tfgrid/info_docs_tfgrid4_tech
9
0
Fork 0
Code Issues Pull Requests Actions Packages Projects Releases Wiki Activity
09f9e423f6
info_docs_tfgrid4_tech/docs/main/internet_reinvented/infrastructure.md
mik-tf fbb3facf60 update book for typos 
update branch to fit with main
2025-01-20 19:47:59 -05:00

5.3 KiB
Raw Blame History

sidebar_position
5

Infrastructure

Unbreakable Network Layer

Shortest Path Optimization:

  • The network layer utilizes advanced routing algorithms to dynamically calculate the most efficient path for data to travel. It adapts in real time, considering factors like network congestion, node availability, and latency. This ensures that data always takes the shortest and fastest route, reducing delays and improving performance.
  • Built-in Naming and Content Delivery Network (CDN) systems further enhance efficiency by storing and delivering frequently accessed content from the nearest available node.

Survival During Internet Failures:

  • The network operates on a decentralized infrastructure. If the broader internet or certain nodes experience a failure (due to disasters, attacks, or other disruptions), the system self-heals and reroutes traffic through available paths. Local nodes maintain communication within their region, ensuring that even in disconnected environments, services remain operational. This makes the system resilient and disaster-proof.
  • There are agents for desktop and mobile phones which guarantee seamless integration.

Unbreakable Storage Layer

  • Data Integrity and Durability:
    The storage layer is designed to ensure that data can never be lost or corrupted. This is achieved through:

    • Unbreakable Geo Aware Data Storage: Data is fragmented and distributed across multiple nodes in the network. Even if some nodes fail, the remaining fragments are sufficient to reconstruct the original data.
    • Ultra Efficient: This system is ultra efficient, up to 10x less hard disks needed.
    • Geo Aware: Users have full control over where the data is and only their applications or AI agents can get access to this data.
    • Self-Healing Mechanism: If a storage fragment becomes unavailable or damaged, the system automatically regenerates the broken data.
    • Immutable Storage: The architecture prevents unauthorized modifications, maintaining data integrity, data can never be lost.

  • Scalability to Zetabytes:
    The decentralized storage system scales effortlessly by adding new nodes. Unlike traditional centralized systems with physical constraints, this network expands horizontally, leveraging unused storage capacity globally. This approach has been proven to handle zetabytes of data efficiently, with previous iterations widely adopted by organizations requiring massive-scale storage solutions.

Sovereign Quantum Compute & AI Layer

  • Solving the World’s Serious Issues:
    The quantum compute layer introduces unparalleled computational power, capable of tackling complex problems that classical systems struggle with, such as:

    • Climate Modeling: Simulating intricate environmental systems to predict climate patterns.
    • Medical Research: Accelerating drug discovery and personalized medicine development.
    • Optimization Problems: Enhancing logistics, energy usage, and resource allocation for global efficiency.

  • Integration with AI:
    The quantum layer works seamlessly with geo-aware AI agents. AI leverages quantum capabilities to process vast datasets, derive insights, and make informed decisions faster and more accurately. Together, they:

    • Model scenarios and test solutions at unprecedented speed.
    • Provide personalized, context-aware outputs based on geographical and jurisdictional needs.
    • Drive collaborative decision-making by balancing global and local priorities.

How it All Works Together

The system's core components—network, storage, and compute layers—are deeply interconnected, forming an Unbreakable Cloud Engine:

  • The network layer ensures seamless communication and data transmission across nodes, even under adverse conditions.
  • The storage layer safeguards data, enabling ultra-reliable access and scalability to support global demands.
  • The compute layer, powered by quantum technology, works in harmony with AI to deliver groundbreaking solutions for real-world challenges.

This integrated approach ensures that services are not only resilient and scalable but also future-proof, sustainable, and capable of empowering users globally. It’s a holistic solution redefining the Internet for the modern world.

Requirements for a New Internet

Lets us know how you think we are doing to resolve the following requirements:

alt text

  • Compute, Storage, Network need to be
    • Local
    • Sovereign
    • Private
    • More Secure
  • Storage needs to be
    • More reliable with less overhead (only 20% overhead needed)
    • Capable to be global and be used as CDN (Content Delivery Network)
    • Fast enough for the Use Case at hand
    • Data can never get lost nor corrupted.
    • Storage can scale to Zetabytes as Easily as Petabytes
  • Network needs to be
    • Working no matter what happens with existing network, route around issues.
    • Local sensitive (chose shortest path)
    • End2End Encrypted
    • Capable to really know where information goes to or comes from (authenticity)
  • The full system needs to be
    • Autonomous & self Healing
    • It should be possible to operate without human Intervention
  • Green
    • We believe Internet / Cloud can be delivered using at least 10x less energy.