HyperLayer is now LIVE on GitHub.
The foundation of our zero-latency AI infrastructure is officially open for the community.
We’re building fast and now you can see it, fork it, track it, and grow with us.
This is just the beginning.
Agent modules, pipelines, SDK, and more incoming.
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X402 HyperLayer — Comprehensive Technical Update
Here is the detailed breakdown of the modules that have been completed and validated across the HyperLayer infrastructure.
1. Zero-Latency Agent Execution Layer
The agent execution pipeline has been fully refactored to support parallelized task flows and sub-second model responses.
The new architecture introduces:
Concurrent inference routing, enabling multiple agents to compute on shared context without collisions
Deterministic scheduling, reducing execution drift across chained AI actions
Adaptive caching, allowing repeated computations to resolve 4–7× faster
This update establishes the foundation required for autonomous AI tasks that demand sustained low-latency performance across chains.
2. X402 Payment — Cryptographic Settlement Core
The X402 Payment module has reached functional completion and has passed internal verification cycles.
The system now supports:
Hash-bound micropayments, ensuring irreversible settlement for agent-triggered executions
Isolated verification sandbox, validating transaction proofs without exposing wallet metadata
Sub-100 ms settlement checks on Base & Solana environments
This module serves as the financial backbone for all autonomous agents within HyperLayer, enabling seamless pay-per-execution workflows.
3. Market Intelligence Engine (Top-10 Multi-Chain Signal System)
The intelligence engine powering the AI Signal Feed has been finalized with improved sensitivity across BTC, ETH, SOL, and 7 additional top assets.
Enhancements include:
Real-time volatility normalization
Cross-chain liquidity aggregation from major DEXs
Agentic scoring model, generating actionable BUY/HOLD/SELL signals with refined confidence metrics
The data pipeline consistently resolves updates in under 150 ms, supporting live feeds and on-demand token analysis.
4. ZK-Ready Proof Preparation Layer (Pre-Integration)
The Zero-Knowledge preparation layer has completed phase 1 engineering, enabling HyperLayer to transition into ZK verifiable computation.
Core capabilities implemented:
Proof-friendly arithmetic transformations
Model-output compression for reduced proof sizes
Hash consistency mapping based on STARK-style trace structure
This layer ensures future modules—such as verifiable AI execution and ZK-secured payment attestations—can be integrated without architectural redesign.
5. HyperPortal UI/UX Infrastructure Update
The frontend system has been upgraded with:
Reactive state isolation
Faster fetch intervals
Improved socket stability
Reduced render overhead by ~42%
This provides the smooth interface experience needed for autonomous execution tools.
Here is the detailed breakdown of the modules that have been completed and validated across the HyperLayer infrastructure.
1. Zero-Latency Agent Execution Layer
The agent execution pipeline has been fully refactored to support parallelized task flows and sub-second model responses.
The new architecture introduces:
Concurrent inference routing, enabling multiple agents to compute on shared context without collisions
Deterministic scheduling, reducing execution drift across chained AI actions
Adaptive caching, allowing repeated computations to resolve 4–7× faster
This update establishes the foundation required for autonomous AI tasks that demand sustained low-latency performance across chains.
2. X402 Payment — Cryptographic Settlement Core
The X402 Payment module has reached functional completion and has passed internal verification cycles.
The system now supports:
Hash-bound micropayments, ensuring irreversible settlement for agent-triggered executions
Isolated verification sandbox, validating transaction proofs without exposing wallet metadata
Sub-100 ms settlement checks on Base & Solana environments
This module serves as the financial backbone for all autonomous agents within HyperLayer, enabling seamless pay-per-execution workflows.
3. Market Intelligence Engine (Top-10 Multi-Chain Signal System)
The intelligence engine powering the AI Signal Feed has been finalized with improved sensitivity across BTC, ETH, SOL, and 7 additional top assets.
Enhancements include:
Real-time volatility normalization
Cross-chain liquidity aggregation from major DEXs
Agentic scoring model, generating actionable BUY/HOLD/SELL signals with refined confidence metrics
The data pipeline consistently resolves updates in under 150 ms, supporting live feeds and on-demand token analysis.
4. ZK-Ready Proof Preparation Layer (Pre-Integration)
The Zero-Knowledge preparation layer has completed phase 1 engineering, enabling HyperLayer to transition into ZK verifiable computation.
