Secure, audited smart contracts built for production at scale.
We architect and deploy battle-tested smart contracts that power your core business logic. Our development process is built for security-first applications, ensuring your protocol's foundation is unshakable.
Solidity 0.8+, Hardhat, and OpenZeppelin libraries.Move from concept to mainnet in under 4 weeks with a secure, audited MVP.
Our deliverables are complete and turnkey:
Our disaster recovery framework is built on four foundational pillars, ensuring zero downtime and zero loss of funds during your staking pool migration.
Continuous, on-chain monitoring of validator keys, withdrawal credentials, and pool balances across both source and destination chains. We detect anomalies like slashing events or missed attestations within 60 seconds, triggering automated failover protocols.
Pre-configured, multi-signature-controlled scripts to instantly revert a migration if critical failure thresholds are breached. This includes re-pointing validators to the original pool and halting fund flows, providing a verified escape hatch.
Pre-audited, gas-efficient smart contracts for emergency user withdrawals, deployed and ready on both networks. Ensures users can exit the pool with minimal fees even during network congestion, preserving capital and trust.
Comprehensive validation suite that runs for 7 days post-migration, verifying reward accrual, slash protection, and consensus participation on the new chain. Delivers a final attestation report for your team and community.
Our disaster recovery service delivers measurable security and operational outcomes, designed to protect your assets and your reputation during a staking pool migration.
Our migration process is engineered for atomic safety, ensuring validator keys and staked assets are never exposed. We guarantee no loss of principal or slashing penalties during the transition.
From incident declaration to full operational recovery, our automated failover systems and pre-validated playbooks ensure your staking pool is back online and earning rewards in under 24 hours.
Migration audits and documentation are maintained for SOC 2 Type II and financial regulatory reviews. We provide a verifiable chain of custody for all validator actions.
We manage transparent, real-time communication protocols for your delegators and DAO, preserving trust through verified status updates and post-migration attestation reports.
A direct comparison of reactive, in-house incident handling versus our proactive, engineered recovery service for staking pool migrations.
| Recovery Factor | Ad-Hoc In-House Response | Chainscore Engineered Recovery |
|---|---|---|
Recovery Time Objective (RTO) | 3-7 days (typical) | < 24 hours (guaranteed) |
Pre-Migration Security Audit | ||
Automated State Snapshot & Backup | ||
Dedicated Migration Runbook | ||
Post-Migration Validator Health Monitoring | Manual checks | 48-hour automated monitoring |
Smart Contract Deployment Support | Your team | Our engineers |
On-Call SRE During Migration | ||
Total Project Risk | High | Low |
Estimated Internal Cost | $50K-$150K+ (engineering time) | From $25K (fixed-fee service) |
A systematic, four-phase approach to ensure your staking pool migration is resilient, secure, and ready for production. We don't just plan; we validate under simulated failure conditions.
We conduct a deep-dive audit of your current staking infrastructure, identifying single points of failure, smart contract vulnerabilities, and operational dependencies. This forms the blueprint for your recovery strategy.
Development of a step-by-step migration playbook with defined RTO (Recovery Time Objective) and RPO (Recovery Point Objective) targets. Includes validator key management, slashing protection, and consensus layer continuity.
Full deployment and validation of the recovery solution in a forked mainnet environment. We simulate network partitions, validator downtime, and slashing events to validate failover logic.
The final validation: executing controlled failover and migration procedures on your production-ready infrastructure. This proves operational readiness and trains your team on emergency protocols.
Get clear answers on how we ensure a seamless, secure migration of your staking pool with zero downtime or slashing risk.
A standard migration with full disaster recovery planning takes 2-4 weeks from kickoff to mainnet execution. This includes 1 week for architecture review and planning, 1-2 weeks for smart contract development and testing, and 1 week for dry-run simulations and final deployment. Complex multi-chain or custom validator set migrations may extend this timeline, which we define in a detailed project plan before engagement.
Our experts will offer a free quote and a 30min call to discuss your project.