Payment and service outages
Separate packet loss, TLS resets, path policy, service wait, and receiver behavior before the incident becomes a vendor blame loop.
Explore network RCAEnterprise packet investigation · Financial services
Investigate payment-path outages and malicious traffic from the same packet record. PacketSafari helps banking, payments, fintech, insurance, and market-infrastructure teams move from an alert or failed transaction to inspectable evidence.
Frames 56–57 · tls.handshake.type == 1 → tcp.flags.reset == 1Baseline frames 29–31 complete the handshake. Attribution remains open until the responsible hop is checked.
One capture · shared operational truth
PacketSafari complements live monitoring. It investigates captured traffic after an outage, alert, escalation, or control test and keeps the answer reviewable.
Separate packet loss, TLS resets, path policy, service wait, and receiver behavior before the incident becomes a vendor blame loop.
Explore network RCACombine Suricata-compatible rules, behavioral C2, tunnels, exact east-west findings, and configured offline threat intelligence.
Explore security analysisCompare client, edge, proxy, VPN, load-balancer, API, and service evidence while keeping unsupported attribution explicit.
Inspect a verified TLS reportRetain frames, filters, flows, timestamps, coverage, and uncertainty for review across network, security, vendor, and risk teams.
See investigation workflowsSimple value estimate
Use three planning assumptions. Count only incidents where packet investigation is part of the response and only hours you genuinely believe better evidence could remove.
Illustrative planning estimate—not a PacketSafari guarantee or customer result. Validate time saved and business impact during an evaluation.
Critical systems and protocols
Protocol depth depends on the available packet fields, encryption, capture position, and deployment. Confirm representative workflows during evaluation.
ISO 8583/ISO 20022 paths · HTTPS/TLS · DNS · TCPDistinguish handshake, transport, intermediary, service-wait, and receiver failure before transactions or customer journeys remain degraded.
FIX · TLS · TCP · multicast · DNSReconstruct sequence, latency, retransmission, disconnect, and path evidence across latency-sensitive service boundaries.
Kerberos · LDAP · SMB · RDP · DNSCorrelate lateral movement, authentication, remote access, and suspicious internal paths with exact packet anchors.
TLS · TCP · HTTP/2 · DNS · VPN tunnelsShow what the capture supports at each boundary while keeping encrypted payload limits and unresolved ownership explicit.
Resilience and control context
ICT incident records, root-cause follow-up, response and recovery, business-impact analysis, and testing create demand for reviewable incident evidence.
EU Regulation 2022/2554Logging, monitoring, intrusion detection, network testing, and forensic analysis need evidence from the relevant cardholder-data environment.
PCI SSC document libraryRisk, incident, network, security, application, and third-party teams need one defensible chronology—not conflicting screenshots and informal conclusions.
Evaluate against your control setPacketSafari supplies packet-investigation evidence; it is not a compliance product and does not certify adherence. Applicability and evidentiary requirements must be determined by the organization and its advisers.
Sensitive traffic stays governed
The Core Engine performs deterministic capture processing and evidence retrieval. Models investigate compact facts and hypotheses within the selected deployment boundary.
SaaS, dedicated, or on-premises deployment profiles
Customer-controlled packet storage, identity, model routing, and egress options
Preliminary direction kept distinct from Verification and the Final Report
Explicit complete, partial, unavailable, and failed evidence coverage
PacketSafari can support incident reconstruction, resilience testing, and evidence review. It does not by itself certify DORA, PCI DSS, or any other regulatory compliance outcome.
Bring a representative capture