We architect and deploy custom smart contracts that power your core business logic. Our process delivers audit-ready code from day one, ensuring security and gas efficiency for protocols like ERC-20, ERC-721, and custom DeFi primitives.
Legacy System to Decentralized Storage Migration
Smart Contract Development
Secure, production-ready smart contracts built by Web3-native engineers.
- End-to-End Ownership: From initial design and
Solidity/Rustdevelopment to deployment and mainnet verification. - Security-First Development: Adherence to OpenZeppelin standards and formal verification practices to mitigate exploits.
- Gas Optimization: Every contract is benchmarked and optimized to reduce user transaction costs by up to 40%.
- Integration Support: Seamless connection to frontends, oracles, and cross-chain bridges.
We transform your product requirements into immutable, reliable on-chain logic, accelerating your time-to-market by weeks.
Our End-to-End Migration Framework
A structured, four-phase approach that de-risks your transition from legacy databases to decentralized storage, ensuring data integrity, security, and operational continuity.
Discovery & Architecture Design
We conduct a comprehensive audit of your existing data models and access patterns to design a future-proof decentralized architecture using IPFS, Filecoin, or Arweave. This phase defines the on-chain/off-chain data split, indexing strategy, and migration roadmap.
Data Pipeline & Migration Engine
We build automated, fault-tolerant ETL pipelines to transform, validate, and migrate your data. Our engine handles batch and real-time data, ensuring referential integrity and creating verifiable content identifiers (CIDs) for all assets.
Smart Contract & Access Layer
We develop the on-chain logic for data anchoring, access control, and provenance tracking. This includes custom ERC-721/1155 for NFTs or access tokens, and gas-optimized contracts for managing decentralized storage pointers and permissions.
Validation, Monitoring & Handoff
We perform end-to-end validation of migrated data against the legacy source, establish real-time monitoring for storage pinning and retrieval performance, and provide full documentation and team training for ongoing operations.
Business Outcomes of a Managed Migration
Migrating from legacy systems to decentralized storage is a strategic investment. Our managed service delivers measurable improvements in cost, security, and performance from day one.
Predictable, Reduced Operational Costs
Eliminate unpredictable cloud vendor lock-in and egress fees. We architect solutions using cost-efficient decentralized protocols like Arweave (permanent storage) and Filecoin (hot storage), delivering up to 60% lower long-term storage costs.
Enterprise-Grade Security & Compliance
Move beyond centralized single points of failure. We implement decentralized storage with cryptographic integrity proofs, data sharding, and zero-trust access controls. Our migration process is SOC 2 Type II compliant and includes a full security audit report.
Zero Downtime & Seamless User Experience
We execute blue-green or canary migration strategies to ensure your application remains live. Users experience no disruption as data is seamlessly mirrored and served from the new decentralized backend, with global CDN-level performance.
Future-Proof Data Architecture
Gain immutable data provenance and censorship resistance. Our migration designs are protocol-agnostic, allowing you to leverage IPFS, Arweave, and Filecoin based on data lifecycle needs, ensuring your infrastructure scales with Web3 adoption.
Accelerated Time-to-Market
Our proven migration framework and proprietary tooling reduce implementation time from months to weeks. We deliver a fully migrated, tested, and documented environment, allowing your team to focus on core product development.
Developer Empowerment & Ownership
We provide complete API compatibility layers and comprehensive documentation, enabling your developers to build directly on the new decentralized stack. You retain full ownership of all code, data, and cryptographic keys.
Build vs. Buy: In-House Team vs. Chainscore Managed Service
A detailed comparison of the total cost, timeline, and risk profile for migrating legacy data to decentralized storage like Arweave, Filecoin, or IPFS.
| Key Factor | Build In-House | Chainscore Managed Service |
|---|---|---|
Time to Production | 6-12 months | 4-8 weeks |
Initial Development Cost | $200K - $500K+ | $50K - $150K |
Security & Audit Overhead | High (unaudited custom code) | Low (pre-audited patterns, SOC 2) |
Team Composition Required | 3-5 Sr. Blockchain/DevOps Engineers | 1 Technical Lead for integration |
Ongoing Infrastructure Management | Your team, 24/7 on-call | Fully managed with 99.9% SLA |
Protocol Expertise (Arweave/IPFS/Filecoin) | Must be developed internally | Included (3+ years avg. experience) |
Data Integrity & Migration Validation | Manual process, high error risk | Automated verification & checksums |
Total Cost of Ownership (Year 1) | $350K - $750K+ | $80K - $200K |
Access to Future Upgrades | Your responsibility | Included in service |
Our Four-Phase Migration Methodology
A structured, risk-mitigated approach to transitioning from legacy databases and file servers to decentralized storage, ensuring zero data loss and minimal business disruption.
Phase 1: Discovery & Architecture
We conduct a comprehensive audit of your existing data landscape, mapping dependencies and designing a target architecture on protocols like Arweave, IPFS, or Filecoin. This phase defines the migration scope, cost model, and success criteria.
Phase 2: Secure Data Pipeline
We build and deploy a secure, automated ETL pipeline. This includes data validation, encryption-at-rest, and integrity hashing before committing to the decentralized network, ensuring immutable provenance.
Phase 3: Staged Migration & Validation
We execute migration in controlled batches with real-time validation. Each batch is verified for accessibility and integrity on-chain before proceeding, providing full audit trails and rollback capabilities.
Phase 4: Optimization & Handover
We fine-tune the system for cost and performance, implement monitoring dashboards, and provide complete documentation and training for your team to manage the new decentralized storage layer.
Blockchain Infrastructure Development
Build, deploy, and scale secure, high-performance blockchain networks tailored to your application.
We architect and implement the foundational layer for your Web3 product. Our full-stack development delivers production-ready infrastructure with 99.9% uptime SLAs, from node orchestration to custom L2/L3 solutions.
Deploy a fully managed, multi-chain node cluster in under 2 weeks, not months.
Our development process is built for reliability and speed:
- Custom RPC & API Endpoints: Optimized for
EVM,Solana, andCosmosSDK chains. - Validator & Consensus Engineering: Secure staking setups and governance mechanisms.
- Indexing & Data Pipelines: Real-time subgraphs and event listeners for on-chain data.
- Security-First Architecture: Built with
OpenZeppelinstandards and undergoes third-party audits.
We move beyond generic cloud templates. Our infrastructure is performance-tuned for your specific transaction load and data requirements, ensuring low-latency finality and predictable gas costs for your end-users.
Frequently Asked Questions on Legacy System to Decentralized Storage Migration
Get clear, specific answers to the most common questions CTOs and technical leads ask when planning a data migration to decentralized infrastructure.
Our standard migration projects take 4-8 weeks from kickoff to production deployment. The timeline depends on data volume and complexity: simple archival migrations (e.g., moving static files to IPFS/Arweave) can be completed in 2-3 weeks, while complex, multi-source migrations with live data synchronization and custom indexing can take 8-12 weeks. We provide a detailed project plan with weekly milestones during the initial discovery phase.
Get In Touch
today.
Our experts will offer a free quote and a 30min call to discuss your project.