Cross-VM ZK Proof Compatibility Layer

overview

CORE SERVICE

Smart Contract Development

Secure, production-ready smart contracts built by experts for DeFi, NFTs, and enterprise applications.

We architect and deploy audited, gas-optimized smart contracts that form the backbone of your protocol. Our development process ensures security and scalability from day one.

Full-Stack Development: From ERC-20 tokens and ERC-721 NFTs to complex DeFi primitives like AMMs and lending vaults.
Security-First Approach: Built with OpenZeppelin standards, followed by rigorous internal audits before third-party review.
Gas Optimization: Every contract is optimized for lower transaction costs and higher throughput on mainnet.

We deliver a production-ready contract suite in as little as 2-4 weeks, complete with documentation and deployment scripts.

Our engineers specialize in Solidity 0.8+ and Vyper, implementing custom logic for governance, staking, bridges, and multi-signature wallets. We provide clear audit trails and comprehensive testing covering 95%+ of code paths.

key-features-cards

INTEROPERABILITY ENGINEERED FOR PRODUCTION

Core Capabilities of Our Compatibility Layer

Our Cross-VM ZK Proof Compatibility Layer is built to solve the fragmentation problem, enabling your protocols to operate seamlessly across EVM, SVM, MoveVM, and other major execution environments with zero compromise on security or performance.

Universal Proof Aggregation

We aggregate and verify ZK proofs from disparate VMs (Ethereum, Solana, Aptos) into a single, standardized proof format. This eliminates the need for custom integration per chain, reducing your development time by 80%.

EXPLORE

Gas-Optimized State Synchronization

Maintain consistent, verifiable state across heterogeneous networks. Our layer ensures sub-2-second finality for cross-VM state updates, enabling real-time DeFi composability and reducing settlement risk.

EXPLORE

Security-First Architecture

Built with formal verification and audited by leading firms like Trail of Bits. We implement zero-trust principles, ensuring proof validity and message integrity are cryptographically guaranteed, not assumed.

EXPLORE

Developer-Centric SDKs

Ship cross-VM features in weeks, not months. Our TypeScript, Rust, and Solidity SDKs provide simple abstractions for proof generation, verification, and cross-chain messaging, abstracting away ZK complexity.

EXPLORE

High-Throughput Proof Generation

Scale to enterprise volumes with our horizontally scalable prover network. Generate and verify thousands of proofs per second with predictable, sub-$0.01 costs, enabling mass-market dApp scenarios.

EXPLORE

Protocol-Agnostic Design

Future-proof your stack. Our layer is designed to integrate new VMs and proof systems (STARKs, Bulletproofs) as they emerge, protecting your investment from ecosystem shifts.

EXPLORE

benefits

TANGIBLE VALUE

Business Outcomes: Why Interoperable Proofs Matter

Our Cross-VM ZK Proof Compatibility Layer delivers concrete business advantages, moving beyond technical novelty to measurable impact on your product's performance, security, and market reach.

Accelerate Time-to-Market

Launch cross-chain features in weeks, not months. Our pre-verified proof circuits and standardized interfaces eliminate the need to build custom verifiers for each new chain, slashing development cycles.

< 4 weeks

Integration Time

80%

Dev Time Saved

Unlock New Revenue Streams

Seamlessly integrate assets and liquidity from Ethereum, Solana, and other major L1/L2s. Enable novel cross-VM DeFi primitives, NFT utilities, and gaming economies that were previously impossible or cost-prohibitive.

10+

Supported VMs

$0.01

Avg. Proof Cost

Future-Proof Your Architecture

Build on a protocol-agnostic foundation. Our compatibility layer abstracts away VM-specific complexities, ensuring your application remains adaptable as new chains emerge without costly re-engineering.

100%

Backward Compatible

1 day

New VM Support

Reduce Operational Risk & Cost

Consolidate security auditing to a single, battle-tested proof system. Eliminate the overhead and attack surface of managing multiple, disparate bridge validators or relayers for cross-chain communication.

70%

OpEx Reduction

Formally Verified

Core Circuits

Enhance User Experience & Trust

Deliver near-instant, trust-minimized cross-chain interactions with sub-second finality. Users benefit from a unified, secure interface without needing to understand the underlying complexity of multiple VMs.

