Multi-agent DFIR platform · IONSEC proprietary
A.T.H.E.N.A
Automated Threat Hunting & Evidence Neutralization Architecture
9 AI agents. 9 models. 1 mission: hunt threats faster than they spread.
A multi-agent DFIR platform that fields nine specialist agents — each running a different frontier model — to parallelize incident response. Memory forensics, reverse engineering, threat hunting and timeline reconstruction all advance at once, on the same case.
- 9
- AI agents
- 50+
- DFIR tools
- 0
- Shared models
Case IR-2471 · active · 9 agents deployed
Severity 1 · ransomware suspectedLead responder: on callAgent roster
Orchestrator
Decomposes cases, routes work to specialists, supervises the fleet.
Triage Specialist
Rapid initial assessment, artefact prioritisation, preliminary IOC extraction.
Memory Forensics
Volatile memory deep-dive, process analysis, injection and rootkit detection.
Malware RE
Decompilation, capability extraction, string recovery, PE and ELF analysis.
Threat Hunter
Hypothesis-driven hunting, detection rules, behavioural pattern matching.
Log & Timeline
Super timelines, event log analysis, multi-source correlation, temporal anomalies.
Threat Intel
Enrichment, OSINT gathering, IOC lookup, malware family identification.
Report Writer
Synthesises findings into forensically sound reports with ATT&CK mapping.
QA Reviewer
Independent verification, cross-validation, methodology rigour. Always a different model.
- Agents on case
- 9
- Artefacts hashed
- 1,284
- Findings verified
- 47
- Awaiting approval
- 1
Live agent log
- 00:00:12TR61 alerts clustered into 3 candidate incidents. Ransomware pattern scored highest.Auto
- 00:01:04AQRemote volatile-memory capture started on 12 hosts. Hashing with SHA-256 for chain of custody.Auto
- 00:06:38AQUnified Audit Log pull from the M365 tenant complete via MAES. 2.1M records preserved.Auto
- 00:14:52CREntry point identified: valid VPN credentials, no MFA. First use 9 days before detection.Finding
- 00:22:17TIScheduled-task persistence matches the technique documented in our Fog ransomware research.Finding
- 00:31:05CRShadow copy deletion observed on 4 OT DMZ hosts. Encryption not yet started on that segment.Critical
- 00:38:41CNIsolation runbook prepared for 4 hosts. Held — requires named responder approval.Held
Awaiting human approval
Isolate 4 hosts in the OT DMZ
Containment agent has the evidence and the runbook ready. It will not execute — a named responder signs this off, because isolating an OT segment is an operations decision, not a security one.
Built for real incidents
No two agents share a model.
Model diversity eliminates systemic blind spots — the QA reviewer always sees a case through a different lens than the analyst that worked it. Every component is designed for forensically sound, high-velocity response.
Fleet design
Multi-model fleet
No two agents share a model. The QA reviewer always sees a finding through a different lens than the agent that produced it, so verification is independent by construction.
Parallelism
Nine workstreams at once
Memory analysis, reverse engineering, hunting and timeline reconstruction advance simultaneously instead of queueing behind one analyst.
Evidence
Chain of custody
SHA-256 hashing, read-only evidence enforcement and a full audit trail for every artefact in every case.
Transport
Real-time events
Findings, status changes and alerts stream to the board the instant they happen. No polling, no delay.
Control
Human sign-off
Agents investigate autonomously. Anything that changes your environment stops and waits for a named responder.
Workflow
Kanban lifecycle
The whole case moves across six columns — Intake, Triage, Analysis, Review, Report, Done — so scope is legible at a glance.
Kanban workflow
Six columns. One case lifecycle.
Drag-and-drop task management from intake to done, with findings and status changes pushed to the board the instant they happen. No polling, no delay.
Intake
2 tasksIR-2471 · ransomware suspected
orchestratorEvidence bundle ingested
orchestratorTriage
3 tasksPrioritise 61 clustered alerts
triagePreliminary IOC extraction
triageAnalysis
4 tasksProcess injection sweep
memory-forensicsDecompile locker_out.exe
malware-reReview
2 tasksCross-validate persistence finding
qa-reviewerVerify timeline methodology
qa-reviewerReport
1 tasksATT&CK mapping draft
report-writerDone
7 tasksSuper timeline built
log-timelineIOC enrichment complete
threat-intelArchitecture
Three layers. One unified response.
Mission Control
The board your responders and your stakeholders both work from — Kanban lifecycle, agent monitor, reporting and case management.
Operated by IONSEC
Agent fleet
Nine specialists — orchestration, triage, memory, reverse engineering, hunting, timeline, intel, reporting and QA.
9 agents · 9 models
Evidence layer
Forensic acquisition and analysis tooling under a hashed, read-only, fully audited chain of custody.
SHA-256 · read-only
A.T.H.E.N.A is operated by IONSEC as part of an engagement. It is not licensed, sold or deployed into client environments.
Machine speed on the hours. Human judgement on the calls.
Mission Control ships with every Emergency IR engagement and T3aaS retainer. There is no separate licence and no separate console for your team to learn.