MPC Wallet Performance Optimization

overview

CORE SERVICE

Smart Contract Development

Secure, audited smart contracts built for production by Web3 experts.

We architect and deploy custom smart contracts that form the secure backbone of your application. Our development process is built on Solidity 0.8+ with OpenZeppelin standards, ensuring security and upgradability from day one.

Full Lifecycle Delivery: From initial design and development to deployment, verification, and ongoing maintenance.
Multi-Chain Expertise: Deployments on EVM chains (Ethereum, Polygon, Arbitrum), Solana, and other L2s.
Security-First: All contracts undergo internal audits and are prepared for third-party audits by firms like CertiK or Quantstamp.
Gas Optimization: We write efficient code to minimize transaction costs for your users.

We deliver production-ready contracts in 2-4 weeks, with a clear roadmap for future upgrades and feature integration.

key-features-cards

PROVEN METHODOLOGY

Our Performance Optimization Framework

A systematic, four-phase approach to diagnose, optimize, and scale your MPC wallet infrastructure, delivering measurable improvements in speed, cost, and reliability.

Comprehensive Performance Audit

We conduct a deep-dive analysis of your MPC wallet's architecture, identifying bottlenecks in key generation, signing latency, and network communication. Our audit delivers a prioritized roadmap for optimization.

72 hours

Initial Assessment

15+ KPIs

Metrics Tracked

Signature Latency Reduction

Implement advanced cryptographic optimizations and parallel processing to reduce MPC signing times. We target sub-second finality for common operations like transaction signing and message authentication.

< 500ms

Target Signing Time

70%+

Typical Improvement

Infrastructure & Network Optimization

Optimize node distribution, load balancing, and peer-to-peer communication layers. We implement strategies to minimize network hops and ensure high availability across global regions.

99.95%

Target Uptime SLA

< 100ms

Regional Latency

Gas Efficiency & Cost Management

Analyze and optimize on-chain interaction patterns. We implement batching, gas estimation improvements, and fee delegation strategies to reduce operational costs for your users.

40-60%

Gas Cost Reduction

Real-time

Fee Optimization

benefits

GUARANTEED RESULTS

Business Outcomes: From Functional to High-Performance

We move your MPC wallet infrastructure beyond basic functionality to deliver measurable performance and security advantages that directly impact your bottom line.

Sub-Second Transaction Finality

Engineered MPC signing flows and optimized node routing reduce transaction confirmation latency from minutes to under 500ms, enabling real-time DeFi and payment experiences.

< 500ms

Average Finality

99.9%

SLA

Enterprise-Grade Security Posture

Implement hardware-backed key storage, multi-party computation with 3-of-5 thresholds, and SOC 2 Type II compliant operational controls to meet institutional security requirements.

SOC 2

Compliance

3-of-5

Threshold Scheme

Scalable User Onboarding

Deploy non-custodial, gasless account abstraction (ERC-4337) and social login to reduce signup friction, increasing user activation rates by up to 40%.

40%

Activation Lift

ERC-4337

Standard

Reduced Infrastructure Cost

Optimize gas consumption via batch transactions and smart routing, and consolidate RPC providers to lower per-transaction costs by 60-80%.

60-80%

Cost Reduction

Multi-Chain

Routing

Enhanced Developer Velocity

Provide comprehensive SDKs, staging environments, and 24/7 technical support to reduce integration time from months to weeks and accelerate feature deployment.

< 4 weeks

Integration Time

24/7

Support

Proactive Risk Management

Continuous monitoring for anomalous signing patterns, integration with threat intelligence feeds, and automated transaction simulation to prevent exploits before execution.

Real-time

Monitoring

Tenderly

Simulation

Quantifying the Operational Impact

Optimized vs. Unoptimized MPC Wallet Performance

A direct comparison of key performance and security metrics between a basic, unoptimized MPC implementation and a Chainscore-optimized solution. This data is based on internal benchmarks and client deployments.

Performance Metric	Unoptimized MPC	Chainscore Optimized
Key Generation Latency	2 seconds	< 200ms
Signing Throughput (TPS)	~50 TPS	1,000 TPS
Cross-Chain Tx Finality	Network-dependent (2-30s)	Sub-2 seconds (optimized routing)
Infrastructure Uptime SLA	Self-managed (no SLA)	99.95% Guaranteed
Mean Time to Recovery (MTTR)	Hours (manual intervention)	< 15 minutes (automated)
Annual Security & Audit Cost	$50K+ (external audits)	Included in service
Team Effort (DevOps/Infra)	2-3 FTE	0.5 FTE (managed service)
Time to Production Deployment	3-6 months	4-8 weeks

how-we-deliver

PROVEN METHODOLOGY

Our Four-Phase Optimization Process

A systematic, engineering-driven approach to maximize your MPC wallet's speed, security, and scalability. We deliver measurable improvements at each stage, from initial audit to production deployment.

Phase 1: Performance Audit & Benchmarking

We conduct a comprehensive technical audit of your existing MPC wallet architecture. This includes profiling key operations (key generation, signing, recovery), identifying latency bottlenecks, and establishing baseline performance metrics against industry standards.

72 hrs

Avg. Audit Time

50+

Performance KPIs Tracked

Phase 2: Architecture & Protocol Optimization

Our engineers analyze and optimize the core MPC protocol implementation and network architecture. We focus on reducing round complexity, improving parallel processing, and selecting the most efficient cryptographic libraries (e.g., GG20, Lindell17) for your use case.

40-70%

Signing Speed Gain

< 100ms

Target Latency

Phase 3: Infrastructure & Deployment Tuning

We optimize the underlying infrastructure—server configuration, load balancing, and geographic node placement—to minimize network latency. Includes implementing caching strategies, connection pooling, and auto-scaling policies for predictable performance under load.

99.95%

Target Uptime SLA

10k TPS

Scalability Benchmark

Phase 4: Security Hardening & Production Rollout

Final phase includes rigorous security reviews, penetration testing on the optimized stack, and a staged production rollout with real-time monitoring. We ensure all optimizations maintain or enhance security guarantees before full deployment.

Zero

Critical Issues at Launch

2 weeks

Typical Deployment Cycle

Optimization Targets

MPC Wallet Performance Benchmarks

Key performance indicators and service levels we target for your MPC wallet infrastructure, based on your operational scale.

Performance Metric	Starter (Up to 10K DAU)	Growth (10K-100K DAU)	Enterprise (100K+ DAU)
Transaction Signing Latency	< 500ms	< 250ms	< 100ms
Key Refresh/Backup Time	2-5 seconds	< 2 seconds	< 1 second
Concurrent Session Support	1,000	10,000	100,000+
Uptime SLA	99.5%	99.9%	99.99%
Mean Time To Recovery (MTTR)	4 hours	1 hour	15 minutes
Multi-Chain Support	EVM (3 chains)	EVM + Solana (5 chains)	All Major Chains (10+)
Compliance & Audit Logging	Basic	Advanced (SOC 2 Type I)	Enterprise (SOC 2 Type II, Custom)
Dedicated Engineering Support		Business Hours	24/7 with 15-min SLA
Monthly Cost (Estimate)	$2K - $5K	$8K - $25K	Custom Quote

Technical & Commercial Details