Your friendly, expert Security Copilot — it doesn't just answer: it writes rules, scripts, playbooks and does forensics, all grounded in your real environment.
Grounded answers to security questions, from proprietary threat-intel and your scan, with source citation — not generic opinions.
Ready-to-use defensive security code, on your environment: detection rules (Sigma/YARA/Suricata), hardening/remediation scripts, firewall config, SIEM queries (KQL/SPL).
title: Detectare utilizare SMBv1 (EternalBlue-risk)
logsource: { product: windows, service: smb }
detection:
sel: { EventID: 0x72 } # SMB1 Negotiate
condition: sel
level: highStep-by-step procedures per incident type (ransomware, phishing, compromised host…), on the NIST/SANS lifecycle, with commands — containment steps marked ‘review before executing’.
1. DETECT — confirm the alert, scope it (hosts, VLAN). 2. CONTAIN — [review] isolate the switch port; block IOCs on the firewall. 3. ERADICATE— remove persistence, reset exposed credentials. 4. RECOVER — restore from clean backup; watch for re-infection. 5. LESSONS — report + new detection rules.
Reconstruct a timeline from artifacts, find root cause, extract IOCs — with integrity: marks what is proven vs. inferred. No fabrication.
Timeline (proven from the journal): 01:59:16 journal cut abruptly, no shutdown → POWER LOSS (proven) 02:01:26 boot → reboot (proven) Likely cause (inferred): inline sensor without bypass → dead segment ~2 min.
Strictly defensive (exploit/malware/attack = refused). Code ships with ‘review before running’, no auto-execution on your systems. No credentials in code. AI with human oversight (EU AI Act).