team" based?

There's no maximum limit.
More we'll get, more you'll have competent team members full paid to promote iadix coins and purenode technology, research and development, promotion, partnership, html development, etc.
We already have great ideas for new disrupting services with Purenode, and all the needed code to make some will be delivered as open source for the community.

Another IcO. How much do you plan to raise?

Thank you !
You can take a look to our new blochain bounty app we've made based on Purenode technology !
Once logged, you can find the tool in your profile page.
It's not effective by now, still testing some days, but you can try to use it to assimilate how it works.
Counter will be reset for the bounty campaign launch, and then rewards will be collect on your profile bounty page each time you retweet any iadix tweet.
Retweets have to be validate on our side, then datas will be stored in the bounty blockchain.
ADX rewards coins will be distribute at the end of the ico.

website looks good. Congratulations

The new website is online on http://iadix.com !

I will still update it in the next days, at least the block explorer, and probably the interface for the raytracing demo.

Not everything is still completely definitive, but it's already much better than the previous one

We will post more explanation latter we already made a page to answer certain question : http://iadix.com/ico/faq

If you have question or feedback don't hesitate !

I know 

Promise the new website is online tomorow, in first version

After I will update some number of js widgets to many different things like block explorer and the 3d, and bounties to have number of easy to integrate js components for boostrap

 Sorry for lack of news !

We are waiting new updates!!!

I also wanted to clear out a certain number of misconception relative to the issue of distribution and scaling.

I see many people speaking about scaling on this forum, but very few seem to really understand what scaling mean.

What is commonly meant by "scaling" is "linear scaling", which mean that a process speed will "scale linearly" with the number of processor on which it can execute. If process scale linearly, if it take one second to process on one cpu, it will take 0.5 sec on 2 two cpu, 0.1 sec on 10 cpu, etc, the processing speed "scale linearly" with the number of processor.

Typically the kind of process that will scale linearly are process that need to process large number of elements who are independent from each others, such as rays in a raytracer, or vertex and polygones, where a unique linear process has to be applied to a certain number of constant elements, the elements can be distributed across different core and processed in parallele which effectively scale linearly the processing speed with the number of processor.

But 95% of application logic doesn't scale linearly, because one task need the result of another task as input first, or it doesn't dépend that much on processing power on a large number of independent elements.

Blockchain tends naturally toward distributed application, like typically web wallets, exchanges, and most of the use are not made entierely throught a local application with all the data and component on the local machine. There are some machine who run nodes and certain part of wallet data caching, and other machines who run the front end via a browser,  so it's already a form of distributed application.

But it doesn't mean processing speed linearly scale with the number of node on the network. The website wont load 1 million time faster if there are 1 millions nodes on the network. It only dépend on the local processing speed of the machine you are connected to, for processing the website content, and keep the blockchain data synchronized with the network.

Blockchain ecosystem is distributed, it doesn't mean all the processing required to run any application that use the blockchain will scale linearly with the number of node on the network.

The way blockchain works it scale close to 0%, all the real processing power needed to process a block transaction is made by a single machine, mostly on a single core, for the whole network. Only the processing of the proof of work actually scale.

And need to see that distribution of application is not necessarily distributed computing, and distributed computing doesn't mean computing that scale linearly.

There are other motive than linearly scaling computing for distributed application, including case of blockchain it's mostly because not all user want to download the whole chain and wallet and all application on their machine to use it, distributed application it can be because certain resources are not available symetrically between different machines on the network, and some component are executed remotely, but again it doesn't necessarily mean the global processing speed of the application scale linearly.

To make a real efficient use of linearly scaling distributed computing in an everyday application, it needs already application that are designed specially to exploit this, that can handle a certain form of pipelined processing that can be efficiently distributed on different processor.

With the approach with modules and dynamic data tree, it's where I want to get at, it allow component to expose an api, and exchange data with other application/modules based on dynamic data type, via json/rpc and js, it provide what is needed to make application that exploit distribution to a degree.

But in the case the distribution is mostly to be able to run complex application in the browser  without having to install anything on the local computer, and having the data and certain part of the processing executed on remote computers, controlled via json/rpc ajax request, more than to have mass scaling.

