Strength through
intelligence.
Titan AI builds networked autonomous systems — wheeled, aerial, and legged — that see, coordinate, and protect. Centralized when you need command. Decentralized when you need resilience. Autonomous when you need independence.
Titan AI is a software company in a discipline that can't escape metal. The autonomy stack is the asset that compounds — but robotics doesn't deploy in the abstract, so we ship the hardware too. Software is the product. Hardware is the proof it works.
The autonomy stack has two halves. Titan Core OS is the endpoint OS — perception, planning, control, and fallback navigation on every machine, sub-10ms inference, no cloud dependency. Titan Command Center is the centralized control platform — mission planning, live dashboards, OTA updates, and remote teleop. Connected, Command sets intent and Core executes. Disconnected, Core keeps going on its own and resyncs when the link returns.
We also design and ship three machines — engineered around Titan Core OS from the silicon up: Titan 0000 (wheeled), Titan 88 (aerial), and Titan 1111 (legged). Customers who already operate vehicle, drone, or quadruped fleets aren't stranded — the same Titan Core OS runtime runs on third-party hardware. Either path: same brain, same Command, same data flywheel. Deployable across eight industries, from human transport to defense to search and rescue.
We deliberately avoid domains where regulation hasn't caught up with the technology — humanoid robots, surgical robotics, consumer home systems. Not because we can't build them, but because disciplined companies choose their battles. When the regulatory landscape matures, our platform — and our three control paradigms — will be ready. Until then, we focus on the domains where machines move through the world today.
Make autonomous systems as dependable and affordable as the hardware they run on.
Autonomy should not be a luxury. When the software is the value and the hardware is commodity, every fleet operator, every farm, every security organization can deploy intelligent machines at scale. Defense-grade reliability at commercial prices.
Software-first, hardware where it serves the software
The autonomy stack is the asset. We ship Titan 0000/88/1111 — hardware engineered around Titan Core OS from the silicon up. The same runtime also runs on third-party fleets, so customers aren't locked into our chassis.
Defense-grade, always
Every system is built to operate in harsh conditions, adversarial environments, and zero-downtime scenarios. If it works in theater, it works everywhere.
Economics first
We refuse to ship a solution that only works at scale with custom hardware. Unit economics must work at unit one — then improve with scale.
Discipline over ambition
We choose domains where we can dominate now. Humanoid and medical robotics will come when regulation is ready. We don't chase hype — we deploy.
The industry builds single-domain robots.
We build the autonomy layer.
Most robotics companies are locked into one form factor, one market, and proprietary hardware that costs six figures per unit. Titan is architecturally different.
Multi-form-factor platform
When a customer needs ground patrol AND aerial overwatch AND rough-terrain inspection, they don't need three vendors with three contracts and three training programs. They need one platform that deploys all three from the same console — with shared perception, shared planning, and shared learning.
Software-first, hardware that proves it
Most autonomy companies pour 60% of capital into proprietary hardware customers can't escape. We invest disproportionately in perception, planning, and sim-to-real — and we ship Titan 0000/88/1111 to prove the software survives real silicon. Customers can buy the machine or run Titan Core OS on hardware they already operate. The intelligence survives the hardware.
Cross-domain data advantage
A single-domain company trains on one type of environment. Our fleet collects data across urban roads, agricultural fields, construction sites, defense perimeters, and disaster zones. Obstacle detection trained on farm fields improves construction navigation. Three form factors times eight industries creates a combinatorial advantage no single-domain competitor can match.
Defense + commercial flywheel
Defense provides high-margin, sticky revenue with long contract cycles and forces the highest reliability standards. Commercial provides volume, data, and TAM expansion. The same autonomy stack serves both — defense-grade reliability at commercial prices. Revenue diversification across both creates resilience that single-market competitors lack.
Fleet platform, not a product
Most robotics companies sell a machine with a companion app. We sell the control platform for autonomous fleets. Titan Command Center lets one operator supervise 30 units across all form factors — with remote override, OTA updates, mission planning, and audit trails. The difference between a hardware company and a platform company.
Software economics at scale
Proprietary hardware companies face declining margins as they scale — more units means more manufacturing, more inventory, more support. Our margins improve with scale. Software subscription revenue is recurring. OTA updates replace truck rolls. The autonomy stack is the only asset in the system that appreciates — everything else depreciates.
Three deployment models. Unit economics from unit one.
We sell autonomy, not hardware. Whether you bring your own fleet or we manage it for you — the software subscription model means predictable costs, continuous improvement via OTA, and no seven-figure upfront commitments.
Autonomy-as-a-Service
Software subscription on your existing hardware. You own the vehicles and drones. We provide the autonomy stack, Titan Command Center fleet management, OTA updates, and support.
Managed Fleet
We deploy and operate the fleet end-to-end. Pricing tied to outcomes — deliveries, area patrolled, acres surveyed. You define the mission; we handle everything else.
Enterprise & Defense
On-premise, air-gapped deployment with dedicated engineering support. ITAR, FedRAMP, and MIL-STD certified. For organizations where data sovereignty is non-negotiable.
San Francisco
Core AI research, platform engineering, and defense programs. Home to perception, planning, and simulation teams.
Seoul
Systems engineering, hardware integration, and partnerships with Korean automotive and electronics manufacturers.
Munich
Automotive OEM partnerships, EU regulatory compliance, and European defense and agricultural deployments.