Intelligence. Engineered.We build intelligent systems that perceive, understand, decide and act in the physical world.
Cameras, lidar, radar and thermal fused into one spatial understanding of the scene.
Models trained on the messy reality of factories, roads and warehouses — not on clean datasets.
Decisions delivered to motors, arms and vehicles in milliseconds, at the edge.
Machines are no longer just programmed.
They perceive the world as it actually is.
They understand what they are looking at.
They decide. Then they act.
Every Thinkstinct system is assembled from the same four layers. We own all of them, which is why the latency budget, the failure modes and the accountability stay in one place.
Raw signal from the physical world, time-synchronised and fused into a single scene representation.
Global-shutter industrial cameras from 30 to 240 fps.
Spinning and solid-state depth for centimetre-accurate geometry.
Velocity and range that survives dust, rain and glare.
Heat signatures for night operation and process monitoring.
Pose and motion priors that keep every frame registered.
Models trained on defect libraries, industrial footage and edge-case data — then compiled down to run on-device.
Sub-millimetre defect, part and obstacle recognition.
Kalman and learned fusion across every incoming stream.
Training and portable graph export for every target.
Quantised, kernel-fused runtimes tuned per accelerator.
Unsupervised baselines for faults nobody labelled yet.
Perception becomes intent: what to do next, under real constraints, with a defensible reason.
RRT* and lattice planners for collision-free trajectories.
Horizon-based control for arms, drives and vehicles.
Deterministic task logic that engineers can audit.
Millions of simulated cycles before a single real one.
Low-certainty decisions escalate instead of guessing.
Intent leaves the computer: torque, motion, rejection gates, route changes — closed-loop and logged.
Real-time nodes, DDS transport, deterministic control loops.
Vision-guided pick, place and precision assembly.
Navigation stacks for AGVs, AMRs and field platforms.
Native integration with the machines already on the floor.
MQTT streams, dashboards and audit trails per decision.
Five products, one stack underneath. Each one started as a problem a customer could not solve with off-the-shelf software, and ended as hardware and models running in production.
Every part inspected. Every second.
Inline defect detection that runs at line speed. Trained on your parts, deployed on your floor, catching what human inspection misses on the third shift.
Learn more99.2%
Detection recall
240
Parts per minute
0.04mm
Defect resolution
Inference where the signal is.
A fanless compute module that runs fused perception on-device. No cloud round trip, no bandwidth bill, no outage when the link drops.
Learn more8.4ms
End-to-end latency
12W
Typical draw
4
Fused sensor streams
One brain. Many machines.
Coordinated autonomy for mobile robots and vehicles. Shared maps, shared intent, live re-routing when the floor changes shape mid-shift.
Learn more64
Units per site
12cm
Path tolerance
24/7
Continuous operation
Robots that look before they move.
Vision-guided manipulation for bin picking, assembly and handling. Pose estimated per cycle, so the fixture no longer has to be perfect.
Learn more0.1mm
Repeatability
6
Axes coordinated
1.2s
Pick cycle
For the problem nobody has solved yet.
When the answer is not a product, we build the system: sensors specified, models trained, hardware selected, deployed and owned end to end.
Learn more6-14
Weeks to prototype
100%
IP transferred
1
Team, end to end
01It should see.
02It should move.
03It should act.
Perception and control run where the machine is. The network is an optional convenience, never a dependency.
Latency budgets, thermal limits, vibration, dust and glare decide whether a system is good. We test against those.
Deployment is the beginning. We stay through commissioning, drift, retraining and the second line.
“A demonstration proves a model can work. A deployment proves it does. We build for the second one.”
Thinkstinct — Bengaluru, India
12.9716° N 77.5946° E
Built in the city where India's hardware, silicon and robotics talent already lives. Our engineers are twenty minutes from the factories they deploy into.
6 industrial corridors
Manufacturing lines, warehouses and field platforms across the country run Thinkstinct perception. One time zone, same-week commissioning.
4 continents
The systems ship globally. Automotive, electronics, logistics and energy customers deploy the same stack we validate here.
Tell us what the machine needs to see, understand or do. If it is possible with current sensors and silicon, we will tell you how — and if it is not, we will tell you that too.
Studio
Bengaluru, India
hello@thinkstinct.com
Response
Within two working days