13 steps to verify an old GitHub account

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13 steps to verify an old GitHub 
account 
 
GitHub accounts, especially old ones, can be digital gold nuggets that showcase your 
development journey and expertise. However, these dormant accounts with weak or reused 
passwords are attractive targets for unauthorized access. In this comprehensive guide, I'll 
walk you through 13 steps to verify an old GitHub account safely and securely. 
 
 
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As developers, we understand that GitHub has essentially become the heart of our 
community, connecting millions of programmers, organizations, and open-source 
enthusiasts. Your commit history reflects your work, decisions, and contributions—crucial 
elements if you want to showcase your experience or understand project evolution. 
 
Therefore, recovering and properly securing an old GitHub account requires methodical 
steps to protect your data and prevent unauthorized access. Throughout this article, I'll 
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provide a clear, step-by-step approach to help you verify and secure your old GitHub account 
properly. 
Understand why verifying an old GitHub 
account matters 
Verifying an old GitHub account goes beyond simple access recovery—it safeguards your 
digital footprint and professional reputation. Understanding the significance of this process 
helps protect valuable assets and prevents potential security breaches. 
Preserve commit history and project data 
Git commit messages function as a comprehensive life log for repositories, documenting how 
projects evolve through new features, bug fixes, and architecture changes. These historical 
records are invaluable, particularly for repositories with decades of development and 
multiple contributors. Furthermore, when repositories contain your intellectual property, 
source code, configurations, and critical files, preserving this data becomes paramount. 
Losing access to an old account puts this historical data at risk. Without proper verification, 
you might face challenges like: 
● Inability to demonstrate your contribution timeline to potential employers 
● Loss of valuable code that demonstrates your skill progression 
● Disconnection from projects where you were a significant contributor 
● Difficulty proving ownership of work you created 
Additionally, without verified access, you cannot properly manage repository transfers while 
maintaining commit history—a process that requires specific Git commands and careful 
execution. The ability to trace code evolution through commit messages helps identify when 
and why specific changes were introduced, making troubleshooting and future development 
more efficient. 
Avoid unauthorized access or misuse 
Account security fundamentally protects your entire supply chain. If attackers compromise 
your GitHub account, they can make malicious changes to your code or build processes. Old 
accounts often have vulnerabilities that make them particularly attractive targets: 
 
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Compromised credentials through phishing, weak passwords, or leaked credentials can give 
unauthorized users complete access to your repositories. Since passwords alone can be 
guessed, reused on compromised sites, or obtained through social engineering, additional 
security measures become crucial. 
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Unauthorized access presents several serious risks: 
1. Attackers may insert malicious code into your repositories 
2. Your account could be used to distribute harmful software 
3. Sensitive information in private repositories might be exposed 
4. Your professional reputation could suffer if your account is misused 
Moreover, lingering access tokens, SSH keys, or OAuth connections in old accounts provide 
potential entry points for attackers even after password changes. Consequently, thorough 
verification and security updates are necessary when reclaiming old accounts. 
 
Verifying your account allows you to implement critical security measures like two-factor 
authentication, which significantly reduces the risk of account compromise even if your 
password is obtained. This verification process also enables you to properly manage personal 
access tokens, review SSH keys, and monitor security logs—all essential practices for 
preventing unauthorized access. 
Step 1: Identify the GitHub username and profile 
URL 
Locating your GitHub username stands as the first crucial step in the verification process. 
Without this fundamental piece of information, recovering access becomes nearly 
impossible. Let's explore proven methods to identify your GitHub username and profile 
URL. 
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Search old emails for GitHub notifications 
Your email inbox often contains valuable breadcrumbs leading to your GitHub identity. 
Initially, search your email for terms like: 
● "GitHub" 
● "git commit" 
● "pull request" 
● "[username] invited you" 
● "repository" 
GitHub sends various notifications including account creation confirmations, password 
resets, and repository activity updates. These emails typically contain your username or 
direct links to your profile. Upon finding these messages, look for the username that appears 
in the format @username or within profile URLs structured as 
 
