Let’s be honest: as developers, we live in public. Our code is on GitHub, our questions are on Stack Overflow, our packages are on npm, and our names are in commit logs going back a decade. We can’t just “go dark” without nuking our careers.

But there’s a massive difference between being professionally visible and being personally exposed. You can maintain a strong public developer presence while keeping your home address, phone number, and personal email out of data broker databases.

This checklist is the complete guide to doing exactly that in 2026. Work through it section by section. Some items take 5 minutes, others take an afternoon. All of them compound into a privacy posture that actually holds up.

✅ Email Aliases: Stop Using Your Real Email Everywhere

Why it matters: Your email is the universal identifier that ties all your accounts together. Data brokers use it as the primary key to merge profiles across sources.

Action items:

• Set up a dedicated email alias service (SimpleLogin, AnonAddy, or the alias features in quality password managers)
• Create a separate alias for: package registries, conference registrations, mailing lists, developer tool signups, and newsletter subscriptions
• Update your npm/PyPI author email to an alias
• Use username@users.noreply.github.com for all future git commits
• Configure git globally: git config --global user.email "your-noreply@users.noreply.github.com"
• Set up a “public contact” alias for your blog or portfolio that you can burn if it gets scraped

Pro tip: Use different aliases for different categories. When you start getting spam on your “conference-signup” alias, you know exactly which source leaked.

✅ VPN: Mask Your IP and Location

Why it matters: Your IP address reveals your approximate location, ISP, and can be used for fingerprinting across services. When you’re making API calls, browsing documentation, or testing deployed apps, your IP is being logged everywhere.

Action items:

• Choose a developer-friendly VPN (see our best VPN for developers guide)
• Install on all development machines and mobile devices
• Configure split tunneling so local dev servers still work (localhost traffic stays local)
• Set up VPN on your router for always-on protection on your home network
• Use VPN when connecting to public WiFi at conferences, coworking spaces, and cafés
• Consider a VPN with dedicated IPs if you need consistent IP for API allowlists

Check our NordVPN review for developers for a deep dive on a solid option that handles developer-specific use cases well.

What to avoid: Free VPNs. They monetize by selling your browsing data—the exact opposite of what you’re trying to achieve.

✅ Password Manager: Unique Credentials Everywhere

Why it matters: Password reuse is the #1 way accounts get compromised. When one service gets breached (and they do, constantly), attackers try those credentials everywhere. As a developer, you have accounts on dozens of services—registries, cloud providers, CI/CD platforms, internal tools.

Action items:

• Set up a proper password manager (see our recommendations)
• Generate unique 20+ character passwords for every account
• Migrate existing passwords away from browser storage
• Enable the password manager’s breach monitoring feature
• Set up emergency access for a trusted contact
• Use the password manager’s secure notes for API keys, SSH passphrases, and secrets that don’t belong in your secret management system

Developer-specific consideration: Your password manager should integrate with your workflow. Browser extensions, CLI tools, and SSH agent integration matter more for us than fancy family sharing features.

✅ Encrypted Cloud Storage: Protect Your Files at Rest

Why it matters: If you’re storing documents, contracts, tax records, or sensitive project files in plain cloud storage, a single account compromise exposes everything. Standard Google Drive or Dropbox encryption means they can read your files—and hand them over to authorities or attackers.

Action items:

• Choose an encrypted storage solution (see best encrypted cloud storage for developers)
• Move sensitive personal documents (tax returns, contracts, ID scans) to encrypted storage
• Store client NDAs and sensitive project documentation in encrypted storage
• Set up encrypted backups for your development environment configs
• Ensure encryption is end-to-end (provider cannot decrypt your files)

For AI developers: If you’re working with sensitive training data or model outputs, encrypted storage is especially critical. Review our guide on AI code and data privacy for specifics.

✅ Data Removal: Clean Up What’s Already Out There

Why it matters: All the prevention in the world doesn’t help with data that’s already been collected. If you’ve been coding publicly for years—publishing packages, making commits with your real email, speaking at conferences—your personal information is in data broker databases right now.

Action items:

• Google yourself + “developer” and see what comes up on broker sites
• Check your git commit history for exposed email addresses
• Review your npm/PyPI packages for personal information in older versions
• Sign up for an automated data removal service

My recommendation: Incogni is the best option for developers in 2026. It covers hundreds of data brokers across the US, UK, EU, Switzerland, and Canada—which matters because our code and profiles cross borders. At ~$6.49/month on the annual plan, it handles the entire removal process automatically: contacting brokers, submitting requests, following up on ignored requests, and fighting rejected claims.

The key advantage for developers: it provides continuous monitoring. Brokers re-acquire data constantly through ongoing scraping. A one-time manual cleanup gets undone within months. Incogni catches re-listings and removes them again.

• Set up Incogni or equivalent service
• Review your removal dashboard after 2-4 weeks to see which brokers had your data
• Use the insights to understand where your data exposure is worst

✅ GitHub Privacy Settings: Lock Down Your Profile

Why it matters: GitHub is the most-scraped developer platform. Your profile, contributions, and commit history are all public by default. While you want your work visible, you don’t need your personal details exposed.

