EU-built control plane for enterprise AI that governs every LLM and MCP call
Persistent Linux computers for AI agents, from about $0.03 an hour
Stage
Not given
Not given
Founded
Not given
Not given
Based in
NL
Not given
Pricing model
Freemium
Paid
Pricing
Pay-as-you-go: 1M free requests per month with BYOK (bring your own keys), then 4% fee; 4.5% fee on Orq.ai keys. Included monthly: 100k spans, 1 GB processed data, 500 agent runs, unlimited AI Gateway seats. AI Studio seats €35/seat/month. Spans €7 per 100k after included allowance. Processed data €
ac-2: $0.000008 per second ($0.0288 per hour), $13.50 monthly cap. ac-4: $0.000016 per second ($0.0576 per hour), $26.10 cap. ac-8: $0.000032 per second ($0.1152 per hour), $49.50 cap. ac-16: $0.000064 per second ($0.2304 per hour), $89.10 cap. ac-32: $0.000128 per second ($0.4608 per hour), $178.20
Key features
OpenAI-compatible API for 500+ models from 30+ providers
MCP Gateway for governed tool calls
Budgets, spend limits and guardrail enforcement
PII detection and redaction
Agent Runtime for single and multi-agent systems
Knowledge bases with RAG and document processing
EU data residency and GDPR compliance
SOC 2 Type 2 attestation and compliance tools
Audit logs and comprehensive activity tracking
Full Debian 13 Linux VM with root access
Docker and Docker Compose included
Chromium desktop with screenshots and input actions
Private HTTPS preview URLs for any port
SSH access including VS Code over SSH
Pause and resume with state preservation
HTTPS API with MCP server support
Per-second billing with monthly caps
Snapshots and private images
Spend controls and monthly limits
What makes it different
EU-built platform with sovereignty and data residency control
Single control plane for both AI traffic and autonomous software delivery
No vendor lock-in with bring-your-own-keys and easy data export
Governance applied in real-time during execution, not after the fact
Humans remain in control of critical decisions in autonomous software delivery
Persistent state preserved across pause and resume cycles