Monitoring

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.

NeoCloud providers need faster GPU onboarding, multi-tenant orchestration, vendor-neutral networking, unified monitoring, packet-level compliance, and AI-assisted support.

Aviz outlines open SONiC networking, subscriber-level observability, and DPI cost reduction for AI-ready 4G/5G/FTTH NOC operations.

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

DORA requires continuous evidence of ICT resilience, and the blog says packet-level network visibility strengthens incident reporting.

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

Aviz Deep Network Observability gives 5G operators real-time QoE, SLA and traffic monitoring, integrating with existing tools and cutting DPI power up to 80%.

Aviz ONES combines SONiC NetOps for enterprise deployments, adding 24/7 support, multi-vendor telemetry, orchestration, alerts, and AI fabric tools.

Aviz Packet Broker v2.12 runs on SONiC/ONIE-compatible switches and adds filtering, decapsulation, and flow-aware load balancing up to 400 GbE.

Aviz Service Node v2.4 converts packets into app- and user-aware metadata for observability and security, delivered via Kafka JSON.

Aviz ONES 4.2.1 adds JWT bearer-token authentication for tenant APIs alongside SSL certificate authentication, supporting automation and multi-tenant deployments.