Action items:

• Go to Settings → Emails → Check “Keep my email addresses private”
• Go to Settings → Emails → Check “Block command line pushes that expose my email”
• Set your commit email to the GitHub no-reply address
• Review your profile bio—remove home city, personal phone, or home address
• Consider whether your employer needs to be listed (recruiters find you anyway)
• Review organization membership visibility (Settings → Organizations)
• Audit your starred repositories (they reveal your tech interests to scrapers)
• Check old repositories for accidentally committed secrets or personal data

Important: These settings only affect future actions. Historical commits still contain whatever email you used at the time. That’s why data removal services are necessary for cleanup.

✅ Domain WHOIS Privacy: Hide Your Home Address

Why it matters: Domain registration requires contact information. Without WHOIS privacy, your full name, home address, phone number, and email are publicly searchable for every domain you own. Data brokers scrape WHOIS databases aggressively.

Action items:

• Check all domains you own: whois yourdomain.com
• Enable WHOIS privacy protection (most registrars offer this free now)
• For domains with expired WHOIS privacy, the data may already be archived—use data removal to clean up
• Consider transferring domains to registrars that include privacy by default (Cloudflare, Namecheap)
• If you operate under an LLC, register domains under the LLC instead of personal info

Historical note: Even if you enable WHOIS privacy now, historical WHOIS data is archived by services like DomainTools. Once exposed, that data persists in broker databases until actively removed.

✅ Two-Factor Authentication (2FA): Lock Every Door

Why it matters: With your email, name, and personal details available through data brokers, attackers have everything they need for social engineering and credential stuffing. 2FA is your last line of defense when passwords fail.

Action items:

• Enable 2FA on GitHub (hardware key preferred, TOTP app acceptable)
• Enable 2FA on all cloud providers (AWS, GCP, Azure)
• Enable 2FA on npm (required for publishing since 2022, but verify it’s active)
• Enable 2FA on your email provider (this is the master key—protect it most)
• Enable 2FA on domain registrar accounts
• Use hardware security keys (YubiKey) for highest-value accounts
• Store backup codes in your encrypted storage, not in plain text
• Avoid SMS-based 2FA where possible (SIM swapping is trivial with broker data)

Why SMS 2FA is dangerous for developers: If your phone number is in broker databases (it probably is), SIM swapping attacks become much easier. Attackers can call your carrier with enough personal details (from brokers) to convince them to transfer your number. Use authenticator apps or hardware keys instead.

✅ Ongoing Maintenance: Keep It Locked Down

Privacy isn’t a one-time setup. Schedule these quarterly:

• Review Incogni dashboard for new broker removals and re-listings
• Check for new data breaches involving your emails (HaveIBeenPwned)
• Audit any new accounts you’ve created—are they using aliases?
• Review GitHub commit history for accidentally exposed emails
• Update passwords for any compromised services
• Review and revoke unused OAuth app authorizations on GitHub, Google, etc.
• Check that WHOIS privacy is still active on all domains

The Bigger Picture: Privacy as Part of Security

This checklist isn’t just about privacy for its own sake—it’s about reducing your attack surface. Every piece of personal data available to attackers makes social engineering, phishing, and account takeover easier.

If you’re building AI applications, the stakes are even higher. Check our guides on:

• AI GDPR compliance for building privacy-respecting AI
• Self-hosted AI and GDPR for keeping data under your control
• OpenAI privacy filters for filtering sensitive data from AI inputs
• AI security checklist for startups for the broader security picture
• Privacy laws by region for understanding your obligations globally

Frequently Asked Questions

How long does this entire checklist take to complete?

Plan for about 4-6 hours spread across a weekend. The email alias setup and password migration take the longest. The quick wins (GitHub settings, WHOIS privacy, 2FA) can be done in under an hour. Data removal is a “set and forget” signup that takes 10 minutes, then works in the background for weeks.

Do I really need all of this, or is some of it overkill?

At minimum, do these three: password manager with unique passwords, 2FA on everything, and a data removal service. Those cover the highest-impact threats (credential stuffing, account takeover, and social engineering via broker data). The rest adds defense in depth—each layer makes attacks progressively harder.

Won’t this hurt my job prospects if recruiters can’t find me?

No. Legitimate recruiters use LinkedIn, GitHub, and professional networks directly. They don’t buy data from broker sites. What you’re removing is your personal contact details and home address from sketchy aggregator databases—not your professional presence. Your GitHub contributions, blog posts, and LinkedIn profile remain fully visible.

I’m a freelancer. Does this checklist still apply?

Even more so. Freelancers often register domains with personal addresses, use personal email for client communications, and have wider public exposure through portfolio sites. The WHOIS privacy and email alias sections are especially critical for freelancers.

What’s the most dangerous piece of data for a developer to have exposed?

Your primary email address, because it’s the key that links everything else. If a broker has your email, they can cross-reference it to find your phone, address, employer, and accounts across hundreds of services. This is why email aliases are the single most impactful change you can make.

Can I use my company’s security tools instead of personal ones?

Company tools protect company assets—not you. Your company VPN protects corporate network access, not your personal browsing. Your company password manager stores work credentials, not personal ones. Employer-provided tools can be revoked when you leave, and they often log your activity. Maintain separate personal security tools for personal privacy.