Core capabilities implemented:
Proof-friendly arithmetic transformations
Model-output compression for reduced proof sizes
Hash consistency mapping based on STARK-style trace structure
This layer ensures future modules—such as verifiable AI execution and ZK-secured payment attestations—can be integrated without architectural redesign.
5. HyperPortal UI/UX Infrastructure Update
The frontend system has been upgraded with:
Reactive state isolation
Faster fetch intervals
Improved socket stability
Reduced render overhead by ~42%
This provides the smooth interface experience needed for autonomous execution tools.
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First Look: Internal STARK Flow Prototype
Here’s the first snippet from our internal implementation a minimal 2k-STARK trace + constraint flow.
Even in its early form, this module is already powering our experimental zero-latency proof pipeline inside X402 HyperLayer.
This segment showcases:
Trace construction
Transition constraints
Boundary rules for proof integrity
It’s just a glimpse of what’s running under the hood and we’re only getting started.
Second snippet coming next.
Here’s the first snippet from our internal implementation a minimal 2k-STARK trace + constraint flow.
Even in its early form, this module is already powering our experimental zero-latency proof pipeline inside X402 HyperLayer.
This segment showcases:
Trace construction
Transition constraints
Boundary rules for proof integrity
It’s just a glimpse of what’s running under the hood and we’re only getting started.
Second snippet coming next.
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X402 Hyper Layer
First Look: Internal STARK Flow Prototype Here’s the first snippet from our internal implementation a minimal 2k-STARK trace + constraint flow. Even in its early form, this module is already powering our experimental zero-latency proof pipeline inside X402…
STARK Constraint Pipeline
Second snippet from our internal prototype.
This part finalizes the constraint builder and prepares the trace for proof generation.
Lightweight, deterministic, and optimized for zero-latency flows inside HyperLayer.
More to come.
Second snippet from our internal prototype.
This part finalizes the constraint builder and prepares the trace for proof generation.
Lightweight, deterministic, and optimized for zero-latency flows inside HyperLayer.
More to come.
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The first public preview of the X402 HyperLayer Agent is now live on x402scan.
Our agent is now fully operational inside the x402 ecosystem with real endpoint routing, multi model inference access, and automated request handling.
This initial deployment integrates:
• GPT-OSS 120B for open-source reasoning
• Kimi K2 for long-context inference (200k+ tokens)
• Qwen-Coder for advanced code understanding
• POIM Answer/Question endpoints for verifiable task execution
Each tool is executed through the x402 payflow, allowing zero-latency calls, deterministic billing, and verifiable request traces across the network.
This marks the first step of our broader objective:
Autonomous AI execution running natively on the HyperLayer architecture.
More modules will be integrated over the next development phase.
The foundation is now laid we’re building steadily, layer by layer.
Our agent is now fully operational inside the x402 ecosystem with real endpoint routing, multi model inference access, and automated request handling.
This initial deployment integrates:
• GPT-OSS 120B for open-source reasoning
• Kimi K2 for long-context inference (200k+ tokens)
• Qwen-Coder for advanced code understanding
• POIM Answer/Question endpoints for verifiable task execution
Each tool is executed through the x402 payflow, allowing zero-latency calls, deterministic billing, and verifiable request traces across the network.
This marks the first step of our broader objective:
Autonomous AI execution running natively on the HyperLayer architecture.
More modules will be integrated over the next development phase.
The foundation is now laid we’re building steadily, layer by layer.
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HyperLayer – Internal System Validation & Test Metrics
While progressing through HyperLayer’s internal validation cycle, we’ve begun instrumenting low level metrics across the A2A payment runtime, model execution pipeline, and multi network simulation layer.
These tests focus on evaluating how our execution engine behaves under deterministic conditions specifically: payment resolution across the x402 transport spec, inference routing stability through the model executor modules, and cross chain event propagation simulated over our abstracted network adapters.
At this stage, our engineering goals center on:
• A2A Payment Test Calls (10 executions)
Benchmarked against our internal x402-compliant "exact" scheme, validating payment intents, resolver correctness, and end-to-end settlement signature flows.
• Model Execution Requests (7 requests)
Running through the lightweight inference runtime with mocked weights and deterministic state hashing to verify output consistency and executor hermeticity.
• Cross-Chain Simulation Events (<3 events)
Simulated via our multi chain abstraction layer to analyze message encoding, relay propagation timing, and error-tolerance across Base, Solana, and EVM compatible endpoints.