https://github.com/username. 
If you've changed email providers over the years, check all possible accounts. Once found, 
note that GitHub usernames are unique identifiers used for logging in and appearing in 
repository URLs. Even after changing usernames, links to previous profiles may return 404 
errors, as old usernames become available for others to claim. 
Check LinkedIn or portfolio links 
Professional networking platforms frequently hold connections to your GitHub profile. In 
this regard, examine: 
● Your LinkedIn profile (under the "Featured" or "Projects" sections) 
● Personal portfolio websites 
● Developer forum profiles (Stack Overflow, Dev.to) 
● Resume documents (digital or printed) 
Many developers link their GitHub profiles on LinkedIn to showcase their coding projects. If 
your LinkedIn profile contains a GitHub link, it will typically follow the pattern 
https://github.com/yourusername. 
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Alternatively, if you've mentioned your GitHub profile on other websites, these backlinks not 
only help recover your username but also improve profile visibility in search engines. 
Specifically, any public backlink to your GitHub profile triggers indexing, making it 
searchable online. 
 
Remember that the GitHub username visible in the top right corner when logged in differs 
from the Git username configured via git config commands. The former must be unique 
across the platform, while the latter appears only as the author of your commits. 
Step 2: Collect associated email addresses and 
login details 
After identifying your GitHub username, gathering all associated email addresses becomes 
the next vital piece of the verification puzzle. Unlike username recovery, email collection 
requires thorough investigation as GitHub accounts often link to multiple addresses over 
time. 
List all possible emails used 
Successful account recovery depends on having access to at least one verified email address 
linked to your GitHub profile. During this step, compile a comprehensive list including: 
● Personal emails (Gmail, Yahoo, Outlook) 
● Work-related addresses (currentand previous employers) 
● School/university emails 
● Temporary or defunct email services 
First thing to remember, GitHub allows multiple verified email addresses on one account, 
providing additional recovery options if you lose access to your primary address. To identify 
these addresses, check your git configuration files which often store email information used 
for commits. 
 
In Windows, you can verify your Git email by opening the Options window and clicking on 
Git - this email, although not guaranteed, might be your primary GitHub email address. 
Additionally, examining old commit patches can reveal email addresses, as GitHub displays 
the author's email in the patch view when you append ".patch" to a commit URL. 
Note any past authentication methods 
Apart from emails, document all authentication methods previously used with your account, 
as GitHub supports various login approaches: 
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HTTPS authentication requires your GitHub username and password, whereas SSH uses 
cryptographic keys instead of credentials. GitHub CLI automatically stores Git credentials 
when you choose HTTPS as your protocol and authenticate with GitHub credentials. 
Due to security concerns, older accounts might use legacy authentication tools. For instance, 
Git Credential Manager (GCM) manages authentication including two-factor authentication 
(2FA), eliminating the need to manually create personal access tokens. 
 
Prior to recovering access, check your system for stored credentials. On Windows, explore 
Credential Manager in the Control Panel under User Accounts to find and potentially remove 
outdated GitHub entries. Subsequently, when you attempt to log in again, you'll be prompted 
for fresh credentials. 
 
During this collection phase, simultaneously record any remembered password patterns or 
reset questions you might have used, along with authentication apps for 2FA if previously 
enabled. 
Step 3: Attempt to log in using known 
credentials 
With username and associated emails in hand, the logical next step is attempting to log in 
with any remembered credentials. This direct approach often yields the quickest results 
when verifying old GitHub accounts. 
Try standard login with remembered password 
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Once you've collected potential login details, head straightaway to GitHub's login page and 
attempt authentication with your identified username and any passwords you recall. Keep 
these points in mind: 
1. GitHub employs sophisticated security checks that compare your entered 
password against databases like HaveIBeenPwned to identify compromised 
credentials 
2. If logging in from an unfamiliar device, GitHub may request additional 
verification even after entering correct credentials 
3. Following a successful login attempt, examine your account settings page to 
confirm ownership 
In fact, GitHub's security features often help during this process. When using a new device or 
browser profile where cookies have been deleted, the platform typically asks for additional 
verification. This security check serves as confirmation that you're attempting to access your 
legitimate account. 
 
