01◎
Early bushfire
detection
AI-assisted detection identifies potential smoke and fire signatures to support earlier assessment and response.
DETECT & ASSESS REMOTE ENVIRONMENTAL INTELLIGENCE
See further.
Respond sooner.
Understand what’s happening.
Even where you can’t be.
Remote observation, AI-assisted detection and environmental insight. Connected in one adaptable, off-grid solution.
Explore the platform ↓
Wide-area awareness. On-demand detail.Take a closer look ↗
OBSERVE REMOTELYDETECT EARLIERUNDERSTAND CONDITIONS
01 / CONNECTED CAPABILITIES
A clearer picture.
A more informed response.
Bring visual evidence and environmental context together, helping teams assess conditions and coordinate their next step.
Early bushfire
02⌖
Remote panoramic
& PTZ cameras
See the wider landscape, then examine the detail with high-definition panoramic and remotely controlled PTZ cameras.
OBSERVE & INSPECT03≋
Weather &
environmental sensing
Integrate weather, air quality and environmental sensors to put changing conditions into context.
MEASURE & UNDERSTAND04⌁
Resilient off-grid
communications
Connect remote sites to central monitoring, recording and analytics through a link suited to each location.
CONNECT & MONITORBUILT FOR THE FIELD
One platform.
Different ways to deploy.
From existing fire towers to remote ridgelines, RECCE-X brings cameras, power and communications together in an integrated installation.
01 / FIXED TOWER
Extend the reach of existing infrastructure.
Equip a suitable tower with panoramic and PTZ cameras, solar generation, battery storage and a remotely managed network. Camera and solar mounts are configured for the structure and site.
- Two panoramic cameras for 360° horizon coverage
- PTZ camera for close-up investigation
- Secure enclosure for power and network hardware
- Remote power telemetry, health checks and alarms
02 / PORTABLE PLATFORM
Take observation beyond permanent towers.
A rugged, solar-powered unit brings monitoring to locations where permanent infrastructure is impractical. Vehicle or helicopter deployment supports access to challenging terrain.
- Integrated cameras, weather sensing and communications
- Solar generation with battery energy storage
- Seasonal deployment and relocation to priority areas
- Site-specific anchoring, access and installation planning
ENGINEERED AS A SYSTEM
Camera coverage, energy storage and communications are selected together. Solar yield, terrain, equipment load and environmental conditions determine the final configuration.
02 / THE OPERATIONAL PICTURE
Your landscape.
In one dashboard.
Explore actual interface captures. Move from site coverage to camera detail, detection review and system health.
Know what each site can see.
Visualise each site’s viewshed. Mouse-linked raycast crosshairs display bearing and distance to help relate the camera view to the landscape.
Actual dashboard captures supplied for illustration. Readings and detections shown are captured examples, not a live feed.
03 / ENGINEERED FOR THE LOCATION
Beyond the grid.
Within reach.
A stand-alone platform for locations where mains power is unavailable or unreliable.
Start with a standard package, then adapt camera coverage, solar generation, battery storage and connectivity to the needs of each site.
Download the capability flyer ↗A
Independent power
Solar and battery capacity configured around the location, equipment and operating requirements.
B
A connection that fits
LTE (4G / 5G), Starlink satellite or private microwave links back to central monitoring and analytics.
4G / 5GSATELLITEMICROWAVE
C
Room to extend
Optional weather and environmental sensors, LoRa networks and emergency aircraft tracking.
FROM SITE SELECTION TO SCOPE
Identify the location
Define the area to observe and the operational information your team needs.
Assess the conditions
Review camera placement, power requirements and available communications.
Engineer the package
Confirm the equipment configuration and develop a site-specific scope of works.
The standard package supports indicative pricing and site selection. Each location requires further assessment to establish its exact configuration and scope.
04 / FROM DETECTION TO RESPONSE
Information for every
stage of the operation.
Combine wide-area imagery with local conditions to support fire management teams, incident controllers and land managers.
Planned burning
Observe burn areas and local weather to support operational awareness during planned burns.
Early bushfire detection
Use AI-assisted smoke detection and detailed camera views to assess potential ignitions.
After lightning
Interrogate the landscape after lightning activity and inspect areas of concern remotely.
Incident management
Follow visible fire progression and share situational context to inform response and resource coordination.
05 / MORE CONTEXT. MORE CAPABILITY.
Beyond the camera view.
Extend the platform with sensing, aircraft awareness and integration options selected for the location and operational needs.
Local weather.
Field-level insight.
Measure wind speed and direction, temperature, humidity, rainfall and barometric pressure. Optional sensors add fuel moisture, soil moisture, UV and solar radiation.
A network for
remote sensors.
A LoRaWAN gateway connects compatible field sensors across the surrounding landscape. Coverage is assessed against terrain, antenna placement and site conditions.
Another layer of
situational context.
Optional ADS-B reception adds position information from transmitting aircraft to support awareness around fire operations, subject to reception coverage.
CONNECTED THROUGH THE LIFECYCLE
Deploy. Monitor. Maintain.
Bring imagery and sensor data into central monitoring, recording and analytics. Integration with external systems can be scoped to the required data interfaces.
Ongoing maintenance and management services can include portal access, camera controls, sensor data and remote system health monitoring.
Plan your installation ↗LET’S TALK ABOUT YOUR LOCATION
Bring the remote
into focus.
Explore a RECCE-X solution for your landscape,
infrastructure or environmental monitoring needs.