CellframePrice

(CELL)

Cellframe utilizes NIST-approved post-quantum algorithms, such as CRYSTALS-Dilithium and Kyber, to protect against potential future quantum computer attacks. A unique feature of the network is its use of variable signatures. This system allows the ecosystem to upgrade its encryption algorithms on the fly as technology evolves. This flexibility ensures the network remains future-proof without the need for disruptive hard forks, maintaining long-term security and stability for all users and services.

Cellframe implements a two-level sharding mechanism to achieve horizontal scaling. In this ecosystem, a Cell is a specific subset of nodes and chains responsible for processing a portion of the network's data. By organizing the network this way, Cellframe can handle increased transaction volumes simply by adding more cells, or sub-shards. This architecture allows the platform to maintain high performance and throughput as the user base and data demands grow, ensuring the network remains efficient under load.

Unlike standard dApps that often rely on centralized smart contracts to manage logic and funds, Cellframe introduces t-dApps. These are service-oriented applications designed for direct peer-to-peer (P2P) interactions. For instance, in a decentralized VPN t-dApp, the interaction occurs directly between the provider and the user without an intermediary contract holding funds. This approach provides superior decentralization and security by removing central points of failure and reducing the attack surface common in traditional smart contract-based systems.

Users holding wrapped CELL on Ethereum or BSC can utilize the redesigned two-way Cellframe Bridge to migrate assets to the native CF-20 network. This bridge facilitates the transition of value across different blockchain ecosystems, allowing users to participate in native activities like staking and node operation. Additionally, native CF-20 CELL is supported on exchanges like LBank, which enables direct withdrawals to the Cellframe Wallet or Cellframe Dashboard for seamless ecosystem integration.

To run a Master Node and earn service fees or rewards, users currently need 10,000 native CF-20 CELL. For those with fewer tokens, Light Nodes offer an alternative participation path. Because Cellframe is built in plain C, it is exceptionally lightweight and versatile. Nodes can be hosted on a standard Ubuntu VPS, a Raspberry Pi, or even specialized home hardware like KelVPN Surf routers, making the infrastructure accessible to a wide range of participants.

The QEVM, or Quantum Ethereum Virtual Machine, is an infrastructure project designed to bridge the gap between traditional Ethereum-based development and post-quantum security. It provides EVM compatibility within the Cellframe ecosystem, allowing developers to deploy existing Ethereum-based smart contracts while gaining the protection of quantum-resistant encryption. This facilitates easier migration for developers and enables the creation of complex applications that are protected against future computational threats while remaining familiar to the Ethereum development community.