About Mendel
Mendel is a privacy-optimized Layer-1 on its own network, leveraging zk-SNARKs for transaction privacy while facilitating tokenomics-driven utilities in AI-robotics. The protocol addresses escalating privacy concerns in emerging automation ecosystems through cryptographic guarantees and sovereign data control.
Project Fundamentals
Understanding the core principles and architecture behind Mendel's privacy-first approach to blockchain infrastructure.
Mendel represents a new paradigm in blockchain architecture—a purpose-built Layer-1 network designed from the ground up to address the privacy challenges inherent in AI-robotics ecosystems. Unlike general-purpose blockchains that retrofit privacy features, Mendel's cryptographic primitives are foundational, ensuring that confidentiality is not an afterthought but a core protocol guarantee.
The protocol employs zk-SNARKs (Zero-Knowledge Succinct Non-Interactive Arguments of Knowledge) to enable transaction verification without revealing sensitive data. This approach allows participants to prove the validity of transactions—confirming sufficient balances, proper authorization, and rule compliance—while keeping amounts, addresses, and metadata encrypted on-chain. The result is a system where privacy is mathematically guaranteed rather than policy-dependent.
Beyond privacy, Mendel introduces tokenomics-driven utility specifically tailored for humanoid robotics. The $MENDEL token serves as both a medium of exchange and an access key to modular capabilities within compatible robotics systems. This creates a programmable economy where developers can monetize task routines, users can acquire capabilities on-demand, and the network itself benefits from increased utilization through deflationary token mechanics.
Technical Specifications
Detailed breakdown of Mendel's consensus mechanism, cryptographic implementation, and network architecture.
Consensus Mechanism
- Proof-of-Stake (PoS) variant optimized for privacy operations
- Delegated validator set with stake-weighted selection
- BFT-style finality for sub-second confirmation
- Slashing conditions for malicious validator behavior
zk-SNARK Implementation
- Groth16 proving system for efficient proof generation
- Trusted setup ceremony with multi-party computation
- Selective disclosure circuits for compliance requirements
- Optimized prover for mobile and embedded devices
Security Measures
- Planned Certik security audit pre-mainnet
- Community bug bounty program with tiered rewards
- Formal verification of core smart contracts
- Regular third-party penetration testing
Scalability Targets
- 10,000+ transactions per second target capacity
- Horizontal scaling via data availability sharding
- Recursive proof aggregation for batch verification
- Layer-2 compatibility for application-specific chains
Tokenomics Breakdown
Transparent allocation structure designed for long-term ecosystem sustainability and aligned incentives.
$MENDEL
| Allocation | Percentage | Tokens | Vesting / Notes |
|---|---|---|---|
| Ecosystem & Liquidity | 40% | 400,000,000 | DEX liquidity, ecosystem grants, staking rewards |
| Team & Founders | 20% | 200,000,000 | 24-month linear vesting, 6-month cliff |
| Strategic Reserves | 10% | 100,000,000 | Partnerships, future development, contingency |
| Marketing & Growth | 15% | 150,000,000 | Community campaigns, partnerships, adoption |
| Advisors | 15% | 150,000,000 | 12-month vesting, quarterly unlocks |
Integration Model
Open-standard approach to robotics ecosystem compatibility and developer tooling.
Mendel's integration architecture is built on open standards and permissionless access. Rather than requiring proprietary partnerships, the protocol provides public APIs and SDKs that any robotics developer can utilize to connect their systems with the Mendel network.
The focus is on creating robust developer tools that abstract blockchain complexity while maintaining full access to privacy features. This includes standardized interfaces for task capability registration, token-gated access control, and confidential transaction submission.
Developer SDKs
Multi-language SDKs (Rust, Python, TypeScript) for seamless integration with existing robotics frameworks.
API Documentation
Comprehensive REST and WebSocket APIs with full OpenAPI specifications and interactive documentation.
Testnet Sandbox
Full-featured testnet environment for development and integration testing without mainnet costs.
Transparency & Governance
Our commitment to open development and community-driven decision making.
Community Governance
Post-mainnet launch, Mendel will transition to a DAO governance model where token holders can submit and vote on protocol proposals. This includes decisions on treasury allocation, protocol upgrades, and ecosystem development priorities. Governance participation will be weighted by staked tokens with quadratic voting mechanisms to prevent whale dominance.
Founder's Note
Mendel is being developed by an emerging builder with deep conviction in privacy-preserving technologies and their role in secure AI infrastructure. The project benefits from advisor support across cryptography, blockchain economics, and robotics engineering. We are committed to transparent development practices, regular progress updates, and honest communication about both achievements and challenges.
Ready to Learn More?
Explore our vision for privacy-first AI-robotics infrastructure or join the waitlist for early access.