< 1 sec

Finality Time

99.95%

Success Rate SLA

Gain a Strategic Technical Edge

Leverage our team's deep expertise in ZK cryptography and VM internals. We provide the foundational infrastructure that allows your engineering team to focus on core product innovation, not cryptographic plumbing.

5+ years

ZK Research

50+

Protocol Integrations

A Pragmatic Analysis for CTOs

Build vs. Buy: The Cost of ZK Proof Interoperability

Comparing the total cost of ownership and technical risk between developing a cross-VM ZK proof compatibility layer in-house versus leveraging Chainscore's managed service.

Factor	Build In-House	Chainscore Managed Service
Time to Production	6-12 months	4-8 weeks
Initial Development Cost	$250K - $600K+	$75K - $200K
Annual Maintenance Cost	$150K+ (2-3 engineers)	Optional SLA from $50K/year
Security & Audit Overhead	High (unaudited, custom risk)	Low (pre-audited, battle-tested)
Supported VMs on Day 1	1 (your chosen VM)	EVM, SVM, MoveVM, CairoVM
Proof System Flexibility	Locked to initial choice	Plonk, Groth16, STARKs, Halo2
Team Expertise Required	Specialized ZK cryptographers	Your existing Web3 devs
Uptime & Reliability SLA	Your responsibility (0%)	99.9% with 24/7 monitoring
Total Cost (Year 1)	$400K - $750K+	$125K - $250K
Strategic Outcome	High risk, delayed roadmap	Faster time-to-market, focus on core product

how-we-deliver

PREDICTABLE DELIVERY

Our Delivery Process: From Architecture to Integration

We provide a structured, milestone-driven approach to deliver your cross-VM ZK compatibility layer on time and within spec. Each phase is designed for technical clarity and minimal operational overhead for your team.

1. Architecture & Protocol Design

We design the system architecture and define the proof protocol, selecting the optimal ZK framework (e.g., Plonk, STARKs) and VM targets (EVM, SVM, MoveVM). This phase establishes the technical foundation and security model.

2-3 weeks

Design Phase

100%

Spec Review

2. Circuit Development & Optimization

Our team implements and rigorously optimizes the ZK circuits for your specific use case. We focus on minimizing proof generation time and verification gas costs, delivering production-ready circuit logic.

< 5 sec

Target Proof Gen

< 200k gas

Target Verify Cost

3. Security Audit & Formal Verification

Every component undergoes internal review followed by an external audit from a recognized firm. We apply formal verification methods to the core cryptographic protocols to ensure mathematical correctness.

2 Audits

Internal + External

Zero Critical

Audit Target

4. Integration & SDK Delivery

We deliver a fully documented SDK and integration package for your developers. This includes API endpoints, client libraries, and comprehensive documentation for seamless embedding into your application stack.

< 1 week

Integration Time

Full Docs

Delivered

5. Production Deployment & Monitoring

We manage the deployment of prover/verifier infrastructure with defined SLAs. We set up real-time monitoring dashboards for proof metrics, system health, and cost analytics.

99.9%

Uptime SLA

24/7

Monitoring

6. Ongoing Support & Upgrades

Receive dedicated technical support and proactive updates for new VM targets or ZK proof system improvements. We ensure your compatibility layer remains performant and secure.

< 4 hrs

Response SLA

Quarterly

Protocol Reviews

tech-stack

BUILT ON INDUSTRY STANDARDS

Proven Technologies & Protocols

Our Cross-VM ZK Proof Compatibility Layer is engineered with battle-tested tools and frameworks, ensuring security, interoperability, and developer velocity from day one.

Zero-Knowledge Proof Frameworks

Implementation using Circom, Halo2, and Plonky2 for optimal proof generation across different virtual machines. We select the right framework for your specific use case to balance proof size, generation speed, and verification cost.

EXPLORE

Multi-VM Smart Contract Integration

Seamless compatibility with EVM (Solidity/Vyper) and SVM (Rust). Our layer translates and verifies state transitions, enabling your dApp to operate across Ethereum, Solana, and other L2s without rewriting core logic.

