We architect and deploy production-grade smart contracts that power your Web3 product. Our process delivers secure, gas-optimized code on time, eliminating technical debt and audit bottlenecks.
LABS
Services
Solana Rust Batching Protocol Design
We design and build custom Rust-based protocols on Solana for atomic transaction bundling and parallel execution. Our programs deliver scalable, high-performance batch operations for your wallet infrastructure.
Chainscore © 2026
overview
CORE SERVICE
Smart Contract Development
Secure, audited smart contracts built to your exact specifications, from concept to deployment.
We don't just write code; we deliver a secure, auditable foundation for your token, DeFi protocol, or NFT project.
- Full Lifecycle Development: From initial specification and
Solidity/Rustdevelopment to testing, deployment, and post-launch maintenance. - Security-First Approach: Code follows
OpenZeppelinstandards and undergoes internal review + third-party audit preparation. - Protocol Expertise:
ERC-20,ERC-721,ERC-1155, custom DeFi logic, cross-chain bridges, and governance systems. - Measurable Outcome: Reduce your time-to-audit by 40% with our structured development and documentation practices.
key-features-cards
ENGINEERED FOR SCALE
Core Capabilities of Our Solana Batching Protocols
Our protocol designs are built to solve the specific performance bottlenecks faced by high-throughput applications on Solana, delivering measurable improvements in transaction throughput, cost efficiency, and developer velocity.
01
Atomic Batch Execution
Design and implement custom instruction batching to execute multiple on-chain operations in a single transaction. This reduces network congestion for users, slashes total transaction fees by up to 70%, and ensures complex multi-step logic succeeds or fails atomically.
70%
Avg. Fee Reduction
1 TX
For N Operations
02
Priority Fee Optimization Engine
Integrate dynamic fee calculation logic that analyzes real-time network conditions to submit transactions with the optimal priority fee. This maximizes confirmation speed while minimizing costs, preventing failed transactions during peak load.
> 99%
Success Rate
< 400ms
Avg. Confirmation
03
State Compression & Fee Sponsorship
Architect systems that leverage Solana's state compression (Concurrent Merkle Trees) and transaction fee sponsorship (Versioned Transactions) to enable mass user onboarding and interactions with zero cost to the end-user.
$0
End-User Cost
10k+
Mint/TX per Second
04
Custom CPI Aggregation
Build secure Cross-Program Invocation (CPI) batching layers that aggregate interactions with multiple external programs. This reduces compute unit consumption, simplifies client-side logic, and enforces consistent security validation across dependencies.
40%
CU Savings
Centralized
Security Layer
05
High-Frequency Update Queues
Implement off-chain queuing systems paired with on-chain batch settlement for applications requiring sub-second updates (e.g., real-time data oracles, gaming). Decouples speed from blockchain latency while maintaining finality.
Sub-Second
Update Latency
On-Chain
Batch Finality
06
Security-First Architecture
Every protocol undergoes rigorous design review following Solana security best practices, with optional formal verification. We build with Anchor framework standards, comprehensive unit/integration tests, and audit-ready code structure.
Anchor
Framework
Audit-Ready
Code Delivery
benefits
TECHNICAL ADVANTAGES
Business Outcomes for Your Wallet Infrastructure
Our Solana Rust Batching Protocol Design delivers measurable infrastructure improvements, directly impacting your product's performance, security, and scalability.
01
Sub-Second Transaction Finality
Batch multiple user operations into a single on-chain transaction, achieving finality in under 400ms. This enables real-time wallet interactions and a seamless user experience.
< 400ms
Finality
99.9%
Success Rate
02
Up to 90% Gas Cost Reduction
Aggregate user actions to amortize transaction fees across a batch. Drastically lowers operational costs for your users and your platform's subsidized gas budgets.
Up to 90%
Fee Savings
Solana
Network
03
Enterprise-Grade Security & Auditability
Protocols built with formal verification principles and audited against common Solana vulnerabilities. Every batched transaction is cryptographically verifiable and non-custodial.
Non-Custodial
Architecture
Formal Specs
Verification
04
Scalable User Onboarding
Handle thousands of concurrent wallet sessions without performance degradation. Our batching architecture is designed for horizontal scaling to support your growth.
1000+
TPS Capacity
Linear
Scaling
05
Reduced RPC Load & Costs
Minimize external RPC calls by bundling logic, lowering your infrastructure expenses and reducing dependency on third-party node providers.
> 60%
RPC Call Reduction
Lower OpEx
Outcome
06
Faster Time-to-Market
Leverage our battle-tested Rust frameworks and SDKs to integrate advanced batching into your wallet or dApp in weeks, not months.
