🛡Forensics & Incident ResponseSecurity solution

Rewind the network.
See exactly what happened.

With every packet recorded to the NKW, NIKSUN lets you go back in time and reconstruct any incident in seconds — the who, what, where, when and how — and preserve it as evidence.

Manual DFIR  →  NIKSUN
Forensics
LIVE
PCAPSessionsDNSFiles
Back-in-time session reconstruction
RECONSTRUCTED SESSIONSreplay
Months
Look-back
1-click
Rebuild
▣ Email · Web · SMB · SSL
How NIKSUN delivers it

NetDetectorLive — forensics at the speed of search.

NetDetector Live
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NetDetectorLive

NetDetectorLive searches terabytes to petabytes of recorded traffic in a fraction of the time of retrospective tools, reconstructing full application sessions for audits and evidence. Single-click workflows replace manual investigation with proactive discovery — slashing mean-time-to-resolution.

Read the NetDetectorLive datasheet
What you get

The whole story, reconstructed in seconds.

Back-in-time

Replay any moment from full-packet history.

🎞️

Session rebuild

Reconstruct Email, Web, DNS, files, and more.

🧾

Evidence-grade

Preserve complete records for audit & legal.

How it works

From alarm to evidence.

Search

Find the incident across recorded history.

Reconstruct

Rebuild the exact sessions involved.

Analyze

Trace the full who/what/where/when/how.

Preserve

Export evidence and open a case.

Point solution today · platform tomorrow

Forensics on the data you already keep.

Because detection, performance, and forensics share one full-packet lake, every alert already has its evidence attached — no separate capture to deploy, no gaps when you need to investigate.

Investigating a remote site with no capture appliance? NetTrident pulls packets back — live, alarm-triggered, or on demand — and TLS decryption decrypts them, TLS 1.3 included, so encrypted sessions reconstruct as readable evidence.

Related solutions

Pairs naturally with…

Know the Unknown

Investigate in seconds, not days.

See how NetDetectorLive reconstructs any incident from full-packet history.