System Architecture

The Protocol of Precision

A multi-layered infrastructure designed to bridge the gap between human-centric web structures and machine-native cognition.

Explore Architecture Technical Specs
Visualizing the State Machine

AXTree Orchestrator

DOM Parser Node V8 Isolate 01 V8 Isolate 02 Semantic Router RAW INPUT STREAM JSON INTENT WEBHOOK EMIT

Pruning 99% of DOM redundancy. Converting massive HTML trees into high-density semantic state maps that execute within stateless, isolated V8 environments.

System Parameters

Technical Specifications

Parameter Standard Tier Enterprise Fleet
Concurrency 1,000 parallel sessions Uncapped
V8 Memory Limit 2 GB / Isolate 16 GB / Dedicated Node
DOM Processing Latency < 150ms < 20ms
Data Retention 7 Days Zero-Retention / Bring-Your-Own-Bucket
Network Architecture Shared IP Pools Dedicated Carrier-Grade Proxies
VLM Grounding Latency < 3000ms (cloud) < 500ms (local vLLM)
Audit Log Format Parquet (SHA-256 hash-chain) KMS-encrypted at rest
Go SDK N/A agent-browser-go GA
Protocol 1

SOC2 Type II

Audited and verified enterprise security. End-to-end encryption for all in-flight session data.

Protocol 2

Air-Gapped Telemetry

Execution nodes are completely isolated from internal telemetry, ensuring zero cross-pollination of secure data.

Protocol 3

DDoS Resiliency

Global edge routing automatically absorbs volumetric attacks, ensuring 99.999% uptime for autonomous fleets.

Protocol 4

Tier 3 Visual Grounding

When the AXTree is insufficient, VLM fallback engages (OpenAI, Anthropic, or Local) with GDPR pixel-masking applied before any image is transmitted to cloud providers.

Protocol 5

Site Blueprints Engine

Pre-validated semantic schemas for enterprise portals (Salesforce Lightning, Workday HRIS). Zero-latency element resolution bypassing live DOM parsing entirely.

Protocol 6

robots.txt Compliance Guard

Automatic crawl-delay enforcement via distributed LockManager. Domain disallow path warnings per RFC 9309. Shared responsibility navigation model.