Cellframe is a blockchain network designed with a focus on service-oriented architecture. It is optimized for maximum usability across a range of devices. For instance, smart fridges to supercomputers, by being built as close to the hardware as possible. One of its key features is the use of post-quantum encryption, ensuring high-level security against future quantum attacks. The goal of Cellframe is to provide robust, scalable blockchain infrastructure without attempting to reinvent existing technology but by enhancing it with proven, secure methods.
How can you use Cellframe ?
The architecture of Cellframe is on a dual-layer sharding framework. The first layer, or heterogeneous layer, allows for the creation of custom tokens and subchains. And the second layer, known as the homogeneous layer, organizes subchains into cells. This design promotes interoperability between applications. So, it enables peer-to-peer communication between dapps.
Cellframe serves both enterprise and public blockchain markets, offering high performance and scalability. Some key features include:
- Service-oriented architecture, making it easier to develop second-level protocols.
- Private shards that reduce gas fees, enhance security, and simplify development.
- An enterprise-ready blockchain-in-a-box solution for businesses.
One of the unique advantages of Cellframe is its ability to protect blockchains from terminal attacks, including quantum attacks, without requiring user migration or third-party code.
Design Goal
Cellframe’s design focuses on low-level integration to communicate with any operating system. Besides, they dont need for a kernel. Cellframe is entirely in C to ensure efficiency, scalability, and adaptability across diverse platforms, from mainframes to IoT devices.
Zero-Level Procedure
Cellframe’s vision is to offer a universal platform for enterprise solutions and decentralized applications. It emphasizes microtransactions and interactions between services without overwhelming the system, leveraging an integrated payment mechanism instead of relying on smart contracts. This approach reduces costs and development risks, making it more affordable and secure.
Overall, Cellframe aims to deliver high performance, adaptability, and a developer-friendly environment, providing tools that reduce the cost of errors in blockchain development.