We architect and deploy production-grade smart contracts that form the immutable backbone of your application. Our development process is built on security-first principles, utilizing OpenZeppelin libraries and rigorous internal audits to mitigate risk before your code touches the chain.
LABS
Services
Quantum-Resistant Cryptography for Grids
Implement NIST-standard post-quantum cryptographic algorithms into your energy trading and grid management blockchain. Secure digital signatures, key exchange, and encryption against future quantum computer attacks.
Chainscore © 2026
overview
CORE SERVICE
Smart Contract Development
Secure, audited smart contracts built by experts to power your Web3 product.
- Custom Logic: Tailored
Solidity 0.8+/Vypercontracts for DeFi, NFTs, DAOs, and enterprise use cases. - Full Lifecycle: From specification and development to deployment, verification, and ongoing maintenance.
- Proven Security: Every contract undergoes multi-stage review and is prepared for third-party audits from firms like
CertiKorQuantstamp.
Deliver a secure, gas-optimized, and upgradeable smart contract system in as little as 4-6 weeks, accelerating your time-to-market while ensuring fund safety and protocol integrity.
key-features-cards
ENTERPRISE-GRADE SECURITY
Our Quantum-Resistant Implementation
We deliver post-quantum cryptography (PQC) implementations that integrate seamlessly with your existing blockchain infrastructure, ensuring long-term security without sacrificing performance.
01
Hybrid Cryptography Architecture
Deploy a hybrid model combining classical ECDSA with NIST-standardized PQC algorithms (CRYSTALS-Kyber/Dilithium). This ensures backward compatibility while future-proofing your signatures and key exchange against quantum attacks.
NIST Standard
Algorithm Selection
Zero Downtime
Migration
02
Custom Wallet & Key Management
Build quantum-resistant wallets with secure key generation, storage, and transaction signing. We implement threshold signatures and MPC to distribute risk, eliminating single points of failure for private keys.
FIPS 140-3
Compliant HSMs
MPC/TSS
Architecture
03
Smart Contract Security Upgrade
Retrofit existing DeFi protocols and dApps with quantum-safe logic. Our audits identify vulnerable functions, and we implement PQC-based multi-sigs and verification to protect billions in TVL.
Zero Breaking Changes
Guarantee
Formal Verification
Audit Method
04
Consensus Layer Hardening
Fortify validator nodes and consensus mechanisms (PoS, BFT) against quantum threats. We implement PQC for block signing and peer-to-peer communication to secure the network layer.
< 5% Overhead
Performance Impact
Mainnet Ready
Tested on
05
Compliance & Audit Trail
Generate verifiable proof of quantum-resistant implementation for regulators and auditors. Our documentation meets financial-grade security standards and provides a clear roadmap for compliance.
SOC 2 Type II
Framework
Full Attestation
Deliverable
benefits
QUANTUM-SECURE INFRASTRUCTURE
Business Outcomes for Grid Operators
Deploy post-quantum cryptography to protect critical grid assets and data from future quantum attacks, ensuring long-term operational integrity and regulatory compliance.
03
Operational Continuity Assurance
Implement hybrid cryptographic systems enabling seamless, backward-compatible migration. Maintain 99.99% system uptime during the PQC transition with zero service disruption.
99.99%
Migration Uptime SLA
Classical + PQC
Hybrid Mode
04
Reduced Long-Term Crypto-Agility Debt
Build crypto-agile frameworks using our standardized libraries. Future algorithm rotations can be executed in < 4 weeks, drastically reducing upgrade costs and vendor lock-in.
< 4 weeks
Algorithm Rotation
60%
Cost Reduction Target
06
Data Integrity for Critical Records
Apply quantum-safe digital signatures (e.g., SPHINCS+) to protect the integrity of historical grid telemetry, financial settlements, and regulatory logs for decades.
