ArchiLabs offers an AI‑native CAD platform that runs entirely in the browser, enabling architects, MEP engineers, and data‑center designers to create and iterate complex facility layouts rapidly. Its smart components embed domain knowledge such as power draw, clearance, and cooling requirements, while a Python‑first interface lets users script and automate workflows that can be generated from plain‑English prompts. Real‑time collaboration with built‑in version control ensures deterministic, auditable designs without file‑locking issues.
Funding
$500K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Designing complex facilities such as data centers and MEP systems with traditional CAD tools is time‑consuming, prone to configuration errors, and difficult to coordinate across multiple stakeholders.
Solution
ArchiLabs provides an AI‑native CAD platform that runs entirely in the browser, enabling rapid generation and iteration of facility layouts. Smart components embed domain knowledge—power draw, clearance, cooling requirements—and are validated instantly when moved. The platform treats every component as a Python class, allowing engineers to script automation workflows that can be generated from plain English prompts. AI‑driven design generation is deterministic and auditable, ensuring reproducible results while delivering speed. Real‑time collaboration and built‑in version control let multiple users work concurrently without file locking, with full change history, branching, and merging capabilities.
Target Audience
Primary customers are architects, MEP engineers, and data‑center design teams that need fast, reliable, and collaborative CAD workflows for complex facilities.
Features
- Smart components with built‑in intelligence for power, clearance, and cooling validation
- Python‑first interface where components are Python classes and automation scripts are native Python code
- AI‑generated design iterations that are deterministic, auditable, and reproducible
- Real‑time collaborative editing with conflict‑free version control, branching, and diff/merge tools
- Unlimited AI usage and workflow runs included in the subscription
- Browser‑based platform that integrates with existing design toolchains without additional installations