EXPLORE

Formally Verified Circuits

Critical ZK circuits undergo formal verification using tools like Picus and VeriSolid to eliminate logical bugs. This mathematical proof of correctness is essential for securing high-value DeFi and institutional applications.

EXPLORE

High-Performance Provers

Deployment of GPU-accelerated proving systems capable of sub-2 second proof generation for complex business logic. We architect for scalability, ensuring performance doesn't degrade as transaction volume grows.

< 2 sec

Proof Generation

10k+ TPS

Theoretical Scale

Interoperability Protocols

Leverage established standards like IBC and CCIP for secure cross-chain message passing. Our layer acts as a verifiable bridge, enabling trust-minimized asset and data transfer between heterogeneous chains.

EXPLORE

Enterprise-Grade Security

Development follows OpenZeppelin standards and undergoes multi-stage audits by firms like Spearbit and Code4rena. We provide a full audit report and a bug bounty program setup for ongoing protection.

3rd Party

Security Audits

Zero Critical

Post-Audit Bugs

Cross-VM ZK Proof Compatibility Layer

Frequently Asked Questions

Get clear answers on how our ZK proof compatibility layer integrates with your stack, from timelines and costs to security and support.

A Cross-VM ZK Proof Compatibility Layer is a specialized infrastructure component that enables zero-knowledge proofs generated in one virtual machine (e.g., EVM) to be efficiently verified in another (e.g., SVM, MoveVM). You need it to unlock interoperability between disparate blockchain ecosystems, allowing your dApp's state or transactions to be trustlessly proven and utilized across chains. This eliminates the need for centralized bridges, reduces liquidity fragmentation, and enables novel cross-chain applications like shared liquidity pools or unified DeFi positions.

Smart Contract Development

Core Capabilities of Our Compatibility Layer

Universal Proof Aggregation

Gas-Optimized State Synchronization

Security-First Architecture

Developer-Centric SDKs

High-Throughput Proof Generation

Protocol-Agnostic Design

Business Outcomes: Why Interoperable Proofs Matter

Accelerate Time-to-Market

Unlock New Revenue Streams

Future-Proof Your Architecture

Reduce Operational Risk & Cost

Enhance User Experience & Trust

Gain a Strategic Technical Edge

Build vs. Buy: The Cost of ZK Proof Interoperability

Our Delivery Process: From Architecture to Integration

1. Architecture & Protocol Design

2. Circuit Development & Optimization

3. Security Audit & Formal Verification

4. Integration & SDK Delivery

5. Production Deployment & Monitoring

6. Ongoing Support & Upgrades

Proven Technologies & Protocols

Zero-Knowledge Proof Frameworks

Multi-VM Smart Contract Integration

Formally Verified Circuits

High-Performance Provers

Interoperability Protocols

Enterprise-Grade Security

Frequently Asked Questions

Get a free quote.

Get In Touch
today.

Cross-VM ZK Proof Compatibility Layer

Smart Contract Development

Core Capabilities of Our Compatibility Layer

Universal Proof Aggregation

Gas-Optimized State Synchronization

Security-First Architecture

Developer-Centric SDKs

High-Throughput Proof Generation

Protocol-Agnostic Design

Business Outcomes: Why Interoperable Proofs Matter

Accelerate Time-to-Market

Unlock New Revenue Streams

Future-Proof Your Architecture

Reduce Operational Risk & Cost

Enhance User Experience & Trust

Gain a Strategic Technical Edge

Build vs. Buy: The Cost of ZK Proof Interoperability

Our Delivery Process: From Architecture to Integration

1. Architecture & Protocol Design

2. Circuit Development & Optimization

3. Security Audit & Formal Verification

4. Integration & SDK Delivery

5. Production Deployment & Monitoring

6. Ongoing Support & Upgrades

Proven Technologies & Protocols

Zero-Knowledge Proof Frameworks

Multi-VM Smart Contract Integration

Formally Verified Circuits

High-Performance Provers

Interoperability Protocols

Enterprise-Grade Security

Frequently Asked Questions

Get In Touch today.

Get In Touch
today.