Security planning and design
Every project begins with a clear understanding of the operational environment. unival group develops tailored security concepts that align with your mission, infrastructure, and national regulations. Our planning integrates physical, digital, and procedural layers to create complete and sustainable protection frameworks.
We focus on practicality and long-term value, ensuring each design meets operational demands, available resources, and regulatory standards. From border control to critical infrastructure, our planning approach turns complex requirements into achievable, efficient solutions.
Risk and Threat Assessment
Building on the initial assessment of the operational environment, unival conducts structured risk and threat analysis to evaluate critical assets, threat exposure, and vulnerabilities. This includes analysis of physical access points, digital interfaces, environmental conditions, and regulatory constraints.
Threat modeling aligns with the client’s mission objectives and protection requirements. Protection levels are then defined and translated into clear security priorities, ensuring system design is driven by operational risk rather than product availability.
Security Architecture Design
unival develops layered security architectures that integrate physical, electronic, and digital protection components into a coherent system framework. Planning includes sensor placement strategy, detection coverage modeling, zoning concepts, and command and control structure definition.
System interfaces, data flows, and interoperability are defined during the design phase to ensure coordinated performance across all subsystems. The result is a structured architecture where screening, surveillance, access control, communication, and data management operate within one integrated environment.
Operational Design and CONOPS
Technology alone does not create security. unival defines clear Concepts of Operations (CONOPS) that align system capabilities with real operational workflows. This includes alarm handling logic, escalation procedures, coordination protocols, and response pathways.
Human machine interaction is carefully planned to ensure clarity of information and decision support. Operational design ensures that integrated systems remain practical, manageable, and aligned with defined security objectives.
Lifecycle Control and Expansion
Security environments evolve. unival structures system designs to accommodate regulatory changes, operational expansion, and emerging threat scenarios. Architectures are developed with defined upgrade pathways and expansion readiness.
Performance accountability, cybersecurity governance, and sustainment planning are integrated from the outset. This ensures continuity of operation, long term system integrity, and controlled adaptation without structural redesign.
