ADscan

Every technique below is implemented in ADscan and mapped to MITRE ATT&CK.

How to read the Status column. ADscan validates exposure — it proves whether a path to compromise exists. It does not test your defensive stack, and it never claims a security product blocked anything.

• Executed — ADscan runs the technique end to end and proves the outcome.
• Detected — ADscan identifies and maps the exposure but does not execute it.
• Detected · not executed (safety) — ADscan deliberately refuses to run it because it is destructive or disruptive to a production directory.
• Observed (attack-path pivot) — a condition ADscan observes and chains into an attack path rather than a standalone step it runs.

This page is generated from the product catalog by scripts/sync_technique_count.py. Do not edit the table by hand; edit the catalog and regenerate.

103 techniques across 14 categories · 70 executed end to end · AD CS ESC1–ESC17 · 79 reported finding types.

ACL / ACE Abuse (18)

Technique	What ADscan does	Status	MITRE ATT&CK
Add Member to Group	Add arbitrary members to target group	Executed	T1098
Add Self to Group	Self-add to controlled group under permissive ACL	Executed	T1098
All Extended Rights	Broad extended rights over directory object	Executed	T1098
Force Change Password	Reset target account password without current password	Executed	T1098
GenericAll	Full object control over target principal/object	Executed	T1098
GenericWrite	Write permissions over target object attributes	Executed	T1098
Object Ownership	Object ownership grants implicit GenericAll-equivalent rights	Executed	T1222.001
RODC Password Replication Policy Control	Modify the RODC password-replication policy on the RODC computer object	Observed (attack-path pivot)	T1098
Read LAPS Password	Read LAPS local administrator password	Executed	T1555
Read gMSA Password	Read gMSA managed password material	Executed	T1555
Shadow Credentials (Key Credential Link)	Write msDS-KeyCredentialLink to add shadow credentials	Executed	T1649
Sync LAPS Password	Read/replicate LAPS password material	Detected	T1555
Writable SMB Path	Theoretical write access to an SMB share/path that can host attack payloads	Observed (attack-path pivot)	T1105
Write Account Restrictions	Modify account-restriction property sets on the target user/computer object	Executed	T1098
Write Logon Script	Write the user's logon script path to attacker-controlled content	Executed	T1098
Write SPN	Set SPN to force kerberoastable ticket generation	Executed	T1558.003
WriteDACL	Rewrite ACLs to grant further privileges	Executed	T1222.001
WriteOwner	Take ownership to unlock privilege escalation	Executed	T1222.001

AD CS — Certificate Services (17)

Technique	What ADscan does	Status	MITRE ATT&CK
AD CS ESC1	Enroll exploitable template and authenticate as target	Executed	T1649
AD CS ESC10	ADCS ESC10 privilege escalation path	Detected	T1649
AD CS ESC11	ADCS ESC11 privilege escalation path	Executed	T1649
AD CS ESC13	ADCS ESC13 effective linked-group membership path	Executed	T1649
AD CS ESC14	ADCS ESC14 privilege escalation path	Executed	T1649
AD CS ESC15	ADCS ESC15 privilege escalation path	Executed	T1649
AD CS ESC16	ADCS ESC16 privilege escalation path	Detected	T1649
AD CS ESC17	ADCS ESC17 privilege escalation path	Detected	T1557
AD CS ESC2	ADCS ESC2 privilege escalation path	Executed	T1649
AD CS ESC3	Use enrollment agent cert to request impersonation certs	Executed	T1649
AD CS ESC4	Modify template permissions/configuration for abuse	Executed	T1649
AD CS ESC5 — Vulnerable PKI Object Access Control	ADCS ESC5 privilege escalation path	Executed	T1649
AD CS ESC6	ADCS ESC6 privilege escalation path	Executed	T1649
AD CS ESC7	ADCS ESC7 privilege escalation path	Executed	T1649
AD CS ESC8	ADCS ESC8 privilege escalation path	Executed	T1649
AD CS ESC9	ADCS ESC9 privilege escalation path	Executed	T1649
Coerce and Relay NTLM to AD CS (ESC8)	Coerce NTLM authentication and relay it to ADCS endpoints	Executed	T1187

