As you’d expect from an industry that quite literally defined the term mission-critical, defense and geospatial intelligence (GEOINT) sectors maintain some of the most rigorous cybersecurity standards in the world. Security frameworks, hardened infrastructure, and strict compliance programs have long been the norm.
But the reality of today’s threat landscape has shifted. Achieving strong cybersecurity and implementing zero-trust architectures are no longer competitive advantages—they are the baseline. In other words, cybersecurity has become table stakes.
The new mandate is cyber resilience — the ability to continue operating even when security controls fail. And as the GEOINT industry continues to expand, companies need to start getting on the same page about the best practices for handling modern threats, before it’s too late.
Geospatial intelligence plays a vital role in modern defense, disaster response, infrastructure monitoring, and national security. Satellite imagery and geospatial insights inform battlefield decisions, support humanitarian missions, and provide details into global events ranging from climate change and natural disasters to geopolitical conflicts.
Yet the same global reach that makes GEOINT so powerful also creates a massive attack surface. The visibility of GEOINT players naturally attracts the attention of sophisticated adversaries, including nation-state actors who are not only looking to steal data but increasingly seek to disrupt operations, manipulate intelligence, or deny access entirely.
Additionally, unlike many industries whose infrastructure is limited to terrestrial networks and cloud environments, GEOINT systems extend into orbit and across distributed ground infrastructure. Satellites, ground stations, cloud platforms, analytic tools, and global data pipelines form a complex web of interdependencies — all of which have their own vulnerabilities for bad actors to attack.
To counter these risks, most organizations have implemented strong cybersecurity foundations. Typical best practices include multi-factor authentication, encryption of data at rest and in transit, endpoint detection and response, continuous vulnerability scanning and patch management, secure software development practices, role-based access controls and security awareness training.
These measures significantly reduce risk. But they do not guarantee mission success during an active cyberattack. And unlike traditional cybercrime focused primarily on data theft, modern attacks are often designed to cause operational disruption or strategic confusion — the goal isn’t necessarily to get something, but simply to break a system that the military might be counting on.
This shift presents particularly serious risks for the GEOINT community. For example, tampered imagery or manipulated analytic models could lead decision-makers to draw incorrect conclusions about real-world events. A corrupted dataset could misrepresent troop movements, environmental damage, or infrastructure changes. Even small distortions could influence major strategic decisions. Even the threat of data being incorrect, the uncertainty about whether a system was hacked or not, could change plans.
Operational outages pose another major threat. If satellite tasking systems, data pipelines, or analytic platforms become unavailable during critical moments, missions could be delayed or halted entirely.
In this environment, the definition of cyber disaster has changed. A breach alone is no longer the worst-case scenario. The true danger lies in operational failure.
To address this reality, organizations must expand their thinking beyond traditional cybersecurity, which focuses primarily on prevention. Cyber resilience takes a different perspective. It assumes that prevention will eventually fail and instead focuses on how systems respond when an attack occurs.
In essence, cybersecurity asks: How do we stop attackers from getting in? While cyber resilience asks: How do we continue operating when they do?
The core goals of cyber-resilience include maintaining mission operations during an attack, preserving the integrity and trustworthiness of data, enabling rapid recovery from disruption and preventing cascading failures across interconnected systems
For GEOINT organizations, this capability is becoming the new seal of approval. Customers and partners increasingly expect proof that operations can continue even under sustained cyber pressure.
Building A Resilience Model
Achieving true cyber resilience requires more than simply deploying additional security tools. It demands a systemic understanding of how an organization functions. One effective approach begins with three core components.
1. Define a comprehensive asset ontology: First, organizations must establish a structured framework capable of describing every asset within the business. This ontology should cover physical infrastructure, software platforms, processes, and personnel.
It’s actually the personnel that may represent one of the most critical elements in the model. Social engineering remains one of the easiest entry points for attackers, making human resilience just as important as technical defenses.
2. Map and understand dependencies: Next, every asset must be mapped to the ontology and analyzed in terms of its dependencies. Modern digital infrastructure is highly interconnected. A failure in one seemingly minor component can cascade into unexpected disruptions elsewhere.
For example, something as mundane as an air conditioning failure in a data center could affect a mission-critical process running thousands of miles away. Without clear visibility into these dependencies, organizations may not recognize the full impact of an incident until it is too late. Mapping these relationships provides the foundation for understanding systemic risk.
3. Develop a quantitative resilience scoring model: Finally, organizations should create a scoring methodology to measure resilience across their assets.
Each asset can be evaluated along multiple dimensions spanning people, processes, and technology, with metrics related to hardening, redundancy, response capability and recovery capability. By continuously scoring and monitoring these attributes, organizations can identify weak points and prioritize investments where they will have the greatest impact.
Operational continuity planning is another key element. Teams should develop playbooks that allow them to continue operating during cyber incidents, rather than waiting for systems to be fully restored.
Equally important is building a cybersecurity culture that extends beyond the IT department. Cyber-resilience requires coordination across security teams, operations, product development, and executive leadership. Training exercises and simulated attack scenarios can help ensure that teams are prepared to respond effectively under pressure.
The uncomfortable truth is that no organization can stop every cyber threat. For GEOINT providers, the goal cannot simply be to build stronger defenses. Systems must also be designed to operate through adversity.
In the coming years, cyber resilience will likely become the new baseline expectation, not only for GEOINT organizations but for all industries where mission success depends on it.
Norman Laudermilch is the Chief Information Security Officer for Vantor.
