Pilot projects and development partners
Ozense is advancing radar-based drone detection with sites and specialist partners that want to assess a concrete operating scenario under real conditions.
Who a joint project is for
R&D, testing and prototype sites
Sites with direct exposure to espionage and know-how loss, clearly delimited sensitive areas and an existing security organisation. This is the segment being developed for first.
Selected sensitive industrial facilities
High-value production and technical installations with a concrete drone risk and a defined response process – initially as point or sector protection.
Sites with security staff or a control room
What matters is less the industry than the structure: a named security manager and a process that can actually act on a verified alert.
Integrators, installers and VMS partners
Security installers and video management partners who can judge what will genuinely integrate into an existing installation – and what will not.
Measurement and specialist partners
University institutes, test houses and radar/RF specialists for independent performance assessment, antenna and RCS questions, and technical review.
User interviews with no pilot intention
A conversation with no trialling intent is valuable too: real protection geometries, approach sectors, response times and current practice are decisive for defining requirements.
What a pilot project means today
Ozense is in the pre-founding and development stage. A joint project is intended to assess operating requirements and prepare the next performance evidence under real conditions.
- Development project. There is currently no series-ready or orderable product.
- Jointly defined criteria. The operating scenario, relevant target types and measurable assessment criteria are set before a trial.
- Site-specific validation. Range, robustness and integration are assessed for the site's actual protection geometry.
- Unpaid and non-exclusive. Pilot projects in the current development phase are structured as joint trials.
- Legal assessment before operation. Frequency use, data protection and operational requirements are reviewed before installation.
- No active countermeasures. Ozense detects, assesses, documents and alerts.
What partners get out of it
- Early insight into a technical approach and its traceable development status.
- Site-specific findings from real measurements about your own drone exposure, whether or not it ever leads to a procurement.
- Influence on requirements while they are still open.
- Traceable results from reproducible tests with assessment criteria defined in advance.
How a conversation runs
First conversation
30 to 45 minutes on current practice following a drone sighting, concrete incidents, protected assets, and existing camera and control-room technology.
Operating scenario and criteria
A joint review of protection geometry, relevant target types, response paths and measurable criteria for a site-specific trial.
Pilot framework
If it makes sense for both sides: agreeing area, access, time window, data protection and works-council questions, and the outstanding frequency clearance.
Assess a pilot project for your site.
A short message with your role, site type and operating scenario is enough for an initial assessment.
Enquire about a pilot projectFrequently asked questions
Which enterprise sites is Ozense developed for?
For mid-sized civilian high-value sites with their own security or control-room organisation, existing or integrable PTZ/VMS technology, a concrete drone, espionage or disruption risk, and a spatially limited protection need. Priority goes to R&D, testing and prototype sites, selected sensitive industrial facilities and selected data centres. Airports, public authorities, public spaces and consumer applications are deliberately not the first market.
Is Ozense already a deployable product?
No. Ozense is a pre-founding research and development project. There is no orderable product, no released price, no series hardware and no completed field validation. The goal of the planned funding phase is a pilot-capable proof of concept.
All answers: FAQ