Sentrycs, known for its Protocol Manipulation-based counter-drone technology also referred to as Cyber over RF, and Omnisys, a specialist in mission optimisation for defence and homeland security, have announced a strategic partnership.
This collaboration aims to enhance the planning and deployment of sensor systems in multi-domain operations by integrating their respective technologies.
Synergy of technologies
The collaboration combines the advantages of Sentrycs’ established Counter-Unmanned Aircraft Systems (C-UAS) with Omnisys’ BRO-AD (Battle Resource Optimisation for Air Defence) platform.
This integration addresses the increasing demand for precision in sensor deployment. Together, these technologies empower defence and security forces to consider operational constraints such as terrain and electromagnetic interference, optimising sensor layout for maximum effectiveness.
Optimising deployment
This integration addresses the increasing demand for precision in sensor deployment
Using BRO-AD’s capability to model various operational scenarios, decision-makers can identify potential blind spots and enhance coverage.
When merged with Sentrycs' counter-drone capabilities, this analytical approach ensures sensors are strategically positioned to maximise efficiency and performance, leading to enhanced protection and reduced excess deployment costs. This method boosts operational readiness and resource allocation for field users.
Commitment to security
Meir Avidan, VP Business Development and Strategic Partnerships at Sentrycs, expressed, “This collaboration reflects a shared commitment to delivering operationally relevant solutions that meet today’s evolving security challenges.”
He highlighted that their joint efforts with Omnisys offer a more intelligent and adaptable approach to system deployments in real-world scenarios.
Dov Pearl, Chief Business Officer at Omnisys, further commented, “By integrating BRO-AD’s powerful modeling capabilities with Sentrycs’ counter-drone systems, we’re helping customers plan and execute sensor deployments with greater accuracy, efficiency, and mission success.”
