Disaster Recovery via Decentralized Backups | Chainscore Labs

overview

CORE SERVICE

Smart Contract Development

Secure, production-ready smart contracts built for scale and compliance.

We architect and deploy custom smart contracts that form the backbone of your Web3 product. Our development process ensures security-first design, gas optimization, and audit readiness from day one.

Token Standards: ERC-20, ERC-721, ERC-1155, and custom implementations.
DeFi Primitives: Automated Market Makers (AMMs), lending/borrowing pools, staking vaults.
Enterprise Logic: Multi-signature wallets, DAO governance modules, cross-chain bridges.

We deliver contracts that are battle-tested, with a focus on preventing exploits and minimizing operational risk.

Our engineers write in Solidity 0.8+ and Vyper, following OpenZeppelin standards and implementing formal verification patterns. Every contract undergoes rigorous internal review before being prepared for third-party audit by firms like CertiK or Quantstamp.

Typical Deliverables:

Fully documented, commented source code.
Deployment scripts and configuration for testnets/mainnet.
A comprehensive security and architecture review report.

We move from spec to deployed MVP in as little as 2-4 weeks, providing the secure foundation your application needs to scale.

key-features-cards

ARCHITECTURE

Core Components of Our Decentralized DR Strategy

Our strategy combines decentralized storage, automated orchestration, and zero-trust security to deliver immutable, verifiable backups with enterprise-grade recovery SLAs.

Immutable Data Anchoring

We anchor your backup metadata and critical state to public blockchains (Ethereum, Solana) to create tamper-proof, timestamped proofs of existence and integrity, enabling verifiable disaster recovery.

Multi-Protocol Storage Layer

We distribute encrypted data shards across resilient protocols like IPFS, Filecoin, and Arweave, ensuring redundancy and censorship resistance without reliance on any single provider.

Automated Recovery Orchestration

Our smart contract-based recovery scripts automate the retrieval, decryption, and reconstruction of your application state, minimizing manual intervention and RTO.

< 15 min

Target RTO

Automated

Process

Zero-Trust Security Model

All data is encrypted client-side with your keys. Our architecture enforces zero-trust principles, ensuring Chainscore or any storage node cannot access your plaintext data.

Client-Side

Encryption

Zero-Trust

Access

Continuous Integrity Verification

Automated proofs and periodic challenge-response mechanisms continuously verify the availability and integrity of your decentralized backups, with alerts for any anomalies.

24/7

Monitoring

Automated Proofs

Verification

Compliance & Audit Trail

Every backup and recovery action is immutably logged on-chain, providing a transparent, auditable trail for regulatory compliance (GDPR, SOC 2) and internal governance.

Immutable Log

Audit Trail

Regulatory

Compliance Ready

benefits

STRATEGIC ADVANTAGES

Business Outcomes: Beyond Just Backup

Our decentralized disaster recovery service delivers measurable business value, transforming a cost center into a competitive edge. Here’s what our clients achieve.

Unbreakable Business Continuity

Maintain 100% operational uptime for your core applications, even during catastrophic regional cloud outages. Our multi-chain, geographically distributed network ensures your data and smart contracts are always accessible and executable.

99.99%

Recovery Point Objective

< 5 min

Recovery Time Objective

Regulatory & Audit Compliance

Meet stringent data sovereignty, immutability, and long-term retention requirements (GDPR, FINRA, HIPAA-ready). Every backup state is cryptographically verifiable, providing an irrefutable audit trail for regulators and stakeholders.

Immutable

Audit Trail

Geo-Fenced

Data Sovereignty

Eliminate Vendor Lock-In Risk

Decouple your critical data from any single cloud provider (AWS, GCP, Azure). Our protocol-agnostic approach future-proofs your infrastructure, preventing costly migration projects and giving you leverage in vendor negotiations.

Multi-Cloud

Strategy

Protocol-Agnostic

Architecture

Slash Total Cost of Ownership

Reduce long-term storage and disaster recovery costs by up to 70% compared to traditional multi-region cloud setups. Pay only for the decentralized storage you use, with predictable pricing and no egress fees.

Up to 70%

Cost Reduction

Predictable

Pricing Model

Accelerate Time-to-Recovery

Deploy a fully resilient disaster recovery environment in weeks, not months. Our automated deployment templates and proven integration patterns for EVM, Solana, and Cosmos SDK chains get you to a production-ready state faster.

< 4 weeks

To Production

Automated

Deployment

Enhanced Security Posture

Protect against ransomware and insider threats with cryptographically sealed, append-only backups. Data is encrypted, sharded, and distributed across hundreds of independent nodes, making it economically infeasible to attack.

Zero-Trust

Security Model

Cryptographic Proof

Data Integrity

Architectural Comparison

Decentralized vs. Traditional Cloud Backup

A technical breakdown of how permanent decentralized backups on protocols like Arweave and Filecoin fundamentally differ from conventional cloud storage solutions for disaster recovery.

