Traditional Blockchain: All Nodes Repeat Execution
Traditional Blockchain: All Nodes Repeat Execution
- N computations · N costs
- Deterministic requirements limit complex computations
- Difficult to support AI and external system calls
ISPC Verifiable Computation Paradigm
Unlock Decentralized Intelligence for the AI Era
Break the limits of deterministic consensus, enabling AI and complex computations to run trustlessly on-chain.
- Verifiable Computation Paradigm · Single execution, multi-point verification
- AI Native · Full AI inference process auditable on-chain
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Paradigm Breakthrough
From 'Repeated Execution' to Verifiable Computation
Traditional blockchains rely on , making it difficult to support AI and complex business logic. WES / Weisyn reconstructs this with : single execution, multi-point verification, enabling complex computations that are both high-performance and provable.
WES / ISPC
WES / ISPC: Single Execution + Multi-Point Verification
- Single execution, controllable costs
- Verifiable proofs replace repeated execution
- Support AI inference and long transactions
Core Capabilities
Three Core Capabilities: From Paradigm to Implementation
WES / Weisyn centers on the ISPC verifiable computation paradigm, providing breakthrough capabilities in three dimensions: AI Native, enterprise long transactions, and cost optimization.
ISPC · Layer 1
AI Native: Blockchain Built for AI
Break deterministic consensus, enabling AI inference processes to run trustlessly on-chain.
- Single execution + multi-point verification · Verifiable proofs replace repeated execution, avoiding redundant AI computations across the network
- Multiple AI model inference recordable · Support recording key inference steps and parameters on-chain in a verifiable manner
ISPC · Layer 2
Enterprise Long Transactions & External System Coordination
Complete business processes can be safely executed within a single atomic boundary.
- Cross-system long transaction orchestration · Chain ERP / MES / WMS and other multi-system operations in a single atomic transaction
- External calls controlled and witnessed on-chain · Database and API calls have clear order and state records on-chain
ISPC · Layer 3
Verifiable Computation Paradigm & Cost Optimization
Center on verifiable computation, reconstructing performance and cost structure.
- ISPC Verifiable Computation Paradigm · Replace repeated execution with verifiable consensus, seen as the foundation of third-generation blockchains
- Single execution, controllable costs · Complex computations and external calls execute only once, significantly reducing fees and latency
Get Started with WES / Weisyn Now
Two core entry points: to browse on-chain data, to start building and operating applications
Product Matrix
Product Matrix: Complete Toolchain from Browsing to Building
WES / Weisyn provides a complete toolchain from on-chain data browsing, contract development to AI model deployment, offering a one-stop experience for developers and operators.
On-Chain Browsing & Debugging
weisyn-explorer
On-chain data browsing and debugging entry point.
One-Stop Workbench
weisyn-workbench
One-stop development and operations workbench for contracts and AI models.
Contract SDK (Go / TS / AS)
Contract SDK (Go / TS / AS)
Business-semantic contract SDKs with implementations in Go, TypeScript and AssemblyScript (WASM-friendly), helping you build on-chain business logic in familiar languages.
Network Status
Network Status at a Glance: The Chain is Continuously Producing Blocks and Running Inference
Real-time data showing the active status of WES / Weisyn Mainnet, proving that verifiable computation is continuously happening on this chain.
Current Block Height
…
Chain continuously producing blocks, maintaining secure operation
Total On-Chain Transactions
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Total number of all confirmed transactions
Average Transactions per Block
…
Reflects 'ongoing activity' through recent N blocks' transaction statistics
Deployed Smart Contracts
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Business logic callable on-chain
Deployed AI Models
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Model instances supporting verifiable inference
Use Cases
AI + Enterprise Applications: Not Speculation, But Real Business
With the ISPC verifiable computation paradigm, WES / Weisyn supports diverse scenarios from healthcare to finance, manufacturing to e-commerce, bringing AI decisions and complex business processes on-chain while maintaining verifiability and high performance.
High Sensitivity / High Responsibility Scenarios
Medical AI: Traceable Diagnosis Process
Doctor/system initiates diagnosis
AI model inference + proof generation
WES chain records evidence
Retrospective traceability
Record key AI inference and parameters on-chain, enabling retrospective review of every diagnostic basis in case of medical disputes.
Want to learn more about industry cases and PoC partnership paths?
Developers & Ecosystem
Everything Starts with Developers: 3 Paths into WES / Weisyn
Whether you're a , , or , you can enter the WES ecosystem from a starting point prepared for you.
Use 30-second experience + documentation and community resources to quickly understand the technical and business value of 'verifiable computation'.
Developers
- 30-second experience of on-chain AI and smart contracts
- Quick Start · SDK Docs · Example Repositories
Architects
- System architecture and ISPC technical details
- Performance and security model evaluation materials
Enterprises & Partners
- Application scenarios and market positioning
- Typical cases and PoC partnership paths
30-Second Experience: On-Chain AI Inference + Smart ContractsBased on WES CLI · Verifiable Computation
# 启动本地开发节点
./bin/development --api-only
# 部署示例 AI 模型
wes ai deploy models/examples/basic/sklearn_randomforest/sklearn_randomforest.onnx \
--name "Iris Classifier"
# 调用模型进行链上推理
wes ai infer \
--model-hash 0xabc123... \
--input '{"input": [[5.1, 3.5, 1.4, 0.2]]}'