State and local government agencies are increasingly embracing cyber-physical systems (CPS) to optimize critical infrastructure performance and better serve constituents. However, the connectivity that underpins these systems and the vital systems they provide also introduces additional risk that is uniquely difficult to manage.
To overcome these challenges and ensure operational resilience, your agency needs purpose-built technology capable of securing all cyber-physical systems within its environment — from operational technology (OT) assets to building management systems (BMS) to IoT devices — collectively known as the Extended Internet of Things (XIoT).
Claroty’s support for the entire cyber-physical systems security journey supports and simplifies compliance with the requirements set forth by NERC-CIP, HIPAA, HITECH, cGMPs, relevant executive orders, and relevant directives from the TSA, CISA, the FDA, and various other federal agencies and regulatory or legislative bodies.
CISA’s Cross-Sector Performance Goals (CPGs), the NIST Cybersecurity Framework (CSF), the HITRUST CSF, 405(d) HICP, ISO 27001, IEC 62443, and other recommended cybersecurity practices and recognized frameworks are among many with which compliance is enabled by the security controls provided by Claroty’s portfolio.
The public depends on reliable power service from electric utilities and cooperatives to carry out their daily lives. The highly disruptive nature of power outages makes electric utilities operators an appealing target for threat actors, so these agencies must take care to mitigate the risks posed by digital transformation while complying with NERC-CIP requirements.
Any incident that compromises the availability of water or wastewater systems or the purity of drinking water poses a substantial public health risk that can trigger a domino effect impacting other critical infrastructure. As these critical systems are modernized, comprehensive cyber-physical security and adherence to CISA's objectives for critical infrastructure are essential.
Government agencies tasked with managing public transit systems, airports, railways, and port facilities are increasingly leveraging cyber-physical systems to streamline operations. However, they must also take steps to mitigate the expanded attack surface resulting from digital transformation while adhering to TSA directives and other regulations and standards.
Public health relies on public healthcare. As more public U.S. hospitals and clinics incorporate IoMT and other connected devices into care delivery, cyber risks with the potential to harm patient safety are a growing concern. These conditions are fueling not only new cybersecurity challenges but also legislation and regulations: from HIPAA and HITECH to 405(d), among others.
State and local government agencies across the U.S. trust Claroty to secure cyber-physical systems across the XIoT.
Prestigious third parties continually recognize Claroty for our cyber-physical security leadership and innovation.
The expertise and flexibility integral to our portfolio are embraced by customers across all sectors, including government agencies, industrial and commercial enterprises, and healthcare organizations.
Our industry-leading visibility is fueled by unmatched coverage of over 450 XIoT protocols.
Our award-winning Team82 research team has disclosed more cyber-physical vulnerabilities than any other vendor or group.
You can’t protect what you can’t see — which is why our asset discovery capabilities are foundational not only to your cyber resilience — but to your entire industrial cybersecurity journey.
Gain a comprehensive and fully automated XIoT asset inventory
Harness in-depth communication and behavioral profiles for all XIoT assets
Choose between multiple asset discovery methods to achieve visibility your way
A key barrier to cyber resilience, vulnerabilities are inevitably prevalent in public sector XIoT environments. We banish this barrier from your environment.
Automatically correlate your XIoT assets with vulnerability and risk information
Prioritize remediation efforts based on real risks to your operations
Enable continuous security posture management and compliance
We help you sustain cyber resilience by fortifying your environment with notoriously tough-to-implement components of effective network protection.
Jumpstart network segmentation with tailored recommendations
Enforce granular access controls for remote internal and 3rd-party users
Implement a Zero Trust architecture to minimize cyber risk exposure
Since no public sector XIoT environment is immune to threats — ranging from opportunistic cybercriminals to nation-state adversaries to unintentional errors — we empower you to detect and respond to them immediately and effectively.
Continuously monitor for all known and unknown threats
Extend or develop your SOC capabilities to cover your public sector XIoT environment in its entirety
Mitigate cyber attacks before they impact your operations
Operational resilience requires a centralized, in-depth, always-up-to-date inventory of all XIoT assets that underpin your industrial operations.
Gain a comprehensive XIoT asset inventory automatically
Harness in-depth profiles for all XIoT assets, with information such as manufacturer, and firmware version
Choose between multiple asset discovery methods for visibility your way
We equip you with optimal change management to drive safety and process integrity on your path to operational resilience.
Empower MoC programs with continuous operations monitoring
Take advantage of detailed XIoT asset profiles to optimize workflows
Use flexible reporting to track progress and assist with state or federal audits
We provide you with an XIoT asset inventory that arms you with the asset management details you need to reduce your operational risk.
Automatically monitor your assets for updates
Easily prioritize necessary updates based on risk
Streamline SLA compliance and reporting processes
Remote access is critical to continuity — yet traditional methods are risky and inefficient. Our approach provides continuity without compromise, while enabling you to overcome talent shortages and other constraints with secure remote accessibility.
Eliminate the need for jump servers or complex firewall configurations
Offer an ideal remote-user experience that reduces mean time-to-repair (MTTR)
Tightly control and secure all remote sessions