Introduction to Edge Computing Provider and Fog Computing Provider in Swan Chain


Swan Chain utilizes Edge and Fog Computing to boost processing power and reduce costs, optimizing real-time AI applications by distributing tasks across specialized providers. This scalable approach enhances efficiency in AI-driven technologies within the blockchain framework.

The global artificial intelligence market size is expected to hit around USD 2575.16 billion by 2032. This explosive growth creates a significant challenge: processing power. Traditional cloud computing often struggles to handle the immense computational demands of advanced AI applications, leading to high costs and latency for users.

Swan Chain, the DePIN built for AI, addresses these challenges with a distributed computing framework. This framework utilizes a network of specialized computing providers, including Edge Computing Providers and Fog Computing Providers. By distributing processing tasks across these providers, Swan Chain unlocks immense processing power, enabling a new era of powerful and efficient technology applications — often at a significantly lower cost compared to traditional centralized solutions.

Edge Computing Provider (ECP)

Edge computing providers focus on processing data for near real-time applications at the network’s edge. This includes tasks like IoT sensor data analysis, image recognition, and ZK computations on edge devices, minimizing latency.

Hardware Requirements:

To ensure robust performance, ECPs must adhere to specific hardware standards:

  • Possess a public IP
  • At least 4 vCPUs
  • Minimum 300 GB HDD storage
  • Minimum 32 GB memory
  • Minimum 20 MB bandwidth

Learn more about how to become ECP here.

Fog Computing Provider (FCP)

Fog Computing Provider in the Swan ecosystem typically represents data centers, large server computing networks, or providers of private and public clouds. They manage larger computational tasks and enhance the capabilities of cloud computing by bringing it closer to where data originates.

Hardware Requirements:

FCPs must meet stringent requirements to handle extensive computations:

  • Possess a public IP
  • Have a domain name (*
  • Have an SSL certificate
  • At least 8 vCPUs
  • Minimum 100 GB SSD storage
  • Minimum 64 GB memory
  • Minimum 50 MB bandwidth

Learn more about how to become FCP here.

Differences Between Edge Computing vs. Fog Computing

While both ECPs and FCPs are crucial for Swan Chain’s success, they excel in different areas. Here’s a quick breakdown to understand their unique strengths:

Roles of ECP and FCP in the Swan Ecosystem

ECPs, with their expertise in zero-knowledge computations, image recognition, and content distribution, are integral to the immediate processing needs of the network. Their work in generating ZK-Snark proofs for the Filecoin network, achieving over 60,000 computing tasks, is a testament to their efficiency and the robustness of the ecosystem. The anticipated integration of additional ZK proof systems like Aleo, Scroll, and StarkNet indicates a forward-thinking approach to decentralized computing and privacy technologies.

On the other hand, FCPs enhance the network’s reach by extending cloud capabilities to the edge, offering services such as AI model training and deployment. Utilizing infrastructures like Kubernetes (K8S), they support scalable and distributed computing tasks. The success of projects like Lagrange DAO, which utilizes FCPs for a decentralized AI computing platform, showcases the synergy between Web3 technologies and AI. With over 1000 models and 50,000 deployments, Lagrange DAO’s use of GPU inference time underscores the transformative potential of these technologies in data engineering and development. Together, ECPs and FCPs are not just participants but drivers of innovation in the Swan Chain ecosystem.

Join the Computing Provider Acceleration Program!

Now that you’ve learned about the significance of Edge Computing Provider and Fog Computing Provider within the Swan Chain network, it’s clear how vital these positions are to advancing blockchain technology. If you find yourself interested in becoming an integral part of this innovative ecosystem, the Computing Provider Acceleration Program from Atom Accelerator Race is your opportunity to make a difference.

Why Join?

  • Contribute to Cutting-Edge Technology: Engage directly with blockchain innovations as either an ECP or an FCP.
  • Enhance Technological Capabilities: Upgrade your systems and skills through high-level participation and challenges.
  • Increase Earnings: Benefit from performance-based rewards, especially when using high-density GPUs.
  • Drive Industry Growth: Help expand and enhance the Swan Chain network, ensuring its success and scalability before the mainnet launch.

For more details on the goals, timelines, and how you can participate, visit the official Computing Provider Acceleration Program documentation. Discover comprehensive information on how to make the most of your involvement and maximize your potential within the Swan Chain.



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