Should your password attempts fail, click the "Forgot password?" link on the login page. This 
will prompt GitHub to send recovery instructions to your verified email address. Remember 
that this method only works if you still have access to at least one email linked to the 
account. 
Use password manager if applicable 
Password managers provide an excellent fallback option for recovering GitHub credentials. 
Accordingly, check your password management tools: 
 
Most modern password managers store both usernames and passwords, occasionally 
including two-factor authentication details. If you've previously used tools like LastPass, 
1Password, or browser-based password storage, search for GitHub entries. 
 
Git Credential Manager (GCM) offers another potential source for your stored GitHub 
credentials. This tool securely manages authentication, including two-factor authentication, 
eliminating the need to manually create personal access tokens. After successful 
authentication through GCM, your credentials remain stored and are automatically used for 
future HTTPS URL clones. 
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For Windows users specifically, Git credentials might be cached in Windows Credential 
Manager, accessible through the Control Panel under User Accounts > Credential Manager. 
Look for GitHub entries that could contain your stored authentication details. 
Step 4: Use GitHub’s password reset feature 
Upon failing to log in with remembered credentials, GitHub's password reset feature 
becomes your next viable option. This built-in recovery mechanism offers a straightforward 
path to regain account access even when you've forgotten your password completely. 
Click 'Forgot password?' on login page 
The password reset process begins at GitHub's main login screen. After unsuccessful login 
attempts, locate and select the "Forgot password?" link positioned beneath the password 
field. This redirects you to GitHub's account recovery page where you'll need to provide 
either your email address or username associated with the account. 
 
For maximum effectiveness, enter the email address that you believe is primary on your 
GitHub account. Nevertheless, any verified email linked to your profile should work for 
recovery purposes. After submitting this information, GitHub's system processes your 
request by checking if the provided identifier matches any existing accounts in their 
database. 
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Follow email instructions to reset 
Once GitHub verifies your account exists, a password reset email is dispatched to all verified 
email addresses linked to your account. This safety measure ensures that even if you've lost 
access to your primary email, you can still recover through secondary addresses. 
The reset email typically contains: 
● A secure, time-limited reset link (usually valid for 24 hours only) 
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● Instructions for creating a new password 
● Security information about the reset request, including IP address and 
timestamp 
After receiving the email, click the provided reset link promptly. You'll be directed to a secure 
page where you can create and confirm a new password. GitHub generally enforces strong 
password requirements, so choose a secure combination with uppercase and lowercase 
letters, numbers, and symbols. 
 
In case the reset email doesn't appear in your inbox, check your spam folder immediately. 
Alternatively, request another reset email if needed. Should all email-based recovery 
attempts fail, you'll need to advance to Step 5 to explore additional recovery options without 
email access. 
Step 5: Recover access without email 
When standard login and password reset methods fail because you've lost access to your 
primary email, alternative recovery pathways exist. Let's examine how to regain control of 
your GitHub account without email access. 
Try secondary emails 
Despite losing access to your primary email, GitHub accounts often have multiple verified 
email addresses linked to them. Hence, attempting to log in using any secondary emails 
associated with your account serves as a practical first solution. If you've maintained access 
to these alternative email addresses,you can: 
● Request password resets to these secondary emails 
● Use them as verification methods with GitHub support 
● Regain access to your account through official channels 
Interestingly, if you still have active Personal Access Tokens (PATs) on local systems, you can 
continue pushing and pulling code even without full account access. These tokens provide 
limited functionality but maintain your connection to repositories while you work on 
complete account recovery. 
Contact GitHub support with proof of ownership 
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As a last resort, reaching out directly to GitHub Support becomes your only option. To do 
this, visit the official GitHub Support portal or email support@github.com from any 
accessible email address. Indeed, when contacting support, you must provide: 
 
1. Your GitHub username in full 
2. The primary email address linked to your account 
3. Substantial proof of account ownership 
Naturally, GitHub requires strong evidence to verify your identity. Prepare documentation 
such as commit history made with your linked email, details of PAT tokens still valid on your 
local system, and any other ownership evidence. 
 
