Event ID 7000 from the Service Control Manager is Windows telling you, in plain terms, that a service could not start. It shows up in the System log the moment a service is triggered — at boot, on a manual start, or after a reboot you didn't plan for — and it's one of the most common tickets that lands on a help desk. The good news is that the event itself hands you the two clues you need: the service name and the exit code. This guide walks through how to read those clues and work from the safest checks to the riskier ones.
Before You Change Anything
Don't restart the server first. A reboot wipes the in-memory state and can hide the real cause. Capture the event details before you touch anything.
Note the exact service name and exit code from the event before you make any change — you'll want them for comparison later.
Check whether the service is business-critical. If it's a database, backup, or security agent, coordinate a maintenance window before you stop or reconfigure it.
Export the System event log (or at least copy the event text) so you have a record if the problem recurs.
Have a rollback plan. Before editing a service's logon account, binary path, or dependencies, write down the current values so you can put them back.
Work on one change at a time. Changing three things at once means you won't know which one fixed it — or broke something else.
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Confirm You Have This Problem
Open Event Viewer (eventvwr.msc) and go to Windows Logs → System. Filter for source Service Control Manager and Event ID 7000. A typical entry reads:
> The [Service Name] service failed to start due to the following error: The service did not respond to the start or control request in a timely fashion.
The event gives you three things worth writing down:
The service name (the display name, not always the short service name).
The error text, which is Windows' translation of the failure.
The exit code, often shown as a WIN32_EXIT_CODE in the event's details or in the service's own configuration.
If you see Event ID 7000, the service never got off the ground. If you instead see 7009 (timeout) or 7011 (timeout waiting for a transaction response), the service started but stalled — related, but a different troubleshooting path. Confirm you're looking at 7000 before continuing.
Possible Causes
| Evidence Observed | Likely Cause | Next Check |
|---|---|---|
| Exit code 1067 / "process terminated unexpectedly" | Service binary crashed on launch | Check the Application log for a matching crash; verify the binary path |
| Exit code 1069 / "logon failure" | Service account password wrong or account locked | Check the service's Log On account and its password |
| Exit code 1053 / "did not respond in timely fashion" | Service hung or dependency not ready | Check dependencies and startup timing |
| Exit code 2 / "file not found" | Binary path wrong or file deleted/moved | Verify the ImagePath in the service registry key |
| Exit code 5 / "access denied" | Insufficient permissions on binary, folder, or registry | Check NTFS and registry permissions for the service account |
| Service starts then stops immediately | Dependency service failed or is disabled | Check the DependOnService list and each dependency's state |
| Error mentions a specific DLL | Missing or unregistered dependency DLL | Check the binary's folder and the Application log |
Step-by-Step Diagnostic
Work these in order. The first few are read-only and carry almost no risk; the later ones change configuration, so slow down there.
Step 1 — Identify the service name from the event
Read the Event ID 7000 entry and note the service name. Then map the display name to the short service name, because command-line tools use the short name:
sc query type= service state= all | findstr /i "SERVICE_NAME DISPLAY_NAME"Or, if you know the display name, use PowerShell:
Get-Service | Where-Object DisplayName -like "*YourServiceName*" | Select-Object Name, DisplayName, StatusWrite down the short Name — you'll use it in every step that follows.
Step 2 — Check the WIN32_EXIT_CODE with sc query
The exit code is the single most useful clue. Query the service's configuration and current state:
sc query "YourServiceName"
sc qc "YourServiceName"sc query shows the current STATE and, when it has failed, a WIN32_EXIT_CODE. sc qc shows the BINARY_PATH_NAME, SERVICE_START_NAME (the logon account), and DEPENDENCIES. Note the exit code — you'll translate it next.
Step 3 — Translate the exit code with net helpmsg
Windows ships a built-in translator for these codes. Take the exit code number and run:
net helpmsg 1067For example, net helpmsg 1067 returns "The process terminated unexpectedly." net helpmsg 1069 returns "The service did not start due to a logon failure." This turns a cryptic number into a plain-English cause and points you straight at the right fix. If the code is a decimal value from the event, use it as-is; if it's shown in hex, convert it first.
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Step 4 — Check service dependencies
A service can fail because something it depends on isn't running. Look at the DEPENDENCIES line from sc qc, then check each one:
sc query "DependencyServiceName"If a dependency is stopped, disabled, or itself failed to start, fix that service first — the dependent service will often start on its own once its prerequisites are healthy. In the Services console (services.msc), the Dependencies tab shows both what this service needs and what needs it, which helps you avoid breaking something downstream.
Step 5 — Check the logon account and permissions
If the exit code points to a logon failure (1069) or access denied (5), the service account is the suspect. From sc qc, note the SERVICE_START_NAME. Common culprits:
A domain service account whose password was changed but not updated on the service.
An account that is locked out or disabled.
A built-in account (LocalSystem, LocalService, NetworkService) that lacks rights to a resource the service needs.
To update a service account password safely, use the Services console's Log On tab, or:
sc config "YourServiceName" obj= "DOMAIN\svcaccount" password= "NewPassword"Note the space after obj= and password= — that's required syntax, not a typo. Then verify the account has Log on as a service rights (secpol.msc → Local Policies → User Rights Assignment) and read/execute permissions on the service's folder.
Step 6 — Check the service binary path
If the exit code is 2 (file not found) or the service crashes instantly, verify the binary actually exists where Windows expects it. From sc qc, read BINARY_PATH_NAME and confirm the file is present:
dir "C:\Path\From\BinaryPathName\service.exe"Watch for these traps:
Unquoted paths with spaces — C:\Program Files\App\svc.exe without quotes can be misparsed. Wrap the path in quotes in the registry ImagePath value.
A moved or uninstalled application that left the service registration behind.
A missing dependency DLL in the same folder — check the Application log for a side-by-side or DLL-load error at the same timestamp.
If the path is wrong, correct it in the service's registry key (HKLM\SYSTEM\CurrentControlSet\Services\YourServiceName, value ImagePath) or via sc config "YourServiceName" binPath= "C:\Correct\Path\service.exe" — again, mind the space after binPath=.
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How to Know It's Fixed
The service shows Running in sc query "YourServiceName" and in services.msc, and stays running after a few minutes.
No new Event ID 7000 appears in the System log after you start the service or reboot.
The dependent application works — the database connects, the backup job runs, the agent reports in.
A reboot test passes. For boot-time services, the real proof is a clean restart with no 7000 in the log.
If the service starts but the application still misbehaves, you've moved past the startup problem — check the Application log and the app's own logs next.
When to Stop and Get Help
Stop and escalate if:
The exit code points to a corrupt binary or missing system files and sfc /scannow or a repair install is beyond your scope.
The service is a third-party vendor agent (backup, antivirus, monitoring) — the vendor's support knows their service's quirks better than any generic guide.
You've corrected the account, path, and dependencies and it still fails with the same code — that suggests a deeper application or OS issue.
The failure is intermittent and tied to load or timing, which often needs performance tracing rather than config changes.
It's a production-critical service and you're unsure of the blast radius. A 15-minute call to the vendor or a senior engineer beats an outage.
From the help desk, the pattern is almost always the same: read the exit code, translate it with net helpmsg, and follow it to the cause. Nine times out of ten, Event ID 7000 is a logon failure, a bad path, or a stopped dependency — all fixable in minutes once you know which one you're looking at.
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