Seceon DFIR connects AI/XDR detection with digital forensics. Collect hashed evidence from live hosts, ingest disk images, search content, reconstruct the timeline, preserve chain of custody, and issue the report — all in one investigation case.
Detection and forensics should share one case. Seceon DFIR keeps the alert, the host, the image, the timeline, the response actions and the final report on the Open Threat Management platform.
Alert to evidence to report — not a sidecar forensic console beside SIEM/XDR.
Live Linux/Windows host collect and offline disk-image ingest in the same module.
NIST-aligned path from preparation through post-incident reporting.
The problems below are workflow and evidence problems. None of them is fixed by exporting CSV from another console.
Why separate forensics falls short
Detect, investigate and respond together
Every investigation moves through the same stages on CCE, APE and LTS — from continuous collection to a defensible report.
CCE ingests endpoint, network, identity, email, cloud and OT telemetry. LTS keeps raw and normalised evidence under your retention policy.
APE applies AI/ML, UEBA and threat intelligence so analysts open a risk-scored case, not a wall of alerts.
Live hashed host collections and offline E01/DD/RAW/ZIP ingest, plus local mail stores when the case needs them.
Boolean, phrase, fuzzy and proximity search with NSRL hide-known, plus a chronological reconstruction across sources.
Playbook-driven response with host, network and identity actions recorded on the same case.
PDF and CSV case reports, custody manifests and detection tuning for the next incident.
Cases and Host evidence – the screens your SOC will use every day.
Create and manage open or closed cases, search by name or id, and keep every exhibit under one investigation record.
Collect hashed artifacts from live Linux and Windows agents, preview in-page, and attach them to the case.
Ingest E01, DD, RAW and ZIP images, browse the tree, extract files into custody and generate the report.
Parse Microsoft .PST / .OST and Thunderbird .mbox, including message contents and attachments.
Ordered events with CSV export, plus relationship nodes and edges for how artifacts connect.
JSON custody manifest, SHA-256 integrity, investigation playbook, and PDF/CSV outputs.
Incident response and digital forensics run together — speed without destroying the evidence trail.
The same DFIR capability, delivered for the way each team operates.
Related Seceon forensics datasheets and the OTM platform.
Live host evidence, disk images, mail parsing, NSRL search, timeline and custody.
Public cloud, private cloud and hybrid investigation on one evidence model.
DFIR alongside aiSIEM, aiXDR and the rest of the OTM platform.
DFIR is the investigation and response practice delivered on Seceon OTM. Digital Forensics is the console surface for cases and host evidence, backed by CCE collection, APE analytics and LTS retention.
E01, DD, RAW and ZIP. L01 is supported when ZIP-compatible. Live host evidence is collected from Linux and Windows agents as hashed artifacts attached to the case.
No. Visibility and LTS retention have to be in place beforehand. Preparation sets the ceiling on what any investigation can reconstruct afterwards.
Yes. Agents, jobs, inventory, cases and reports can be tenant-isolated so a service provider investigates several customers from one deployment without cross-tenant evidence exposure.
