Industry

Government & Security

Measured ground, current imagery and one spatial record, for the agencies responsible for protecting critical sites, enforcing land boundaries and planning the response when something happens on them.

An operator at a widescreen console reviewing a planned drone corridor mission drawn over aerial imagery, with flight time, area and battery totals listed beside it

Environments: Perimeters, corridors, protected land
Sensing: LiDAR, thermal, high-resolution optical
Output: GIS-ready spatial layers
Refresh: Tasked on demand, not orbit-dependent

Capabilities in this sector

The named services AECA delivers here. Each one answers a problem set out below.

Canopy-Penetrating Terrain Mapping

Access, drainage and sight lines around a protected site are planned from charts drawn before the vegetation grew.

Boundary & Encroachment Change Detection

Clearing and unrecorded structures on protected land are usually found by someone who happened to pass.

Unified Spatial Databases

Site layouts, utility routes and land records sit in separate systems in separate departments.

Industry challenges

Protecting extended perimeters, remote installations and large areas of public land runs into the same problems everywhere: the ground has never been measured properly, the imagery is old by the time it arrives, and the records that would show what changed sit in systems that do not speak to each other.

Ground nobody has measured

Access routes, drainage and sight lines around a protected site are worked out from charts drawn before the vegetation grew, and a ground team cannot safely survey where it matters most.

Imagery that arrives too late to act on

Commercial satellite passes are scheduled by someone else and defeated by cloud, so recent change to structures, tracks and clearing is simply not in the record.

Encroachment discovered by accident

Clearing, unrecorded structures and changes of use are typically found when someone happens to pass, by which point the case is harder to make.

Records held in disconnected systems

Site layouts, perimeter logs, utility routes and land records sit in separate departments, and during an incident the time spent reconciling them is taken from the response.

AECA's solutions

The same capture methods used across the rest of this site, applied to the questions an agency responsible for a site, a boundary or a response has to answer.

Boundary and encroachment change detection

Successive captures are differenced to isolate new clearing, new structures and changed use, delivered as a dated, positioned exception list.

Perimeter and critical asset mapping

Fence lines, access points, service corridors and the ground either side captured as measured geometry rather than as a schematic.

Thermal and wide-area monitoring

Thermal payloads and multi-satellite feeds cover ground too large to patrol, flagging heat anomalies and activity for follow-up.

Benefits

What changes for an agency once the ground is measured, the imagery is current and the records are in one place.

Planning against measured ground Survey-grade positioning means terrain and asset data can be relied on for access, drainage and staging decisions rather than treated as indicative.
Change surfaced while it is still small Repeat capture makes new tracks, cleared ground and altered structures a dated list, which turns encroachment from a discovery into a schedule.
Coverage that scales with area, not headcount Long-endurance platforms cover extended boundaries in few sorties, so protecting more ground does not mean proportionally more people on it.
One record during an incident With the reconciliation already done, the operations room starts from a shared picture instead of assembling one under time pressure.

Case studies

How aerial capture has translated into decisions for agencies responsible for sites and land.

Boundary monitoring on protected land

Land offices and enforcement units

The challenge: A protected area too large and too remote to patrol continuously, where clearing and unrecorded structures are found long after the work was done.
The deployment: Aerial capture on a repeating cycle, each pass differenced against the last to isolate new clearing, new access tracks and structural change.
The result: Change surfaced by location and date, so enforcement is directed at where the ground has actually altered rather than spread across the whole area.

Critical site terrain and access baseline

Utility, port and installation operators

The challenge: Emergency access, drainage and sight lines around an installation are planned from records that predate years of vegetation growth and site modification.
The deployment: Canopy-penetrating LiDAR and high-resolution capture over the site and its approaches, classified to separate ground, vegetation and structure.
The result: A measured terrain and asset model of the site and its surroundings, and a baseline later captures can be compared against.

Platform evaluation for procurement

Navy, armed forces and air force leadership

The challenge: Procurement authorities need to know what is deployable and supportable in their own operational context, which a conceptual showcase cannot answer.
The deployment: Operational demonstrations and Uji Nilai evaluations run with senior leadership across the services. AECA has been the authorised Quantum Systems dealer since 2019, showed the Vector and Twister platforms at the Military UAV and Air Defense Systems conference in Kuala Lumpur, and attended Defence Services Asia 2026 as a subject matter expert.
The result: Evaluation cycles shortened, with systems assessed for immediate deployment alongside the localised maintenance, training and lifecycle support that keeps them flying.

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