Security Advisory Support for Major Events

Axys Security Partners provides strategic security advisory support for major events where elevated risk, high visibility, and complex coordination requirements demand structured planning and informed decision-making.

We support event organizers, institutions, and stakeholders in identifying risks, strengthening preparedness, and establishing effective security and crisis management frameworks tailored to the specific context of each event. Our role is advisory and strategic, focusing on governance, coordination, and readiness rather than operational execution.

Our support may include:

  • Security risk assessments and threat analysis specific to the event environment
  • Advisory on security governance, roles, and coordination structures
  • Design of ICS-aligned command and coordination frameworks for events
  • Development of contingency plans, escalation procedures, and response protocols
  • Integration of security, operations, communications, medical, and external stakeholders
  • Scenario development and tabletop or command-post exercises
  • Advisory support during event periods or elevated-risk phases
  • Post-event reviews and lessons-learned processes

We place particular emphasis on command clarity, coordination between stakeholders, and decision-making under time pressure, ensuring that response structures remain effective during dynamic and rapidly evolving situations.

Axys Security Partners’ major event advisory services are tailored to events of varying scale and complexity, including international sporting events, high-profile gatherings, official visits, and large public or corporate events. Our objective is to help clients manage risk proactively, maintain control during critical moments, and deliver events safely and confidently.

What This Enables

Clear security governance and escalation mechanisms

Structured crisis response aligned with ICS principles

Improved coordination among multiple stakeholders

Greater confidence and control during high-pressure events