GitHub Support will manually review your case and may disable or reset two-factor 
authentication if your proof is sufficient. Importantly, this is the only official method for 
regaining access when all recovery options are exhausted, as community moderators cannot 
bypass security protocols. 
 
Unfortunately, GitHub's account recovery policy is strict—if you cannot verify ownership 
through established methods, permanent access loss is possible. This stringent approach 
exists primarily to protect accounts from unauthorized access through social engineering 
attempts. 
Step 6: Verify account ownership with GitHub 
support 
Once you've contacted GitHub support, proving ownership of your account becomes the 
critical next phase. GitHub support requires conclusive evidence before granting access to 
any account, even if you've provided the correct username and email combinations. 
Provide commit hashes or repository names 
When verifying ownership through GitHub support, repository information serves as 
compelling evidence. Regarding repositories you've contributed to, be prepared to share: 
● Exact repository names you've created or contributed to 
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● Specific commit hashes from your work history 
● Organization names if you belonged to any teams 
Commit hashes provide irrefutable proof of your identity as they're permanently recorded in 
a repository's history. Ultimately, the first commit often shows your email address and name, 
making it a powerful verification tool. This information is typically embedded in git objects 
that cannot be removed from history, serving as a digital signature of your work. 
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Submit screenshots or linked accounts 
Visual evidence likewise plays a crucial role in the verification process. GitHub support 
accepts several forms of visual proof: 
● Screenshots of your repositories showing your contributions 
● Dashboard images with your profile information visible 
● Pull request history or issue comments you've made 
Above all, remember that GitHub's Terms of Service grant you ownership of content you 
create while using their service. This means screenshots of your own repositories and 
projects fall under fair use as they demonstrate your work. 
 
Additionally, linking other accounts can reinforce your claim. GitHub support often 
examines: 
● Connected social accounts (LinkedIn, Twitter) 
● Linked Microsoft accounts if you've previously integrated them 
● Domain verification records if you've verified organization ownership 
In particular, avoid sharing screenshots of private repositories belonging to others or 
exposing sensitive information like API keys or credentials. GitHub support will guide you 
through a verification process to confirm your ownership before helping you regain access or 
transfer ownership to a new user ID. 
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Step 7: Enable two-factor authentication (2FA) 
After securing access to your old GitHub account, strengthening its security becomes 
paramount. Currently, GitHub requires two-factor authentication (2FA) for all users who 
contribute code on GitHub.com as of March 2023, making this step not just recommended 
but often mandatory. 
Navigate to Settings > Security 
Setting up 2FA on GitHub requires a few straightforward steps: 
1. Click your profile picture in the upper-right corner of any GitHub page 
2. Select "Settings" from the dropdown menu 
3. In the "Access" section of the sidebar, locate and click "Password and 
authentication" 
4. Find the two-factor authentication section and click "Enable two-factor 
authentication" 
Following this process launches a setup wizard that guides you through the entire 
configuration. Remember that once you activate 2FA, GitHub will generate a unique 
authentication code whenever someone attempts to sign into your account. 
Use an authenticator app or SMS 
GitHub offers multiple authentication methods to choose from: 
● Authenticator App (Recommended): Download a time-based one-time 
password (TOTP) mobile app like Authenticator 7, scan the QR code 
provided by GitHub, and enter the generated code to complete setup 
● SMS Verification: Receive text messages with authentication codes on your 
registered mobile number 
● GitHub Mobile: After setting up a TOTP app or SMS, you can also use 
GitHub Mobile as an additional authentication method 
Practically speaking, the authenticator app method provides better security than SMS, which 
can be vulnerable to SIM swapping attacks. After enabling 2FA, your account enters a 28-day 
checkup period to ensure your authentication methods work correctly. 
 
