Field reconnaissance systems
We design, implement, and support autonomous sensor systems for short-duration field reconnaissance, including spectrum analysis and electronic intelligence collection.
Clarify the mission
The words are often mixed. The work is different. Our services and designs start from reconnaissance needs.
Reconnaissance is the act of exploring or scouting an area to gather information. The activity is often short. The location may be unknown, remote, or difficult to reach.
Surveillance is the continuous observation of a known location or situation. The activity is usually long. The purpose is to monitor change.
How devices reach the field
Sensor packages can travel by air, land, or water. The same family of devices can ride on unmanned vehicles or drop under a small parachute.
Compact mesh nodes float into remote or hard-to-reach ground under a small canopy. People can stay clear of the placement area.
Multi-rotor and fixed-wing craft release sensors over valleys, water, and rough ground.
Tracked and wheeled platforms carry sensors into areas that are hard for people to enter.
Boats and autonomous craft place or carry sensors for coastal and inland water work.
Utility vehicles and support platforms host mast or hull-mounted packages for mobile field work.
What we do
Reconnaissance.Services helps customers solve reconnaissance problems with hardware, software tools, system integration, and field support.
01
We study the constraints of the task. We select sensors—including spectrum and signals sensors—packaging, power, and data paths that fit the area, duration, and access limits of the work.
02
We build and configure the technical solution. This includes autonomous sensor devices, vehicle mounts, communications, and the software that receives and organises field and spectrum data.
03
We connect devices to tools that teams can use day to day—including a web platform with a GIS map view to monitor and interact with remote and deployed packages.
04
We support teams before and during field use. Support includes training, deployment planning, and Reconnaissance.Services personnel working on site with the customer’s people.
03 · Integrate
Remote packages are only useful if teams can see status, location, and reports in one place. We integrate devices with a web-based platform that uses a GIS map display for monitoring and interaction.
Illustrative interface examples · not a product brand endorsement
04 · Support
Support is not limited to remote advice. Reconnaissance.Services personnel can deploy alongside the customer’s personnel for training, first use, and difficult field work.
Sensor packages
Devices observe their surroundings, sample the radio spectrum where required, process data on board when needed, and report results. Core forms include a compact circular mesh node for fixed or air-drop use, and a personal handheld companion node. Add-ons such as cameras, external sensors, and mounts are available. Finish is matte black for a low visual profile in the field.
Example applications
These examples show the type of problems we address. They are not a complete list. Users include civil defence agencies, wildfire and search-and-rescue teams, research groups, environmental organisations, industrial operators, and private security firms.
A team needs a short-duration picture of radio activity in an area: which bands are in use, what types of emitters are present, and how the spectrum changes over the mission window.
Devices collect electronic intelligence (ELINT) and related spectrum data—detect, classify, and report emissions without long-term occupation of the site. Results support interference diagnosis, emitter mapping, and wider reconnaissance reports. Spectrum work is a core use of these packages, not an add-on.
Civil defence and wildfire teams need environmental and tactical information when smoke, heat, or terrain limits what people and aircraft can see. Short-duration sensors help build a clearer picture of fire behaviour, access, and conditions around the fire ground.
Compact nodes can sit on a survey tripod with battery and solar power, or be placed by hand, vehicle, or air drop at the edge of active zones. Reports support decisions on where crews can work, where conditions are changing, and where further observation is needed—without replacing the judgement of incident command.
Search teams cover large wilderness areas with ground parties and aircraft. Dropping many sensors over a wide area can augment those patterns and help focus effort where signals, sound, or other observations appear.
Air-dropped packages land under small parachutes and work for a limited period. The goal is not to replace traditional search methods. The goal is to extend coverage, reduce empty ground, and give search leaders more information for the next grid, track, or flight.
A team needs basic information about an area that people cannot enter easily or safely. Sensors are dropped or carried in by unmanned vehicles. The devices collect observations for a short period and send a report. The goal is to learn what is present before people move in.
A team plans to use a road, trail, or waterway. Mobile sensors on vehicles or vessels collect short-term observations along the path, including RF activity where useful. The report helps the team decide if the route is usable for the planned activity.
After a flood, industrial incident, severe weather, or other short event, civil defence and response teams need a fast picture of conditions. Sensors placed by air or ground platforms give a first look—physical and spectrum—without long-term occupation of the site.
Researchers and conservation groups explore remote sites for limited periods. Autonomous sensors reduce the need for continuous human presence while the team collects the data they need for the study.
Next step
Send an email with a short description of your problem. We will reply with information about how we can help.
Email info@recce.services Or write to info@recce.services