For 3d rendering the distributed computing is very interesting because lot of the processing actually scale linearly, but for most application logic it's not necessarily the processing power that limit application performance in a way that it can easily scale on the network.

With blockchain principle of having all the data replicated on the network identically with good degree of security, that can still call for mass scalable computing

But with the system of purenode it can create new blockchain easily, so can imagine tokens based application with their own public chain which could make things somehow more scalable if differents applications need to access blockchain in the same time, but for operatïons on bitcoin blockchain or others alt coin, it would not scale the processing speed of the transactions.

But distributed application framework is not all about distributing processing power on different cpu to make it scale, but also making certain resources available on the network through an api, with different requirement regarding digital property and proof of ownership, and different degree of privacy and right control through crypto.

sure, i send you a pm, thanks !

Well...I'm sorry, i can't do anything as we're using a well known app with herokuapp to auto invite with automatic forward, and I can't tell you why your email has not been forwarded.
I tried yesterday with my hotmail address and lots of other ones, and i received each time the auto invite email. I can't tell you more for this problem by now.

not working... still waiting invation-email to my hotmail

is there any bounty for Vietnamese translation I can do it 

here is the link: iadix slack auto-invitation
We're waiting for you !

where is auto-invation for slack?

Golem I just read the whitepapper, need to see if there is something that actually works and can be tested.

But to be honest I have very little faith on ethereum approch with smart contract. There are some article on the multichain website that explain all the pb with it, i completly agree with their analysis.

To me smart contract like ethereum is not such a good idea, it looks like a bad compromise to increase the chain complexity compared to bitcore script, without giving a true solid framework to program distributed application, including asynchronous requests, and true application framework.

With purenode being in C, it can make fast vector math, use sse/simd, all kernel api etc better than sandboxed script language, and leave the blockchain logic simple without bloating it with smart contract logic, and keep application logic performant and light, and allow for big number crunching.

And not all application logic is under the form of smart contract.

I would like to see the performance of a raytracer made with go or how well it can exploit graphic card processor or true parallelisation.

I dont want to look pessimistic but a super computer made in smart contract with go it doesn't sound like a good idea at all. With the price of gas who wouldnt look otherwise than something only made to go up, and general scaling issue, id rather use my pocket calculator :p

In the raytracing, float data is loaded from the node into a texture to be processed with glsl, it can be exploited also for other purpose than 3d rendering, which deal with the only issue of js with fast computation of vector data. The most obvious use is 3d rendering, but it can be used to make application who can deal with float computation in the browser.

Javascript still does well with computing most application logic, it can hold a camera or certain number things, but with the glsl it directly boost computational power.

It's not only rendering in the absolute any computation or application logic can be distributed like this with modules, in the spirit like corba or dcom, or e language, but there is already the modules to deal with scene hierarchy, physic computation , and rendering who can work in parallele so it can be distributed easily, specially in case of on chain static data . Even the node could output png fragment and the browser would get the rendered picture via http request on the node without javascript instead of rendering it locally with webgl. Or more of the application logic & rendering can be done with javascript & html5 in the browser.

But for the moment the 3d part is not necessarily the main priority unless there is true demand for it, for the moment the priority is more with tools that revolve around coins based chains.

The other platform I didn't really test, but I dont think there is much framework / platform who fit what I seek to do currently

The only thing I saw who look similar in the idea is e language, they are working on good things, like a system of e cash and smart contract, based on crypto and object relationship but it's not based on blockchain. More like capacity permission system. And more coming from banking sector I believe, so not digging too much on decentralisation/horizontal systems.

http://erights.org/smart-contracts/index.html

It's a bit similar, but using blockchain can simplify this schema for many cases. As the game rule is already hardcoded in the node with built in e cash. Especially with in browser signing, the private key never have to leave the browser in clear useable form , and it doesn't have to be shared with a remote node to sign transaction or other things. And all the node are synchronized and have consensus on blockchain state.

We have a slack channel, iadix.slack.com

So it's kind of like distributed rendering, is that right? What's your thought on other platforms like golem? Are you planning to set up a communication channel for instance slack or irc?