Breach Readiness for Hospitals & Healthcare Providers

Secure legacy and modern medical networks, ensure patient care continuity, and meet HIPAA/HITRUST compliance with advanced microsegmentation.

Request a Demo

A CTO’s Real-World Perspective on Microsegmentation

97%

Would Recommend

4.8

Overall Rating

Take Charge Before a Breach Becomes a Crisis

The Rising Challenge of Healthcare Breaches

> 400

69%

> $2B

19%

Breaches Continue Despite Investments

Organizations invest heavily in VLANs, EDR, and Firewalls, yet breaches persist - suggesting a missing layer.

Legacy & IoMT Vulnerabilities

Legacy IT and OT systems-including IoMT devices - are outdated and ill - equipped to withstand modern breaches.

Attackers Exploit Lateral Movement

VLANs, EDR, and Firewalls each have limits - none were built to stop lateral movement.

Data Breaches & Ransomware

Breaches increasingly aim to paralyze hospital operations and disrupt patient care.

Regulatory Compliance

HIPAA rules push segmentation to reduce lateral attack movement.

Beyond Stopping Breaches Advancing Towards Digital Resilience

Most organizations focus heavily on preventing an initial breach (firewalls, endpoint protection, etc.). However, once an attacker has gained entry, the real damage often comes from lateral movement, as threats spread across critical systems. True digital resilience means not just preventing the first intrusion, but also limiting how far attackers can move if they do get in.

Microsegmentation is the only technology to stop lateral movement. By isolating workloads, devices, and applications from one another, you ensure attackers can’t freely roam the network. This proactive approach limits the blast radius of any breach, maintaining clinical operations and safeguarding patient data—even when prevention tools are bypassed.

How Microsegmentation Outperforms Legacy Segmentation

Where Traditional Segmentation Fails

VLAN Limitations: Segmenting networks into broad zones doesn’t prevent lateral movement within each zone
EDR & NAC Alone: Reactive tools may detect threats but can still allow spread if not perfectly configured.
Legacy Infrastructure: Older systems remain vulnerable when segmentation isn’t granular enough to isolate them effectively.

Why Microsegmentation Works

Granular Control: Isolates workloads and devices, preventing malware from spreading beyond an initial breach point.
Universal Coverage: Protects legacy systems, IoMT devices, and modern cloud workloads under one framework.
Proactive vs. Reactive: Establishes “deny-by-default” policies, ensuring threats can’t move laterally.

Take a Self-Guided Tour

Why ColorTokens Xshield^™

ColorTokens Xshield^™ is the only solution in the Leader category rated “Superior” in Healthcare and Medical Device Security by the Forrester Wave™: Microsegmentation Solutions. We also hold top industry accolades from Constellation Research, GigaOm, EMA, and boast over 97% recommendation rating on Gartner Peer Insights. With a Zero Trust–based approach designed for healthcare, our microsegmentation solution safeguards everything from EMRs to legacy IoMT devices, ensuring compliance, resilience, and uninterrupted patient care.

Differentiating the ColorTokens Experience

Obsessively focused on implementation ease and customer success.

Ease of Implementation

Integrate with existing tools, enabling fast protection without reboots or replacements.

Single Pane of Glass Visibility

Unify IT and OT asset visibility on a single, comprehensive platform to reduce complexity and close coverage gaps.

Rapid Enforcement & ROI

Enforce security instantly, adapt to evolving threats, and realize ROI within 90 days—while reducing risk.

Non-Disruptive Deployment

Safely test policies in advance, ensuring clinical operations stay uninterrupted during rollout.

Network & Asset Visualization

Visualize network traffic, dependencies, and risks to define effective segmentation policies.

Extensive Partner Ecosystem

Deploy globally with trusted GSI partners experienced in complex healthcare security environments.

Request a Demo

Secure your EMR, and Medical Devices From Cyber Threats: A Zero Trust Approach

Protecting EMRs, Medical Devices, and Achieving HIPAA Compliance

Watch Now

Proven Track Record

Protecting 2,500 Servers and 500+ Apps with Zero Trust Microsegmentation

A leading cancer treatment and research center needed to secure its EPIC environment, over 300 critical servers, and 200 non-critical applications—while preventing lateral movement across production, test, and development systems. Through microsegmentation of 2,500 servers and 500+ apps, the team achieved:

79% reduction in attack surface
75% smaller blast radius
Stronger ROI on operational security week after week

Preventing Lateral Threats Without Disrupting Critical Medical Care

One of the nation's top pediatric hospitals needed to block unauthorized traffic, contain ransomware, and implement Zero Trust -without compromising care delivery. With automated policy recommendations and precise flow mapping, they saw:

85% reduction in attack surface
80% smaller blast radius
Maintained seamless operations and compliance

Securing 712 OT Devices Across 89 Plants with Zero Trust Microsegmentation

A leading renewable energy provider needed to protect critical greenhouse gas data and stop lateral threats across complex IT/OT environments. With microsegmentation of HMI/PLC systems and strict communication controls, they achieved stronger operational resilience and safety assurance. Plus:

87% attack surface reduction
86% reduction in blast radius
Protection across 712 OT devices and 89 sites

Leading healthcare services company implements microsegmentation to secure 30,000 endpoints

A global tech-enabled healthcare services firm needed to isolate user endpoints and stop lateral movement within its environment. By applying Zero Trust policies and microsegmenting 1,100 servers, they achieved stronger visibility and minimized peer-to-peer threats across 30,000 endpoints. They also gained: