Still I have some questions about the ICO itself.
You can read about everything in detail on www.myidm.io
Topic: [ANN][ICO] IDM Protect - page 41. (Read 14803 times)
Still I have some questions about the ICO itself.
The algorithm is not exposed to the risk of mass outages of the storage nodes in countries and whole continents that can happen due to natural disasters, interruptions in the supply of electricity, the application of prohibitions by governments or other competent authorities because of distribution of transformed data for storage on all continents and across the world.
It's really something absolutely cool.
The algorithm is not exposed to the risk of mass outages of the storage nodes in countries and whole continents that can happen due to natural disasters, interruptions in the supply of electricity, the application of prohibitions by governments or other competent authorities because of distribution of transformed data for storage on all continents and across the world.
The picture is looking somehow ideal. But what will happen to the operation of the algorithm in the event of a power outage as a result of natural disasters?
Yeah, dev. What will you answer to this question?The picture is looking somehow ideal. But what will happen to the operation of the algorithm in the event of a power outage as a result of natural disasters?
Yeah, dev. What will you answer to this question?
The picture is looking somehow ideal. But what will happen to the operation of the algorithm in the event of a power outage as a result of natural disasters?
I have another question. Does the algorithm require the use of a large number of production facilities?
No. I can assure you that the SIZE algorithm is simple, does not perform complex mathematical operations, works within the framework of the standard binary logic, and therefore does not require large computing power.I have another question. Does the algorithm require the use of a large number of production facilities?
No. I can assure you that the SIZE algorithm is simple, does not perform complex mathematical operations, works within the framework of the standard binary logic, and therefore does not require large computing power.I have another question. Does the algorithm require the use of a large number of production facilities?
No. I can assure you that the SIZE algorithm is simple, does not perform complex mathematical operations, works within the framework of the standard binary logic, and therefore does not require large computing power.
I have another question. Does the algorithm require the use of a large number of production facilities?
When is the data storage service expected to launch?
We plan to launch the IDM service in 2019.When is the data storage service expected to launch?
We plan to launch the IDM service in 2019.
When is the data storage service expected to launch?
Isn't there at least a theoretical possibility to crack this new algorithm of data protection?
Not really. To hack a single block of data (16 bytes) with the simplest (second) level of protection, the most powerful computer will need more than 42 sextillion epochs of the universe.Isn't there at least a theoretical possibility to crack this new algorithm of data protection?
Not really. To hack a single block of data (16 bytes) with the simplest (second) level of protection, the most powerful computer will need more than 42 sextillion epochs of the universe.Isn't there at least a theoretical possibility to crack this new algorithm of data protection?
Not really. To hack a single block of data (16 bytes) with the simplest (second) level of protection, the most powerful computer will need more than 42 sextillion epochs of the universe.
Isn't there at least a theoretical possibility to crack this new algorithm of data protection?
I was surprised that today even most safe algorithms don't work properly because of the human factor,
It's always a problem, in all spheres, not only in data protection.I was surprised that today even most safe algorithms don't work properly because of the human factor,
It's always a problem, in all spheres, not only in data protection.Jump to: