Super Intelligence / Robotics / Electronics
We are touching a piece of technology you use today directly.
A high-end engineering consultancy.
Intelligence, connected to the world.
Inside the lab / Intelligence meets the physical world
The intersection is the point.
Not just a model.
A working system.
Sentimech builds custom harnesses to deploy Super Intelligence models into enterprises today.
Our future direction is humanoid robotics: extending engineering feedback into construction and tradeskill work as the technology matures.
Explore our capabilitiesThe process / Signal to Substance
From compute
to physical action.
Custom compute. Engineering-expert feedback. Enterprise integration. A secure enclave in your tenant. Then, future humanoids heading into the field.
Synthetic Structural Engineer
The first responder for the load path and the foundation. Traces loads across steel and concrete drawings, checks member capacity against seismic and operating demands, and answers the question that used to wait for the one engineer who knew. Every answer cites the drawing and the calculation it came from.
Synthetic Chemical Engineer
Reads the plant the way a process engineer does: what flows where, at what conditions, and what happens when a chemistry deviation propagates. Tracks reactor coolant chemistry, boron concentration, and corrosion products across the cycle, screens excursions against technical specification limits, and drafts the corrective action behind every chemistry event.
Synthetic Mechanical Engineer
Knows every safety-related pump, valve, and relief path in the graph. Assembles equipment histories in seconds, flags where the as-built differs from the design basis, and feeds outage scoping with the evidence behind every work-list item.
Synthetic Electrical Engineer
Follows power and control across single-line diagrams, loop diagrams, and cable schedules at once. Traces Class 1E distribution from the switchyard through the emergency diesels to the safety buses, enumerates energy sources for clearance plans, and finds the instrument loop behind a bad reading without opening a single binder.
Synthetic System Engineer
Connects the work order to the drawing to the failure history. Builds the evidence file for a root cause evaluation in an afternoon: what failed, what was upstream, what changed, and which sheets prove it, ready for the corrective action program.
Synthetic Project Engineer
Keeps the plant's design basis honest. Checks vendor drawings against the as-built field drawings, reconciles the licensing basis with the field, and surfaces the clashes between what was designed and what is built before they reach construction.
Read about the deployment boundaries
Your tenant · Cloud or on-premises
Engineers and Engineering Apps enter through authenticated, encrypted crossings at the enclave wall.
Secure Enclave VM
MODEL
Every model output enters Guardrails ↓
GUARDRAILS
HARNESS (engineering agents) → WORKFLOWS → EVALUATIONS
Model is outside Guardrails but inside the enclave. Workflows points to Evaluation. Each has a distinct Policy Gate input. The persistent Harness-to-Workflows connection remains when the six engineers leave. Operating feedback, prepared by an engineer, starts at Workflows and enters the bottom of Model on one feedback connection. A separate connection from Policy Gate carries Evaluate / Review / Refine, verified by an engineer, and returns to all four contributors.
POLICY GATE
Every tool call and outbound connection approved here.
Inside the enclave
ENGINEERING SOFTWARE: GPU-accelerated CAD · CAE · PLM.
SENTINEL & SECURE CREDENTIAL STORAGE: permission mediation and credential surrogation, isolated from the agents. Harness and Engineering Software each have a bidirectional service relationship with it. Engineering Software also connects bidirectionally to Harness and through Policy Gate; Engineering Apps has a separate ingress lane.
CONFIDENTIAL COMPUTING HARDWARE
CPU + GPU trusted execution environment.
Outside the enclave, inside the tenant
ENTERPRISE INTEGRATIONS & GOVERNANCE connects through the policy gate. It consolidates EAM / CMMS, Data Platform, Codes & Standards and Documents & Drawings.
VERIFIABLE AUDIT TRAIL receives the enclave's audit records and remains a tenant-owned record, signed and append-only. It is separate from zero model inference retention.
Shared skill updates
Outside the tenant. An authenticated connection points from Shared Skill Updates to Model, carrying model updates only, never data.
- Evaluate · review · refine: engineer-verified work from Policy Gate returns to Design Engineering, System Engineering, Operations and Maintenance.
- Attested artifacts: engineering verification connects each artifact to the work and evidence behind it.
- Audit and shared updates: audit records remain in your tenant. Model updates pass through authenticated tenant and enclave boundaries.
- Human supervision: future humanoid field work connects a tool-equipped crew with a human supervisor through a telecommunications link. A separate quadruped returns from the worksite, independently executing on inspection work orders for operations and maintenance and is unsupervised.
- Field observations: worksite observations return through the authenticated connection to inform engineering review.
Expertise inside the loop
A model proposes.
Engineering asks why.
Make the human contribution visible. Explore how a contributor can change the next engineering question.
Design Engineering (electrical, mechanical, structural, and process)
Power interfaces, structural support and process access are missing from the mechanical layout.
Ask electrical, mechanical, structural, and process engineers to evaluate the interfaces together.
Evaluation returns to the engineering question. The loop continues.
The disciplines behind the work
One problem.
Connected expertise.
Where a partnership begins
Bring the constraint.
Start the conversation.
A model ready for a wider system. A sensing problem. A physical interface that needs to work. Start with the engineering question, not a product catalog.
01 / Enterprise Super Intelligence
A model needs a route into operations.
Explore the deployment harness and evaluation context.
02 / Sensing and controlA system needs to sense and respond.
Explore perception, localization and control questions.
03 / Physical engineeringAn idea needs its physical layer.
Explore components, interfaces and prototyping.
Working together
An engineering partner.
Not another black box.
The useful starting point is a well-framed problem. This engagement framework makes the questions, working artifacts and next decisions visible.
- 01
Frame the boundary.
Start with the system, the intended change and the constraints that cannot move.
- 02
Connect the disciplines.
Consider models, software interfaces, sensing and physical components together where the problem requires them.
- 03
Prototype. Evaluate.
Use modelling, simulation and targeted prototypes to examine assumptions before the next implementation decision.
- 04
Define what comes next.
Use the findings to decide the next integration or deployment step, including what is not ready yet.
Scope and working outputs are agreed around each project’s requirements.
Explore the partnership approachAn engineering conversation
Start with
the system.
Tell us what you are working on, where the constraints are, and what needs to change.
Discuss a project