We provide dedicated, managed infrastructure so your team can focus on building, not operations. Our service includes multi-chain RPC endpoints, archive node access, and 99.9% uptime SLAs.
LABS
Services
AI-Driven L2 State Compression
Deploy AI models that continuously analyze and compress L2 state data (NFT metadata, game state) to reduce storage costs by up to 70% and slash validator sync times.
Chainscore © 2026
overview
FOUNDATION
Blockchain Infrastructure
Reliable, scalable node infrastructure and RPC endpoints for production Web3 applications.
Deploy with confidence on networks like Ethereum, Polygon, Arbitrum, and Solana with enterprise-grade reliability.
- Guaranteed Performance: Sub-second latency and high-throughput connections.
- Enhanced Security: DDoS protection, private endpoints, and regular security audits.
- Full Data Access: Historical and real-time data via WebSocket and standard JSON-RPC.
- Cost-Effective Scaling: Predictable pricing with no surprise fees as your user base grows.
key-features-cards
ENGINE SPECIFICATIONS
Core Capabilities of Our AI Compression Engine
Our proprietary AI engine is purpose-built for L2 state management, delivering verifiable reductions in storage costs and latency for high-throughput applications.
01
Predictive State Pruning
AI models predict and archive inactive smart contract state, reducing active storage requirements by up to 70% without impacting transaction speed.
70%
Storage Reduction
Sub-ms
Pruning Latency
02
Zero-Knowledge Proof Integration
Generates succinct ZK proofs for compressed state transitions, ensuring cryptographic validity for L1 settlement with minimal on-chain footprint.
~5 KB
Avg. Proof Size
< 2 sec
Verification Time
03
Real-Time Compression Analytics
Live dashboard and API provide granular metrics on state growth, compression ratios, and cost savings, enabling proactive infrastructure planning.
Real-Time
Data Latency
10+
Key Metrics
04
Multi-L2 Protocol Support
Engineered for compatibility with leading rollup stacks (Optimism, Arbitrum, zkSync) and custom L2s, using standardized APIs for seamless integration.
3+
Protocols Supported
2 Weeks
Avg. Integration
benefits
TANGIBLE ROI
Business Outcomes: From Technical Feature to Bottom Line
Our AI-driven L2 state compression isn't just an engineering feature—it's a direct driver of cost reduction, scalability, and competitive advantage. See how our technical expertise translates into measurable business results.
01
Radical Cost Reduction
Compress on-chain state by up to 90%, directly slashing your L2 data availability and storage costs. This predictable, recurring savings directly improves your unit economics and profitability.
Up to 90%
State Size Reduction
> 60%
Lower DA Costs
02
Faster Time-to-Market
Deploy a production-ready, optimized L2 with integrated compression in weeks, not months. Our battle-tested frameworks and automated tooling eliminate infrastructure complexity.
< 4 weeks
To Production
Zero
Protocol Dev Required
03
Enterprise-Grade Security & Reliability
Built on formally verified compression algorithms and audited by leading security firms. We provide a 99.9% uptime SLA for the compression layer, ensuring your dApp's integrity and availability.
99.9%
Uptime SLA
Formally Verified
Core Algorithms
04
Unmatched Scalability
Support millions of daily active users without performance degradation. Our solution decouples user growth from exponential cost growth, enabling sustainable scaling.
1M+
TPS Capable
Sub-second
Finality
05
Developer Velocity & Focus
Free your engineering team from low-level L2 optimization. With our managed compression service, developers can focus on core product logic and user experience, accelerating feature delivery.
70%
Less Dev Time on Infra
Full API
Integration
Infrastructure Decision Matrix
Build vs. Buy: AI L2 Compression
A detailed comparison of the time, cost, and risk involved in developing AI-driven state compression in-house versus partnering with Chainscore Labs.
| Factor | Build In-House | Chainscore AI Compression |
|---|---|---|
Time to Production | 6-12 months | 4-8 weeks |
Initial Development Cost | $250K - $600K+ | $50K - $150K |
Core Team Required | 3-5 Senior Engineers | Your Integration Lead |
AI Model Training & Tuning | Your responsibility | Pre-trained, optimized models |
Security & Audit Overhead | High (unaudited, custom code) | Low (battle-tested, audited core) |
Ongoing R&D & Updates | Continuous internal cost | Included in service |
Multi-Chain Support (EVM, SVM) | Build per chain | Native support included |
Uptime & Monitoring SLA | Your team's responsibility | 99.9% with 24/7 alerting |
Total Cost of Ownership (Year 1) | $400K - $800K+ | $80K - $200K |
Strategic Focus | Infrastructure maintenance | Core product differentiation |
how-we-deliver
PREDICTABLE, TRANSPARENT EXECUTION
Our 4-Phase Delivery Methodology
We deliver AI-driven L2 state compression through a structured, milestone-driven process. This ensures predictable timelines, transparent communication, and a final product that meets your exact performance and cost-reduction targets.
