Hoppa till innehål
skärgård-

Vidhance Drone Vision

Software-defined vision for unmanned systems

Real-time stabilization, tracking and situational awareness for UxV platforms – processed at the edge, on commodity hardware, without a gimbal.

kc

The Challenge

Raw video is not enough.

Unmanned platforms generate large amounts of video – but footage is often of low quality, fragmented and difficult to interpret quickly, increasing the risk of cognitive overload when speed and clarity matter most.

Mechanical gimbals add weight and failure points. Manual tracking is time-consuming. Threat indicators are easy to miss.

Vidhance Drone Vision addresses these challenges – on commodity hardware, without rebuilding the stack.

The Solution

Vidhance Drone Vision

Visual intelligence software that makes UxV platforms see better, process smarter and share situational awareness in real time.

01 — Precision Stabilization

The foundation everything else depends on.

02 — Extended Vision

Expand what the platform can see.

03 — Actionable Intelligence

Extract what matters, automatically.

01 — Precision Stabilization

The foundation of reliable vision intelligence.

High-quality, stable video improves visual perception, makes footage easier to interpret and enables advanced vision intelligence. Good-enough stabilization works for basic video capture – but when mission-critical capabilities such as tracking, detection and multi-camera stitching depend on it, imprecise stabilization propagates as errors through every layer above it.

Vidhance Electronic Image Stabilization (EIS) and Horizon Correction are optimized for creating stable, correctly oriented video streams regardless of wind, vibration or platform maneuver – refined over 18 years, close to the hardware, with minimal power consumption and near-zero latency.

  • Electronic Image Stabilization (EIS) Real-time stabilization for moving cameras. Leverages precise sensor data to compensate for vibration, shocks and high-frequency disturbances.
  • Horizon Correction Keeps the image level independent of platform roll. Essential for reliable ISR observation.
  • Rolling Shutter Correction Eliminates skew and distortion from sequential pixel exposure – a common artifact in high-vibration drone environments.

02 — Extended Vision

See more. Control more. Without a gimbal.

A mechanical gimbal stabilizes, steers and levels the camera by moving hardware – adding weight, power consumption and failure points that directly limit flight time and payload capacity.

Virtual Gimbal replaces the mechanical assembly entirely. Combined with Multi-Camera Stitching, it creates a stabilized wide-area field of view steered in software – no moving parts, no SWaP penalty, no mechanical failure points. Multiple simultaneous views from a fixed camera setup, available to both operator and command.

Extended Field of View expands a single camera’s effective field of view through software processing – without adding hardware or changing the camera configuration.

  • Virtual Gimbal Software-controlled field of view. No moving parts, no SWaP penalty.
  • Multi-Camera Stitching Multiple feeds merged into a single wide-area image in real time.
  • Extended Field of View Expands a single camera's effective field of view through software. No additional hardware required.

03 — Actionable Intelligence

Detect. Track. Act.

Automatic detection, tracking and threat recognition – reducing operator workload and accelerating decision-making.

  • Moving Object Tracking Detects and locks onto any moving object using image coordinates. Holds tracking through maneuver, partial occlusion and changing lighting. Operator-initiated.
  • Landmark Tracking Locks onto a fixed point using world coordinates, maintaining that reference independent of platform movement or altitude. Persistent area observation without manual adjustment.
  • Multi-Object Tracking Tracks multiple objects simultaneously. Maintains independent locks on each target without operator intervention.
  • Multi-Camera Object Tracking An object identified by one platform – i.e. an ISR drone – is automatically recognized and tracked by another, such as an FPV drone. No manual handoff.
  • Flare and Glint Detection Automatically identifies short-lived, high-intensity events – muzzle flashes, howitzer fire, reflected light signatures. Alerts the operator in real time. Under operational stress, the software catches what the operator might miss.
AdobeStock_628302483

Why Vidhance

Built on proven algorithms.

Vidhance algorithms power over one billion consumer devices worldwide. That foundation – close-to-hardware, minimal power consumption, near-zero latency – is what makes Drone Vision possible in resource-constrained unmanned platforms.

  • No gimbal required Software replaces mechanical stabilization and steering entirely. Less weight, fewer failure points, lower SWaP cost.
  • Runs on COTS hardware Optimized for Raspberry Pi-class edge hardware. No proprietary processing unit. Integrates without platform redesign.
  • Close-to-hardware Vidhance algorithms operate at the edge where sensors meet silicon. Minimal power consumption, near-zero latency, optimized for the resource-constrained environments unmanned platforms operate in.
  • Edge processing All processing on the platform. No cloud dependency. Operates in GPS-degraded and communications-denied environments.
  • Platform agnostic Integrates across UAV, UGV and USV platforms. No hardware lock-in.
  • European technology Built in Sweden, EU and NATO member state.
  • Direct partnership Dedicated team. Technical depth and responsiveness.

Learn more

We work with drone manufacturers, system integrators and defence procurement teams. Tell us about your platform and we will show you what Vidhance Drone Vision can do.

Book a Demo