Security
Optimizing security operations delivers much more than a simple efficiency gain. Atoptima’s optimization software enables the design of security systems that are unpredictable, effective, and resilient. From patrol management to the protection of sensitive goods, and the planning of critical interventions, these approaches ensure maximum responsiveness to threats while improving the allocation of human and material resources.
-30%
Operational costs
Simulation
of Scenarios
÷5
Planning time
Challenges and Issues
- Inherent unpredictability of threats: since incident causes are unpredictable, patrols themselves must integrate randomness to remain effective
- Anticipation and proactivity: deploying the right resources, at the right place and time, while considering incident occurrence probabilities
- Real-time responsiveness: ability to immediately adapt plans in case of unforeseen events
- Organizational complexity: reconciling human, material, contractual, and security constraints within a single strategy
Use Cases Covered
- Patrol routing: intelligent planning based on incident probability, ensuring optimal coverage of sensitive areas
- Randomized routing for sensitive goods: construction of unpredictable, variable routes to secure critical transports (cash, valuables, hazardous materials, sensitive data)
- Robust intervention planning: integration of emergencies, disruptions, and uncertainties into operational decisions
- Real-time re-optimization: automatic adjustment of resources and patrols in case of incidents, absences, or priority changes
- Security scenario simulation: assessing the impact of new threats, team reorganizations, or expanded surveillance perimeters
Benefits
- Optimal resource allocation: assignment based on randomization and probabilities to maximize effectiveness
- Reduced costs and productivity gains: fewer unnecessary trips, improved security coverage
- Resilience to disruptions: ensured operational continuity even in case of unforeseen events
- Resource synergies: better coordination between human teams, vehicles, drones, and sensors
- Agility and operational efficiency: flexible systems that can be dynamically optimized
