ESPER has been engineering advanced 3D and 4D capture systems for over 10 years, transforming the physical world into high quality digital data.

Our platforms are designed for organisations working across AI, digital content, and advanced research, enabling the precise, repeatable capture of real-world subjects at scale. From human performance and objects to complex environments, we help artists and researchers generate the high fidelity data required for training, simulation, and production.

ESPER systems are used across a range of demanding applications, including:

• Artificial intelligence and machine learning
• Digital content creation for film, television, and games
• Cultural heritage digitisation and preservation
• Academic and industrial research.

We work with leading global technology companies, studios, and research institutions to support large-scale capture pipelines, delivering the consistency and quality required for modern data driven workflows.

We design and deliver fully integrated capture systems tailored to each client’s requirements.

Our solutions range from compact object scanning systems to large-scale multi-camera environments, all engineered for:

• High fidelity data capture
• Workflow integration and automation
• Long term reliability
• Scalable deployment

Our capabilities span in-house electronics design, rapid prototyping, hardware engineering, and software integration, allowing us to develop systems from first principles and deliver production ready solutions efficiently.

A core strength of ESPER is our in-house electronics prototyping and system engineering capability.

We design and build custom electronic systems, control hardware, and integrated capture solutions, giving us full control over performance, timing, synchronisation, and system behaviour.

This enables us to:

• Develop highly specialised, application-specific capture platforms
• Rapidly prototype and iterate in response to evolving requirements
• Deliver tightly integrated systems optimised for real-world workflows

Combined with a trusted manufacturing network, this approach allows us to deliver robust, scalable systems without compromising flexibility.