Cortex Prime Technologies

Technology that takes an active part in how organisations run. Tehnologie care participă activ la funcționarea organizațiilor.

We develop AI products and systems starting from an organisation's processes, data and objectives. Dezvoltăm produse și sisteme AI pornind de la procesele, datele și obiectivele organizațiilor.

Through Cortex Robotix, we are extending our work into robotics and the physical world.

Own productsDedicated solutionsImplementation and evolution

Example of an operational process Depot charging plan · 22:00 - 05:00 · 10 vehicles

One process out of many an organisation runs: charging a fleet overnight. A condition changes and the plan has to know. Select a charger to take it out of service, then recalculate.

Condition
All chargers available
Affected sessions
None
Plan
Current
Departures
All 10 departures covered

Synthetic vehicles and times, and one deterministic rule: earliest departure first. This is an illustration of the kind of process our products and systems work on, made for this site. It is not the planner of KraftSync Transit, it calls no AI service and it claims no saving.

Principle

Understanding operations is part of product engineering. Înțelegerea operațiunilor face parte din ingineria produsului.

The process as it really runs, the person who carries the decision and the result that has to change are requirements, next to the technical ones. How we apply it

Ways of working together

Own productsFour systems we designed and built, for cities, territories, fleets and coastlines. See the products
Dedicated solutionsWhen no product fits, we build the system for the problem, in your industry. How dedicated solutions work
Implementation and evolutionIntegration, support and continued development after go-live. How we work

Products

Our products, developed in-house.

Cities

CityTwin

A model of a city built from its own documents, open data and maps. Ask it a question in plain language and it answers from that model, naming the document, layer or indicator it used.

Open CityTwin

Worked model · Brașov, Romania · public records

15
neighbourhoods modelled
73.7%
impervious surface, historic centre, 2021
11.1 °C
spread in surface temperature, one satellite pass
65.3 ha
newly sealed, 2018 to 2021

Sources and method

CityTwin public demonstration for Brasov: neighbourhoods shaded by a heat vulnerability index, with a legend that names the sources of the layer, and a panel listing the three most exposed neighbourhoods.
Public demonstration · public dataCityTwin · Brașov · interface in RomanianOpen the demonstration (opens in a new tab)View full-size

Territories

TerraScan

Open European satellite data turned into a risk score for every administrative unit, in four modules: fire, air, vegetation and water. Reports and alerts come from the same pipeline. In the public demonstration the fire module runs on real data and the other three on indicative data.

Open TerraScan

What it reads

  • Optical
  • Radar
  • Thermal
  • Atmospheric
TerraScan demonstration report for a county: a wildfire risk score of 46 out of 100, with bars showing the share of the five largest of its ten indicators, and a 30 day trend.
Public demonstration · fire · real dataTerraScan · county fire report · the five largest of ten indicators · interface in RomanianOpen the demonstration (opens in a new tab)View full-size

Fleets

KraftSync Transit

Keeps the battery, the duty and the energy bill in agreement. Every duty is validated on projected charge, charging is spread under the depot power ceiling, and reports are generated from the day's record.

Open KraftSync Transit

What it keeps in agreement

  • Batteries
  • Duties and shifts
  • Charging windows
  • Energy bill
KraftSync Hub in the demonstration environment: vehicles in service, average battery level, average range, open alerts, the state of the fleet and a recommendation to withdraw a vehicle before it risks stopping on route.
Demonstration · illustrative dataKraftSync Transit · names and scenarios are fictitiousOpen the demonstration (opens in a new tab)View full-size

Coastlines

PHAROS

Plans a maritime sensor barrier before anything goes in the water: footprints clipped against the seabed, coverage scored on the intersection of radar and sonar, and the barrier judged on the fifth percentile of detection probability over sampled crossings.

Open PHAROS

What it computes

  • Coverage
  • Gaps
  • Detection probability, fifth percentile
  • Weakest sampled crossing, reported separately
The PHAROS planner prototype zoomed on a strait: sensor nodes with terrain-masked coverage discs, a deployment panel, and rule checks along the bottom. A banner reads synthetic data, not for operational use.
Prototype · synthetic dataPHAROS planner · not for operational useView full-size

New division / Cortex Robotix

Intelligence enters the physical world.

Cortex Robotix brings AI and robotics together to expand what people can build, protect and explore. Our initial focus is connecting robotic inspection with operational decisions.

A division of Cortex Prime Technologies Robotic inspectionIntegrationPilot projects

Research

Six directions. One system.

The directions our engineering follows. They are not features you can buy today: what each product does now is on its own page. Read the research programme

  1. 01Agentic enterprise / AI operating system
  2. 02Operational model of the organisation
  3. 03Persistent and proactive AI
  4. 04Adaptive interfaces
  5. 05World models and simulation
  6. 06Physical AI
Research concept

Reality Branch Protocol - RBP

A proposed protocol for coordinating scenarios between AI systems and simulators, with a reference situation, branches and explicit dependencies.

A proposal under study. It is not implemented in our products and is not an adopted standard.

More about the concept

Company

Mission

We build technology that takes an active part in how organisations run. Construim tehnologie care participă activ la funcționarea organizațiilor.

Vision

A future in which every organisation can build and grow its own operational intelligence. Un viitor în care fiecare organizație își poate construi și dezvolta propria inteligență operațională.

About the company and its founder

Contact

Bring us one concrete problem.

[email protected]
What to sendWhat happens today and what has to work differently. The data and systems that exist around it. Who decides. Any constraint we should know about, such as a deadline or where the system has to run.
What the evaluation involvesA first conversation about the problem. Then we show the relevant product in its demonstration environment, or look at a description of your data, and reply with how we would approach it, what can be built and what is still unknown.