Bobcares

Failed to start Ceph Object Storage Daemon | Troubleshooting Tip

by | Jul 22, 2023

“Failed to start Ceph object storage daemon” is an error message that indicates an issue with starting one of the Ceph OSDs in a Ceph cluster. Bobcares, as a part of our Server Management Service offers solutions to every query that comes our way.

“Failed to start Ceph object storage daemon” Error

An error message reading “Failed to start Ceph object storage daemon” denotes a problem starting one of the Ceph OSDs in a Ceph cluster. In Ceph, OSDs are in charge of handling read/write operations as well as storing data. So, data accessibility and cluster performance issues may result from an OSD’s inability to start.

Failed to start Ceph object storage daemon | Fix

There are a number of causes for an OSD not to start. Here are a few typical causes and solutions:

failed to start ceph object storage daemon

1. Errors in Configuration: Firstly, verify the OSD configuration file for any mistakes or errors. The /etc/ceph/ directory is often where we may find the OSD setup file. Also, ensure that the Ceph cluster and monitors are correctly pointing to by the OSD.

2. Issues with Permission: Then make sure to see that the OSD has access to and the required permissions for the storage devices where it saves data. Read-write access to the underlying storage devices or directories is often necessary for OSDs.

3. Storage Device Issues: If the OSD makes use of a physical device, look for any hardware problems that prevent the OSD from booting.

4. Insufficient Disk Space: Also, make sure the OSD’s storage device has enough free space for it to function. Else, the OSD may not be able to start if the device is full or nearly full.

5. Network connectivity issues: Connectivity allows Ceph OSDs to interact with other cluster members, including monitors and other OSDs. So, verify the network’s connectivity and make sure that the OSD and other Ceph nodes can communicate without being hindered by firewall rules.

6. Journal corruption: The OSD journal is essential for the reliability and efficiency of the data. Sometimes the OSD may be unable to launch if the OSD journal is damaged. In order to fix the problem, we need to clear or repair the journal.

7. Systemd Service: Check the OSD’s systemd service status and logs for any issues or hints as to why the OSD failed to start if we are using systemd to manage services.

8. Ceph Health Status: Use the Ceph health command to view the general health status of the Ceph cluster. Sometimes, more serious cluster difficulties can be the root cause of OSD failures.

9. Check OSD Logs: Finally, look through the OSD’s log files for any error or warning messages that can provide insight into the cause of the failure. /var/log/ceph/ is often where OSD logs are kept.

[Looking for a solution to another query? We are just a click away.]

Conclusion

The article provides 9 possible causes and solutions for the “Failed to start Ceph object storage daemon” error.

PREVENT YOUR SERVER FROM CRASHING!

Never again lose customers to poor server speed! Let us help you.

Our server experts will monitor & maintain your server 24/7 so that it remains lightning fast and secure.

GET STARTED

0 Comments

Submit a Comment

Your email address will not be published. Required fields are marked *

Never again lose customers to poor
server speed! Let us help you.

Privacy Preference Center

Necessary

Necessary cookies help make a website usable by enabling basic functions like page navigation and access to secure areas of the website. The website cannot function properly without these cookies.

PHPSESSID - Preserves user session state across page requests.

gdpr[consent_types] - Used to store user consents.

gdpr[allowed_cookies] - Used to store user allowed cookies.

PHPSESSID, gdpr[consent_types], gdpr[allowed_cookies]
PHPSESSID
WHMCSpKDlPzh2chML

Statistics

Statistic cookies help website owners to understand how visitors interact with websites by collecting and reporting information anonymously.

_ga - Preserves user session state across page requests.

_gat - Used by Google Analytics to throttle request rate

_gid - Registers a unique ID that is used to generate statistical data on how you use the website.

smartlookCookie - Used to collect user device and location information of the site visitors to improve the websites User Experience.

_ga, _gat, _gid
_ga, _gat, _gid
smartlookCookie
_clck, _clsk, CLID, ANONCHK, MR, MUID, SM

Marketing

Marketing cookies are used to track visitors across websites. The intention is to display ads that are relevant and engaging for the individual user and thereby more valuable for publishers and third party advertisers.

IDE - Used by Google DoubleClick to register and report the website user's actions after viewing or clicking one of the advertiser's ads with the purpose of measuring the efficacy of an ad and to present targeted ads to the user.

test_cookie - Used to check if the user's browser supports cookies.

1P_JAR - Google cookie. These cookies are used to collect website statistics and track conversion rates.

NID - Registers a unique ID that identifies a returning user's device. The ID is used for serving ads that are most relevant to the user.

DV - Google ad personalisation

_reb2bgeo - The visitor's geographical location

_reb2bloaded - Whether or not the script loaded for the visitor

_reb2bref - The referring URL for the visit

_reb2bsessionID - The visitor's RB2B session ID

_reb2buid - The visitor's RB2B user ID

IDE, test_cookie, 1P_JAR, NID, DV, NID
IDE, test_cookie
1P_JAR, NID, DV
NID
hblid
_reb2bgeo, _reb2bloaded, _reb2bref, _reb2bsessionID, _reb2buid

Security

These are essential site cookies, used by the google reCAPTCHA. These cookies use an unique identifier to verify if a visitor is human or a bot.

SID, APISID, HSID, NID, PREF
SID, APISID, HSID, NID, PREF