Modular Chain Optimization Services | Chainscore Labs

overview

CORE INFRASTRUCTURE

Custom Smart Contract Development

Secure, gas-optimized smart contracts built to your exact specifications.

We architect and deploy production-grade smart contracts that power your core business logic. Our contracts are built for security first, gas efficiency, and long-term maintainability.

Security Audits: Every contract undergoes rigorous review using both automated tools and manual analysis, following OpenZeppelin best practices.
Gas Optimization: We implement patterns to reduce transaction costs by up to 40%, critical for user adoption.
Protocol Integration: Seamless integration with ERC-20, ERC-721, ERC-1155, and major DeFi primitives like Uniswap V3 and Aave.

From token launches to complex DeFi mechanisms, we deliver battle-tested code that executes flawlessly on-chain.

Our development process ensures rapid iteration and clear deliverables:

2-Week MVP Sprint: Go from concept to a functional prototype on testnet.
Comprehensive Documentation: Full technical specs and user guides for your team.
Post-Deployment Support: Monitoring, upgrade planning, and incident response.

key-features-cards

PROVEN METHODOLOGY

Our Performance Optimization Framework

A systematic, four-phase approach to identify bottlenecks, implement targeted solutions, and deliver measurable improvements in throughput, latency, and cost-efficiency for your modular blockchain stack.

Comprehensive Performance Audit

We conduct a deep-dive analysis of your current modular architecture, including sequencer logic, data availability layer, and execution environment. Our audit identifies specific bottlenecks in transaction ordering, state access, and cross-chain communication.

72 hrs

Initial Report

50+

Metrics Analyzed

Sequencer & Execution Optimization

We refactor and optimize your sequencer for higher throughput and lower latency. This includes implementing efficient mempool management, parallel transaction processing, and gas optimization for your execution layer (EVM, SVM, Move).

10-100x

TPS Improvement

< 100ms

Avg. Latency Target

Data Availability & Storage Tuning

We optimize your interaction with data availability layers (Celestia, EigenDA, Avail) and state storage. Strategies include blob size optimization, efficient state pruning, and caching strategies to reduce costs and improve sync times.

Up to 90%

DA Cost Reduction

> 99%

Data Retrieval Success

Cross-Chain & Bridge Performance

We enhance the performance and reliability of your cross-chain messaging and bridging infrastructure. Focus areas include reducing finality delays, optimizing proof generation/verification, and implementing failover mechanisms for critical paths.

< 2 min

Bridge Finality

99.95%

Message Delivery SLA

benefits

TANGIBLE RESULTS

Measurable Outcomes for Your Business

Our modular chain optimization delivers specific, quantifiable improvements to your blockchain infrastructure, directly impacting your bottom line and technical roadmap.

Accelerated Time-to-Market

Deploy production-ready, optimized modules in under 2 weeks, not months. We provide pre-audited execution environments and data availability layers to eliminate integration delays.

< 2 weeks

Deployment Time

80%

Reduced Dev Time

Predictable, Reduced Costs

Slash your operational overhead with our gas optimization and efficient state management. Achieve up to 60% lower transaction fees and predictable infrastructure spending.

60%

Lower Tx Fees

40%

OpEx Reduction

Enterprise-Grade Reliability

Guarantee service continuity with our 99.9% uptime SLA for critical modules. Our architecture includes automated failover and 24/7 monitoring for consensus and execution layers.

99.9%

Uptime SLA

< 1 sec

Failover Time

Enhanced Scalability & Throughput

Scale to 10,000+ TPS with horizontally scalable execution environments. Our modular design isolates bottlenecks, allowing independent scaling of consensus, execution, and data availability.

10k+

Transactions/sec

90%

Throughput Gain

Future-Proof Architecture

Eliminate vendor lock-in with interoperable, standards-based modules (EVM, SVM, Move). Seamlessly integrate new L2s, rollups, and data layers as the ecosystem evolves.

VM Standards

Lock-in Risk

Security & Compliance Ready

Launch with confidence using our pre-audited module libraries and security frameworks. Our implementations follow OpenZeppelin patterns and are built for regulatory compliance.

Build vs. Buy Analysis

Optimized Stack vs. Status Quo

A detailed comparison of the costs, risks, and time investment required to build and maintain a high-performance modular blockchain stack in-house versus partnering with Chainscore Labs.

