Cybersecurity

Aviz outlines a federal approach using SONiC, packet-level observability, and on-premise Network Copilot AI for private automation.

Aviz outlines private on-prem AI compliance automation, unified packet-to-session observability, and SONiC-based vendor-neutral networking for banks.

Explains how Aviz proposes on-prem AI, vendor-neutral packet observability, and SONiC-based scaling for healthcare networks supporting HIPAA reporting.

Aviz says Network Copilot for Public Sector automates NIST/CMMC/FISMA validation with on-prem AI and SONiC-based vendor-neutral networking.

Explains how Aviz uses SONiC, Network Copilot, Packet Broker, FTAS and ONES to modernize retail networks for AI, security and uptime.

Aviz Service Nodes use software-defined DPI, deduplicate packets, and export per-flow JSON, IPFIX, and Syslog telemetry from commodity hardware.

Hospitals with agentless devices can use packet-level network data for device discovery, continuous monitoring, and detection of anomalous traffic and weak encryption.

Healthcare CISOs need continuous packet-level network evidence for HIPAA, validating encryption and detecting PHI-related anomalies across EHRs and third parties.

Packet-derived visibility can detect ransomware precursor signals in healthcare, even where endpoints lack agents, and improve incident forensics and response.

APIs are central to financial services, but packet-level visibility can reveal shadow APIs, validate TLS and detect abnormal calls.

Salt Typhoon showed a visibility gap in security tooling, not detection. Aviz Deep Network Observability collects and enriches packet traffic for NDR, IDS, SIEM.

Network Copilot queries Splunk with FortiGate context to explain configuration changes, access issues, blocked traffic, and affected policies for NetOps and SecOps.