Thrust Your Deployments, Trust Your Robot

Thrust is the deployment platform built for AMRs. You think it, we deploy it, faster and safer.

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The Problem

We have extraordinary engineering processes and tools for innovation: AI-driven IDEs, high-fidelity simulators, embodied AI algorithms, visualization tools. But the deployment and integration processes are still highly manual and nothing tells you if the change is compliant with your safety standards.

The innovation is ready for everyone right now. The deployment is not.

Without Thrust

  1. 01 2-week manual integration per AMR
  2. 02 Trial and error testing by running on the AMR
  3. 03 Compile → copy → read logs → repeat, all by hand
  4. 04 No traceability of what is on robot right now
  5. 05 Silent drift ending in future plant downtime

With Thrust

  1. 01 Automated bring-up and integration
  2. 02 Physical-world-aware verification
  3. 03 One-action deployment based on evidence
  4. 04 Fast learning loop from field to engineering
  5. 05 Deployment gets faster with use

How Thrust Works

The Platform that Accelerates Your Innovation Deployment in Robotics and AMRs

Robotics is maturing from demo-first to deployment-first. The advantage is moving from the best demo to the fastest learning loop between the field and the engineering team.

thrust — verified robotics deployment amr-04.thrust.local
LIVE TARGET — AMR-04 test cell B · ROS 2 Humble TELEMETRY
SPEED m/s
MOTOR CURRENT A
WHEEL SLIP m/s

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Layer 1: Real-Robot Understanding

Unlike conventional AI workflows that stop at syntactic text processing, Thrust operates based on a live model of your robot, with real system understanding, including physical behaviors.

Layer 2: Continuous Consistency Loop

Thrust translates natural-language changes into right-sized, verifiable proposals, employing a reliable, predictable verification process to analyze system performance.

Layer 3: Operational Assurance

Thrust provides safe one-action deployments for any target. Evaluates consequences of any modification, carries full operation tests isolating critical errors and ensures system integrity before and after integration on real hardware.

Layer 4: Automatic HW Interactions

Unlike current processses that require tedious setups for software integration, compilation and test execution, Thrust has all Integration, Verification and Validation processes automatized.

Thrust means improved reliability, improved uptime and faster deployed innovation.

A

Lower plant commissioning cost

Automated bring-up and verification cut the manual hours needed to bring each robot online (Deployment Phase)

B

Higher opportunity capture

Same team ships integrations faster, outpacing capacity-constrained competitors

C

Fewer contractual penalties for downtime

Continuous verification catches drift before it causes an outage, protecting you from SLA penalties (Operational Phase)

The Team

Meet our team

We're building the tools we wish we had.

José González

José González

Co-Founder & CTO

GNC algorithms for unmanned systems in air combat programs. MSc in Systems and Control, Electrical and Electronics Engineering.

LinkedIn
Blai Morte

Blai Morte

Co-Founder & CEO

Guidance and swarm coordination systems. MSc in Aerospace Engineering and MSc in Applied Systems Engineering / Robotics.

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David Díaz

David Díaz

Co-Founder & COO

Big4 consulting and entrepreneurship, including founding a regional startup community. Aerospace Engineering degree and MBA.

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Built by engineers with 5+ years in real robotics at Indra, SENER, and FSUPV.

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