In today’s airport environments, cybersecurity is no longer just an IT concern. For systems supporting air traffic control and airport operations, it is a fundamental part of ensuring safe, reliable, and uninterrupted operations.
In today’s airport environments, cybersecurity is no longer just an IT concern. For systems supporting air traffic control and airport operations, it is a fundamental part of ensuring safe, reliable, and uninterrupted operations.
At ACAMS, cybersecurity is approached as a practical and continuous process. The objective is clear: protect critical infrastructure without creating unnecessary complexity for operational teams.
This approach starts with a strong organizational foundation. ACAMS operates in accordance with ISO/IEC 27001, the internationally recognized framework for information security management. This ensures that security is embedded into internal processes, risk management, and project delivery across the organization.
But cybersecurity cannot stop at policies and procedures alone. Operational systems must also be secured in practice.
One of the most important steps is system hardening. ACAMS follows internationally recognized guidelines, including recommendations from the Centre for Internet Security, to establish secure and controlled system environments from the outset. Unnecessary services and communication ports are disabled, outdated protocols are removed, and default configurations are replaced with secure alternatives.
The goal is not to make systems more complicated, but more predictable and resilient. In reality, many cybersecurity incidents originate from configuration weaknesses rather than highly sophisticated attacks. Establishing a secure baseline significantly reduces these risks.
Cybersecurity also evolves throughout the lifecycle of a system. Hardware, firmware, and software components continuously change, and vendor support status plays an important role in maintaining long-term security.
For this reason, ACAMS places strong emphasis on lifecycle management, monitoring component status, software versions, and manufacturer support over time. Unsupported components may still function operationally, but they increasingly represent a cybersecurity risk. Through ongoing support and maintenance activities, potential vulnerabilities can be identified early and addressed before they impact operations.
Traceability and recovery are equally important. ACAMS systems are designed to maintain detailed operational logs and event traceability, supporting both incident analysis and operational transparency. Backup and recovery mechanisms help ensure that systems can be restored efficiently in the event of an incident or failure, minimizing disruption to airport operations.
Because every airport environment is different, ACAMS solutions are designed to integrate into broader customer security frameworks and operational requirements. Additional measures such as multi-factor authentication, enhanced access controls, or customer-specific compliance policies can be incorporated where required.
Cybersecurity is also treated as an ongoing validation process. Independent vulnerability assessments are regularly performed in many projects, allowing systems to be tested against evolving threats and security expectations. ACAMS actively supports these assessments by reviewing findings, implementing corrective actions, and continuously strengthening system configurations where necessary.
Ultimately, cybersecurity in aviation must remain balanced with operational realities. Systems must be secure, but also maintainable and accessible for the people operating them every day.
ACAMS therefore takes a pragmatic approach: delivering cybersecurity measures that strengthen resilience while supporting the continuity and efficiency of airport and air traffic control operations.
Want to learn more about how ACAMS Tower Solutions support secure airport operations? Get in touch with our team.
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