Vertixia is an enterprise-grade Agentic Operating System — a hard-partition, soft-bridge environment where AI agents operate with strict governance, multi-tenant isolation, and human oversight built in from day one.
Our core philosophy: high-trust, high-density AI orchestration with zero compromise on tenant isolation or human oversight.
Most AI platforms treat security and governance as bolt-ons. We built them into the kernel. Every agent extends BaseAgent. Every table has RLS. Every external action requires HITL approval. Every inbound signal passes through Sentry's HMAC validation.
The result: enterprises can run dozens of agent-powered products on a single deployment with full confidence that tenant boundaries are inviolable.
The principles that shape every kernel decision.
Every table carries a tenant_id. Row-Level Security is non-negotiable. The Sentry Agent validates every inbound signal with HMAC before it enters the system.
Zero-config agent registration via @Agent. Swap LLM providers with a single env var. Pristine Command means complexity stays in the kernel, not in your code.
Agents propose; humans approve. Destructive and external actions are queued in the Tool Approval Gate before execution — always.
The BIOS kernel catches schema errors, retries with reflection, and hot-swaps providers. 99.7% success rate even when your primary LLM is down.
Four system agents that power the OS itself — always running, never idle.
Powers the Omni-Box (Cmd+K). Semantic routing to any agent, flow, or resource in the system.
HMAC validation, JWT enforcement, and tenant boundary checking on every inbound signal.
Auto-tags, indexes, and routes knowledge to the Vault. Keeps the Memory Filesystem clean.
Enforces token budgets, rate limits, and cost ceilings per tenant and per project.
From first kernel to full Agentic OS.
Core onion architecture, NestJS backend, first RAG Orchestrator kernel.
BaseAgent standard, @Agent auto-discovery, Tool Registry HAL.
All 8 OS kernels operational: Scheduler, Governor, BIOS, Memory Filesystem.
Universal ingestion ring — webhooks, proactive harvesters, Sentry validation.
Multi-tenant RLS hardening, Mission Control console, Omni-Box semantic search.
Launch Mission Control and see all 8 kernels running in your own environment.