🧠 Technology: This ain't just a 'secure' blockchain
Cellframe positions itself as a Layer-0/Layer-1 platform with open-source capabilities for creating and merging blockchains and decentralized services, safeguarded by post-quantum encryption. Its key tech features include:
· Variable post-quantum cryptography: Unlike classical elliptic curve cryptography (ECC), Cellframe employs lattice-based algorithms, which are deemed resistant to attacks from Shor's algorithm. The network supports multiple quantum-resistant signatures simultaneously and allows them to be updated without halting the network as cryptography evolves.
· Two-level Sharding: This scaling tech divides the network into segments to boost throughput without sacrificing decentralization.
· Service-oriented architecture: The platform is built on C, ensuring high performance. It enables the deployment of 'true decentralized applications' (t-dApps) on hardware of any level—from servers to Internet of Things (IoT) devices.
Cellframe positions itself as a Layer-0/Layer-1 platform with open-source capabilities for creating and merging blockchains and decentralized services, safeguarded by post-quantum encryption. Its key tech features include:
· Variable post-quantum cryptography: Unlike classical elliptic curve cryptography (ECC), Cellframe employs lattice-based algorithms, which are deemed resistant to attacks from Shor's algorithm. The network supports multiple quantum-resistant signatures simultaneously and allows them to be updated without halting the network as cryptography evolves.
· Two-level Sharding: This scaling tech divides the network into segments to boost throughput without sacrificing decentralization.
· Service-oriented architecture: The platform is built on C, ensuring high performance. It enables the deployment of 'true decentralized applications' (t-dApps) on hardware of any level—from servers to Internet of Things (IoT) devices.