It is difficult to keep systems safe, up and running, efficient (in both power usage and cost), and private. These dilemmas are caused by layers and layers of complexity, too much human involvement (mistakes or malicious intent), and the fact that IT capacity is simply not available where the users need it – on the edge.
For the most part, current IT systems are reliable.
Centrally managed IT systems have difficulties protecting themselves against hackers because of their complexity and the involvement of too many people and suppliers.
Centralized IT has single points of authority and control and as such is very susceptible to collusion and abuse of information. Privacy is very hard to guarantee or implement.
Current IT systems are not sustainable (green) and can barely scale to meet demand. People and power are the major cost contributors to Centralized IT.
Centralized IT systems are in general very capable and mature; versatile in terms of workload use cases.
While blockchain technology tackled some of these issues, by itself it is not the remedy to all centralized IT problems. Indeed, Blockchain technology comes with solutions towards decentralization and security. However, big challenges remain to make it sustainable and private as well.
Blockchains are by design very resilient and have great uptime.
A well-designed blockchain is very secure.
Most blockchain companies are not decentralized. At best, a group of coders is the new centralization factor (proper code reviews help). At worst, blockchain's hype is used to fit needs.
Blockchain technology can be inefficient. Storing data in most implementations is slow and uses a lot of overhead. Mining, with enormous electricity usage and related CO2 emissions, is a crime against humanity.
Blockchain technology today supports a very limited set of use cases. It is all based on “shared” architectures in which new protocols and algorithms let systems come to consensus.
Inspired by nature, our decentralized autonomous IT system is self-driving and self-healing, and works like cells in our body. By connecting nodes to the grid, the required energy is delivered in the most efficient way – on the edge. Also, every individual or legal entity will have their own “digital selves,” which will allow them to connect in a truly decentralized and neutral digital world, in total privacy. Our technology allows any IT workload to run on a private or public grid of compute & storage capacity in a 100% autonomous way, and this up-to 10x faster, more cost-effective, and greener than any other provider out there.
Our technology is intelligent and self-healing. Human error has no influence on the operational availability
Our stateless OS has almost no hacking surface, which means hackers have no entry points. Human error and malicious activity have no impact on security.
Our technology enables decentralized IT and endless scalability because of our many-to-many approach. Can scale up to millions of nodes and can be distributed everywhere.
Our technology is very sustainable. For example, for storing data we are 50x more efficient compared to a standard blockchain and 10x compared to classic storage system.
Any IT workload which runs on Linux today can run on our technology. Our technology can be used for any workload. No complex languages or protocols to learn.
THE THREEFOLD TECH JOURNEY
Capacity Layer: Provides compute, storage, and networking to applications
Autonomous Layer: Applications run fully autonomous based on 3Bot Technology
Autonomous IT: Proof of concept of 2000 secure desktop environments in a government institution
5G Autonomous Telco Platform: Showcase for decentralized IT on a mobile telco network
Application Layer: Development platform for web applications to interact with 3Bot goes public