Our Solutions

T-Kartor is your trusted partner in developing and implementing custom geospatial solutions. These solutions are designed to extend our product platform with custom functionality to aid decision making in even the most critical operations.

Our Solutions

T-Kartor is your trusted partner in developing and implementing custom geospatial solutions. These solutions are designed to extend our product platform with custom functionality to aid decision making in even the most critical operations.

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Empowering Your Workflow with
Feature Production Solutions

Advanced Tools for Geospatial Professionals

T-Kartor's Feature Production Solutions are a set of advanced feature production tools that integrate directly into common professional GIS software platforms. From advanced imagery mensuration tools to analytical workflows designed to identify vertical obstructions from elevation data, this solution was built to streamline feature creation and maximize efficiency for power users.


The best part: the solution is directly and seamlessly integrated into ArcGIS Pro and QGIS, the world's leading GIS software platforms. Whether you are supporting defense operations, emergency response, or infrastructure planning, this solution empowers analysts to work faster and make confident, data-driven decisions with precise geospatial measurements in real time.

Empowering Your Workflow with
Feature Production Solutions

Advanced Tools for Geospatial Professionals

T-Kartor's Feature Production Solutions are a set of advanced feature production tools that integrate directly into common professional GIS software platforms. From advanced imagery mensuration tools to analytical workflows designed to identify vertical obstructions from elevation data, this solution was built to streamline feature creation and maximize efficiency for power users.


The best part: the solution is directly and seamlessly integrated into ArcGIS Pro and QGIS, the world's leading GIS software platforms. Whether you are supporting defense operations, emergency response, or infrastructure planning, this solution empowers analysts to work faster and make confident, data-driven decisions with precise geospatial measurements in real time.

GIS Integration & Conflation

Works across ArcGIS Protocol and QGIS to deliver high-precision measurements without disrupting exisiting geospatial workflows

Real-Time Global Imagery

Built-in access to a global imagery catalog from Maxar, Blacksky, and Planet provides a rich, high-resolution imagery from almost anywhere in the world.

Advanced Metadata Filtering

Find the best imagery for the task, using filters like date, cloud cover, sun angle, and satellite platform.

Accurate Measurement Tools

Measure object heights, areas, and footprints directly within the GIS session, using shadows, leans, and direct measurements. No external software required. 

Seamless GIS Integration

Works across ArcGIS Protocol and QGIS to deliver high-precision measurements without disrupting exisiting geospatial workflows

Real-Time Global Imagery

Built-in access to a global imagery catalog from Maxar, Blacksky, and Planet provides a rich, high-resolution imagery from almost anywhere in the world.

Advanced Metadata Filtering

Find the best imagery for the task, using filters like date, cloud cover, sun angle, and satellite platform.

Accurate Measurement Tools

Measure object heights, areas, and footprints directly within the GIS session, using shadows, leans, and direct measurements. No external software required. 

Case Study

Optimizing Production Efficiencies on the Janus Program for the NGA

Overview

NGA’s Safety of Navigation and Janus Geography missions require the rapid and reliable production of geospatial content sourced from multiple authoritative datasets. Legacy processes depended on manual downloads, application switching, and labor-intensive attribution steps that slowed production and limited scalability, especially during remote operations. NGA needed an efficient, automated workflow capable of maintaining quality and production tempo.

Context

NGA’s Safety of Navigation mission requires accurate height measurements for manmade structures worldwide. Traditional workflows depended on downloading imagery, loading NITF files into ArcGIS, and performing mensuration through separate tools — a slow, inconsistent process made even more difficult by COVID-19 telework restrictions. The need for a remote, UNCLASSIFIED, and efficient method of capturing VO heights became critical.

Solution

T-Kartor implemented a unified environment that integrates real time imagery streaming, automated conflation, and targeted human validation.

High Precision Imagery-Based Measurement (Odin™)

  • Direct height, area, and footprint measurements inside QGIS, ArcGIS, and ArcGIS Pro.
  • Real time access to commercial satellite imagery through WMTS streaming and a dynamic imagery carousel.
  • Advanced metadata filtering to quickly identify the best available scenes.
  • Multiple height derivation methods, including shadow geometry and visual lean.

