Founded by a P.Eng. with 12 years on EPC projects and a decade building technology for EPC firms and manufacturers. We turn engineering problems into working software, and 6 of those tools are live on this site.
Grid headroom, lake health, fjord tsunami run-up. Each twin pairs physics with real data and shows how much to trust the answer.
An AI pipeline finds and measures weld defects, then a deterministic rule engine checks each one against ASME acceptance criteria. Every verdict cites its clause, and an inspector signs off.
An engineer who ships software. Anjani Duddukuru, P.Eng., PMP®: 12 years on EPC projects, then a decade building technology for EPC firms and manufacturers.
Meet the founderIndustries
We speak the language of engineers. Every product is grounded in real EPCM and operations experience across four verticals.
Throughput, quality, and predictive uptime.
Grid intelligence and asset performance.
Transparent models for water, hazards and emissions.
Capital efficiency for engineering portfolios.
Capabilities
Four capability blocks that take you from advisory to running Python and AI/ML applications in production.
Physics- and data-driven virtual replicas of plants, grids, and assets that stay in sync with the field.
Production-grade computer vision, agentic AI, and process automation deployed to the edge or cloud.
Rigorous forecasting, kinetic simulation, and stochastic risk analytics grounded in first-principles.
Digital transformation roadmaps, enterprise risk governance, and executive advisory for engineering leadership.
Live demos
Each of these 6 tools is built on public or demo data and real engineering methods. Open one and it starts in the background.
Computer-vision NDT diagnostics that automate digital radiography interpretation for critical welds.
Open charterDigital twin of lake health that forecasts dissolved oxygen, nutrient balance and algal bloom risk.
Open charterAnswers scope, clause and deviation questions across large volumes of EPC tender documents, citing the exact page and clause behind every answer.
Open charterScreens Ontario transformer stations for headroom to take a new large load, such as a data centre, using IESO-published load forecasts.
Open charterSimulation twin of the August 2025 Tracy Arm landslide tsunami, reconstructing a 481 m run-up from first-principles wave physics.
Open charterSimulates call/put hedging strategies for Ontario industrial electricity buyers, showing how each changes cost and risk exposure against the IESO spot market.
Open charterLet's scope a data or AI product together.