These numbers represent controlled, intentional micro scale executions used to verify the correctness of the orchestration path before we open the pipeline to higher-throughput public test agents.
Runtime profiling, STARK proof generation, and x402 transport-layer integration will continue expanding as we move toward multi-agent concurrency tests.
While progressing through HyperLayer’s internal validation cycle, we’ve begun instrumenting low level metrics across the A2A payment runtime, model execution pipeline, and multi network simulation layer.
These tests focus on evaluating how our execution engine behaves under deterministic conditions specifically: payment resolution across the x402 transport spec, inference routing stability through the model executor modules, and cross chain event propagation simulated over our abstracted network adapters.
At this stage, our engineering goals center on:
• A2A Payment Test Calls (10 executions)
Benchmarked against our internal x402-compliant "exact" scheme, validating payment intents, resolver correctness, and end-to-end settlement signature flows.
• Model Execution Requests (7 requests)
Running through the lightweight inference runtime with mocked weights and deterministic state hashing to verify output consistency and executor hermeticity.
• Cross-Chain Simulation Events (<3 events)
Simulated via our multi chain abstraction layer to analyze message encoding, relay propagation timing, and error-tolerance across Base, Solana, and EVM compatible endpoints.
These numbers represent controlled, intentional micro scale executions used to verify the correctness of the orchestration path before we open the pipeline to higher-throughput public test agents.
Runtime profiling, STARK proof generation, and x402 transport-layer integration will continue expanding as we move toward multi-agent concurrency tests.
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We’ve officially submitted the x402 HyperLayer organization for platform verification a step toward establishing a trusted identity for the infrastructure powering autonomous AI payments.
Verification isn’t just a status symbol for us it reflects the maturity of the protocol, the transparency of our development process, and the reliability expected from teams building on top of x402 agent settlement rails.
As the demand for low-latency, trust-minimized agent coordination grows, having verified infrastructure will help developers, ecosystem partners, and institutions integrate with confidence.
This aligns with the next phase of our rollout including:
🔹 Expanded SDK access
🔹 Multi-chain support for x402 payments
🔹 First external agent integrations
Thank you to everyone following our progress. We’re building the foundation for real autonomous value transfer and verification is only the beginning.
Verification isn’t just a status symbol for us it reflects the maturity of the protocol, the transparency of our development process, and the reliability expected from teams building on top of x402 agent settlement rails.
As the demand for low-latency, trust-minimized agent coordination grows, having verified infrastructure will help developers, ecosystem partners, and institutions integrate with confidence.
This aligns with the next phase of our rollout including:
🔹 Expanded SDK access
🔹 Multi-chain support for x402 payments
🔹 First external agent integrations
Thank you to everyone following our progress. We’re building the foundation for real autonomous value transfer and verification is only the beginning.
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Dev update.
We’ve started integrating the STARK-based proof layer into the x402 execution pipeline.
✔ Internal validation benchmarks passed
✔ Proof batching & verification flow now stable
✔ Settlement logic connected to gateway service
Next step: running multi call settlement tests with simulated load to ensure the STARK proofs still hold under stress conditions.
If results stay consistent, we’ll expose the first public SDK hooks for developers.
We’ve started integrating the STARK-based proof layer into the x402 execution pipeline.
✔ Internal validation benchmarks passed
✔ Proof batching & verification flow now stable
✔ Settlement logic connected to gateway service
Next step: running multi call settlement tests with simulated load to ensure the STARK proofs still hold under stress conditions.
If results stay consistent, we’ll expose the first public SDK hooks for developers.
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Major Update: X402 HyperLayer Payment dApp
We’ve shipped a significant upgrade to the HyperLayer payment stack with new capabilities designed for autonomous agents, developers, and on-chain applications.
New features included in this release:
Invoice System
Create custom payment requests with multi-asset support (USDC, USDT, ETH) across Base, Ethereum, Polygon, and Arbitrum.
Developer Webhooks
Receive real-time callbacks for payment.confirmed, invoice.paid, and proof.verified events. Designed for automated backend workflows and agent triggers.
Test Mode
Simulate full payment settlement flows without real funds or gas. Ideal for development, integration testing, and demos.
Advanced Payment History
Filter and inspect transactions by status, amount, network, asset, and timestamp with UTC precision.
Enhanced Proof Viewer
Display detailed zkSTARK proof metadata including size, generation timestamp, and chain context. Fully mock-capable while preserving real cryptographic structure.