SPHINCS+
Signature Scheme
Indefinite
Data Protection Horizon
Implementation Analysis
Build vs. Buy: Quantum-Resistant Cryptography for Grids
A detailed comparison of the time, cost, and risk involved in developing quantum-resistant cryptographic systems for energy grids in-house versus leveraging Chainscore's specialized service.
| Implementation Factor | Build In-House | Partner with Chainscore |
|---|---|---|
Time to Deploy a POC | 9-18 months | 6-10 weeks |
Core Team Required | 3-5 Senior Cryptographers + 2-3 Grid Engineers | Dedicated Project Lead from Chainscore |
Upfront R&D & Development Cost | $300K - $750K+ | $75K - $200K |
Cryptographic Agility (Algorithm Updates) | Manual, high-effort codebase refactoring | Managed service with seamless over-the-air updates |
Security Audit & Formal Verification | External contract required ($50K-$150K) | Included with NIST-approved algorithm implementation |
Ongoing Maintenance & Threat Monitoring | Internal team cost: ~$200K/year | Optional SLA starting at $60K/year |
Integration with Legacy SCADA/EMS | Custom, unproven integration layer | Pre-built adapters for common grid protocols (IEC 61850, DNP3) |
Total Year 1 Cost (Est.) | $550K - $1.1M+ | $135K - $260K+ |
Guaranteed Compliance (NIST, FIPS) | Your responsibility to achieve and prove | Guaranteed in our service agreement |
how-we-deliver
PROVEN FRAMEWORK
Our Delivery Methodology
We deliver quantum-resistant cryptography solutions through a structured, security-first process designed for enterprise-grade reliability and rapid integration.
03
Implementation & Integration
Our engineers implement the chosen PQC algorithms, handling the secure integration with your existing systems (SCADA, DERMS, smart meters) to ensure zero operational disruption.
< 4 weeks
Typical Integration
04
Security Validation & Pen Testing
Every solution undergoes rigorous internal testing and third-party audits focused on cryptographic correctness and side-channel resistance before deployment.
100%
Audited Code
05
Deployment & Key Management
We manage the secure rollout and establish a robust, automated key lifecycle management system compliant with NERC CIP and FIPS 140-3 standards.
Zero-downtime
Deployment Guarantee
06
Ongoing Monitoring & Updates
Receive continuous monitoring of your PQC implementation and proactive updates as NIST standards evolve, ensuring long-term cryptographic agility.
24/7
Security Monitoring
security-approach
CORE SERVICE
Smart Contract Development
Secure, production-ready smart contracts built by Web3-native engineers.
We architect and deploy audit-ready smart contracts for tokens, DeFi protocols, and NFTs. Our engineers write in Solidity 0.8+ and Rust, following OpenZeppelin standards and security best practices to mitigate vulnerabilities from day one.
From a custom
ERC-20token to a complex automated market maker, we deliver contracts that are secure, gas-optimized, and built to scale.
- Full Development Lifecycle: Specification, implementation, testing (
Hardhat/Foundry), and deployment. - Security-First: Formal verification, integration of Chainlink oracles, and preparation for third-party audits.
- Measurable Outcomes: Achieve 99.9% uptime SLAs, reduce gas costs by up to 40%, and launch your MVP in as little as 2 weeks.
For Grid Infrastructure
Quantum-Resistant Cryptography FAQ
Technical and commercial questions for CTOs and security architects evaluating post-quantum cryptography for critical infrastructure.
Standard integration takes 4-8 weeks from assessment to production-ready deployment. This includes a 1-week security architecture review, 2-3 weeks for cryptographic library integration and key management system updates, 1-2 weeks for rigorous testing (including side-channel analysis), and a final week for staged deployment. Complex, legacy SCADA systems may extend this to 12 weeks.
ENQUIRY
Get In Touch
today.
Our experts will offer a free quote and a 30min call to discuss your project.
NDA Protected
Confidentiality24h Response
Time to ValueDirectly to Engineering Team
No Sales Fluff10+
Protocols Shipped
$20M+
TVL Overall