StereoStitch merges feeds from multiple cameras into seamless 360°, stereoscopic 3D and panoramic views — in real time, at over 30–60fps, from high-end Nvidia GPUs down to mobile and embedded devices. When live stitching is the hard part of your problem, we're who you call.
StereoStitch is a software engineering company that seamlessly stitches multiple images and video feeds into immersive, real-time 360°, stereoscopic 3D and panoramic views. Plenty of tools stitch two clean photos in a quiet room; far fewer survive moving subjects, mixed lighting, fisheye distortion, tight latency budgets and constrained hardware — all at once, and live. That gap is exactly where we live.
Five areas where our proprietary algorithms consistently outperform off-the-shelf approaches — engineered to run in real time, on whatever silicon you're targeting.
Multiple images or video feeds fused into seamless panoramic or 360° output with no visible seams — up to 8K 30fps live, from cameras like KanDao Obsidian, Z-Cam and Insta360 Pro/Titan.
Exposure balanced across scenes with mixed lighting so detail survives in both highlights and shadows — the photo-realistic fidelity spatial computing platforms demand.
Real-time de-warping of fisheye and wide-angle feeds — expanding fields of view while keeping geometry accurate enough for measurement, navigation and HUD overlays.
Stitching that mimics human binocular vision, adding genuine depth and realism — critical for VR immersion and for robotics that need spatial understanding, not just a flat image.
Computationally heavy stitching delivered live — 30fps+ with minimal latency. Tuned across high-end Nvidia (e.g. 3090 stadium rigs) down to mobile and embedded targets.
Technology-agnostic by design. We ship to Apple Vision Pro, HoloLens, Meta Quest Pro, HTC Vive and custom hardware — plus mobile SDKs for iOS and Android.
StereoStitch is a specialized, real-time image and video stitching software that merges feeds from multiple cameras into seamless 360°, stereoscopic 3D and panoramic views — highly optimized for hardware like Nvidia GPUs. Those capabilities translate into practical use cases across five broad segments.





Four ready-to-deploy products — use them as-is, or as the fast-track foundation for a tailored build.
LinearLinear stitching that transposes any relatively flat surface into exploitable data, images or video. Ideal for robotic shelf and inventory management where accuracy across a long plane matters.
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360 / LiveStitches images and video into smooth, interactive 360° displays of any physical space. Includes a mobile SDK for building 360° capture apps on iOS and Android — the engine behind the award-winning DMD Panorama app.
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StereoStitches inputs the way human eyesight works, adding depth and realism to imagery. Built for VR immersion and high-accuracy robotics that depend on a true sense of space.
Download product sheet →A clip-on fisheye plus real-time de-warp and a "follow-me" feature gives a 180° immersive field of view — and can turn a viewer's phone into a stereo VR headset. An accessible entry point for content creators and new markets.
Our products are only half the value. The other half is the engineering services that get a stitch performing in your environment, on your hardware.
Precise multi-camera calibration — the unglamorous, decisive step that separates a clean seamless stitch from a ghosted, misaligned one.
We integrate our engines into your hardware and pipeline, tune for your latency and resolution targets, and remove the bottlenecks before they reach production.
Stuck scoping a stitching project? We bring deep, specialised expertise to feasibility, architecture and technology selection so you commit with confidence.
Assessment, end-to-end, of your image treatment process, including encoding/decoding, GPU, etc…
The same core technology, adapted to very different problems by clients across industries.

Realistic 3D representation of products on a customer's body or face in AR/VR — boosting confidence, cutting returns and deepening engagement.

Cost-effective PropTech tours deployed across real-estate networks, tourism and culture — a smartphone plus our 185° wide-angle kit replaces a $1000+ 360 camera at a fraction of the cost.

Stitched, wide-coverage feeds that feed object detection, license-plate and crowd analysis, perimeter protection and video analytics for the security sector.
A wider effective field of view so operators see more of the environment — invaluable in surveillance, automotive safety and autonomous-vehicle navigation.

High-resolution stitched feeds let drones and UGVs operate in inaccessible or dangerous environments — inspecting sewers, power lines and assets humans can't easily reach.

Drones and robotic arms that scan, count and reconcile stock — improving accuracy, cutting labour cost and feeding cleaner data back into retail operations.
Bespoke stitching challenges, solved against real hardware and real deadlines.
A speed bump fitted with six upward-facing cameras; we built the stitching that turns six feeds into one comprehensive image of a vehicle's underside.
Two rear cameras stitched into a single virtual rear-view mirror, projected as a transparent Head-Up Display in the visor.
Licensed to a French director of technical short films and to professional VR studios in Los Angeles, where live stitched stereo drives the headset view on set.
Four Insta360 Titan cameras, one in each corner, stitched live to an 8K 30fps stream on an Nvidia 3090 — broadcast-grade, in real time.
StereoStitch Linear running on in-store robots, stitching live feeds into clean shelf data to streamline inventory management.
As panoramic views become the norm, AR/VR platforms need uncannily realistic content. The highest-quality stitching is what makes that realism possible.
Engage us at any stage — or all of them. We plug into your team where the stitching problem is hardest.
We apply our image and video processing expertise to sharpen the assessment of what you actually need.
Fast-track prototypes using off-the-shelf engines or tailor-made builds, so you see exactly what you're getting.
Seamless integration into your stack — we find the bottlenecks and remove them before they bite.
Performance tested and monitored against specific KPIs, with data-collection tooling built in.
Ongoing upgrades and updates that keep the solution sustainable and ready to scale.
Most stitching tools work after the shoot, on single photos, or only with one brand of camera. We engineered ours for the hardest case: seamless, high-resolution, stereoscopic stitching in real time. That focus is what makes us the world leader in live stitching.
Other live engines tend to be embedded-only and lower-resolution. We deliver seamless 8K at 30–60fps across the full range — embedded boards to high-end NVIDIA GPUs — with live stereoscopic depth, as a finished solution rather than a raw developer kit.
The best-known stitchers work after the shoot, with long renders before anyone sees the result. We stitch live, on set, at 30–60fps — ready to broadcast or stream the moment it happens.
Panorama tools stitch single still images. We handle full-motion video in real time, with HDR, distortion correction and parallax compensation built into one engine.

CEO and major shareholder. Founder and MD of corporate advisory firm Avanguard Capital, board member, and lecturer at UWA and the Australian Institute of Management. Speaks seven languages; has worked across eight countries and Fortune 500 groups including Air Liquide and Wesfarmers. MSc from NEOMA, INSEAD MBA.

Internationally recognised expert in real-time image and video processing and stitching. Built game engines, panorama software and real-estate virtual tours; former Renault R&D engineer and Ubisoft global engine lead. Founder of 360-imaging pioneer Dermandar. Engineering degree from École Centrale Paris; French Agrégation in Mathematics.

A record of driving revenue growth and market share across regions and industries. Speaks four languages; has worked across Europe, Latin America and APAC. Career spans Schneider Electric, Westfield (Scentre Group) and the TKH Group. Engineering degree from École des Mines; INSEAD MBA.
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