BloodHound
41
26
13.05.2026
17.10.2026
Profil laut MITRE ATT&CK
BloodHound is an Active Directory (AD) reconnaissance tool that can reveal hidden relationships and identify attack paths within an AD environment.
Vollständiges MITRE-ProfilBeschreibung und Alias-Namen stammen aus MITRE ATT&CK®.
Nennungen im Zeitverlauf
Meldungen je Monat, letzte 12 Monate.
Beobachtete Techniken
ATT&CK-Techniken, die in denselben Meldungen benannt sind — nicht das vollständige MITRE-Repertoire.
MITRE ordnet 9 Techniken zu; 2 davon kommen in unseren Meldungen vor. Markiert: auch laut MITRE bekannt.
T1003.006 DCSync
Credential Access
T1566 Phishing
Initial Access
T1558.003 Kerberoasting
Credential Access
T1053.005 Scheduled Task
Execution · Persistence · Privilege Escalation
T1558.001 Golden Ticket
Credential Access
T1558.004 AS-REP Roasting
Credential Access
T1003 OS Credential Dumping
Credential Access
T1003.001 LSASS Memory
Credential Access
T1018 Remote System Discovery
Discovery
T1021.004 SSH
Lateral Movement
T1033 System Owner/User Discovery
Discovery
T1047 Windows Management Instrumentation
Execution
Schwachstellen im selben Kontext
CVEs, die in denselben Meldungen auftauchen. Ko-Okkurrenz, kein Nachweis einer Ausnutzung.
Gemeinsam genannt
Betroffene Branchen
Meldungen
ConnectWise SkyKick Breach: How to Check Your Microsoft 365 Tenant
What the 2026 Microsoft Digital Defense Report reveals about AI, identity, and the future of cybersecurity
AI for Offensive Security: What Works, What Does Not, and How to Adopt It
Introducing Ghostwriter Skills
CiliumHound: Graphing Kubernetes Network Policies
Ransomware incidents in Japan in the first half of 2026: Investigation of The Gentlemen’s infrastructure and evidence of Qilin's AI use
CISA, NSA, global cyber agencies issue guidance to detect and mitigate 17 Active Directory compromise techniques
AI-powered attack exploited PaperCut flaws to hack 395 organizations
Demystifying Agent Tradecraft: Introducing SpecterOps Skills
Aurora Ransomware Operators Use Cursor AI in Attacks Against 10 Targets
Why SpecterOps Signed OpenAI’s Call for Collective Cyber Defense
CISA red team assessments expose critical infrastructure gaps in threat detection, response and OT security
A Tale of Two SOCs: Insights From Two Red Team Assessments
AWSHound: An OpenSource AWS OpenGraph Collector
NoiseHound — Detection-aware BloodHound attack-path scoring - find the quietest route to your objective, calibrated across audit/EDR/SIEM tiers.
ConfigManBearPig 2.0 – Things Are Getting Cereal
MovementHound — PowerShell tool for active minimal-rights lateral movement enumeration, extending BloodHound Legacy
adhammer — Active Directory security-assessment toolkit in Rust — PingCastle-class audit + authorized red-team validation, on a from-scratch DCE/RPC · NTLM · SMB2 · Kerberos stack. One static binary, from Kali or Windows.
Clustered Points of Failure
ForceHound — Salesforce identity and permission graph collector for BloodHound CE. Maps users, profiles, permission sets, roles, groups, sharing rules, connected apps, and field-level security into attack-path graphs.
Introducing Attack Path Management for Entra Agents in BloodHound Enterprise
Designing an MCP Server for AI Agents: Why Wrapping Your API Is the Wrong Abstraction
Attack Path Management Comes to AWS
Expanding attack path management to the AI frontier
AgentHound — Offensive security framework for AI agent infrastructure - recon, credential looting, model exfiltration, poisoning, and attack-path analysis across MCP, A2A, gateways, and AI services. BloodHound for the agentic stack.
RootHound — Map your path from a low-priv shell to root — like BloodHound, for local Linux privesc.
Introducing the SpecterOps Tradecraft Academy
ghosthound — GhostHound is a BloodHound OpenGraph extension that surfaces Active Directory tombstone reanimation as a first-class attack path, enumerating deleted objects via SHOW_DELETED, mapping who can restore them, and revealing when a reanimated identity regains privileged group membership.
AD-PathFinder — Attack path mapping for Active Directory, ADCS, SCCM, and MSSQL using BloodHound CE + OpenGraph data.
Why “Least Privilege” Fails in Real Environments
Quellen: SpecterOps (23), GitHub Trending (12), Industrial Cyber (2), Cisco Talos (1), BleepingComputer (1), The Hacker News (1), CISA Alerts (1)
Alle Angaben auf dieser Seite stammen aus dem Alias-Abgleich der Meldungstexte gegen den MITRE-ATT&CK-Katalog. Beziehungen entstehen rein statistisch: Zwei Einträge gelten als verbunden, wenn sie in derselben Meldung benannt sind. Das ist keine eigenständige Attribution durch SecBoard, und eine Nennung ist kein Nachweis einer Täterschaft. Ausnahme ist der Abschnitt „Belegte Beziehungen“: dort sagt die Meldung die Beziehung ausdrücklich, mit Zitat.