Authentication Coercion (3)

Technique	What ADscan does	Status	MITRE ATT&CK
DFSCoerce	Coerce machine authentication via DFS endpoint behavior	Detected	T1187
PetitPotam	MS-EFSRPC coercion path (PetitPotam)	Detected	T1187
PrinterBug (MS-RPRN)	Spooler coercion path (PrinterBug)	Detected	T1187

Collection (1)

Technique	What ADscan does	Status	MITRE ATT&CK
MSSQL OPENROWSET Bulk Read	SQL Server can read the raw content of any file the SQL Server service account can access on its host, without executing a single operating-system command. Any principal holding ADMINISTER BULK OPERATIONS — sysadmin, the bulkadmin fixed server role, an explicit grant, or a linked-server login mapping that lands on the same permission remotely — can pull configuration files, backup files, and scripts off the host and recover any credentials or connection strings stored in them.	Executed	T1005

Credential Access (15)

Technique	What ADscan does	Status	MITRE ATT&CK
DCSync	Replicate AD secrets remotely from domain controller	Executed	T1003.006
DPAPI Secret Extraction	Credential extraction from DPAPI-protected material	Executed	T1555.004
DS-Replication-Get-Changes	Partial replication right; combined with GetChangesAll enables DCSync	Detected	T1003.006
DS-Replication-Get-Changes-All	Extended replication right; combined with GetChanges enables DCSync	Detected	T1003.006
DS-Replication-Get-Changes-In-Filtered-Set	Replication right over filtered attribute set data	Detected	T1003.006
Domain Password Reuse	Domain account credential reuse pivot through clustered shared secret material	Observed (attack-path pivot)	T1078.002
LLMNR/NBT-NS Poisoning and NetNTLMv2 Recovery	Broadcast name-resolution poisoning to NetNTLMv2 capture and offline crack: an unauthenticated attacker on the same local network segment as the victim answers LLMNR, NBT-NS, and mDNS name-resolution requests with a rogue address, causing the victim to authenticate to the attacker. The captured NetNTLMv2 challenge/response is then cracked offline to recover the user's cleartext password, converting a wire capture into a usable domain credential without any prior access.	Executed	T1557.001
LSA Secrets Extraction	Credential extraction from LSA secrets	Executed	T1003.004
LSASS Credential Extraction	Credential extraction from LSASS memory	Executed	T1003.001
Local-to-Domain Credential Reuse	Credential reuse pivot from local credential material to domain identity	Observed (attack-path pivot)	T1078.002
MSSQL NetNTLMv2 Theft	A SQL sysadmin (or any user with EXECUTE rights on xp_dirtree / xp_fileexist) can force the SQL Server service account to authenticate to an attacker-controlled SMB share, capturing its NTLMv2 response hash. If the service account is a domain user, the hash can be cracked offline or relayed to authenticate as that account on other network resources.	Executed	T1557.001
RODC krbtgt Secret Extraction	Extract the per-RODC krbtgt secret from the compromised RODC	Executed	T1003
Readable Share	Principal has read access to a network SMB share	Executed	T1039
Shadow Credentials Present	Existing shadow credentials allow PKINIT authentication and NT hash retrieval	Executed	T1606.002
Timeroasting	Offline crack MS-SNTP challenge material from machine accounts	Executed	T1110.002

Delegation Abuse (4)

Technique	What ADscan does	Status	MITRE ATT&CK
Coercion to TGT (Unconstrained Delegation)	Coerce a target into providing a usable TGT for delegation abuse	Detected	T1187
Constrained Delegation	Abuse AllowedToDelegate paths to impersonate users to delegated services	Executed	T1558
Resource-Based Constrained Delegation (inbound)	Resource-based constrained delegation attack path	Executed	T1134.001
SPN-Jacking	Compromise a computer by hijacking a delegated SPN: move the SPN the principal can delegate to onto the target computer, then abuse constrained delegation (S4U) with protocol transition to mint a service ticket against the target as a privileged user	Executed	T1558.003

