

Amplifying ISR and Targeting Through CSS
CSS strengthens ISR and TA by delivering fresh satellite imagery, 3D terrain data and rapid analysis directly to operators. This enables faster target development, clearer situational awareness and more precise execution across dynamic mission environments.
CLOSE SATELLITE SUPPORT (CSS)
Closing the gap between space and the frontline
We turn strategic satellite assets into a tactical tool Units can actually utilise on operational and tactical level. Our Close Satellite Support (CSS) brings live, taskable GEOINT directly into the hands of operators, JTACs, from J2 to S2 and operators / decision-makers on ground in operations.
Through a dedicated CSS cell and deployable mission kit, we:
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Task and retask satellites on demand for time-critical targets and dynamic missions
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Fuse EO, IR and SAR imagery into a single operational picture for land, air and maritime operations
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Push ready-to-use products (overlays, 3D models, change detection, target packs) straight into your existing tools
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Integrate with battlefield management systems such as ATAK, DELTA and other C2 platforms
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Support target development and BDA with structured, repeatable workflows aligned to your ROE and TTPs
CSS is not a software licence or a file-drop service – it is an integrated capability, combining satellite tasking, imagery processing, AI-assisted analysis and experienced GEOINT/CSS operators who speak the same language as your teams in the field.


GOV DEMO
Contact us today to schedule a GOV-level CSS demonstration and see how real-time satellite support integrates seamlessly into your tactical and operational workflows.
CSS + UAS
B1A integrates ISR drones and FPVs directly into ATAK, allowing teams to plan and execute missions using real GEOINT data and accurate terrain information. This gives operators a clearer picture of the environment, improves coordination, and enhances mission safety and effectiveness. Through this integration, flight paths, observation routes and attack vectors can be designed with better situational awareness and continuously updated information.
Key capabilities include:
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Direct UAS integration in ATAK – Live video, telemetry and sensor data from ISR drones and FPVs displayed in the operational picture.
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GEOINT-driven mission planning – Use EO imagery, 3D terrain models and updated overlays to select routes, identify threats and plan observation or strike missions.
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Intelligent flight-path management – Create flight paths based on elevation, obstacles, no-fly zones and mission requirements, reducing operator workload.
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Real-time updates for dynamic missions – Adjust routes and tasks instantly based on live feeds, changing terrain information or new intelligence inputs.
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Improved situational awareness – Combine drone feeds, tactical markers and satellite-based GEOINT into one unified view for all team members.
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Enhanced coordination for FPV teams – Provide accurate target coordinates, safe ingress/egress routes, and shared mission data for pilots and ground teams.
This integrated approach ensures drones and FPVs are not operating as isolated assets but as fully connected elements of a broader intelligence and operational workflow.

CSS + UAS
B1A integrates ISR drones and FPVs into ATAK, using GEOINT data to plan accurate flight paths and improve mission awareness.

We provide direct, on-demand satellite support with global coverage, delivering timely imagery, GEOINT and 3D terrain data wherever missions are conducted. In addition, we offer specialised consulting and advisory services to support the setup, integration and structuring of these capabilities, ensuring they are effectively embedded into operational and command workflows.

Helicopter LZ Assessments with CSS
B1A enables rapid, tactical-level Helicopter LZ assessments directly inside ATAK by integrating Vantor EO imagery and high-accuracy 3D data. Operators receive instant terrain, obstruction and surface-condition analysis, allowing faster, safer LZ selection in dynamic missions.
COMBAT TESTED
Our Close Satellite Support (CSS) capability is combat-tested in active operational environments and proven under real mission conditions. It has been used to support time-critical targeting, route planning, ISR tasking, line-of-sight (LOS) analysis for covert movement and position pre-assessment for sniper teams, HZ/LZ assessments, and operational decision-making where reliability, speed and accuracy are essential.


CSS Station
The CSS Station is a deployable Close Satellite Support capability designed to operate in SIGINT-challenged and electronically contested environments. Built for real field operations, it ensures continuous access to satellite imagery, GEOINT and mission-critical intelligence even under electronic warfare pressure.

OUR SERVICE

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Close Satellite Support (CSS)
Our CSS service delivers taskable satellite intelligence, rapid imagery processing and high-accuracy 3D terrain data directly to tactical and operational units. This capability bridges the gap between strategic space assets and frontline operators, enabling faster targeting, route analysis, mission planning and battle damage assessment in dynamic environments.
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2–C2 GEOINT Workflows & Intelligence Sharing Structures
We design and implement end-to-end GEOINT workflows that connect J2 intelligence functions with C2 command elements, ensuring seamless data flow from collection to distribution. This includes building intelligence-sharing structures, product templates, dissemination channels, and interoperability frameworks that enhance situational awareness and support real-time decision-making at brigade, battalion and platoon level.
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GNSS-Integrated 3D Navigation Based on Vantor Raptor
Using Vantor Raptor’s precision GNSS and high-accuracy 3D models, we provide advanced navigation capabilities for denied, degraded, or contested environments. These solutions enable reliable route planning, obstacle avoidance, landing-zone assessments and mission execution even when traditional GPS signals are compromised.

ATAK GEOINT
ATAK, CSS, combined with Vantor seamlessly combine to bring satellite intelligence, 3D terrain data, and real-time mission overlays directly into the hands of operators. This integration delivers faster decision-making, improved situational awareness, and a direct link between strategic space assets and tactical units on the ground.



