Decentralized Layer 1 post-quantum ledger built for the computational threats of tomorrow. Secure local operations console for keygen routing, CPU block miners, custom assets, and VM smart contracts.
Mathematically proven and production-grade technologies driving the L1 architecture.
Traditional cryptography will fall to Shor's algorithm. ADDITION natively implements NIST-standardized ML-DSA-87 module-lattice digital signatures derived via double SHA3-512 public hashing, ensuring absolute safety in the quantum computing era.
Unlike traditional mining dominated by industrial hardware, ADDITION utilizes a 1 MiB memory-hard Proof of Measurable Work (PoMW) algorithm. Enforcing RAM bandwidth bounds over 16 complex scratchpad rounds returns block-sealing rewards back to consumer CPU hardware.
Absolute sovereignty requires privacy. The ZK-Shield subsystem processes zero-knowledge range proofs optimized over the Goldilocks Prime Field. Users wrap native coins into private note commitments, achieving complete transaction anonymity with zero double-spend risks.
Visual layout representing the flow of data from this front-end interface through the Secure JSON-RPC HTTP Gateway into the local C++ Daemon, and its gossip propagation across peer-to-peer validation networks:
e48d89a9efd7b844fae2398d16bd3ab8968cd5bb
Compute randomized RAM allocation mixing puzzles on active CPU threads, verifying scratchpad hash boundaries and submitting block solutions directly to the C++ node validator.
Configure custom cryptocurrency metadata and minting caps. Deploy assets directly into the decentralized Layer 1 state ledger.
Directly control the L1 daemon process using local endpoint TCP wrappers inside your powershell shell sessions:
Invoke-RestMethod -Uri "http://127.0.0.1:8545/api/rpc" -Method Post -ContentType "application/json" -Body '{"jsonrpc": "2.0", "method": "getinfo", "params": [], "id": 1}'
Invoke-RestMethod -Uri "http://127.0.0.1:8545/api/rpc" -Method Post -ContentType "application/json" -Body '{"jsonrpc": "2.0", "method": "mine", "params": ["e48d89a9efd7b844fae2398d16bd3ab8968cd5bb"], "id": 1}'
Invoke-RestMethod -Uri "http://127.0.0.1:8545/api/rpc" -Method Post -ContentType "application/json" -Body '{"jsonrpc": "2.0", "method": "getbalance", "params": ["e48d89a9efd7b844fae2398d16bd3ab8968cd5bb"], "id": 1}'
MetaMask operates strictly on classic ECDSA signatures and does not support L1 post-quantum keys directly. Users bridge assets through the secure Ethereum escrow vault: ERC-20 tokens are locked, and wrapped equivalents are dynamically minted on the ADDITION L1 network.
Keep cryptographic keys offline. Our specialized Ledger applet computes post-quantum lattice public keys and signs transactions securely on-device using standard MuSig2 aggregation, combining hardware isolation with quantum immunity.
Confidential transactions are validated using trace polynomial checks modulo the Goldilocks Field ($GF(2^{64}-2^{32}+1)$). Generating nullifiers secures note spending with mathematically complete double-spend protection.
Derived securely using module-lattice structures. Unlike classical systems vulnerable to quantum factorization, ML-DSA relies on the hardness of high-dimensional lattice vector mathematical problems, establishing full cryptographical safety.
Deploy custom, post-quantum secure cryptocurrencies natively on the L1 state. By issuing a token_create_ex call, the platform creates a distinct asset class tracked by the ledger's core database. Mint, burn, and transfer logic are fully managed with post-quantum security guarantees, allowing developers to configure max caps, decimals, and burnable policies.
The ADDITION Virtual Machine evaluates Turing-complete state validation scripts on-chain. Using persistent key-value storage (set, add, get operators), smart contracts are assigned a distinct SHA3-512 identifier. Developers deploy contract logic through contract_deploy and trigger transaction state transitions securely using contract_call with automated VM checks.