• Support critical service availability
  • Inspect authorized encrypted traffic
  • Make monitoring tools more effective

Address the visibility challenges behind connected care.

Electronic health records, diagnostic imaging, telehealth, and connected medical devices depend on reliable network services. As healthcare organizations connect more sites and cloud applications, monitoring coverage needs to keep pace.

01 / AVAILABILITY

Support clinical service continuity

Give monitoring tools relevant packet data to investigate slow clinical applications, connectivity issues, and disruptions that affect care workflows.

02 / INVESTIGATION

Give security teams clinical network context

Deliver traffic from monitored clinical systems and connected devices to security and forensic tools for threat investigation.

04 / SENSITIVE INFORMATION

Control what tools receive

Apply selective traffic handling and data masking to limit confidential information exposed in monitoring feeds.

05 / TRAFFIC GROWTH

Reduce unnecessary processing

Optimize traffic from imaging, collaboration, and other data-intensive services before delivery to monitoring tools, helping preserve analysis capacity.

06 / MODERNIZATION

Adapt as services evolve

Connect traffic from monitored hospitals, clinics, data centers, and virtual environments to the tools that support your evolving care infrastructure.

Encryption protects information. Visibility supports secure care.

TLS encryption protects healthcare communications, but it can also conceal malicious activity from inspection tools. Niagara Networks makes selected, authorized TLS traffic available to designated security and analysis tools.

Combine TLS decryption with selective filtering and data masking to investigate threats while limiting sensitive information in monitoring feeds. Match inspection policies and supported TLS sessions to your environment.

  1. Select traffic for authorized inspection

    Select traffic for inspection according to your security policies and patient information handling requirements.

  2. Decrypt and deliver to designated tools

    Deliver supported, authorized TLS sessions to the security platforms responsible for investigating threats across monitored healthcare services.

  3. Control sensitive information exposure

    Use traffic selection and data masking to limit patient information shared through downstream monitoring feeds.

Give every tool the traffic it needs.

Build a connected visibility layer with traffic access, intelligent processing, and resilient delivery across your healthcare infrastructure.

Network TAPs & Packet Brokers

Collect and distribute relevant traffic from monitored healthcare links to security and application performance tools.

Packetron & ePacketron

Optimize monitoring feeds with deduplication, application filtering, and data masking, using the platform and configuration suited to your environment.

TLS Decryption

Enable authorized inspection of selected encrypted traffic and deliver decrypted traffic to designated tools.

Inline Bypass

Plan traffic handling around inline security tools during maintenance and failure events to support clinical network availability.

Strengthen monitoring coverage while making better use of your existing security and performance tool investments.

Talk to a Visibility Specialist

Discuss your clinical applications, connected environments, monitoring priorities, and security requirements with Niagara Networks.

  • Review packet broker, TAP, and bypass requirements
  • Explore TLS decryption and traffic intelligence
  • Ask about pricing, availability, and deployment options

Talk to a Visibility Specialist

Frequently Asked Questions

Find clear answers to commonly asked questions about our solutions, services, and architecture.

Why is network visibility important for healthcare organizations?

Electronic health records, diagnostic imaging, telehealth, and connected medical devices depend on reliable network services. Network visibility gives operations and security teams the packet data needed to investigate application slowdowns, connectivity issues, and threats that could affect care workflows.