Surveillance systems have operated on the same principle for over a hundred years: an image shows a fragment of reality. The control room decides what is relevant, and everyone else sees exactly that chosen angle. This principle has become established and has worked for decades - yet this is precisely where the limitation lies. Operations are not fragments. They are complex, dynamic, often confusing and take place under considerable pressure.
On site, operators only ever see part of what is happening. Perception is limited, influenced by stress, movement and the situation itself. At the same time, the control room also only receives a fragment. Decisions are therefore inevitably made on the basis of fragmented information - this is not the fault of individuals, but a systemic limitation of the previous approach.
We rely on a new generation of spatial capture that addresses this limitation directly. Instead of individual camera images or selected perspectives, the entire space is captured and made available in real time - 360 degrees horizontally, 360 degrees vertically, complete, simultaneous and without loss. It is not an image of reality that is transmitted, but reality itself in the form of the entire space.
The user is therefore not positioned in front of an image, but within the space itself. Directions, distances, movements and relationships can be explored freely and individually - no one decides the image content in advance. The decisive difference lies in the nature of perception: the space has no tunnel vision. It records movements, sequences, distances and relationships in full. What cannot be recognised under stress during the operation itself becomes visible in the digital space - live or afterwards, not as a subsequent interpretation, but as a real, unaltered situation.
All parties access the same space, at the same time, without media breaks and without delay. Information no longer needs to be translated or passed on - it is directly visible. Communication becomes clearer, coordination becomes faster, and decisions become more robust, because they are based on a shared, verifiable reality. Each user works at their own workstation and selects the section relevant to them - the space remains identical, only the view is individual.
External expertise can also be brought in in real time. Specialists, subject matter experts or command levels can join the space directly, without being physically present. They see the same situation, form assessments based on the same information and can provide immediate support.
Incident analysis - understanding sequences and decisions factually and objectively, without assigning blame
Space monitoring - recording conditions live and, where required, redirecting the viewing angle after analysis
Briefing - conveying complex situations clearly and completely
Training - using real situations as learning environments, re-enterable as often as required
Debriefing - understanding relationships that could not be captured in the moment
Media work - deriving factual, verifiable content directly from the real space
Transmitter: mobile and stationary transmission units in various configurations - vehicle, motorcycle, backpack, mini unit or stationary tripod with telescopic pole extending up to 4.5 metres. The 360° camera operates with up to eight lenses, complemented by 360° ambient lighting. The systems are self-sufficient, powered via vehicle power or solar, and deliver spatial data from the point of arrival onwards.
Reception and display: all spatial data converges in the receiving and control room, where it is processed, managed and controlled. Authorised users can access the space simultaneously and in parallel, regardless of location - all see the same space without affecting one another. Display options include large-scale projection, 180° screen, VR headset, table projection or standard devices such as laptops and tablets.
We supply and integrate these systems according to your requirements - adapted to the specific infrastructure and needs on site.