The recently announced White House cyber strategy recognizes that cybersecurity is now inseparable from national resilience. But strategy alone does not secure the nationfrom the severity of cyber threats, although it’s helpful in showing the way forward. Progress comes from execution. Translating policy into operational capability is what gives cyber defenders the advantage.
The networks that support economic activity, military readiness, public safety, and critical infrastructure must be defended with the same seriousness as physical terrain.
The strategy is organized around six pillars: shaping adversary behavior, promoting common-sense regulation, modernizing and securing federal networks, securing critical infrastructure, sustaining superiority in emerging technologies, and building the workforce needed to defend the nation and our allies in cyberspace.
Turning those strategic priorities into real security outcomes requires operational capability: continuous visibility, automated policy enforcement, and risk prioritization across the systems that sustain modern society.
The Forescout 4D Platform™ and the research conducted by Forescout Research – Vedere Labs supports these objectives.
1. Shape Adversary Behavior
Adversaries exploit what defenders cannot see and cannot control.
Across enterprise networks, those blind spots increasingly exist in operational technology (OT), Internet of things (IoTT, medical devices, and network infrastructure. These are the systems that often fall outside traditional endpoint security tools. Forescout Research – Vedere Labs’ “An X-ray of Modern Networks” found that 65% of connected assets are no longer traditional IT. Instead, they consist of network devices and extended IoT categories, including OT, IoT, and IoMT.
That matters because these environments give attackers room to maneuver. Unmanaged devices serve as stealthy entry points and pivot points for lateral movement across networks. Forescout research has also shown how connected devices, such as IP cameras can support ransomware, crypto-mining, espionage, and even physical attacks when left outside effective security controls.
Denying adversaries freedom of maneuver begins with closing these visibility gaps. That means leveraging continuous visibility across the full attack surface, prioritizing risk based on operational relevance, and closing the gaps attackers are most likely to exploit. When defenders can see beyond traditional endpoints and extend control across the broader cyber-physical environment, they improve both resilience and deterrence.
2. Promote Common-Sense Regulation
Cybersecurity cannot be reduced to a set of compliance checklists.
The strategy emphasizes practical security outcomes rather than expensive legal paperwork. Achieving those outcomes requires the ability to continuously monitor and enforce security policies across dynamic environments.
Traditional compliance assessments often miss unmanaged or agentless devices. Continuous asset discovery and automated policy enforcement provide a more realistic view of risk.
By maintaining visibility across IT, IoT, OT, and medical device environments, organizations can both demonstrate compliance and improve the underlying security posture that compliance frameworks are meant to achieve.
3. Modernize and Secure Federal Networks
Modernization and security cannot be separated; they must advance together.
The strategy emphasizes Zero Trust architectures, improved visibility, and modernizing federal infrastructure. In practice, these priorities depend on the ability to identify and control all connected devices across federal environments.
Government networks often include large numbers of specialized, unmanaged devices that traditional endpoint tools cannot monitor.
Forescout capabilities are used in federal environments to support initiatives, such as Zero Trust implementation, Comply-to-Connect architectures within the Department of War, and broader asset-visibility objectives associated with federal cybersecurity programs.
This approach empowers agencies to reduce the blind spots that adversaries exploit.
4. Secure Critical Infrastructure
Critical infrastructure operates at the intersection of cyber and physical systems
The systems that sustain modern life, energy networks, transportation systems, hospitals, manufacturing plants, and water systems are increasingly digital and interconnected.
They are also increasingly targeted.
Vedere Labs research has identified vulnerabilities in infrastructure technologies widely deployed across critical sectors. For example:
- Sierra:21 examined vulnerabilities affecting OT and IoT routers commonly used in operational environments.
- SUN:DOWN analyzed security weaknesses in solar power infrastructure devices.
These studies illustrate a broader trend: cyber risk now extends deeply into the systems that control physical infrastructure.
Effective defense, therefore, requires visibility and control across cyber-physical environments, not just traditional IT endpoints.
5. Sustain Superiority in Critical and Emerging Technologies
“The future is already here—it’s just not very evenly distributed.” – William Gibson
The strategy highlights the importance of maintaining leadership in emerging technologies such as artificial intelligence and post-quantum cryptography.
Within cybersecurity operations, AI has the potential to significantly improve defenders’ ability to analyze risk, prioritize threats, and respond at machine speed.
Forescout VistaroAI™ incorporates AI-driven analysis into its exposure management and risk-prioritization capabilities. At the same time, the company emphasizes responsible AI practices, retaining deterministic detection engines while aligning safeguards.
Threat intelligence generated by Vedere Labs is also being integrated into AI-driven workflows, including Microsoft Copilot for Security, making specialized IoT and OT threat intelligence more accessible to defenders.
6. Build Talent and Capacity
Technology alone does not secure networks.
The strategy calls for strengthening the cybersecurity workforce through partnerships across government, industry, and academia.
Industry training programs contribute to that effort by helping organizations build operational expertise. Forescout Training Academy and related certification programs are designed to equip security professionals with the knowledge needed to manage complex environments spanning IT, IoT, OT, and medical devices.
Strengthening operators’ capabilities is essential to cyber resilience.
Where Strategy Meets Operational Reality
“The Visibility Gap: The Hidden Reason Government Audits Break Down”
National cyber strategy sets direction, but realizing that vision will require sustained political will and operational follow-through. Execution happens both inside government enities and across critical infrastructure sectors where operators must manage complex environments under real constraints.
One of the most consistent indicators of operational gaps is the recurrence of cybersecurity audit findings. Across federal agencies and critical infrastructure sectors, the same issues appear year after year: incomplete asset inventories, unmanaged devices, inconsistent access controls, and gaps in monitoring.
These findings are rarely the result of missing policy. They reflect the practical difficulty of maintaining visibility and enforcing security controls across modern cyber-physical environments.
To explore why these issues persist and how organizations can move from periodic compliance checks to continuous assurance, we are hosting a webinar.
The session examines the operational challenges behind recurring audit findings and discusses approaches that provide continuous visibility, automated enforcement, and stronger evidence for compliance.
For organizations responsible for defending federal networks or critical infrastructure systems, understanding these operational gaps is an important step toward translating strategy into real security outcomes.
Conclusion
The Trump 47 Administration’s national cyber strategy sets a clear direction. But the success of thi strategy will depend on the ability to translate policy into operational capability.
That requires visibility across the entire attack surface, enforcement of security policy across all connected devices, and prioritization of risk across the cyber-physical systems that sustain modern society.
When defenders gain that level of operational control, cybersecurity ceases to be a narrow IT function.
It becomes a critical instrument of national resilience.
CISA understands that cyber resilience begins when defenders can see every device, understand real exposure, and enforce policy across government systems, especially assets that have reached end of service or are nearing it.