Multi-Chain Interface
Network-aware UI with proper asset routing and chain context across the application.
This release focuses on reliability, developer experience, and forward compatibility with the x402 protocol. The system runs on a modular SDK architecture with zkSTARK-based verification and a transparent glassmorphic UI theme.
We’ve shipped a significant upgrade to the HyperLayer payment stack with new capabilities designed for autonomous agents, developers, and on-chain applications.
New features included in this release:
Invoice System
Create custom payment requests with multi-asset support (USDC, USDT, ETH) across Base, Ethereum, Polygon, and Arbitrum.
Developer Webhooks
Receive real-time callbacks for payment.confirmed, invoice.paid, and proof.verified events. Designed for automated backend workflows and agent triggers.
Test Mode
Simulate full payment settlement flows without real funds or gas. Ideal for development, integration testing, and demos.
Advanced Payment History
Filter and inspect transactions by status, amount, network, asset, and timestamp with UTC precision.
Enhanced Proof Viewer
Display detailed zkSTARK proof metadata including size, generation timestamp, and chain context. Fully mock-capable while preserving real cryptographic structure.
Multi-Chain Interface
Network-aware UI with proper asset routing and chain context across the application.
This release focuses on reliability, developer experience, and forward compatibility with the x402 protocol. The system runs on a modular SDK architecture with zkSTARK-based verification and a transparent glassmorphic UI theme.
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We’ve now processed over 100 zk-STARK verification cycles in a live environment with an average settlement time below 350ms, including state transition and proof finalization.
Recent improvements include:
Batch verification pipeline with adaptive proof aggregation
Optimized circuit commit / reveal flow for x402 payment requests
Settlement timing reduced via parallelized witness generation
Updated facilitator workers to support multi chain confirmation
Internal latency profiling for proof commitment, seal, and return path
Added failure tolerant retry logic for delayed agent responses
Next steps: exposing proof metrics via SDK + enabling public performance dashboards.
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Launch Update: x402 HyperLayer Browser is Live
We’re introducing the first iteration of the x402 HyperLayer Browser a cryptographic search interface powered by verifiable zk-STARK proof checks and real-time query execution.
This release focuses on delivering a minimal, fast, and verifiable search experience where every query produces a unique proof pattern and a validated result set.
The goal is simple: bring cryptographic guarantees into everyday web discovery.
Key capabilities in this launch:
• Proof-Verified Search - Each result is paired with a lightweight zk-STARK validation layer.
• Dynamic Query Engine - Responses adapt uniquely to each input, no static caching model.
• Real-Time Execution - Low-latency fetching through the HyperLayer request pipeline.
• Unified Interface - Clean, lightweight, and optimized for mobile + desktop.
We’re actively expanding the result index, adding multi source aggregation, and integrating full HyperLayer agent routing.
A short demo is attached to showcase the current build.
Full rollout continues this week.
🤩 Try it now:
https://search-hyperlayer.site
We’re introducing the first iteration of the x402 HyperLayer Browser a cryptographic search interface powered by verifiable zk-STARK proof checks and real-time query execution.
This release focuses on delivering a minimal, fast, and verifiable search experience where every query produces a unique proof pattern and a validated result set.
The goal is simple: bring cryptographic guarantees into everyday web discovery.
Key capabilities in this launch:
• Proof-Verified Search - Each result is paired with a lightweight zk-STARK validation layer.
• Dynamic Query Engine - Responses adapt uniquely to each input, no static caching model.
• Real-Time Execution - Low-latency fetching through the HyperLayer request pipeline.
• Unified Interface - Clean, lightweight, and optimized for mobile + desktop.
We’re actively expanding the result index, adding multi source aggregation, and integrating full HyperLayer agent routing.
A short demo is attached to showcase the current build.
Full rollout continues this week.
https://search-hyperlayer.site
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x402 StarkLite - Core Modules Now Live on GitHub
We have pushed the first production-ready version of x402 StarkLite to GitHub.
This release delivers lightweight, high-performance zk-STARK primitives optimized for payment verification, proof batching, and low-latency on-chain settlement.
This update removes integration friction for developers by providing modular, self-contained components that can be used across AI Agent workflows, cross-chain payment routers, and verification pipelines.
