Capability
Detect the unknown. Contain it before it spreads.
Prava Behavioral Endpoint Protection is an autonomous EDR platform that monitors system-level telemetry, detects anomalous process execution, and isolates compromised hosts across distributed macOS, Linux, and Windows fleets.
Scope
Prava continuously observes endpoint activity to identify suspicious behaviour that conventional signature-based detection can miss. Processes, execution chains, network connections, files and system activity are analysed together to distinguish legitimate activity from malicious behaviour.
When a threat is confirmed, Prava can rapidly isolate the affected host while preserving the evidence required to understand what happened, how it started, and what else may be affected.
Method
PRAVA continuously monitors endpoint activity for unusual behavior, process changes, and emerging threats.
AI-driven analysis correlates signals across the endpoint to identify suspicious patterns early.
Threats are isolated and contained before they can spread across the environment.
Every detection is backed by actionable context for investigation and remediation.
01
Understand behaviour, not just files.
Prava watches how processes execute, what they access, what they spawn, where they connect and how activity changes over time. Malicious behaviour can look different on every machine; the underlying sequence often does not.
02
Connect the activity into a threat.
Individual events rarely tell the whole story. Prava correlates processes, files, users, connections and system activity to identify suspicious execution chains and surface behaviour that deserves investigation.
03
Stop the spread without losing visibility.
When malicious activity crosses the threshold, the affected endpoint can be isolated from the network while telemetry continues to be collected. Containment stops lateral movement without turning the machine into a blind spot.
04
Reconstruct what happened.
Every investigation starts with evidence already in place. A continuous activity timeline lets your team trace execution, identify the initial behaviour, understand the sequence of events and determine what needs to be remediated before returning the host to service.
Investigation
One signal rarely tells the story. Prava connects the sequence, which is what separates a detection you can act on from an alert that still has to be investigated from scratch.
Process. A process starts on the host. On its own it is unremarkable — the same thing happens thousands of times a day on every machine you own, and almost none of it is worth anyone going to look at.
Child process. It spawns another process. This is where a chain usually begins, and it is also where the investigations that never happen would have found something, had anything been keeping the two events together.
File / registry activity. Files are written and registry keys are set. Something is being made to survive a reboot — a decision ordinary software makes rarely and an attacker makes almost immediately.
Network connection. The host reaches somewhere it has never reached before. Taken alone that is routine; taken after the three events before it, it is the first step that is difficult to explain.
Suspicious behaviour. No single step here is damning. The sequence is — and a sequence is only visible to something that kept all four events and understood that they belong to the same story.
Detection. Prava names what is happening, with the events that led there already attached. The finding arrives carrying its own evidence rather than as an alert somebody has to go and reconstruct.
Containment. The host is isolated from the network before the chain can go any further. Telemetry keeps arriving, so containment stops the spread without turning the machine into a blind spot.
Forensic timeline. The whole sequence is on record before anyone starts looking. The investigation opens with the evidence already in place, not with a request for logs that may or may not still exist.
What you get
Speed
The shorter the gap between malicious behaviour and containment, the smaller the window available for execution, persistence or lateral movement.
Visibility
Isolation does not mean losing visibility. Endpoint activity continues to be recorded so investigation can proceed while the host remains contained.
Context
Instead of isolated alerts, your team gets the surrounding process, user, file, network and system context needed to understand what actually happened.
Next step
One conversation is usually enough to work out whether this is the right place to begin. If it is not, we will say so.