AI-powered software, intelligent engineering systems, digital twins and smart infrastructure for industry, utilities and cities.
SIMORGH connects artificial intelligence, engineering knowledge, industrial systems and real-world infrastructure into intelligent software platforms.
A model that reads a specification is not engineering. The value appears only when extraction, domain knowledge, a bound model of the physical system and a defensible decision path exist in one continuous chain — which is what the platform is.
The same models, knowledge graph and governance run beneath every domain SIMORGH operates in. A capability built for the grid becomes available to the factory floor.
Vision, document, retrieval and agent models trained on engineering material.
Design generation, validation and drawing intelligence for electrical systems.
Network models, event correlation and operator decision support.
Spatial, telemetry and system-dynamics models bound into one environment.
Kara for people and work, Simorgh ERP for orders, production, quality and service, connected to the design.
Model serving, pipelines, knowledge stores and identity under one governance model.
Seven products sharing one intelligence layer. Each solves a specific engineering or operational problem; together they carry a project from documentation to decision.
One platform to run a complex, multi-company organisation, a virtual enterprise.
Kara is where people work: tasks and approvals, attendance and leave, partners, products and orders, the shop floor and field service, calls and meetings, all on one screen with one sign-in.
From the signed order to the signed service report, one record for every panel you build.
Simorgh ERP runs sales, purchasing, production, quality, stock, accounting and after-sales for engineer-to-order manufacturers.
From the client’s specification to the EPLAN project, in one traceable flow.
Design Suite takes a switchgear project from tender documents to engineering output.
A technical assistant that answers from your documents and shows where the answer came from.
Engineering AI answers technical questions from your standards, specifications, drawings and past projects.
Kara binds people, work, business records, documents and conversations of a multi-company organisation into one platform, with the ERP running quietly behind it.
Read models, reports and process analytics built from those events.
Every layer runs on your own servers: single sign-on, an event bus between the ERP and the work queues, and documented interfaces for whatever comes next.
Every deployment is bound to physical assets, regulatory reality and an operations team that has to defend its decisions.
SIMORGH binds GIS, traffic, energy, water, buildings and IoT telemetry into one twin, then applies system dynamics so municipal teams can compare interventions before committing capital.
Eight capability families sit beneath every product. A vision model trained for switchgear symbols and a retrieval layer grounded in your standards are the same infrastructure, applied differently.
Symbol detection in drawings, PPE and zone compliance on site, asset condition from imagery.
Layout-aware extraction from specifications, datasheets and tender packages.
Models trained on electrical topology, sizing and protection practice.
Retrieval grounded in your own standards and project archive, with citations.
Equipment, projects, standards and people as one connected structure.
Bounded task agents for review, comparison and preparation work.
Forecasting and anomaly detection over bound spatial and telemetry models.
Options ranked against operational objectives, with evidence.
Every inference carries lineage: which model, which version, which source material. In engineering contexts an answer without provenance is not an answer.
Each engagement below is described at the level our clients approved for publication.
Protection events, metering and outage records correlated into ranked incidents with a recommended switching sequence for the control room.
Document understanding and engineering knowledge applied to tender packages, producing equipment lists, SLDs and bills of material for engineer review.
Nine domain layers unified with system dynamics models, letting planners compare twenty-year intervention scenarios before funding.
Technical articles, case studies and recorded walkthroughs from the teams building the platform.
Talk to the engineers behind the platform about your network, your plant or your city — and what an intelligent layer over it would actually change.