What is x402 StarkLite?
x402 StarkLite is a minimal zk-STARK computational layer designed for:
deterministic proof generation
low-size proof artifacts
sub-millisecond verification
browser-safe WASM execution
cross-chain settlement flows (Base, Solana, Ethereum)
It includes:
a TypeScript verification API
a Rust-powered native proof engine
a WASM module for client-side proof validation
reference circuits for payment hashing, routing, and execution integrity
What’s inside the GitHub release
stark-lite-core/
Proof engine, field operations, hash components, and trace builders.
wasm/
WASM bindings for browser-side verification + minimal JS wrapper.
examples/
Reference implementations for payment intent hashing, settlement confirmation, and batch proof checks.
bench/
Benchmarks for proof size, verification time, and execution overhead.
README.md
Full documentation + integration guides for payments, AI agent flows, and multi-network execution.
visit : https://github.com/x402HyperLayer/x402-starklite
Designed for x402 HyperLayer
StarkLite acts as the cryptographic backbone for:
x402 payment proof orchestration
the HyperLayer Browser’s proof-verified search
multi-chain settlement pipelines
AI agent integrity checks across networks
This is the lightweight layer powering the entire protocol.
We have pushed the first production-ready version of x402 StarkLite to GitHub.
This release delivers lightweight, high-performance zk-STARK primitives optimized for payment verification, proof batching, and low-latency on-chain settlement.
This update removes integration friction for developers by providing modular, self-contained components that can be used across AI Agent workflows, cross-chain payment routers, and verification pipelines.
What is x402 StarkLite?
x402 StarkLite is a minimal zk-STARK computational layer designed for:
deterministic proof generation
low-size proof artifacts
sub-millisecond verification
browser-safe WASM execution
cross-chain settlement flows (Base, Solana, Ethereum)
It includes:
a TypeScript verification API
a Rust-powered native proof engine
a WASM module for client-side proof validation
reference circuits for payment hashing, routing, and execution integrity
What’s inside the GitHub release
stark-lite-core/
Proof engine, field operations, hash components, and trace builders.
wasm/
WASM bindings for browser-side verification + minimal JS wrapper.
examples/
Reference implementations for payment intent hashing, settlement confirmation, and batch proof checks.
bench/
Benchmarks for proof size, verification time, and execution overhead.
README.md
Full documentation + integration guides for payments, AI agent flows, and multi-network execution.
visit : https://github.com/x402HyperLayer/x402-starklite
Designed for x402 HyperLayer
StarkLite acts as the cryptographic backbone for:
x402 payment proof orchestration
the HyperLayer Browser’s proof-verified search
multi-chain settlement pipelines
AI agent integrity checks across networks
This is the lightweight layer powering the entire protocol.
x402 StarkLite CLI — First Look
We’re introducing the early preview of x402 StarkLite CLI, a lightweight command-line interface for generating and verifying zk-STARK proofs directly from the terminal.
This module focuses on giving developers a minimal, fast, and transparent way to interact with the x402 proof stack:
Initialization of the StarkLiteContext with 128-bit trace security
Deterministic zk-STARK proof generation with size + cycle breakdown
Local proof verification flow with structured output
Modular architecture designed to plug into the HyperLayer pipeline (Proof Engine → Router → Payment Layer)
StarkLite CLI is part of the ongoing effort to modularize our cryptographic stack, enabling smaller systems, local agents, and constrained environments to run x402-compatible proofs without full node overhead.
More updates soon as we finalize the StarkLite runtime, WASM target, and proof batching support.
We’re introducing the early preview of x402 StarkLite CLI, a lightweight command-line interface for generating and verifying zk-STARK proofs directly from the terminal.
This module focuses on giving developers a minimal, fast, and transparent way to interact with the x402 proof stack:
Initialization of the StarkLiteContext with 128-bit trace security
Deterministic zk-STARK proof generation with size + cycle breakdown
Local proof verification flow with structured output
Modular architecture designed to plug into the HyperLayer pipeline (Proof Engine → Router → Payment Layer)
StarkLite CLI is part of the ongoing effort to modularize our cryptographic stack, enabling smaller systems, local agents, and constrained environments to run x402-compatible proofs without full node overhead.
More updates soon as we finalize the StarkLite runtime, WASM target, and proof batching support.
HyperLayer is officially entering the Starknet ecosystem.
Our integration PR has been submitted and is now pending approval by the core maintainers.
This is a major step forward: once merged, HyperLayer will be publicly listed on the Starknet Ecosystem website alongside infrastructure leaders and zk-based innovations. This will unlock massive visibility for our protocol.
