Asentum PriceASE

What is Asentum (ASE)?

Asentum (ASE) is a post-quantum Layer-1 blockchain built to withstand the coming quantum computing era while democratising smart contract development. Positioned as "The Post-Quantum JavaScript Blockchain," Asentum is designed around three core tenets: post-quantum security, JavaScript smart contracts, and open validator participation. The network uses NIST-standardised post-quantum signatures from its genesis block, meaning no migration from legacy classical cryptography is ever required. Smart contracts are written in plain JavaScript and deployed as readable source code on-chain, making them verifiable through a single hash comparison. Validators run on consumer hardware, with a Raspberry Pi 4 as the supported floor, and the network targets 2-second block finality. ASE has a total and maximum supply of 1,000,000,000 tokens. Currently, ASE exists as an ERC-20 token on Ethereum mainnet and will bridge 1:1 to native ASE at mainnet launch. The project is in its public testnet phase, with an incentivised testnet in progress.

Key Specifications & Tokenomics

• Name: Asentum
• Symbol / Ticker: ASE
• Category: Blockchain / Layer-1 protocol
• Consensus: Rotating ~100-validator BFT committee, permissionless after genesis
• Smart Contracts: Plain JavaScript, immutable by default
• Post-Quantum Signatures: ML-DSA-65 (Dilithium3), NIST FIPS 204
• Block Finality: 2 seconds (mainnet target); testnet produces 5-second blocks
• Base Fee: 1 gwei
• Fee Market: EIP-1559, base fee burned
• Epoch Lottery: 3 hour
• Max Supply: 1,000,000,000 ASE
• Total Supply: 1,000,000,000 ASE
• Validator Hardware: Consumer PC, Raspberry Pi 4 supported floor
• Tooling: JSON-RPC, MetaMask compatible, native Chrome wallet, Asentum Operator desktop app
• Governance: On-chain, stake-weighted by ASE holders
• Pre-Mainnet Form: ERC-20 on Ethereum mainnet, bridging 1:1 to native ASE at mainnet launch
• Token Allocation: Founders round 4%, Presale 16%, Initial LP 5%, CEX listing reserve 15%, Validator rewards 15%, Team & advisors 12%, Treasury / DAO 12%, Ecosystem / grants 10%, Incentivised testnet 6%, Bridge reserve 3%, Foundation reserve 2%

Who created Asentum?

Asentum's core team is listed on the official team page. The team includes Milkie (Co-founder · Product), Rhino (Co-founder · Growth), Smiles (Ecosystem Developer), and Blue (Operations). The project emphasises a systems-first approach to development, prioritising functional infrastructure and active participation over marketing. Detailed public information about the team's broader backgrounds and histories is currently limited beyond these roles and social handles.

How does Asentum work?

Asentum operates as a Layer-1 blockchain secured by a rotating committee of approximately 100 validators using Byzantine Fault Tolerance consensus. The validator set is permissionless after genesis, and the network is tuned to run on consumer-grade hardware, with a Raspberry Pi 4 as the supported minimum. Every signature on the chain uses ML-DSA-65 (Dilithium3), a NIST FIPS 204 standardised post-quantum signature scheme, applied from the genesis block with zero migration required. Smart contracts are written in plain JavaScript and deployed as readable source code directly on-chain, allowing anyone to verify a contract by comparing a single hash. Reentrancy attacks are structurally impossible due to asynchronous message-passing. Upgrade keys are immutable by default, and any upgradeable contract is visibly labelled. The network targets 2-second block finality, uses an EIP-1559 fee market with the base fee burned, and features a 3-hour epoch lottery. A live public testnet is producing 5-second blocks with 27 validators across three continents and over 74,000 finalised blocks under real BFT consensus.

What makes Asentum unique and valuable?

Asentum's primary differentiator is its post-quantum security posture. Unlike blockchains that rely on ECDSA signatures vulnerable to Shor's algorithm, Asentum uses quantum-safe ML-DSA-65 signatures from genesis, eliminating the need for a future migration. Its JavaScript smart contract environment lowers the barrier to entry for the approximately 17 million JavaScript developers worldwide, as contracts deploy as plain readable source rather than opaque bytecode. The network's structural reentrancy impossibility and transparent upgrade-key labelling address common smart contract vulnerabilities. Validator participation is democratised through consumer hardware support, removing the need for data-centre infrastructure or six-figure staking buy-ins. The project's systems-first philosophy and on-chain governance model, where ASE holders vote on protocol upgrades and network parameters, further distinguish it as a chain built for long-term resilience and broad participation.

What is Asentum used for?

ASE is a utility token that serves three core functions on the Asentum network. First, it is used for gas payment to execute transactions and smart contract interactions. Second, it is used for staking to participate in consensus as a validator. Third, it is used for governance, allowing holders to vote on protocol upgrades, approved contract libraries, and network parameters through an on-chain, stake-weighted process. The token also provides network access to the Asentum chain. Pre-mainnet, ASE trades as an ERC-20 token on Ethereum mainnet and will bridge 1:1 to native ASE at mainnet launch. Validators on the incentivised testnet can earn real ASE rewards for blocks signed and graduate to mainnet with stake and reputation intact.

How Is the Asentum ecosystem developing?

Asentum is currently in Phase 2 of its development roadmap, with a live public testnet at testnet.asentum.com producing 5-second blocks. The testnet has 27 validators across three continents and over 74,000 finalised blocks. Two major tools have shipped: the Asentum Operator, an Electron desktop app for running a full validator with GUI onboarding, and a native Chrome wallet (Manifest V3) with Dilithium3 signing, per-origin permissions, and transaction approval popups. Phase 3, the incentivised testnet, is in progress. Planned developments include an on-chain governance UI for creating and voting on proposals from the Operator app, a one-line validator installer for Ubuntu VPS operators, and a docs site with a formal Asentum Improvement Proposal process. ASE trades on MEXC as ASE/USDT and on Uniswap v2 as ASE/WETH, with the initial LP locked for 12 months via Team Finance. A CertiK audit of the token contract is in progress.

How to mine Asentum?

Asentum does not use traditional proof-of-work mining. Instead, the network relies on a rotating committee of approximately 100 validators using BFT consensus. Validators are permissionless after genesis and can run on consumer hardware, with a Raspberry Pi 4 as the supported floor. To become a validator, participants can use the Asentum Operator desktop application, which provides GUI onboarding, chain sync, staking, and system-tray background mode without requiring terminal commands. During the incentivised testnet phase, validators can earn real ASE rewards for blocks signed and graduate to mainnet with their stake and reputation intact. Validator rewards account for 15% of the total token allocation. A one-line `curl | sh` installer for Ubuntu VPS operators is planned for Phase 3.

How to keep your Asentum Coin safe?

Keeping ASE safe requires attention to custody, contract interactions, and general security practices. Users are solely responsible for securing their wallet, recovery phrase, and private keys; lost keys cannot be recovered by the Asentum team. Because Asentum is a public ledger, transactions, contract interactions, and account balances are permanently visible to anyone. When interacting with smart contracts, users should verify contract source code where possible, as Asentum deploys contracts as readable JavaScript source that can be verified through a single hash comparison. Upgradeable contracts are labelled visibly, while immutable contracts are the default. The native Chrome wallet provides per-origin permissions and transaction approval popups to reduce exposure to malicious sites. Users should also be aware of market, regulatory, liquidity, and technology risks, and should ensure compliance with their jurisdiction's laws. Storing assets in hardware wallets and avoiding sharing recovery phrases remain standard best practices.