Brain
Torc's Level 4 autonomy software suite (the Virtual Driver): middleware/OS, perception, prediction, planning, motion control, and mission control. It runs on Daimler Truck's autonomous-ready Freightliner Cascadia; architecturally described as propulsion-agnostic, but it is integrated only on Freightliner today. Compute on NVIDIA (DRIVE). Pre-commercial: driver-out validated on a closed course (2024), supervised freight pilots ongoing, commercial launch target 2027.
Foundation model · Maturity: Pilot · Closed · Powers 1 robot
Machine-readable surfaces
- Markdown mirror: /brains/torc-virtual-driver.md
- RSS feed: /brains/torc-virtual-driver/feed.xml
- JSON-LD: embedded in this page’s head
- REST API: /v1/brains/a4cb96df-8daa-42fc-aabc-254b366b650a
- Revision history: /brains/torc-virtual-driver/history
- Data documentation: /data
- Query this programmatically: Deploy MCP
Key facts
- Model type
- foundation-model
- Maturity stage
- pilot
- Open source
- no
- Architecture
- middleware/OS, perception, prediction, planning, motion control, and mission control
- Runs on
- NVIDIA DRIVE
- System structure
- propulsion-agnostic, integrated only on Freightliner Cascadia
Developed by (1)
Powers (1)
- Autonomous Freightliner Cascadia (Torc)Torc Robotics · truck
Where Torc Virtual Driver runs
Deployments of robots powered by Torc Virtual Driver, by place and type.
Common questions
- What is Torc Virtual Driver?
- Torc's Level 4 autonomy software suite (the Virtual Driver): middleware/OS, perception, prediction, planning, motion control, and mission control. It runs on Daimler Truck's autonomous-ready Freightliner Cascadia; architecturally described as propulsion-agnostic, but it is integrated only on Freightliner today. Compute on NVIDIA (DRIVE). Pre-commercial: driver-out validated on a closed course (2024), supervised freight pilots ongoing, commercial launch target 2027.
- Which robots run on Torc Virtual Driver?
- 1 robot model on the DEPLOY registry runs on Torc Virtual Driver: Autonomous Freightliner Cascadia (Torc).
- Who developed Torc Virtual Driver?
- Torc Virtual Driver is credited to Torc Robotics on the DEPLOY registry. Each developer attribution is verified via primary sources.
- Is Torc Virtual Driver open source?
- No. Torc Virtual Driver is recorded as proprietary on the DEPLOY registry. Model weights and source are not publicly available.
- What type of AI is Torc Virtual Driver?
- Torc Virtual Driver is a foundation model on the DEPLOY registry.
- What is Torc Virtual Driver's maturity stage?
- Torc Virtual Driver is at the pilot stage on the DEPLOY maturity ladder. Pilot stage means at least one named-customer trial deployment is verified.
Sources (4)
- https://torc.ai/av-3-0-scaling-physical-ai-autonomous-trucking-embedded-hardware/
- https://torc.ai/av-3-0-ai-artificial-intelligence/
- https://www.therobotreport.com/torc-debuts-physical-ai-long-haul-trucking-nvidia-gtc-2025/
- https://techcrunch.com/2025/03/19/gm-gatik-torc-team-up-with-nvidia-to-accelerate-self-driving/
Methodology: Verified · 4 sources (2 primary) · last reviewed 2026-06-28
Verification posture
Verified
High confidence
Review state
Stable
Last reviewed 2026-06-28
Maturity + lifecycle
Maturity stage: pilot
Sources by quality tier
- 2
- primary-company-ir
- Company IR disclosure
- 1
- secondary-trade-publication
- Trade publication
- 1
- secondary-industry-publication
- Industry publication
The framework is documented at /methodology. Corrections at /corrections. Reviewer: DEPLOY editorial team.
Methodology surface for Torc Virtual Driver.Canonical ID a4cb96df-8daa-42fc-aabc-254b366b650a