HyperLayer introduces a zk-STARK accelerated settlement layer with multi network micropayments, deterministic proof orchestration, and encrypted agent transactions across EVM + non-EVM chains. Now it's one step closer to being recognized at ecosystem level.
PR link (live):
https://github.com/419Labs/starknet-ecosystem.com/pull/1109
If you’re early, you know what this means.
The momentum is just getting started.
Our integration PR has been submitted and is now pending approval by the core maintainers.
This is a major step forward: once merged, HyperLayer will be publicly listed on the Starknet Ecosystem website alongside infrastructure leaders and zk-based innovations. This will unlock massive visibility for our protocol.
HyperLayer introduces a zk-STARK accelerated settlement layer with multi network micropayments, deterministic proof orchestration, and encrypted agent transactions across EVM + non-EVM chains. Now it's one step closer to being recognized at ecosystem level.
PR link (live):
https://github.com/419Labs/starknet-ecosystem.com/pull/1109
If you’re early, you know what this means.
The momentum is just getting started.
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How x402 HyperLayer Processes Encrypted Payments in <300ms
Across Solana, Base, Polygon, Avalanche, Sei & more.
Here’s the full breakdown of how an encrypted x402 request travels through our infra from agent → settlement → verification without ever exposing plaintext data:
1️⃣ Encrypted Agent Request
An autonomous x402-enabled AI agent initiates an encrypted action (payment / routing / auth).
All computation happens directly on ciphertext no decryption step anywhere.
2️⃣ HyperLayer Router
Our router receives the encrypted payload and automatically chooses the most optimal chain for cost + speed.
No configuration needed.
No API keys.
Just a single encrypted request.
3️⃣ Multi-Chain Settlement Engine
The request is forwarded to the selected chain (Solana, Base, Polygon, Avalanche, Sei, etc.).
gasless execution
1–subsecond finality on supported networks
unified cross-chain settlement via one interface
4️⃣ zk-STARK Proof Generation
The encrypted computation is wrapped into a compact zk-STARK validity proof, making the result verifiable without exposing any private data.
5️⃣ Storage Layer (IPFS + DB)
We store ciphertext patterns + proof hashes on decentralized storage for immutability.
Real-time analytics track latency, routing accuracy, and encrypted-agent behaviour all without revealing user data.
6️⃣ Wallet / Agent Receiver
Funds or actions arrive instantly in the receiving wallet/agent
(SOL, SPL, ETH, ERC-20, Base tokens, etc.),
ready for autonomous follow up routing.
💡 Why it matters
A single encrypted x402 request triggers multi-chain routing, gasless settlement, zk-STARK verification, and decentralized proof storage all in under a second.
This is the execution layer for encrypted Web3 agents and privacy-first machine-to-machine payments.
Across Solana, Base, Polygon, Avalanche, Sei & more.
Here’s the full breakdown of how an encrypted x402 request travels through our infra from agent → settlement → verification without ever exposing plaintext data:
1️⃣ Encrypted Agent Request
An autonomous x402-enabled AI agent initiates an encrypted action (payment / routing / auth).
All computation happens directly on ciphertext no decryption step anywhere.
2️⃣ HyperLayer Router
Our router receives the encrypted payload and automatically chooses the most optimal chain for cost + speed.
No configuration needed.
No API keys.
Just a single encrypted request.
3️⃣ Multi-Chain Settlement Engine
The request is forwarded to the selected chain (Solana, Base, Polygon, Avalanche, Sei, etc.).
gasless execution
1–subsecond finality on supported networks
unified cross-chain settlement via one interface
4️⃣ zk-STARK Proof Generation
The encrypted computation is wrapped into a compact zk-STARK validity proof, making the result verifiable without exposing any private data.
5️⃣ Storage Layer (IPFS + DB)
We store ciphertext patterns + proof hashes on decentralized storage for immutability.
Real-time analytics track latency, routing accuracy, and encrypted-agent behaviour all without revealing user data.
6️⃣ Wallet / Agent Receiver
Funds or actions arrive instantly in the receiving wallet/agent
(SOL, SPL, ETH, ERC-20, Base tokens, etc.),
ready for autonomous follow up routing.
💡 Why it matters
A single encrypted x402 request triggers multi-chain routing, gasless settlement, zk-STARK verification, and decentralized proof storage all in under a second.
This is the execution layer for encrypted Web3 agents and privacy-first machine-to-machine payments.