🔗Technical Redundancy

Our quantum safe storage ystem, coupled with replication, and web gateways, presents a pathway to achieve technical redundancy already. While these capabilities exist, we admit that at this time it is too complex for a starting user. Making this easier through refined tooling and a strong user experience will be imperative in order to allow a wide audience to take advantage here.

🔗ThreeFold Cloud

Our upcoming commercial offering, TF Cloud, will bolster reliability and trustworthiness. Through TF Cloud, we will need to provide comprehensive service, robust support, service level agreements (SLAs), and streamlined payment methods, including credit card options. The development of user-friendly tooling will significantly simplify and easen the process as well, enabling users to deploy and maintain reliable workloads effortlessly.

🔗Farming Pools

The introduction of farming pools in TF Grid 4.x will play an important role in fostering reliability as well. These pools not only contribute to resource pooling but also offer visibility into the network’s participants. This transparency enhances trust and aids in identifying reliable contributors within a decentralized framework.

🔗Establishing Reputation and Transparency

Building a system that emphasizes reputation and complete visibility regarding service levels and uptimes is pivotal. By offering insights into each participant’s performance metrics, Grid users will be able to more effectively choose a trusted provider.

In essence, through a combination of technical and strategic advancements, our journey towards a dependable and trustworthy decentralized Internet infrastructure is underway, setting the stage for the next phase of ThreeFold.

🔗So, what exactly is a cooperative?

The International Cooperative Alliance defines a cooperative as an autonomous association of persons united voluntarily to meet their common economic, social, and cultural needs and aspirations through a jointly-owned and democratically controlled enterprise.

Cooperatives operate under a set of shared principles—voluntary and open membership, democratic member control, economic participation by members, autonomy and independence, education, training, and information, cooperation among cooperatives, and concern for the community. These principles underpin the resilience and effectiveness of cooperatives as governance models.

🔗The ThreeFold Cooperative

In the future, ThreeFold will establish a 100% owned subsidiary of the Cooperative within a chosen jurisdiction to open the doors to innovative mechanisms. Through this subsidiary, the creation of Farming Pools becomes feasible, providing a controlled environment for token transactions aligned with defined governance protocols unique to each Farming Pool.

One crucial aspect is the inclusivity within this cooperative framework. Every farmer contributing resources and every buyer purchasing IT capacity from the network becomes an integral part of this cooperative, fostering a sense of ownership and shared responsibility.

This cooperative structure revolutionizes the way participants interact within a decentralized network. It ensures that governance mechanisms are not only defined but also upheld by all stakeholders, aligning actions with the collective vision.

Embracing a cooperative model introduces a well-established framework for decentralized governance. By leveraging its proven principles and structures, it fosters inclusivity, democratic decision-making, and shared ownership—a recipe for fostering trust, equity, and sustainability within decentralized systems.

As we navigate the complex landscape of decentralized technologies, cooperatives stand as a beacon of collaborative and democratic governance, offering a robust foundation for a truly decentralized future.

🔗Breaking the Distance Barrier

In many regions, the internet economy remains anchored in distant lands due to reliance on long cables to Europe, North America, or China, where colossal data centers reside. This scenario keeps data, jobs, and economic benefits outside developing regions. But what if connectivity was local, decentralized, and efficient?

🔗The East Africa Example

Picture our technology in action. Instead of relying on data centers thousands of miles away, our decentralized infrastructure brings the connection closer. Those friends in East Africa can communicate peer-to-peer, reducing bandwidth needs by up to 10 times while boosting security. This isn’t just about video calls; it’s about revolutionizing every digital interaction.

🔗Streamlining Complexity

The tech world often gets tangled in layers of abstraction, favoring integration over innovation. While layers aid compatibility and incremental progress, they hinder true change. Excessive abstraction results in inefficiencies, performance lags, increased costs, and scalability woes.

🔗The Education Gap

Innovation takes a back seat when education leans heavily on commercial technologies. The push for quick-fix solutions neglects long-term innovation. It’s like opting for a painkiller instead of addressing the root cause of the problem.

🔗Local, Secure, Reliable

Our vision? A decentralized internet where compute, storage, and network are local, sovereign, and secure. Storage becomes more reliable with less overhead, doubling up as a global content delivery network. The network stays resilient, routes around issues, encrypts end-to-end, and knows precisely where data originates and ends.

🔗Tackling the Root Issues

By constructing a decentralized, autonomous internet infrastructure from scratch, we’re tackling these issues head-on. Minimizing complexity while solving problems at their core is our mantra. It’s not just about a tech revolution; it’s about reshaping connectivity to be inclusive, efficient, and empowering for everyone, everywhere.