Case Study

Optimizing Production Efficiencies on the Janus Program for the NGA

Overview

NGA’s Safety of Navigation and Janus Geography missions require the rapid and reliable production of geospatial content sourced from multiple authoritative datasets. Legacy processes depended on manual downloads, application switching, and labor-intensive attribution steps that slowed production and limited scalability, especially during remote operations. NGA needed an efficient, automated workflow capable of maintaining quality and production tempo.

Context

NGA’s Safety of Navigation mission requires accurate height measurements for manmade structures worldwide. Traditional workflows depended on downloading imagery, loading NITF files into ArcGIS, and performing mensuration through separate tools — a slow, inconsistent process made even more difficult by COVID-19 telework restrictions. The need for a remote, UNCLASSIFIED, and efficient method of capturing VO heights became critical.

Solution

T-Kartor implemented a unified environment that integrates real time imagery streaming, automated conflation, and targeted human validation.

High Precision Imagery-Based Measurement (Odin™)

  • Direct height, area, and footprint measurements inside QGIS, ArcGIS, and ArcGIS Pro.
  • Real time access to commercial satellite imagery through WMTS streaming and a dynamic imagery carousel.
  • Advanced metadata filtering to quickly identify the best available scenes.
  • Multiple height derivation methods, including shadow geometry and visual lean.

Multi Source Conflation (Kraken™)

  • Automated geometry matching, attribution transfer, and hierarchical rules to create a consistent gold dataset.
  • Pinpoint driven quality control that highlights only the features requiring analyst review.
  • Support for all geometry types and customizable configurations for program specific requirements.
  • Preservation of feature interactions and attribution lineage for auditability.

Integrated Production Workflow

  • Seamless attribution updates and measurement tools within one environment.
  • Automated filtering of features requiring review, reducing manual touchpoints.
  • Efficient remote capable workflows with minimal data downloads.

Results

Since 2015, this production approach has supported multiple NGA programs and has delivered measurable improvements. The solution:

  • Reduced manual steps and eliminated the need to switch between multiple software tools.
  • Increased automation to improve consistency and reduce analyst workload.
  • Delivered higher accuracy in height measurements and conflated datasets.
  • Lowered production costs while enabling scalable and repeatable delivery aligned to NGA mission needs.



Multi Source Conflation (Kraken™)

  • Automated geometry matching, attribution transfer, and hierarchical rules to create a consistent gold dataset.
  • Pinpoint driven quality control that highlights only the features requiring analyst review.
  • Support for all geometry types and customizable configurations for program specific requirements.
  • Preservation of feature interactions and attribution lineage for auditability.

Integrated Production Workflow

  • Seamless attribution updates and measurement tools within one environment.
  • Automated filtering of features requiring review, reducing manual touchpoints.
  • Efficient remote capable workflows with minimal data downloads.

Results

Since 2015, this production approach has supported multiple NGA programs and has delivered measurable improvements. The solution:



  • Reduced manual steps and eliminated the need to switch between multiple software tools.
  • Increased automation to improve consistency and reduce analyst workload.
  • Delivered higher accuracy in height measurements and conflated datasets.
  • Lowered production costs while enabling scalable and repeatable delivery aligned to NGA mission needs.

Fueling Peak Performance with
Operational Management Solution

Collaborative Crisis Preparedness and Response

The Operational Management Solution brings data, people, and operational intelligence together in one secure solution, creating a shared, map-based situational picture. It supports national and regional operational teams through every stage of crisis management, from planning and risk assessment to active response and post-incident recovery. With clear geographical context to support coordinated action, teams can prepare smarter, respond faster, and recover stronger.

Fueling Peak Performance with
Operational Management Solution

Collaborative Crisis Preparedness and Response

The Operational Management Solution brings data, people, and operational intelligence together in one secure solution, creating a shared, map-based situational picture. It supports national and regional operational teams through every stage of crisis management, from planning and risk assessment to active response and post-incident recovery. With clear geographical context to support coordinated action, teams can prepare smarter, respond faster, and recover stronger.

Shared Situational Picture

Integrates data from multiple systems for a single, trusted view.

Stronger Preparedness

Identify risks before they occur, plan strategically, and train teams effectively for anything that comes their way.

Coordinated Messaging

Mobilize stakeholders, manage incidents, and communicate clearly.

Secured & Trusted

Role-based access, audit trails, and full event documentation.

Shared Situational Picture

Integrates data from multiple systems for a single, trusted view.

Stronger Preparedness

Identify risks before they occur, plan strategically, and train teams effectively for anything that comes their way.