Feature	Traditional Cloud (AWS S3, GCP)	Decentralized Storage (Arweave, Filecoin)	Chainscore Managed Service
Data Redundancy Model	Geographically distributed servers	Globally distributed node network	Multi-protocol replication (Arweave + Filecoin)
Data Permanence Guarantee	None (pay-as-you-go)	Cryptoeconomic (200+ years on Arweave)	SLA-backed permanent storage
Vulnerability to Censorship	Centralized control point	Permissionless, immutable	Censorship-resistant by design
Recovery Point Objective (RPO)	Minutes to hours	Real-time to minutes	< 5 minutes (SLA)
Recovery Time Objective (RTO)	Hours to days	Hours (node sync time)	< 2 hours (SLA with dedicated nodes)
Annual Storage Cost (1TB)	$276 (AWS S3 Standard)	$20-$60 (Arweave one-time fee)	Custom (includes management & SLA)
Operational Overhead	High (IAM, lifecycle policies)	Medium (protocol management)	Zero (fully managed service)
Security Model	Centralized perimeter defense	Cryptographic proofs (Proof of Access)	Enterprise-grade encryption + decentralized proofs
Compliance & Audit Trail	Centralized logs (tamperable)	On-chain, immutable provenance	Immutable audit trail with compliance reporting

how-we-deliver

PROVEN FRAMEWORK

Our Implementation Process

A structured, four-phase approach to deploying permanent decentralized backups, designed for minimal disruption and maximum security from day one.

1. Architecture & Threat Modeling

We conduct a comprehensive audit of your current infrastructure to identify critical data assets and single points of failure. This phase defines the Recovery Point Objective (RPO) and Recovery Time Objective (RTO) for your specific application.

48-72 hours

Assessment Time

100%

Coverage Map

2. Multi-Chain Snapshot Strategy

We design and implement automated, versioned data snapshots. Backups are cryptographically sealed and distributed across multiple decentralized storage networks (Arweave, Filecoin, IPFS) for geographic and protocol-level redundancy.

< 5 min

Snapshot Interval

3+ Networks

Redundancy Layer

3. Immutable Verification & Access

Every backup is hashed and its proof (timestamp, content ID) is anchored on a base-layer blockchain (Ethereum, Solana). We deploy secure, multi-sig recovery contracts so authorized parties can initiate restoration without a central admin.

On-chain Proof

Verification

Gnosis Safe

Access Standard

4. Failover Testing & Ongoing Monitoring

We execute controlled disaster recovery drills to validate the restoration process and meet your RTO. Post-deployment, we provide 24/7 monitoring dashboards and alerting for backup integrity and system health.

Live Drill

Guaranteed Test

99.9% SLA

Uptime Monitoring

Disaster Recovery via Permanent Decentralized Backups

Frequently Asked Questions

Get clear answers on how Chainscore Labs ensures your critical data is immutable, secure, and recoverable with decentralized infrastructure.

Traditional cloud backups rely on centralized providers (AWS, Google Cloud) which create single points of failure and are vulnerable to censorship, provider outages, or policy changes. Our decentralized backups use protocols like Arweave, Filecoin, and IPFS to distribute data across a global, permissionless network of nodes. This ensures permanent, tamper-proof storage with no central authority, providing censorship resistance and geographic redundancy that cloud providers cannot match.

Disaster Recovery via Permanent Decentralized Backups

Smart Contract Development

Core Components of Our Decentralized DR Strategy

Immutable Data Anchoring

Multi-Protocol Storage Layer

Automated Recovery Orchestration

Zero-Trust Security Model

Continuous Integrity Verification

Compliance & Audit Trail

Business Outcomes: Beyond Just Backup

Unbreakable Business Continuity

Regulatory & Audit Compliance

Eliminate Vendor Lock-In Risk

Slash Total Cost of Ownership

Accelerate Time-to-Recovery

Enhanced Security Posture

Decentralized vs. Traditional Cloud Backup

Our Implementation Process

1. Architecture & Threat Modeling

2. Multi-Chain Snapshot Strategy

3. Immutable Verification & Access

4. Failover Testing & Ongoing Monitoring

Frequently Asked Questions

Get a free quote.

Get In Touch
today.

Disaster Recovery via Permanent Decentralized Backups

Smart Contract Development

Core Components of Our Decentralized DR Strategy

Immutable Data Anchoring

Multi-Protocol Storage Layer

Automated Recovery Orchestration

Zero-Trust Security Model

Continuous Integrity Verification

Compliance & Audit Trail

Business Outcomes: Beyond Just Backup

Unbreakable Business Continuity

Regulatory & Audit Compliance

Eliminate Vendor Lock-In Risk

Slash Total Cost of Ownership

Accelerate Time-to-Recovery

Enhanced Security Posture

Decentralized vs. Traditional Cloud Backup

Our Implementation Process

1. Architecture & Threat Modeling

2. Multi-Chain Snapshot Strategy

3. Immutable Verification & Access

4. Failover Testing & Ongoing Monitoring

Frequently Asked Questions

Get In Touch today.

Get In Touch
today.