PacketSafari

Root cause on your clock

Start RCA now.Triage for wider proof.

Get a focused answer as soon as the PCAP is ready, or let PacketSafari Triage—powered by the PacketSafari Core Engine—build a wider evidence map first: protocols, priority flows, correlations, and exact frames.

Test your capture See the tradeoffs

Compare a focused answer first, background PacketSafari Triage and verification, or Triage before the answer

tls-reset-regression.pcapng Capture ready
AI context

Direction first. PacketSafari Triage follows.

Relevant packet evidence first; the Triage evidence map for verification

~1m 27s → ~9m 48s*preliminary → verified
Focused RCAAgent starts immediately
PacketSafari TriageCore Engine: decode · organize · correlate · retrieve
Independent verificationChallenges the preliminary candidate
BenefitFast direction + defensible follow-up
TradeoffVerification finishes on a second clock
Animated comparison using a persisted TLS regression investigation. Timings are measured sample evidence, not a universal performance commitment.

What PacketSafari Triage prepares

Turn a raw capture into evidence you can inspect.

The PacketSafari Core Engine searches across flows, protocols, rules, and correlations. Relevant specialists surface the strongest signals and keep them linked to exact frames; AI receives only that bounded evidence.

See how Triage works
  1. 01 · Raw capture

    One noisy PCAP

    Lots of traffic. A few decisive signals.

  2. 02 · PacketSafari Core Engine

    Search across the capture

    Organize flows, decode protocols, and correlate the relevant specialists.

  3. 03 · Bounded evidence

    Keep what matters

    Ranked findings stay linked to exact packets.

    • Priority connectionsRanked
    • Protocol anomaliesLinked
    • Exact frame pivotsReady

AI reasons over the evidence—not the whole capture.Ready for Agent, Copilot, dashboards, and analysts.

Raw PCAP → capture-wide Core Engine search → ranked signals linked to exact frames → bounded evidence for Agent, Copilot, dashboards, and analysts.

Choose when Agent starts

Three clear paths.

Every path preserves inspectable packet evidence. The difference is how much Core Engine context exists before the first answer.

01

Fast answer

Agent starts
As soon as the PCAP is ready
You gain
Fastest direction
You trade
Bounded context
02

Fast + verification

Recommended
Agent starts
Now; verification after Triage
You gain
Direction, then proof
You trade
Two clocks
03

Triage then deep

Agent starts
After PacketSafari Triage
You gain
Widest first-pass context
You trade
Longest wait

* Controlled TLS sample: ~1m 27s to preliminary direction and ~9m 48s to independent verification. Capture structure, question, queue, deployment profile, and PacketSafari Triage work change runtime. The up-to-1-GiB / roughly-two-minute preliminary envelope remains a profile-specific validation target, not a shipped universal guarantee.

Separate choices

Depth changes. Your workflow does not.

Ask for
  • Executive summary
  • Root cause
  • Security review
  • Custom question
Driven by
  • Inspect manually
  • Copilot guided
  • Agent investigation
Protected by
  • Anoncap privacy
  • Milestone email
  • Deployment boundary

One investigation. Two clocks. Preliminary and verification remain visibly separate.

Test the tradeoff on your PCAP

Choose first-answer speed. Keep packet-level proof.

Evaluate with your captureRead sample report