Coordinated Messaging

Mobilize stakeholders, manage incidents, and communicate clearly.

Secured & Trusted

Role-based access, audit trails, and full event documentation.

Case Study

Operational Management System for the Swedish Transport Authority

Overview

T-Kartor has delivered two decision-support systems based on the Iris platform to Swedish Transport Authority OLS and TELS which together form a unified platform for disruption management. Development commenced in 2022, and both systems were successfully deployed in 2025 according to plan.

Context

OLS provides a consolidated operational picture for Swedish Transport Authority’s national and regional units, enabling faster, safer, and more coordinated handling of events across the transport system. TELS enables secure collaboration between Swedish Transport Authority, railway undertakings, and other stakeholders through a shared situational picture.

Scope

The delivered decision-support systems provide Swedish Transport Authority with a common operational picture used by traffic management to:

 

  • Proactively mitigate issues through structured risk management
  • Make informed decisions in response to emerging incidents
  • Communicate effectively with Swedish Transport Authority’s internal and external stakeholders, including travelers

Deliverables

T-Kartor has delivered OLS, a high-performance command and control system and TELS for secure government collaboration designed for 24/7 operation. OLS improves the availability and operational efficiency of the infrastructure by streamlining the management of potential and ongoing disruptions to road and rail traffic.

 

The delivered decision support systems are built on T-Kartor's Iris platform, developed in collaboration with customers in the defense sector to meet high demands for large-volume data processing and robust security.

Making Every Step Smarter with
Common Operational Picture

A Shared, Real-Time View for Coordinated Response

T-Kartor's Common Operational Picture (COP) is a customized, map-based solution that integrated live data, operational resources, and geospatial intelligence into a single shared view. Designed for defense, rescue services, and other operational teams, COP provides real-time situational awareness to support faster decisions, better coordination, and safer operations. From the moment an alarm is triggered to post-incident analysis, COP keeps every stakeholder aligned through a single, trusted picture.

Making Every Step Smarter with
Common Operational Picture

A Shared, Real-Time View for Coordinated Response

T-Kartor's Common Operational Picture (COP) is a customized, map-based solution that integrated live data, operational resources, and geospatial intelligence into a single shared view. Designed for defense, rescue services, and other operational teams, COP provides real-time situational awareness to support faster decisions, better coordination, and safer operations. From the moment an alarm is triggered to post-incident analysis, COP keeps every stakeholder aligned through a single, trusted picture.

Unified Situational Picture

Brings together internal GIS data, external services, and live streams into one map-based view.

Real-Time Incident Awareness

Visualizes SOS alarms and critical data layers instantly for rapid understanding.

Collaborative Planning

Enables control centers, field teams, and vehicles to view and annotate the same operational picture simultaneously.

Secure & Role-Based

Adapts access and functionality to user roles, with VPN encryption and flexible hosting options.

Unified Situational Picture

Brings together internal GIS data, external services, and live streams into one map-based view.

Real-Time Incident Awareness

Visualizes SOS alarms and critical data layers instantly for rapid understanding.

Collaborative Planning

Enables control centers, field teams, and vehicles to view and annotate the same operational picture simultaneously.

Secure & Role-Based

Adapts access and functionality to user roles, with VPN encryption and flexible hosting options.

Case Study

Common Operational Picture for Swedish Fire & Rescue Services

Common Operational Picture for
Swedish Fire & Rescue Services

Overview

Creating an operational picture requires processing a large amount of information. T-Kartor developed a web-client on top of Iris to intuitive command and control system in collaboration with one of the largest Swedish emergency services to support before, during, and after an assignment. We provide a Common Operational Picture (COP) during emergencies.

Context

Swedish Fire and Rescue Services organization now have Iris, a NATO-operational product that helps them organize, protect, share, and analyze data. Iris integrates and manages data from various sources, providing a clear operational picture during emergencies.

Scope

The COP client on top of Iris integrates data from various sources, including emergency central (SOS-Alarm), Land survey, Swedish Transport Administration, weather services, and municipal GIS units, into a user-friendly interface. It allows for real-time situational awareness and coordination among all units involved in an emergency.

Deliverables

Iris support user-friendly web clients for all levels of daily users The COP client, developed in close collaboration with emergency services, offers advanced features such as API integration for live data streams, drone feeds, and forest fire data. It enhances coordination and decision-making during emergencies, ensuring effective and timely responses.

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