Token development from design to mainnet launch

We develop tokens across all major standards and use cases. ERC-20 fungible tokens — the standard for utility tokens, governance tokens, stablecoins, and reward tokens on Ethereum and all EVM-compatible chains. ERC-721 non-fungible tokens — unique digital assets for collectibles, digital art, real-world asset tokenisation, and identity credentials. ERC-1155 multi-tokens — a hybrid standard that supports both fungible and non-fungible tokens in a single contract, ideal for gaming items, tiered membership systems, and batch operations. BEP-20 tokens for BNB Chain, SPL tokens for Solana, and Cosmos SDK tokens for IBC-compatible chains. Beyond the base token, we build the complete ecosystem: vesting contracts with cliff and linear/step vesting schedules, governance contracts (Governor, timelock, delegation), staking contracts with reward distribution, and fee-on-transfer mechanisms for deflationary tokenomics.

Token development costs depend on the token standard, feature complexity, and supporting infrastructure. A standard ERC-20 token with basic functionality (mint, burn, pause, role-based access control) costs EUR 3,000 to EUR 8,000. Adding vesting contracts with multiple beneficiary schedules and cliff periods adds EUR 5,000 to EUR 12,000. Governance token infrastructure with Governor contract, timelock, and delegation costs EUR 10,000 to EUR 20,000. A complete token launch package — token contract, vesting, staking, governance, frontend dashboard, and testnet deployment — ranges from EUR 20,000 to EUR 50,000. Launchpad development for IDO/IEO with tiered allocation, KYC integration, and multi-round sales ranges from EUR 40,000 to EUR 80,000. Independent third-party auditing adds EUR 8,000 to EUR 25,000 depending on the number of contracts and complexity. All estimates include development, comprehensive testing, internal security review, and documentation.

Tokenomics design is a structured process that determines the economic viability and sustainability of your token. We start by defining token utility — what real value does the token provide? Governance rights, fee discounts, staking rewards, access control, or payment for services. Next, we design supply mechanics: fixed supply (deflationary, like Bitcoin), inflationary with controlled emission (like Ethereum post-merge), or elastic supply that adjusts based on demand. Distribution allocation typically includes: team and advisors (10-20%, with 2-4 year vesting and 6-12 month cliff), investors (10-20%, with 1-2 year vesting), community treasury (20-30%, DAO-controlled), ecosystem/grants (10-15%), liquidity provision (5-10%), and public sale/airdrop (15-25%). We model the token economy using spreadsheet simulations and cadCAD agent-based modelling to test supply/demand dynamics, price scenarios, and incentive alignment under various adoption trajectories. The deliverable is a complete tokenomics document with all parameters, rationale, distribution charts, emission schedules, and sensitivity analysis.

Token vesting is a mechanism that releases tokens to beneficiaries (team, investors, advisors) gradually over time rather than all at once. Vesting typically includes a cliff period (e.g., 6-12 months) during which no tokens are released, followed by a linear or step release schedule (e.g., monthly over 24-36 months). Vesting serves multiple purposes: it aligns incentives by ensuring team members and investors are committed long-term, it prevents large sell-offs that could crash the token price, and it signals to the community and regulators that insiders are building for the long term. Our vesting contracts are implemented as smart contracts on-chain — beneficiaries can see exactly when their tokens unlock, and the release schedule is transparent and immutable. We support multiple vesting types: linear (continuous release), step/cliff (monthly or quarterly unlocks), milestone-based (tokens release when specific goals are achieved), and revocable vesting (for employees who leave). For MFSA VFA compliance, on-chain vesting with transparent schedules helps demonstrate responsible token distribution.

Yes. We build the complete technical infrastructure for token launch events. For Initial DEX Offerings (IDOs), we develop launchpad smart contracts with tiered allocation (based on staking level or token holding), KYC-gated participation, configurable sale rounds (seed, private, public), max contribution limits per wallet, and automatic token distribution with vesting. For Initial Exchange Offerings (IEOs), we build the integration layer between your token contracts and the exchange launchpad API, handle snapshot mechanisms for allocation, and implement claim contracts. For traditional ICOs, we build contribution contracts with whitelisting, multi-currency acceptance (ETH, USDC, USDT), real-time contribution tracking dashboards, and post-sale vesting. We also develop Liquidity Bootstrapping Pool (LBP) launches for fairer price discovery. For all launch types, we implement security controls — contribution caps, emergency pause, refund mechanisms if soft cap is not met, and time-locked admin functions. We do not provide financial or legal advice on token sales, but we work closely with your Malta-based legal counsel to ensure the technical implementation aligns with VFA regulatory requirements.

Staking mechanisms allow token holders to lock their tokens in a smart contract and earn rewards for doing so. We build several types of staking systems: single-sided staking (stake Token A, earn Token A or Token B) with fixed or variable APY, LP staking (stake liquidity provider tokens from DEX pools to earn additional rewards), tiered staking with different reward rates based on lock-up duration (e.g., 30 days = 5% APY, 90 days = 10% APY, 365 days = 15% APY), and governance staking where staked tokens grant voting power in protocol governance. Our staking contracts implement industry-standard reward distribution algorithms (the MasterChef pattern, or Synthetix StakingRewards model) that efficiently distribute rewards proportionally to all stakers without requiring individual reward calculations. We also build liquid staking derivatives — when users stake, they receive a transferable receipt token (e.g., stETH for staked ETH) that represents their staked position and can be used in other DeFi protocols, maintaining capital efficiency while earning staking rewards.

Token contract security follows the same rigorous process we apply to all smart contract development. We build on battle-tested OpenZeppelin implementations — ERC20, ERC721, ERC1155, AccessControl, Pausable, and ReentrancyGuard. Every contract undergoes: comprehensive unit and integration testing with Hardhat and Foundry targeting 100% branch coverage, automated static analysis with Slither to detect common vulnerability patterns, fuzz testing with Foundry to discover edge cases in supply mechanics, vesting calculations, and reward distributions, and manual security review focusing on access control, arithmetic safety, reentrancy, and front-running vulnerabilities. For token launches, we pay special attention to: mint authority control (who can mint new tokens and under what conditions), pause functionality (can the contract be paused, and by whom), transfer restrictions (blocklist/allowlist, transfer fees), and upgrade authority (if the token is upgradeable, who controls upgrades). Before mainnet deployment, we engage independent third-party auditors for a fresh-eyes review. Post-deployment, we implement monitoring for anomalous transfer patterns and provide incident response support.

Token launches in Malta are governed by the Virtual Financial Assets (VFA) Act, which classifies digital assets into four categories: Virtual Tokens (utility tokens with limited tradability), Virtual Financial Assets (tradable tokens that are not electronic money or financial instruments), Electronic Money Tokens, and Financial Instruments. The classification determines the regulatory requirements — Virtual Tokens have lighter requirements, while VFAs require a licensed VFA service provider and compliance with the VFA rulebook. Key regulatory considerations include: whether your token constitutes a VFA (a Financial Instrument Test is required), whether you need a VFA Agent for your whitepaper registration, KYC/AML requirements for token sale participants, marketing and promotion rules, and ongoing reporting obligations. We build the technical infrastructure to support compliance: KYC-gated smart contracts, jurisdiction-based access controls, on-chain vesting for transparent distribution, and audit trails for all administrative actions. We work alongside your Malta-based legal counsel — they handle the regulatory strategy and MFSA engagement while we ensure the technology stack meets all technical compliance requirements.