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Electrical Engineering × Artificial Intelligence

One team forthe currentand the algorithm.

BRAINSTORM builds both the energy system in the field and the software that runs it. We know the switchboard, and we write the model.

A human hand and an android hand approaching each other in darkness, an electrical arc forming between them.

  • F01AI AUTOMATION
  • F02VOICE AGENTS
  • F03E-COMMERCE
  • F04ENERGY MONITORING
  • F05SMART VILLAS
  • F06CUSTOM SOFTWARE
  • F07ELEKTRIK GPT
  • F08COMMISSIONING

Why us

Nobody owns the work in between. That is where we are.

Software firms do not know the switchboard; electrical firms cannot build the model. Projects stall in that gap, accountability scatters, and the bill grows.

The side that knows the site

Electrical engineering

Load calculations, breaker sizing, panels, cabling, earthing, measurement and commissioning. An engineer who knows what happens on site.

The side that builds the system

AI and software

Model integration, workflow automation, voice agents, data capture, dashboards and applications, payment integration.

The intersection

Where the two meet you get one point of contact, one accountability, and a written commissioning file.

How we work

Four steps, no surprises

A software job runs the way an engineering project runs: survey first, then design, then build, and commissioning last.

  1. 01

    Survey

    On site or remote, we map what exists. What is there, what is missing, where the data lives. The output is a written survey report.

  2. 02

    Design

    Scope, architecture, hardware list, integration map and schedule. Pricing firms up after this step — not before.

  3. 03

    Build

    Development, field installation and integration. Every week we show a working piece, so month end holds no surprises.

  4. 04

    Commissioning

    Testing, measurement, training and a written handover file. The job is not done until the system is proven to work.

Our own product

Elektrik GPT

Our own software for electrical survey, take-off and load calculation under engineer supervision. We use it on our own jobs, so we also know where it can be wrong.

  • Survey, take-off and circuit counts from the DWG drawing
  • Load calculation, demand factor, breaker and cable sizing
  • Every skipped item reported with its reason — no silent errors
  • Excel and PDF output, convertible to quote format
Request a demo

YUK HESABI / LOAD SCHEDULEOK

Aydınlatma / Lighting
3.240 W
Priz / Sockets
5.600 W
Klima / HVAC
7.500 W
Mutfak / Kitchen
4.800 W
Σ · talep faktörü 0,70
14.798 W
Ana kesici / Main breaker
3×32 A C

⚠ 2 kalem atlandı — gerekçe raporda listelendi.

An open distribution panel in a factory's transformer and switchgear room: the energy analyser's display and the 4G gateway's LEDs are lit; behind it an engineer looks at a live consumption chart on a tablet, with a solar plant visible through the window.
MVP ready · first field installation October 2026 (Teltonika TRB145)

F05 · Our own product

Energy Monitoring Platform

The Energy Monitoring Platform reads the energy analyser and the reactive-power controller in three-phase panels; it shows consumption, power factor and inductive/capacitive ratios without delay and warns before a limit is crossed.

  • Real-time monitoring. 10-second readings, 1-minute summaries; the screen updates over WebSocket without a page reload.
  • Per-site limits. Reactive limits and thresholds are not hard-coded; they live in the site record. If a limit is undefined, the engine does not invent one and produces no level.
  • No silent errors. Unreadable registers, skipped packets and dropped links are logged with their reason. A system running incomplete says so.
Explore the Energy Monitoring Platform

Getting started

You imagine it, we make it real.

The first conversation is free and it is not a sales call. We discuss what can be done, how long it takes, and what should not be done at all.

Get in touch

We usually reply the same day.