Fundamentally, GitHub's 2FA protection works by requiring both your password and access 
to the authentication device, making unauthorized access virtually impossible even if your 
password is compromised. This additional security layer officially secures your old GitHub 
account against potential threats while maintaining your development history. 
Step 8: Review and revoke third-party app 
access 
Securing your GitHub account requires reviewing third-party applications that may have 
access to your repositories and personal information. Dormant accounts often contain 
forgotten authorized applications that could pose security risks if compromised. 
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Go to Settings > Applications 
Upon regaining access to your old GitHub account, checking for authorized applications 
becomes essential for complete security. To review these applications: 
1. Click your profile photo in the upper-right corner of any GitHub page 
2. Select "Settings" from the dropdown menu 
3. In the "Integrations" section of the sidebar, click "Applications" 
4. Review both the "Authorized GitHub Apps" and "Installed GitHub Apps" 
tabs 
The Applications page displays all third-party services currently connected to your account. 
For each application, you'll see the permission level granted and when it was last used. 
GitHub categorizes these connections into OAuth apps (which act on your behalf) and 
GitHub Apps (which interact with repositories). 
Remove suspicious or unused apps 
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First, identify apps you no longer use or don't recognize. Any application showing access 
from unfamiliar locations or with unexpectedly broad permissions deserves immediate 
attention. Regarding older connections, consider whether they still serve a legitimate 
purpose. 
 
To revoke access for an OAuth app: 
● Find the application under "Authorized GitHub Apps" 
● Click the "Revoke" button next to it 
For GitHub Apps: 
● Navigate to "Installed GitHub Apps" 
● Click "Configure" next to the application 
● Scroll down and click "Suspend" or "Uninstall" 
Once revoked, these applications can no longer access your GitHub data or perform actions 
on your behalf. This process is reversible—if needed, you can reauthorize applications by 
following the authentication process from the third-party application or website to reconnect 
your GitHub account. 
 
Finally, organizations have additional controls for third-party applications. Organization 
owners can enable restrictions requiring explicit approval for OAuth apps accessing 
organization resources. This provides an extra layer of protection against potentially harmful 
applications. 
Step 9: Audit and clean up old repositories 
Reviewing old repositories represents a critical step after reclaiming your GitHub account. 
Over time, repositories can accumulate sensitive information and become obsolete, 
potentially creating security vulnerabilities if left unattended. 
Delete or archive outdated projects 
As your GitHub portfolio evolves, certain repositories may no longer reflect your current 
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Deletion completely removes the repository with all its data, including code, issues, and pull 
requests. This approach works best when the repository contains no valuable historical 
information or when you want to eliminate potentially embarrassing early work. 
Archiving offers a middle ground by making repositories read-only while preserving access 
to the code. This method adds a notice at the top indicating the project is no longer 
maintained. Before archiving, close all open issues and pull requests, as these cannot be 
modified afterward. 
 
