AppChain-Specific Security Rule-Sets

A dedicated, on-chain or off-chain rule engine that enforces your application's specific business logic and security policies, preventing invalid state transitions and unauthorized actions at the protocol level.

Comprehensive rule-sets for mempool validation, block construction, and execution—mitigating front-running, sandwich attacks, and MEV extraction specific to your dApp's transaction flow.

Specialized slashing conditions, delegation policies, and governance rules for your PoS or PoA chain to ensure validator integrity and protect against long-range attacks and cartel formation.

If your AppChain interacts with external networks, we implement rigorous validation rules for message attestation, rate limiting, and fraud-proof windows to eliminate bridge exploit vectors.

Secure, multi-layered governance rule-sets with timelocks, veto powers, and stakeholder voting weights to manage protocol upgrades and parameter changes without introducing centralization risks.

Deployment of automated monitoring agents that track rule violations in real-time, triggering predefined response protocols (pausing, rolling back) to contain security incidents.

Deploy a production-ready, security-hardened AppChain in under 3 weeks. Our pre-configured rule-sets eliminate months of custom security research and integration.

Implement security controls that meet institutional requirements. Our rule-sets are built on audits from Trail of Bits and OpenZeppelin security patterns.

Proactively prevent exploits and governance attacks with real-time monitoring and automated response rules. Minimize downtime and protect user funds.

Eliminate the need for a large in-house security team. Our managed rule-sets provide continuous protection for a predictable monthly cost.

Build with frameworks that align with emerging standards (MiCA, FATF Travel Rule). Simplify audits and due diligence for partners and investors.

Give your engineering team a secure-by-default foundation. Developers can focus on building features, not re-implementing security logic.

We conduct a collaborative workshop to map your AppChain's attack surface, define security objectives, and establish clear, measurable requirements for your rule-set.

Our architects design a modular rule-set framework using formal verification principles. We define validators, slashing conditions, and governance parameters specific to your consensus model.

Engineers write production-grade, gas-optimized smart contracts for your rule-set logic. Every module undergoes rigorous unit and property-based testing before integration.

We integrate the new security rule-set with your existing AppChain node software and validators. Full network simulations test consensus behavior under adversarial conditions.

We manage the phased rollout of the security rule-set to your mainnet, including validator onboarding. Post-deployment, we provide real-time monitoring dashboards for slashing events and rule compliance.