Factor	Build In-House	Chainscore Optimized Stack
Time to Production	6-12 months	4-8 weeks
Initial Development Cost	$250K - $600K+	$80K - $200K
Annual Maintenance Cost	$150K - $300K (2-3 FTEs)	Optional SLA from $50K/year
Security Posture	High Risk (Custom, Unaudited Code)	Enterprise-Grade (Audited, Battle-Tested)
Node Infrastructure	Self-Managed (High OpEx)	Managed Service with 99.9% SLA
Cross-Chain Interoperability	Custom Integration (Months of Work)	Pre-built Connectors (Weeks)
Performance Optimization	Trial and Error	Proven Architecture for 10,000+ TPS
Team Expertise Required	Specialized R&D Team	Your Core Team + Our Experts
Time to First Optimized Rollup	9+ months	< 30 days

how-we-deliver

PREDICTABLE, TRANSPARENT, AND RESULTS-DRIVEN

Our 4-Phase Delivery Process

We deliver measurable performance improvements through a structured, collaborative framework. Each phase has clear deliverables, timelines, and success criteria, ensuring your modular chain achieves its technical and business objectives.

Phase 1: Architecture & Performance Audit

We conduct a comprehensive analysis of your current modular stack (sequencer, DA layer, execution environment) to identify bottlenecks, security risks, and optimization opportunities. Deliverables include a detailed performance report with actionable recommendations.

7-10 days

Audit Duration

> 50

Metrics Analyzed

Phase 2: Strategic Optimization Blueprint

Based on the audit, we co-create a prioritized roadmap. We define specific targets for TPS, latency, gas efficiency, and cost reduction, selecting the optimal technical levers (e.g., state management, batch sizing, proving strategies).

2-3 weeks

Plan Finalization

Clear ROI

Cost-Benefit Analysis

Phase 3: Implementation & Integration

Our engineers execute the blueprint, implementing code-level optimizations, configuring node software (like OP Stack, Arbitrum Nitro, zkSync), and integrating with data availability layers (Celestia, EigenDA, Avail). We maintain continuous integration and staging environments.

4-6 weeks

Typical Timeline

99.9%

Test Coverage SLA

Phase 4: Monitoring, Launch & Support

We deploy the optimized infrastructure with comprehensive monitoring (Chainscore Dashboard) for real-time metrics on throughput, latency, and costs. We provide post-launch support and tuning to ensure sustained performance under mainnet load.

24/7

Monitoring

< 2 sec

P95 Finality Target

security-approach

CORE SERVICE

Smart Contract Development

Secure, audited smart contract development for DeFi, NFTs, and enterprise applications.

We build production-grade smart contracts that power your core business logic. Our development process is built on security-first principles, leveraging battle-tested libraries like OpenZeppelin and rigorous internal audits before deployment.

Custom Logic: ERC-20, ERC-721, ERC-1155, and bespoke protocols for DeFi, gaming, and DAOs.
Full Lifecycle: Development, testing, deployment, and upgrade management via transparent proxies.
Security Guarantee: Every contract undergoes manual review and automated analysis with Slither/MythX.

Deploy with confidence. Our contracts are engineered for gas efficiency and future-proof upgradability, ensuring your protocol scales without compromising security.

Technical & Commercial Details

Modular Optimization FAQs

Answers to common questions about our modular blockchain optimization process, timelines, and outcomes.

Our process follows a structured 4-phase approach: Discovery & Audit (1 week), Architecture & Proposal (1 week), Implementation (2-4 weeks), and Deployment & Handoff (1 week). A typical end-to-end optimization for a rollup or app-chain takes 4-6 weeks. We provide a fixed-scope proposal after the initial audit to eliminate timeline uncertainty.

Modular Chain Performance Optimization

Custom Smart Contract Development

Our Performance Optimization Framework

Comprehensive Performance Audit

Sequencer & Execution Optimization

Data Availability & Storage Tuning

Cross-Chain & Bridge Performance

Measurable Outcomes for Your Business

Accelerated Time-to-Market

Predictable, Reduced Costs

Enterprise-Grade Reliability

Enhanced Scalability & Throughput

Future-Proof Architecture

Security & Compliance Ready

Optimized Stack vs. Status Quo

Our 4-Phase Delivery Process

Phase 1: Architecture & Performance Audit

Phase 2: Strategic Optimization Blueprint

Phase 3: Implementation & Integration

Phase 4: Monitoring, Launch & Support

Smart Contract Development

Modular Optimization FAQs

Get a free quote.

Get In Touch
today.

Modular Chain Performance Optimization

Custom Smart Contract Development

Our Performance Optimization Framework

Comprehensive Performance Audit

Sequencer & Execution Optimization

Data Availability & Storage Tuning

Cross-Chain & Bridge Performance

Measurable Outcomes for Your Business

Accelerated Time-to-Market

Predictable, Reduced Costs

Enterprise-Grade Reliability

Enhanced Scalability & Throughput

Future-Proof Architecture

Security & Compliance Ready

Optimized Stack vs. Status Quo

Our 4-Phase Delivery Process

Phase 1: Architecture & Performance Audit

Phase 2: Strategic Optimization Blueprint

Phase 3: Implementation & Integration

Phase 4: Monitoring, Launch & Support

Smart Contract Development

Modular Optimization FAQs

Get In Touch today.

Get In Touch
today.