The digital world stands at a crossroads. We can either perpetuate the status quo, or we can pave a new path—one that’s decentralized, efficient, and equitable. The time for a decentralized internet that solves problems at their roots is now. It’s time for connectivity that knows no boundaries.

The power to transform connectivity is in our hands. Let’s reimagine the internet not as a distant entity but as a network that thrives locally, serves globally, and empowers universally. Together, let’s build a decentralized internet that propels us into a future where connectivity is a right, not a privilege.

At ThreeFold, we believe that everything we do should benefit people and our planet. The emergence of a decentralized Internet grid not only reshapes the digital landscape but helps to pioneer a more sustainable future. At the core of this evolution lies a series of innovative strategies poised to revolutionize the way we perceive and utilize digital infrastructure.

🔗Zero OS

Traditionally, operating systems have been laden with an array of features, consuming substantial hardware resources. However, with Zero OS, our paradigm shifts towards a lightweight, autonomous design. By getting rid of unnecessary complexities, this design not only optimizes hardware space but also fosters an environment conducive to enhanced IT workloads.

🔗Quantum-Safe Storage

One of the most staggering inefficiencies within the industry has been the substantial overhead of storage systems. Our quantum-safe storage system marks a monumental departure from the norm, slashing the overhead from a staggering 400% to a mere fraction, 20%. This unprecedented leap in efficiency heralds a new era of streamlined storage practices, ensuring optimal utilization of resources.

🔗Efficient Node Management

Energy conservation takes center stage with our node management tool, Farmerbot. Embracing the principle of ‘on-demand’ functionality, nodes remain dormant when idle, conserving energy resources. Through the implementation of Farmerbot, these nodes seamlessly power on and off as required, minimizing unnecessary consumption without compromising accessibility.

🔗Automated Autonomy

We’re saying goodbye to human intermediaries and centralized control centers. Our system operates autonomously, governed by smart contracts that orchestrate every facet of its functionality. This automated ecosystem not only eradicates the need for constant human intervention but also ensures streamlined operations, optimizing efficiency at every turn.

🔗Peer-to-Peer Advancement

The conventional route from sender to recipient often travels extensive distances, bouncing through data centers and intermediaries. Our peer-to-peer network revolutionizes this process by forging direct connections, seeking the shortest path between sender and recipient. By circumventing unnecessary detours, this approach minimizes energy expenditure and data latency, elevating both speed and efficiency.

🔗Final Thoughts

The dawn of ThreeFold’s decentralized Internet grid beckons a transformative era in digital infrastructure. Through the combination of a lightweight operating system, quantum-safe storage, energy-conscious node management, automated autonomy, and a peer-to-peer network, the paradigm of efficiency in the digital realm has been redefined. The aggregated result is up-to 90% energy savings depending on workloads. This evolution not only champions sustainability but also propels us towards a future where connectivity thrives in harmony with resource conservation.

🔗Yggdrasil’s Limitations

To start, it should be noted that Yggdrasil is an experimental routing protocol (based on DHT’s), which is currently still in an alpha stage. We very much admire the fact that they have been able to create a standalone network with worldwide participants from scratch. Over time, the network has grown, in part due to the grid, but also because a lot of individual participants joined and started running a node.

After investigating, we reached the conclusion that the current architecture has some scalability issues. While we have no doubt that these will eventually be solved, the importance of the planetary network in the grid is unfortunately too big to be able to wait for this. Additionally, Yggdrasil uses a technique called crypto key routing, and uses a tree structure for its routing info. This means data follows the “shortest path” in the tree, rather than the physical shortest path, which might deviate from this. As such, we have decided to implement our own Ipv6 overlay network, Mycelium.

🔗Implementing Mycelium

As previously pointed out, the main goal of our network is to be efficient, and end-to-end encrypted. Every node in the network is identified by a key pair. The address of a node is derived from this key pair, and data traffic between 2 nodes is encrypted using a secret derived from the key pair of both these nodes. As a result, every 2 nodes in the system use a different secret for encryption, and we can verify that the address used by a node is indeed owned by it (i.e. it has the corresponding private key). We have based our initial implementation (loosely) on the babel routing protocol.

Therefore, sending data to a remote node will follow the shortest path in terms of latency (i.e. the fastest route). The network adjusts itself in case nodes disappear or join, and multiple paths to a given destination are possible.

We are also considering implementing more advanced use cases in the future, though this remains to be seen at this stage. We are gearing up for some larger scale testing on the grid in the near future (after all, we do have multiple thousand nodes at our disposal to verify scalability), and will adjust as needed once these are done.