viception
Markets & technologies

Where deep operational knowledge comes from.

As an established, technology-led service provider, viception is engaged across a range of markets and technologies — the areas from which its operational knowledge and experience are drawn. Each is backed by delivered projects, not just capability claims.

Markets

Aerospace

Cockpit visualisation, stereo projection and simulator integration for aerospace R&D — from EADS Manching to Eurofighter VR cockpit simulation.

Reference: EADS, Daimler VAPS XT

Automotive

Augmented reality, projection and configurator systems for design and prototype work — including the first productive industrial AR application in Germany, at BMW.

Reference: BMW, Audi, TU Chemnitz

Defence & Space

Real-time signal processing for demanding defence simulation — the sub-5-millisecond helmet-display warping unit for the NH90 was a worldwide first.

Reference: Rheinmetall, Thales

Health Care

Close-to-hardware image processing and sensor integration transfer directly into medical and life-science instrumentation.

Manufacturing

Robot calibration, closed-loop vision and laser-processing integration for industrial production — as delivered for Fraunhofer ILT.

Reference: Fraunhofer ILT

Shipping Industry

Large-scale projection and simulator systems for maritime training — such as the 9-channel, 16-metre ship-handling simulator in Elsfleth.

Reference: Jade University

Smart Cities

3D visualisation and digital-twin work for urban and architectural contexts, from animation to interactive models.

Reference: Stadthaus Ulm
Technologies

Artificial Intelligence

Machine learning and recursive algorithmic methods applied to real-world signal and vision problems, from geometry correction to image analysis.

Augmented Reality

Optical tracking, calibration and 3D-guided AR systems integrated into real production processes — proven on the factory floor at BMW.

Computer Vision

Image-processing pipelines close to the hardware, from smartphone-class devices to industrial laser positioning and robot guidance.

Optoelectronics

Projection optics, lens systems and light-wave signal paths — the physical layer where image meets hardware, across a dozen simulator projects.

Sensor Technology

Scalable multi-sensor architectures that fuse tracking, imaging and measurement into coherent, distributed systems.

Internet of Things

Networked, embedded devices and edge processing linking sensors, controllers and cloud services in industrial settings.

Cloud Computing

Backend services, databases and web infrastructure that make embedded and mobile systems scale — as in the 30,000-variant configurator backend.