Most stacks run a poller for uptime and a separate collector for threat detection, then stitch the two together by hand during an incident. Linivo's sensor collects once and feeds both, so the correlation already exists before you need it.
No proprietary agents required on most devices. Linivo polls, listens and collects using open, standard protocols, then routes the same records to both the monitoring and detection engines.
Polls device metrics, including interface counters, CPU, memory and temperature, from routers, switches and almost anything with a management port.
Full-flow accounting exported by routers and firewalls: every conversation's source, destination, ports and byte counts.
The IETF-standardized, vendor-neutral evolution of NetFlow v9, with extensible template-based records.
Sampled packet export built for low overhead on high-speed links, ideal for data center and core switching.
Centralizes device and system logs over UDP or TLS-encrypted TCP, parsed for both operational events and indicators of compromise.
Reachability and round-trip latency checks for any IP-addressable device, with configurable loss thresholds.
CLI-based polling and scheduled configuration backups for devices without a usable API or MIB.
Native Windows host and service monitoring without installing a third-party agent on every machine.
Peering session state and route-change monitoring for edge routers and multi-homed connections.
Clock drift and time-source monitoring, since accurate timestamps underpin every alert, log entry and detection.
Cloud, virtualization and SaaS platform metrics pulled through vendor APIs where SNMP isn't available.
Pushes alerts, detections and state changes out to your own systems: ticketing, ChatOps, or a custom automation pipeline.
When an upstream link drops, every downstream device reports it at once. Linivo groups related symptoms into a single incident instead of paging on each one.
Correlation uses your real network topology, so a core-switch outage is recognized as the cause, not just another symptom in the pile.
Alerts trigger on deviation from a device's own learned baseline, not a single static number that's wrong for half your fleet.
An incident's severity accounts for how many services and users are downstream, not just which single device tripped a threshold.
Scheduled maintenance suppresses the alerts it should and nothing else, so a planned reboot doesn't page the whole rotation.
Nothing extra to deploy. The NetFlow, SNMP and syslog records already collected for performance are also scored for the patterns that indicate compromise.
Flags east-west traffic patterns between hosts that don't normally talk to each other, a common signature of an attacker moving through a network.
Sequential or unusual connection attempts across a range of ports and hosts are surfaced as a detection, not lost in normal traffic noise.
New devices joining the network are checked against your provisioned inventory, so an unauthorized access point doesn't sit unnoticed.
When a performance event and a security event are plausibly related, they merge into one timeline instead of living in two different tools.