To archive a repository, navigate to repository settings, scroll to the "Danger Zone" section, 
and select "Archive this repository." Alternatively, use GitHub CLI or API for bulk 
operations. 
Check for exposed credentials or secrets 
Older repositories frequently contain accidentally committed credentials that pose 
significant security risks. Research has found over 100,000 public repositories contained 
exposed credentials, including API keys, SSH keys, and user credentials. 
To identify secrets: 
● Use GitHub's Secret Scanning feature, which automatically scans for 
known secret patterns 
● Employ open-source tools like TruffleHog or git-secrets for comprehensive 
scanning 
● Review commit history manually for obvious credential leaks 
Upon discovering secrets, immediately: 
1. Revoke and rotate the affected credentials 
2. Remove the secret from repository history using tools like git filter-repo 
3. Set up .gitignore files to prevent future credential exposure 
Regular auditing of repositories forms an essential practice for maintaining long-term 
GitHub security. 
Step 10: Update recovery information and SSH 
keys 
Updating recovery information in a recovered GitHub account constitutes a crucial 
maintenance step, ensuring long-term access and security. This phase focuses on refreshing 
contact details and authentication methods that may have become outdated. 
Add current email and phone number 
Keeping current contact information enables quicker recovery should you need it again. To 
update your primary email: 
1. Click your profile picture in the upper-right corner, then select Settings 
2. In the "Access" section of the sidebar, click Emails 
3. Under "Add email address," type your new email and click Add 
4. From the "Primary email address" dropdown menu, select your new email 
5. Click Save, then remove outdated emails by clicking the trash icon beside 
them 
For phone number updates, navigate to Settings > Security where you can add or modify 
your recovery phone. Should you lose access to authentication methods, this verified number 
provides an additional recovery pathway. 
Regenerate SSH keys if needed 
Presently, GitHub automatically deletes inactive SSH keys after extended periods of 
inactivity. To create fresh SSH keys: 
1. Open Terminal/Command Prompt 
2. Generate a new key using: ssh-keygen -t ed25519 -C 
"your_email@example.com" 
3. Accept default file location or specify custom path 
4. Add a secure passphrase when prompted 
5. Copy your public key using: cat ~/.ssh/id_ed25519.pub 
6. In GitHub, navigate to Settings > SSH and GPG keys 
7. Click "New SSH key," add a descriptive title, paste your key, and save 
Routinely verify existing SSH keys through Settings > SSH and GPG keys, removing any 
unrecognized entries. 
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Step 11: Monitor account activity regularly 
Regularly monitoring your GitHub account activity offers critical protection beyond initial 
verification. As part of ongoing security practices, GitHub provides robust tools to track who 
accesses your repositories and what changes occur. 
Use GitHub's security log 
GitHub's security log records all account activities from the past 90 days. To access this 
valuable resource, click your profile picture in the upper-right corner, select Settings, then 
click "Security log" in the sidebar's "Archives" section. This log contains detailed information 
about: 
● Which repositories were accessed 
● What actions were performed 
● Geographic location of access 
● Date and time of each event 
Currently, you can filter these logs using operators like repo:, actor:, and operation: to 
identify suspicious patterns. For thorough examination, export logs as JSON or CSV files. 
Enable notifications for unusual activity 
On top of reviewing logs, configure GitHub to alert you automatically. Navigate to GitHub → 
Settings → Notifications to ensure security updates are enabled. Remember that security 
alerts are typically sent only to repository owners and administrators by default. 
For organization repositories, verify whether the organization restricts access to security 
alerts, as these might be configured to reach only specific team members. 
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Step 12: Backup repositories and commit history 
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Creating reliable backups of your GitHub repositories serves as essential disaster recovery 
insurance. Eventually, even cloud-based services can experience data loss, making local 
backups particularly valuable for protecting your code investment. 
Clone repositories locally 
To ensure complete preservation of your GitHub work, mirror cloning provides the most 
thorough backup method: 
git clone --mirror https://github.com/YOUR-USERNAME/YOUR-REPOSITORY 
 
This command creates a comprehensive local copy containing all branches, tags, references, 
and notes—not merely the default branch. According to documentation, a standard clone 
pulls down all repository data GitHub has at that point, including every version of each file. 
 
For enhanced security, consider these approaches: 
Create compressed archives after cloning: 
tar -czvf repository-backup.tar.gz repository.git 
1. 
Push mirrors to secondary platforms: 
git remote add backup https://backupserver.com/username/repository.gitgit push --mirror backup 
2. 
Export commit logs for reference 
Alongside repository backups, extracting commit history as portable documents offers 
additional protection: 
git log --pretty=format:'"%h","%an","%aD","%s",' --shortstat > log.csv 
 
This exports a formatted CSV containing commit hash, author, date, and description. To 
further refine results, employ date parameters: 
git log --after='2022-01-01' --before='2023-01-01' --pretty=format:'%h',%an,%ai,'%s' 
> log.csv 
 
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These logs serve as valuable reference points, hereafter documenting your contribution 
timeline independently from GitHub's servers. 
Step 13: Follow best practices for long-term 
account security 
Reclaiming and securing an old GitHub account certainly requires methodical attention, 
though the benefits make the effort worthwhile. Throughout this guide, we've walked 
through essential steps that protect your digital footprint while preserving your development 
history. GitHub accounts represent more than simple code storage—they showcase your 
journey as a developer and contribute significantly to your professional identity. 
 
Security remains paramount after regaining access to your account. The implementation of 
two-factor authentication, regular monitoring of account activity, and thorough auditing of 
repositories safeguard against potential threats that could compromise your work. 
Meanwhile, updating recovery information ensures you'll never lose access again. 
 
