Defence
Contested ground operations
Autonomy and mission planning for unmanned ground vehicles (UGVs) operating in GNSS-denied, radio-jammed, and challenging offroad environments.
What we do
Autonomy Software for Unmanned Ground Vehicles
Tess Space builds autonomous guidance and navigation software systems for demanding ground operations across Defence, Mineral exploration, and Biodiversity. We combine onboard AI navigation, mission planning, and field analytics to enable autonomous remote mobility, sensing, and situational awareness.
Operational domains
One autonomy stack for demanding offroad environments
Tess Space applies the same core AI autonomy stack across defence, mineral exploration, and biodiversity monitoring, adapting onboard navigation, mission workflows, and data analytics to each operating context.
Mineral exploration
Efficient site operations
Autonomous ground workflows for terrain mapping, field surveys, geotagged analytics, robotic logistics, and stockpile estimation across difficult and distributed sites.
Biodiversity
Environmental sensing and monitoring
Field robotics, data collection, and analytics workflows for biodiversity monitoring, under-canopy sensing, and structured environmental observations across complex environments.
Technology
Autonomous offroad driving and mission planning
Tess Space combines onboard autonomy, mission planning, and field analytics into one connected system for unmanned ground operations.
TITAN
Onboard autonomy and navigation
TITAN provides perception, localization, navigation, teleoperation, and payload integration for demanding field conditions.
TESS DRIVE
Mission planning and supervision
TESS DRIVE supports route planning, waypoint execution, operator review, and supervised autonomy across remote and degraded operations.
ANALYTICS
Detection, mapping, and field intelligence
ANALYTICS turns mission outputs into structured observations, detections, mapped insights, and usable operational datasets.
TITAN FIELD TRIALS
February 18, 2026
Tess Space advances TITAN field testing for GNSS-denied navigation and low-bandwidth teleoperation.
Recent TITAN trials validated perception, localization, and navigation workflows across degraded communications, remote supervision, and route planning for autonomous ground vehicles.
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MSC 2026
February 2026
Tess Space participates in the Munich Security Conference 2026 to discuss resilient autonomy for dual-use missions.
The conference engagement highlighted autonomy, mission systems, and guidance technologies for contested, remote, and communication-degraded environments.
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SPACE FOREST
March 9, 2026
Tess Space secures contract to investigate biodiversity measurement in Scandinavian forests.
The SPACE FOREST project explores how autonomous sensing, field robotics, and repeatable data collection can support biodiversity measurement across dense forest environments.
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ARCTIC FOX
March 15, 2026
Tess Space expands biodiversity monitoring workflows for the Arctic fox across Greenland.
Current workflows focus on detection, segmentation, and repeatable species analytics across polar terrain and difficult environmental conditions.
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Trusted ecosystem collaborators.
