Delve into the architecture, consensus mechanisms, and cryptographic foundations of the Egegasasasasas decentralized protocol.
Explore TechnologiesOur architecture is designed as a four-layer stack enabling maximum flexibility and scalability:
Virtual machine for executing smart contracts written in eGAS (Egegasasasas Assembly Script)
P2P gossip protocol with optimized mesh topology for secure peer discovery
Nominated Proof-of-Stake validation with dynamic slot delegation
Merkle Patricia Trie implementation combined with cryptographic data partitioning
Our consensus mechanism combines validator rotation algorithms with quadratic voting to prevent Sybil attacks while maintaining liveness in partitioned networks.
Consensus Algorithm Pseudocode:
Validators.rotate = true
TargetBlockSize = 12KB ± 20%
FinalityDelay = max(2 slots, 3 seconds)
FinalityCheckpointer = MerkleProofs.Verify()
...Economic slashing conditions triggered at 33%+ network attacks
2000+ TPS under typical network conditions
The protocol uses advanced cryptographic techniques to ensure data integrity, privacy, and verifiability:
Implements zk-SNARKs with optimized proving circuits for smart contract validation
Enables private cross-shard transactions with threshold decryption capabilities
Incorporates Kyber and Dilithium for quantum-resistant key exchanges
Distributed signing for validator rotation and governance actions
"Security is enforced through mathematical guarantees, not trust assumptions."
Continuous evolution of core protocol capabilities
Initial mainnet launch with basic smart contract execution
Sharding implementation with cross-shard communication
Privacy layer with confidential transactions
Quantum-resistant cryptography integration