network-device-discovery

Network device discovery uses raw UDP sockets for broadcast probing and HTTPS fallback to find devices. Python patterns handle multi-strategy workflows, interface enumeration, and parallel probing without requiring Scapy or special tools.

Mixed-subnet LAN scanning applies interface-aware probing to bind to specific interface IPs. GBL broadcast, factory-default probes, and targeted subnet scans run in parallel to quickly discover and manage numerous network devices.

Parallel HTTP API access uses per-worker ApiClient instances for safe concurrent HTTP access. These patterns handle SSL verification safely and perform robust health checks for enrolled devices during multi-strategy discovery workflows.

UDP broadcast discovery commissions mixed-subnet LANs with 120+ devices by running parallel multi-strategy workflows. Interface-aware probing keeps discovery contained to the correct network segment while enriching device status via HTTP.

Multi-strategy discovery combines GBL broadcast, factory-default probes, and targeted subnet scans to find devices quickly across subnets. Running these strategies in parallel maximizes coverage and discovery speed compared to single-method scanning.

Interface-aware network probing requires no special dependencies or tools. It implements raw UDP sockets for discovery and binds to specific interface IPs to keep probing contained to the correct network segment using standard Python.