Practice hostile input without risking an outbreak
Entropy Surge and Header Tamper modes replicate the byte patterns attackers use - minus the malware payload. Perfect for blue teams, IR leads, and security researchers.
Built for: Security teams hardening upload pipelines, IR playbooks, and detection coverage
Tabletop exercises without malware
Spin up realistic ransomware samples by blasting archives, documents, or videos with high-entropy data. Your IR team can rehearse detection, isolation, and recovery while leadership observes.
Because Hexwilt runs offline, you can ship the same corrupted samples to training labs, MSSP partners, or compliance auditors without worrying about malicious code escaping.
Tune detections with evidence
Feed corrupted files into EDR, SIEM, and DLP tooling. Capture which alerts fired, tune detections where they didn't, and attach the corruption report as irrefutable evidence.
The report includes checksums, byte offsets, and mode metadata so your detection engineers know exactly what changed.
Train forensic analysts
Need to onboard new analysts? Give them corrupted artifacts that mimic real attacks. Have them trace the corruption metadata, validate checksums, and document findings before handing off to senior reviewers.
Quarterly tabletop agenda
- Select target file types tied to crown-jewel workflows
- Generate corrupted samples with Entropy Surge
- Inject files into monitored systems and track alert paths
- Document lessons learned and update the runbook
Detection tuning
- Catalog expected detections by source (SIEM, EDR, CASB)
- Run corrupted files through each control
- Capture false negatives and log gaps
- Ship updated correlation rules backed by Hexwilt evidence
Quarterly
Drill cadence
3+ sources
Alert coverage
< 15 MB
Evidence bundle
Security Research FAQ
Answers you can reuse in documentation, training decks, and stakeholder updates.
Roll this use case into your next sprint
Scroll down to the Hexwilt workspace, import a representative file, and capture the report for your next status update.