DEPLOYABLE GEOINT EXPLOITATION
GTK 2.0
Turn raw geospatial and ISR data into exploitable intelligence at the point of need.
GTK 2.0 brings multi-format geospatial processing, high-performance data handling and AI-assisted exploitation into a deployable platform engineered for analysts who need to work with large ISR datasets close to the point of collection.
Product Type
Geospatial Intelligence Platform
Product Code
AIC-GTK2
Deployment
Secure workstation / team server / disconnected or edge deployment / customer private network / private cloud
Key Differentiator
Enterprise-grade GEOINT exploitation designed to continue operating when enterprise connectivity does not.
GEOINT at Operational Tempo
GTK 2.0 — the GEOINT Tool Kit — is AIC's deployable geospatial exploitation platform for rapidly turning imagery, terrain, vector and sensor data into usable intelligence.
The platform is designed around the complete exploitation workflow: ingest and normalise heterogeneous geospatial material, catalogue and retain metadata, keep large datasets responsive through intelligent caching, apply analyst-controlled AI exploitation, and integrate the resulting information into existing Defence and intelligence ecosystems.
GTK is intended to continue operating where bandwidth, connectivity or access to enterprise infrastructure cannot be assumed, allowing geospatial exploitation capability to move closer to the tactical or operational user.
The Challenge
Modern ISR platforms and commercial sources create geospatial datasets at a scale that can overwhelm manual exploitation workflows. Large imagery holdings, multiple formats and distributed sensor feeds increase the time between collection and usable intelligence.
Enterprise geospatial platforms are powerful, but many workflows assume reliable connectivity and central infrastructure. Deployed and secure teams may need to ingest and exploit material locally while operating with limited, intermittent or no connection to the enterprise.
The Capability
GTK combines multi-format data ingestion and normalisation, metadata cataloguing, high-performance caching, geospatial indexing, AI-assisted object exploitation and secure data-management patterns in one deployable toolset.
It is designed to work independently when required and to connect with wider geospatial and data platforms when available, creating a practical bridge between tactical exploitation and enterprise intelligence workflows.
Operational Outcomes
Reduce time from raw imagery or sensor collection to exploitable information.
Handle large geospatial datasets without depending on continuous enterprise connectivity.
Automate repetitive ingest, cataloguing and enrichment activity.
Support analyst-controlled AI detection, classification and change exploitation.
Maintain geospatial metadata and source context through the exploitation workflow.
Deploy from secure workstation scale through team and private infrastructure.
Integrate tactical exploitation results with established enterprise geospatial ecosystems.
Improve resilience for disconnected and bandwidth-constrained operations.
Designed for Controlled Environments
GTK is designed for deployment inside customer-controlled environments, including workflows where data must remain local or operate without external network dependency. Security architecture, identity integration and information-handling controls are configured to the target deployment and customer assurance requirements.
The platform is intended to preserve geospatial metadata and handling context throughout ingest and exploitation rather than treating security information as an afterthought.
Capabilities
Multi-format geospatial ingest; raster and vector normalisation; metadata cataloguing; large-dataset caching; geospatial indexing; AI-assisted object exploitation; change-detection pathway; secure data lake; offline operation; analyst workflows; enterprise connectors
Integrations
Palantir Foundry; Esri ArcGIS; NITF; LiDAR; common raster/vector geospatial formats; customer ISR and data sources
Identity Support
Deployment-specific identity and access integration aligned to the customer environment.
Data Residency
Customer-controlled; capable of local and disconnected operation with no mandatory external cloud dependency.
Encryption
Deployment-specific security controls and encryption selected to customer assurance requirements.