Execution (1)

Technique	What ADscan does	Status	MITRE ATT&CK
xp_cmdshell Execution	The SQL Server service can execute operating-system commands on its host when a session holds sysadmin. Any principal that reaches sysadmin on the instance — a direct sysadmin login, or a linked-server login mapping that lands as a sysadmin login on the remote instance — can therefore run commands on the host as the SQL Server service account, a full host code-execution capability.	Executed	T1059

Initial Access (9)

Technique	What ADscan does	Status	MITRE ATT&CK
Anonymous LDAP Bind	Anonymous LDAP bind entry vector	Detected	T1087.002
Blank Password	Blank-password entry vector	Executed	T1110.001
Credentials in User Description	Credentials recovered from LDAP user description fields	Detected	T1087.002
Group Policy Preferences Password	Credentials recovered from Group Policy Preferences artifacts	Detected	T1552.006
Password Spraying	Password spraying entry vector	Executed	T1110.003
Password in File	Credentials discovered in host filesystem artifacts after service access	Detected	T1552.001
Password in Share	Credentials discovered in SMB share content	Detected	T1552.001
Pre-Windows 2000 Computer Account	Pre2k computer-account password entry vector	Executed	T1110.003
Username as Password	Username-as-password entry vector	Executed	T1110.003

Kerberos Attacks (4)

Technique	What ADscan does	Status	MITRE ATT&CK
AS-REP Roasting	Offline crack AS-REP material from users without preauth	Executed	T1558.004
Kerberoasting	Offline crack service ticket material for credential recovery	Executed	T1558.003
Kerberos Key List (RODC)	Use the forged RODC golden ticket to request Key List data from a writable domain controller	Executed	T1558
RODC Golden Ticket	Forge a reusable RODC golden ticket from recovered per-RODC krbtgt material	Executed	T1558.001

Known CVEs (5)

Technique	What ADscan does	Status	MITRE ATT&CK
MS14-068 / Kerberos PAC Forgery	MSEven coercion-style authentication trigger path	Detected	T1187
MS17-010 (EternalBlue)	EternalBlue SMBv1 remote code execution path	Detected	T1210
PrintNightmare	PrintNightmare privileged code execution path	Detected · not executed (safety)	T1068
Zerologon (CVE-2020-1472)	Netlogon cryptographic flaw exploitation path	Detected · not executed (safety)	T1210
noPac (CVE-2021-42278/42287)	NoPac domain takeover path	Detected · not executed (safety)	T1068

Lateral Movement (11)

Technique	What ADscan does	Status	MITRE ATT&CK
DCOM Execution	Remote command execution capability over DCOM	Detected	T1021.003
Full Control Share	Principal has full control over a network SMB share	Executed	T1570
Guest Session	Guest SMB session accepted, enabling unauthenticated share access	Executed	T1135
Local Admin Password Reuse	Credential reuse pivot between hosts sharing local admin credentials	Observed (attack-path pivot)	T1078.003
Local Admin Rights	Administrative access from one principal to a host	Executed	T1021.002
MSSQL Access	Authenticated access over MSSQL without confirmed sysadmin-level control	Executed	T1078
MSSQL Linked Server Lateral Movement	A SQL Server linked server relationship allows an attacker with sysadmin access on the source instance to execute arbitrary SQL on a second SQL Server instance (the linked target). This effectively extends the attack surface: each linked server hop can be chained with local privilege escalation (SeImpersonate or token theft) to achieve SYSTEM on additional hosts.	Observed (attack-path pivot)	T1210
MSSQL Sysadmin	Administrative access over MSSQL control surface	Executed	T1078
PowerShell Remoting Access	Remote command execution capability over WinRM/PowerShell	Executed	T1021.006
RDP Access	Interactive login capability via RDP	Executed	T1021.001
Writable Share	Principal has write access to a network SMB share	Executed	T1570