Your GitHub history tells a story about your growth as a developer. Old repositories, commit 
messages, and collaboration records create a timeline of your skills and contributions. This 
historical record proves invaluable when demonstrating expertise to potential employers or 
revisiting past solutions. 
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The verification process might seem daunting at first, especially if you've lost access to 
original email addresses or forgotten authentication details. Nevertheless, GitHub provides 
multiple recovery pathways, from password resets to support team assistance when 
necessary. 
 
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Backing up repositories locally adds another layer of protection against potential data loss. 
These backups, coupled with exported commit logs, create redundancy that preserves your 
work regardless of what happens to your GitHub account. 
 
We often underestimate the value of old accounts until we need to access them. Therefore, 
proactive management of your GitHub presence, including regular security audits and 
credential updates, prevents future access problems while protecting your digital legacy. 
GitHub has evolved significantly over the years, adding security features and collaboration 
tools that might not have existed when you created your original account. Consequently, 
verification offers an opportunity to modernize your security practices while maintaining 
continuity with your development history. 
 
The digital breadcrumbs we leave through our coding journey matter. Your GitHub account 
serves as both a practical tool and professional portfolio. Following these verification steps 
ensures this valuable resource remains accessible, secure, and representative of your 
development expertise for years to come. 
Conclusion 
Maintaining a verified GitHub account ultimately protects your digital legacy as a developer. 
GitHub continues evolving its security features in response to emerging threats, making 
proper verification increasingly critical for long-term account integrity. 
 
Old GitHub accounts represent far more than repositories—they form a comprehensive 
record of your technical growth and professional journey. These accounts capture your 
progression from beginner to expert, illustrating not just technical skills but also persistence 
and problem-solving abilities over time. 
 
Moving forward, GitHub will likely expand functionality while simultaneously facing new 
security challenges. Currently, the platform can be configured with robust security features, 
yet these depend entirely on proper verification and maintenance to be effective. 
As cybersecurity threats evolve, unverified dormant accounts become increasingly vulnerable 
targets. Organizations and individual developers must stay vigilant about security protocols, 
understanding that GitHub remains an attractive target for malicious actors seeking 
exploitable weaknesses. 
 
The verification process outlined in these 13 steps serves as your protection against 
unauthorized access while preserving your valuable contribution history. With proper 
management, your GitHub account remains a powerful career asset—tangible proof of 
expertise rather than just claims on a resume. 
 
Overall, by following these verification steps systematically, you transform your GitHub 
presence from a potential security liability into a well-protected professional resource that 
continues serving your development needs securely. 
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	13 steps to verify an old GitHub account 
	Understand why verifying an old GitHub account matters 
	Preserve commit history and project data 
	Avoid unauthorized access or misuse 
	Step 1: Identify the GitHub username and profile URL 
	Search old emails for GitHub notifications 
	Check LinkedIn or portfolio links 
	Step 2: Collect associated email addresses and login details 
	List all possible emails used 
	Note any past authentication methods 
	Step 3: Attempt to log in using known credentials 
	Try standard login with remembered password 
	Use password manager if applicable 
	Step 4: Use GitHub’s password reset feature 
	Click 'Forgot password?' on login page 
	Follow email instructions to reset 
	Step 5: Recover access without email 
	Try secondary emails 
	Contact GitHub support with proof of ownership 
	Step 6: Verify account ownership with GitHub support 
	Provide commit hashes or repository names 
	Submit screenshots or linked accounts 
	Step 7: Enable two-factor authentication (2FA) 
	Navigate to Settings > Security 
	Use an authenticator app or SMS 
	Step 8: Review and revoke third-party app access 
	Go to Settings > Applications 
	Remove suspicious or unused apps 
	Step 9: Audit and clean up old repositories 
	Delete or archive outdated projects 
	Check for exposed credentials or secrets 
	Step 10: Update recovery information and SSH keys 
	Add current email and phone number 
	Regenerate SSH keys if needed 
	Step 11: Monitor account activity regularly 
	Use GitHub's security log 
	Enable notifications for unusual activity 
	Step 12: Backup repositories and commit history 
	Clone repositories locally 
	Export commit logs for reference 
	Step 13: Follow best practices for long-term account security 
	Conclusion