Solutions engineered from the ground up.
Making sense of data fast.
Operation-ready solutions
Sensor technology has advanced rapidly, from high-precision radar to drones and sonar satellites. But as targets become harder to detect, this technology is pushed to its limits while the sheer volume of data makes it difficult for human analysts to build an accurate picture at the speed of a threat.
Voyant is uniquely placed to meet these challenges. We provide modular, hardware-agnostic, and operation-ready solutions that transform how organisations detect, interpret and act in complex environments.
Our technology tracks the hardest-to-detect targets, pushing sensor performance beyond limits in complex, contested environments. With data fusion power equivalent to 60 analysts, we deliver clear insight and confident decisions at scale
Targeted solutions
We can deploy our systems as a point solution on an object, such as a radar onboard an aircraft or marine vessel, or to support big data – such as a command and control centre for data fusion from sensors on satellites, CCTV and other mass ELINT applications.
Sonar solution
| We deliver a significant step-change in identifying sig nals in noisy environments, extracting meaningful dBs-level signa ls and fusing different data types. |
Radar solution
| Our advanced Track to Detect capability means that we can detect, classify and discern targets significantly better compared to current state-of-the-art. |
EW solution
| We utilise event-driven AI for efficient parsing of Pulse Descriptor Words (PDW) to accelerate threat detection and situational awareness. We can track and classify transient electronic signals, even in congested and contested environments where emitters are actively engaged in stealth and deception. |
ALT-navigation solution
| We utilise event-driven AI for efficient parsing of Pulse Descriptor Words (PDW) to accelerate threat detection and situational awareness. We can track and classify transient electronic signals, even in congested and contested environments where emitters are actively engaged in stealth and deception. |
Multi-sensor surveillance solutions
Our solution can both replace a team of 60+ skilled analysts and deliver better performance.
Use cases
Our systems are already supporting trials and programmes with the opportunity to enhance capabilities over multiple domains – crewed and uncrewed.
Maritime
Aviation
Land
National security
Crewed
Surface vessel tracking
Enable precise, real-time tracking on surface vessel in contested congested and/ or GPSS-denied maritime environments.
Manned aircraft tracking
Deliver precise. real-time tracking for crewed platforms operating in dense airspace or electronically degraded conditions.
Ground vehicle tracking
Provide continuous, accurate situational awareness of friendly and adversary multiple ground vehicles across complex terrain.
Border surveillance
Support border security operations by fusing multiple-sensor data to detect/ classify classify objects with accuracy and reduced operator burden.
Uncrewed
USV/UUV tracking
Track autonomous surface and underwater vehicles with precision including GPSS-denied environments.
UAV/ drone tracking
Identify & track small, fast moving drones at range to enable faster intercept decisions to counter UAS operations.
UGV/ robotic platforms
Maintain precise positional awareness of uncrewed ground platforms in GPSS-contested or urban environments.
Autonomous threat detection
Enable autonomous systems to identify & respond to emerging threats without requiring constant human oversight.
ISR
Maritime ISR support
Enhance intelligence gathered from maritime surveillance assets by attracting a minimum of 41% more information.
Airborne surveillance
Improve quality and depth of intelligence from airborne USR platforms through enhanced data fusion.
Ground-based ISR
Fuse data from fixed and deployable ground sensor networks to deliver a clear, accurate picture in real-time.
National ISR networks
Integrate across national sensor architecture to provide clarity and accuracy at a strategic level.