Active Nodes: 42 Global
Network Hash Rate: 124.8 KH/s
Consensus Security: 100.00% PQ-Secure
Dynamic Min Fee: 0.0010 ADD
ADD Circulation: 1,248,500 ADD
Sovereign Mainnet Active

The Next Era of Decentralized Ledger Security

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.

Launch Console Read Tech Specifications

Core Cryptographic Subsystems

Mathematically proven and production-grade technologies driving the L1 architecture.

Post-Quantum Signatures

Traditional cryptography will fall to Shor's algorithm. Native ML-DSA-87 module-lattice digital signatures derived via double SHA3-512 public hashing ensure absolute safety in the quantum era.

ASIC-Resistant PoMW

A 1 MiB memory-hard Proof of Measurable Work (PoMW) algorithm enforces RAM bandwidth bounds over 16 complex scratchpad rounds, ensuring CPU fairness and ASIC resistance.

Confidentialité ZK-Shield

The ZK-Shield subsystem processes zero-knowledge range proofs optimized over the Goldilocks Prime Field, wrapping native coins into private note commitments for untraceable transactions.

High-Speed Decentralized Transaction & RPC Routing Plan

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:

Web Client Portal Port 5173 (Vite) JSON-RPC POST HTTP RPC Gateway Port 8545 (ECDH Encryption) Secure TCP Socket L1 Daemon Node additiond.exe (Port 8546) Core C++ Engine P2P Gossip (Port 28545)
L1 Post-Quantum Cryptographic Wallet
e48d89a9efd7b844fae2398d16bd3ab8968cd5bb
CONFIRMED REGISTERED BALANCE
50.00 ADD
Send & Transfer Assets

Submit transfers signed with your ML-DSA-87 private key client-side and verified by L1 nodes in real-time.

1 MiB CPU Block Solver

Compute randomized RAM allocation mixing puzzles on active CPU threads, verifying scratchpad hash boundaries and submitting block solutions directly to the C++ node validator.

[System] Miner environment ready. Active solver thread mapped to C++ gateway.
Post-Quantum Custom Token Factory

Configure custom cryptocurrency metadata and minting caps. Deploy assets directly into the decentralized Layer 1 state ledger.

L1 Smart Contract Compiler & Execution VM
[VM Compiler] Compiler active. Ready to deploy token_create_ex and contract compile requests.
ZK-Shield Privacy Pool Manager

Shield public coins into private note commitments using ZK range proofs modulo the Goldilocks Field.

[ZK-Shield] Verifier active. Goldilocks proofs modules loaded.
Windows Daemon PowerShell Console

Directly control the L1 daemon process using local endpoint TCP wrappers inside your powershell shell sessions:

# 1. Fetch Node Network Status
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}'
# 2. Mine Blocks to Address
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}'
# 3. Retrieve Cryptographic Balance
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}'
Software & Hardware Integrations
EVM MetaMask Integration (Cross-Chain Bridge)

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.

Ledger Hardware Integration (ML-DSA Applet)

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.

Technical Specifications Summary
1. Zero-Knowledge Range Proofs

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.

2. NIST ML-DSA-87 Digital Signatures

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.

3. Custom Token Creation Protocol

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.

4. VM Smart Contract Architecture

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.