01
Phase 1: Architecture & Feasibility
We conduct a deep technical assessment of your current L2 state model and define the optimal compression strategy. Deliverables include a detailed architecture document, gas cost projections, and a proof-of-concept demonstrating the compression ratio potential.
2-3 weeks
Initial Assessment
>50%
Target State Reduction
02
Phase 2: Core Engine Development
Our engineers build the custom compression algorithms and smart contract modules. This includes developing the on-chain verifiers and off-chain provers, integrating with your chosen L2 (Arbitrum, Optimism, zkSync), and implementing the AI model for dynamic state pruning.
4-6 weeks
Development Sprint
OpenZeppelin
Security Foundation
03
Phase 3: Security & Integration
Every component undergoes rigorous internal review and a formal audit by a leading security firm. We then integrate the compression engine with your application's core logic, ensuring seamless operation and providing comprehensive documentation for your team.
Certified Audit
e.g., Spearbit, Quantstamp
Full Test Suite
Unit & Integration
04
Phase 4: Deployment & Optimization
We manage the deployment to testnet and mainnet, including monitoring setup and performance benchmarking. Post-launch, we provide optimization support to fine-tune the system based on real-world usage data, ensuring sustained cost savings and reliability.
99.9% SLA
System Uptime
Ongoing Support
Performance Tuning
use-cases
ENGINEERED FOR SCALE
Designed for Data-Intensive L2 Applications
Our AI-driven state compression service is purpose-built for Layer 2 rollups handling high transaction volumes, complex state transitions, and demanding data availability requirements. We deliver the infrastructure to scale your application without compromising performance or security.
01
AI-Optimized State Compression
Proprietary machine learning models analyze your application's state access patterns to achieve up to 90% compression rates for on-chain data, directly reducing your L2's data availability costs.
Up to 90%
Data Reduction
Real-time
Pattern Analysis
02
Sub-Second State Finality
Engineered for high-frequency DeFi and gaming applications. Our system ensures state updates are finalized and verifiable in under one second, enabling real-time user experiences on your L2.
< 1 sec
Finality Time
99.9% SLA
Uptime Guarantee
03
Modular Data Availability Layer
A flexible architecture that integrates with EigenDA, Celestia, or Ethereum calldata. We architect the optimal data availability solution for your cost, security, and throughput requirements.
Multi-DA Support
EigenDA, Celestia
Cost-Optimized
Architecture
04
Zero-Knowledge Proof Integration
Seamlessly integrate zk-SNARKs or zk-STARKs for privacy and scalability. Our compression engine is optimized for ZK rollup state trees, minimizing proof generation time and verification costs.
zk-SNARKs/STARKs
Proof Support
Optimized
For ZK Rollups
05
Enterprise-Grade Security & Audits
All compression logic and smart contracts undergo rigorous audits by firms like Trail of Bits and Quantstamp. We implement formal verification for critical state transition functions.
Multi-Audit
Security Process
Formal Verification
For Core Logic
06
Dedicated Protocol Engineering
Our team of protocol engineers, with experience from leading L2s, provides end-to-end integration support—from architecture design to mainnet deployment—typically within 4-6 weeks.
4-6 weeks
To Production
Expert Team
L2 Veterans
Technical & Commercial Insights
Frequently Asked Questions on AI L2 Compression
Get clear answers on how our AI-driven state compression service accelerates your L2 deployment, reduces costs, and ensures security.
Traditional L2s rely on fixed compression algorithms (like zk-SNARKs or optimistic rollups) that treat all data equally. Our service uses machine learning models trained on 50+ live protocols to dynamically identify and compress redundant or low-value state data. This results in 60-85% higher compression ratios for typical DeFi/NFT applications, directly lowering your L1 settlement costs and improving throughput.
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