Engineer-supervised AI tools for niche industrial problems.
Engineering firms do not need general-purpose AI. They need specialized tools that each solve one chronic problem, managed by an engineer.
Showing 5 of 50 tools
Vibration Diagnostics
Mechanical · Industrial Manufacturing
Upload accelerometer data from any critical machine and get an ISO-20816 diagnostic report back within 24 hours: severity rating, identified failure mode (imbalance, misalignment, bearing wear) with a confidence level, and a time-to-failure estimate. Every borderline case is reviewed by an engineer. Diagnose every rotating machine in your plant for less than the cost of one vendor site visit.
CBAM Carbon Calculator
Mechanical · Energy / Process Industries
Upload your energy and raw-material data on a simple Excel template and receive a CBAM-compliant declaration in the EU-required XML format within 48 hours, plus the three highest-ROI carbon-reduction moves with payback estimates. Stay export-compliant at one-fifth the price of a Big-4 advisory, with quarterly filing support built in.
Seismic Compliance Pre-Check
Civil · Building Construction
Upload your structural drawings and basic facility data and get a preliminary seismic assessment against TBDY-2018 in five days: the 3-5 most critical structural risks, ranked, with remediation cost and timeline estimates and a clear path to a stamped certification through our İMO-registered partners. Know your real seismic risk in 5 days, not 3 months.
Manufacturing Energy Audit
Mechanical · Industrial Manufacturing
Upload 12 months of utility bills and your equipment list and receive an energy report ranking your top five efficiency interventions by ROI, with an implementation roadmap. A quarterly subscription re-optimizes as you act on the findings. Cut your energy bill 15-30% with continuous engineering-led optimization, for the price of one traditional audit a year.
Cement Plant Equipment Monitoring
Mechanical · Process Industries
Continuous monitoring of vibration, temperature, and motor current on kilns, mills, fans, and crushers, with an ML model trained on cement-specific failure signatures that predicts failures 4-8 weeks early. Engineers review every high-priority alert so you don't chase false alarms. Catch a kiln failure six weeks out at one-tenth the cost of a vendor monitoring contract.
How it works
01
You describe the problem.
One conversation. We map the failure mode, the data you already collect, and what success would look like in numbers. If a narrow tool can solve it, we say so. If it can't, we say that too.
02
We build the tool.
A vertical, single-purpose AI tool, designed and managed by a working engineer, delivered in weeks, not quarters. Built against your actual data and your sector's specific failure modes, not a generic template.
03
The tool stays under engineering supervision.
No black box. Outputs are reviewed, edge cases are flagged, the tool is refined as your operation evolves. You always know what the tool is doing and why.
Don't see your bottleneck?
Submit your most expensive engineering inefficiency. If the math makes sense, we will build a custom automated solution for it.