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Unlock the Future of Compute with Our Air-Gapped, Secure Energy Infrastructure.
Learn MoreSwarmEnergy combines AI compute with energy sovereignty. Our air-gapped infrastructure provides ultimate security and privacy, with no vendor lock-in and no middleman. We offer decentralized compute, Proof of Compute (PoC) validation, and cutting-edge AI-powered workstations.
All our compute resources are locally owned and operated, managed within our controlled datacenter environments. This means no middleman, no outsourcing – we own the compute, and we manage the rails, ensuring complete sovereign trust and control over your data and operations.
SwarmEnergy offers custom AI workstations and high-performance compute nodes. With Sovereign Compute, you can buy or rent compute power for your secure, air-gapped applications.
We leverage ENS identity for seamless and secure billing, with examples like agent5090.swarmos.eth. All billing is managed through air-gapped sovereign trust using encrypted JSON files, ensuring unparalleled data privacy and security.
Our Proof of Compute technology ensures energy-efficient AI inference, scalability, and a positive environmental impact by using local energy resources. (Animated graphics will visualize this process).
SwarmCode.eth is the central hub of your decentralized AI and compute ecosystem. It serves as a code repository, deployment system, and smart contract framework designed for building, managing, and executing decentralized compute workloads across your network of independent nodes (e.g., BeeBoxes, Zima-2 devices, GPU rigs, etc.).
SwarmCode.eth provides tools, libraries, and a set of protocols that allow clients to deploy custom AI models, manage compute resources, and interact with the SwarmEnergy infrastructure. It's the core infrastructure that connects the various agents, devices, and services across the SwarmOS ecosystem, making it easy for clients to tap into sovereign compute in a secure, efficient, and trustless way.
Clients can upload their pre-trained AI models to SwarmCode.eth and execute them across the network. Whether the task is for medical image processing, financial analysis, or AI-driven research, clients can quickly deploy their models to run on the most suitable hardware (e.g., Zima-2 edge devices or high-performance GPU rigs).
Using SwarmCode.eth, clients can create automated workflows for their AI tasks, such as data pre-processing, inference tasks, or post-processing of results. They can even integrate these workflows with external APIs, databases, or services, enabling a fully integrated solution for their specific use case.
Clients can schedule when and how long their tasks will run, and pay based on the actual usage (e.g., per kWh consumed, per hour of GPU compute). The SwarmCode.eth interface gives them control over how resources are allocated, with transparent billing based on energy consumption and network fees.
Clients can interact with smart contracts that govern their compute tasks. These contracts ensure secure, automated execution and proof of work, eliminating the need for intermediaries. Tasks are executed according to predefined terms and clients can track the status and results directly on the blockchain.
Clients can run compute-intensive tasks while optimizing for energy efficiency. They can choose whether to run tasks on local (air-gapped) devices or leverage remote compute nodes, ensuring minimal energy usage and low carbon footprints. This is particularly valuable for organizations focused on sustainability and green energy solutions.
Clients who need custom fine-tuning of models or workflows can utilize SwarmCode.eth to manage their training environments. With direct access to GPUs, powerful workstations, and decentralized compute resources, fine-tuning AI models becomes a seamless, low-cost operation.
All interactions are governed by smart contracts, ensuring trustless execution of tasks.
Clients can scale compute resources up or down based on demand, making it easy to adapt to changing workloads.
Clients maintain full control over their data, models, and compute environments, with no third-party access or data breaches.
Clients can run AI workloads on the most energy-efficient infrastructure available, powered by the SwarmEnergy decentralized grid.
Air-gapped operations ensure that sensitive data stays secure, making it ideal for use cases like medical AI, finance, and research.
SwarmCode.eth enables clients to deploy, manage, and run AI models and compute workloads on a decentralized, energy-efficient network. It offers flexibility, scalability, and sovereign control over compute resources, with seamless integration into the broader SwarmEnergy and SwarmOS ecosystems. With transparent billing, smart contract governance, and data sovereignty, SwarmCode.eth empowers clients to fully control their AI workflows and energy usage, making it the ideal platform for advanced, privacy-focused AI applications.
SwarmOS is the core operating system and ecosystem that powers the entire Swarm. It serves as the foundational platform that enables decentralized, energy-efficient compute services across a network of independent agents. SwarmOS is responsible for orchestrating the compute tasks, managing decentralized resources, and ensuring data sovereignty, security, and privacy.
SwarmCompute is a decentralized compute marketplace where users can access on-demand computing resources. Powered by SwarmOS, it allows clients to rent GPU power, storage, and AI workstations from independent operators, eliminating the need for centralized cloud providers. SwarmCompute offers flexible billing based on energy usage and compute time.
SwarmEnergy is the backbone of your decentralized ecosystem, providing energy-efficient compute power for Swarm nodes and agents. It uses local energy sources, such as solar or other green energy, and ensures that compute power is used in a sustainable, efficient manner. It works in synergy with SwarmOS to manage and distribute power across the network.
SwarmBox Pro Mini is a small, powerful edge device designed for decentralized compute. It acts as a mini agent within the Swarm ecosystem, providing compute, storage, and AI inference capabilities. SwarmBox Pro Mini devices are used to run AI models, process data, and contribute to the decentralized compute power of SwarmCompute.
The SwarmOS ecosystem offers a complete, decentralized solution for AI workloads and compute, powered by SwarmEnergy. With SwarmCompute, clients can access on-demand compute resources, while SwarmBox Pro Mini devices allow individuals and organizations to contribute compute power. The entire system runs on air-gapped infrastructure, ensuring data sovereignty and security. Clients can scale their operations easily, benefit from energy-efficient computing, and maintain full control over their data.