2-4 weeks
Integration
Production SDKs
Deliverable
how-we-deliver
PROVEN METHODOLOGY
Our Development Process for Solana Programs
Our systematic, security-first approach ensures your Solana program is delivered on time, within budget, and built to scale. We focus on measurable outcomes, not just features.
01
Discovery & Architecture Design
We begin with a deep technical dive to define your program's state architecture, instruction set, and CPI strategy. This phase establishes a clear, gas-optimized blueprint for development.
2-3 days
Average Duration
100%
Requirement Clarity
02
Secure Rust Development
Our engineers write production-grade Rust code using Anchor or native Solana-Program. We implement security patterns from day one, including comprehensive unit and integration tests.
Anchor v0.29+
Framework
> 90%
Test Coverage Target
03
Rust Batching Protocol Design
We architect and implement custom batching protocols to aggregate multiple instructions into single transactions, reducing user friction and network congestion for your dApp.
Up to 90%
Gas Savings
Atomic
Execution
04
Rigorous Security Audit
Every program undergoes internal review and formal audit by our security team, checking for logic flaws, reentrancy, and Solana-specific vulnerabilities before mainnet deployment.
2+ Auditors
Per Project
0 Critical
Post-Launch Bugs
05
Deployment & Integration
We handle the full deployment lifecycle—from Devnet testing to Mainnet-beta launch—and provide seamless integration kits for your frontend and backend systems.
< 1 week
Deployment Time
Full SDK
Included
Structured for Growth
Solana Batching Protocol Development Tiers
Compare our service tiers for designing and implementing high-performance, custom batching protocols on Solana. Each tier includes our core Rust development expertise, with scaling levels of support, security, and operational oversight.
| Core Deliverables & Support | Starter | Professional | Enterprise |
|---|---|---|---|
Custom Rust Protocol Design & Development | |||
Security Audit (External Partner) | 1 Review | Full Audit | Full Audit + Quarterly Reviews |
Performance Optimization & Benchmarking | Basic | Comprehensive | Comprehensive + Load Testing |
Deployment & Mainnet Launch Support | |||
Post-Launch Monitoring & Alerting (30 days) | |||
Ongoing Protocol Maintenance SLA | Business Hours | 24/7 with 4h Response | |
Architectural Consultation & Code Reviews | Ad-hoc | 4 Sessions | Unlimited |
Team Knowledge Transfer & Documentation | Standard | Extended | Custom Workshop |
Estimated Timeline | 6-8 weeks | 8-12 weeks | 12+ weeks |
Starting Engagement | $50,000 | $120,000 | Custom Quote |
Strategic Infrastructure Decision
Build vs. Buy: Custom Protocol vs. Generic Solutions
A detailed comparison of developing a Solana Rust batching protocol in-house versus partnering with Chainscore Labs for a custom, production-ready solution.
| Key Factor | Build In-House | Generic SDK/API | Chainscore Custom Protocol |
|---|---|---|---|
Time to Production | 6-12 months | 2-4 weeks | 4-8 weeks |
Upfront Development Cost | $150K - $400K+ | $5K - $20K (Licensing) | $50K - $150K |
Protocol Customization | Full Control | Limited to SDK Features | Tailored to Your Business Logic |
Security & Audit Burden | High (Your Responsibility) | Medium (Varies by Provider) | Low (Pre-Audited, Battle-Tested) |
Solana Core Expertise Required | Senior Rust Engineers (2-3) | Minimal | Included (Our Team) |
Performance Optimization | Your R&D | Generic, One-Size-Fits-All | Optimized for Your Use Case |
Ongoing Maintenance & Upgrades | Full DevOps & Engineering Team | Vendor Roadmap | Optional SLA with 99.9% Uptime |
Total Cost of Ownership (Year 1) | $300K - $600K+ | $25K - $50K+ | $75K - $200K |
Competitive Advantage | Potential, if executed flawlessly | None (Same as competitors) | Significant (Unique, optimized protocol) |
Solana Rust Batching
Frequently Asked Questions
Get clear answers on our process, timeline, and technical approach for designing high-performance Solana batching protocols.
A standard batching protocol design and implementation takes 4-8 weeks from kickoff to mainnet deployment. This includes 1-2 weeks for architectural design and specification, 2-4 weeks for Rust development and unit testing, and 1-2 weeks for integration testing and security review. Complex multi-program systems or novel batching logic can extend this timeline, which we scope and quote for individually.
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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