NTLM Relay (3)

Technique	What ADscan does	Status	MITRE ATT&CK
NetNTLMv1 Offline Recovery	NTLMv1 offline crack: a domain user coerces the victim computer, captures its NTLMv1 response, and cracks it offline to recover the victim's machine account NT hash. The most universal NTLMv1 avenue, independent of relay viability, LDAP signing, channel binding, ADCS, or DC count.	Detected	T1187
NetNTLMv1 Relay to RBCD	NTLMv1 coerce-and-relay to RBCD: a domain user coerces the victim computer, relays its NTLMv1 authentication to the DC, configures resource-based constrained delegation, and obtains local administrator access on the victim via S4U.	Executed	T1187
NetNTLMv1 Relay to Shadow Credentials	NTLMv1 coerce-and-relay to Shadow Credentials: a domain user coerces the victim computer, relays its NTLMv1 authentication to the DC, writes a key credential, and recovers the victim's machine NT hash via PKINIT.	Executed	T1187

NTLM Weaknesses (1)

Technique	What ADscan does	Status	MITRE ATT&CK
NetNTLMv1 Enabled	NTLMv1 authentication enabled on the host (LmCompatibilityLevel < 3). The host's NTLMv1 response can be coerced and relayed or cracked to a machine NT hash.	Observed (attack-path pivot)	T1556

Privilege Escalation (11)

Technique	What ADscan does	Status	MITRE ATT&CK
Backup Operators Escalation	Domain compromise via Backup Operators: remote registry hive extraction → DC machine account hash	Executed	T1003.002
DnsAdmins Abuse	Potential domain compromise path via DNSAdmins abuse	Detected · not executed (safety)	T1543.003
MSSQL Login Impersonation	A low-privilege SQL login that has been granted IMPERSONATE rights on a higher-privileged login (e.g. 'sa') can assume that identity within the SQL Server session using EXECUTE AS LOGIN. This effectively grants sysadmin access, enabling xp_cmdshell execution, CLR assembly loading, and all other sysadmin capabilities, without knowing the target login's password.	Executed	T1078.002
MSSQL SeImpersonate Escalation	The SQL Server service account's SeImpersonatePrivilege allows escalating to NT AUTHORITY\SYSTEM on the database server via a CLR stored procedure. No file is written to disk: the exploit assembly is loaded directly into SQL Server memory as a hexadecimal literal, bypassing AV write-time scanning.	Executed	T1134.001
MSSQL TRUSTWORTHY Database Escalation	A TRUSTWORTHY database owned by a sysadmin account allows any user with db_owner rights (or EXECUTE AS USER='dbo') to escalate to effective sysadmin server-wide. When EXECUTE AS USER impersonates the database owner context inside a TRUSTWORTHY database, SQL Server grants server-level permissions equivalent to the database owner's server role, giving sysadmin access to any db_owner in that database.	Executed	T1078.002
MSSQL Token Theft Escalation	Even when SeImpersonatePrivilege has been removed from the SQL Server process token (a common hardening measure), the original service startup token stored in LSASS retains the privilege. A CLR stored procedure recovers this token via SMB loopback named pipe authentication (Forshaw shared logon session technique) and escalates to NT AUTHORITY\SYSTEM. This bypass is architectural. Removing the privilege from the process token is insufficient.	Executed	T1134.001
Print Operators Abuse	Potential escalation path unlocked by Print Operators membership	Detected	T1547.006
Privileged Group Control	Direct control achieved through membership in a terminal privileged group	Detected	T1098
Privileged Session Abuse	High-value user session observed on a non-Tier-0 computer that can be abused for scheduled-task impersonation	Executed	T1053.005
RODC Credential Caching	Prepare RODC credential caching by modifying the RODC password-replication policy	Executed	T1098
Scheduled Task Execution	Impersonate a logged-on user by registering a scheduled task whose principal is that user's interactive logon session	Executed	T1053.005