Gradient Network has set its sights on transforming edge computing within the Solana ecosystem. In a groundbreaking keynote at Breakpoint 2024, co-founder Yuan Gao unveiled the company's ambitious vision and introduced their first product, poised to reshape the landscape of decentralized infrastructure.

Summary

Yuan Gao, co-founder of Gradient Network, presented a compelling vision for the future of edge computing on Solana at Breakpoint 2024. The company aims to become the open layer for edge compute on the Solana blockchain, addressing the growing demand for low-latency, real-time computing experiences.

Gradient Network's approach focuses on three key verticals: serverless functions, CDN and streaming, and AI inferencing. These areas were identified through a framework guided by five core principles: market size, edge efficiency, cost reduction, minimum viable scale, and stainless compute.

To achieve their vision, Gradient Network is developing three main building blocks: a pervasive connectivity layer, a homogenized compute layer, and a robust, adaptive orchestration layer. These components will work together to create a unified, efficient, and permissionless edge computing infrastructure.

The keynote also introduced Gradient Century, the company's first product. This central node is designed to establish a global and local connectivity topology map, crucial for future service orchestration and safeguarding the liveliness of decentralized roles within the ecosystem.

Key Points:

Edge Computing Vision

Gradient Network's vision is to become the open layer for edge compute on Solana. Edge computing brings processing power closer to the user, focusing on low latency and real-time user experiences. Unlike traditional cloud services that emphasize centralization and scale, edge computing requires locality and dispersion.

The company sees edge compute as one of the most exciting areas in decentralized infrastructure, with huge potential to fulfill the growing demand for real-time compute. By leveraging blockchain technology, Gradient Network aims to efficiently organize compute resources on the edge and form a unified compute layer.

Identifying High-Potential Verticals

Gradient Network has established a framework to identify verticals with high potential in the edge computing space. This framework is guided by five core principles:

1. Market size
2. Edge efficiency
3. Cost reduction
4. Minimum viable scale
5. Stainless compute

Through this framework, the company has identified three key verticals with significant potential:

1. Serverless functions
2. CDN and streaming
3. AI inferencing

While the keynote didn't delve into specifics, Gradient Network plans to release a detailed article explaining their framework and providing in-depth analysis of these verticals.

Building Blocks for Success

To achieve their vision, Gradient Network is developing three main building blocks:

1. Pervasive Connectivity Layer: This layer focuses on peer-to-peer connections, which are more efficient, resilient, and lack a central point of failure. This approach is crucial for edge computing, as it eliminates the need for a real layer between nodes that could negate the benefits of edge compute.

2. Homogenized Compute Layer: This layer will provide a standardized foundation for various compute resources, ensuring compatibility and ease of use across different use cases.

3. Robust, Adaptive Orchestration Layer: This layer will allow different use cases to tap into compute resources seamlessly, effortlessly, and permissionlessly. It will enable the building of a more robust layer regardless of the nature of the use case.

Gradient Century: The First Product

Gradient Century, the company's first product, is a central node designed to establish a global and local connectivity topology map. This map will be crucial for future service orchestration and matching processing power to user needs.

Additionally, Gradient Century will help safeguard the liveliness of decentralized roles within the ecosystem as it grows. This product is essential for building the foundation of Gradient Network's vision and enabling future developments.

Facts + Figures

• Gradient Network aims to become the open layer for edge compute on Solana
• The company has identified three key verticals: serverless functions, CDN and streaming, and AI inferencing
• Gradient Network's approach is guided by five core principles: market size, edge efficiency, cost reduction, minimum viable scale, and stainless compute
• The company is developing three main building blocks: a pervasive connectivity layer, a homogenized compute layer, and a robust, adaptive orchestration layer
• Gradient Century, their first product, is a central node for establishing a global and local connectivity topology map
• Seven days after launch, Gradient Century had seen activity in more than 117 countries and regions
• The product has already completed 400 taps (peer-to-peer connections between nodes)

Top quotes

• "Edge compute is about bringing processing power closer to the user. The key work here is low latency."
• "We see edge compute as one of the most exciting areas in dipping with huge potential to fulfill the ever-growing demand of real-time compute."
• "What we really want is peer-to-peer connection. It's more efficient, it's more resilient, and with no central point of failure."
• "We want to establish a global and local connectivity topology map. That would help us a lot when in the future, we want to orchestrate services."

Questions Answered

What is Gradient Network's vision for edge computing on Solana?

Gradient Network aims to become the open layer for edge compute on Solana. Their vision is to create a decentralized infrastructure that brings processing power closer to users, focusing on low-latency and real-time computing experiences. This approach differs from traditional cloud services by emphasizing locality and dispersion rather than centralization and scale.

What are the key verticals Gradient Network is focusing on?

Gradient Network has identified three key verticals with high potential in the edge computing space: serverless functions, CDN and streaming, and AI inferencing. These verticals were selected based on a framework guided by five core principles: market size, edge efficiency, cost reduction, minimum viable scale, and stainless compute.

What are the main building blocks of Gradient Network's approach?

Gradient Network is developing three main building blocks to achieve their vision: a pervasive connectivity layer for efficient peer-to-peer connections, a homogenized compute layer to standardize compute resources, and a robust, adaptive orchestration layer to enable seamless access to compute resources for various use cases.

What is Gradient Century, and why is it important?

Gradient Century is Gradient Network's first product, designed as a central node to establish a global and local connectivity topology map. This map is crucial for future service orchestration and matching processing power to user needs. Additionally, Gradient Century will help safeguard the liveliness of decentralized roles within the ecosystem as it grows, laying the foundation for Gradient Network's vision.

What early results has Gradient Century achieved?

Seven days after its launch, Gradient Century had seen activity in more than 117 countries and regions. The product has already completed 400 taps, which are peer-to-peer connections between nodes. These early results demonstrate the rapid adoption and global reach of Gradient Network's first product.