How-to Guide

How to Find a Person's Email Address by Using Their Name

You know the name and the company — now you need the inbox. Here are seven techniques, from a 60-second free hack to a 95%-accurate verified lookup, used by sales, recruiting, journalism, and BD teams every day.

1. Identify the company's email pattern

Search "firstname @company.com" in Google with quotes. The first hit usually reveals the pattern: first.last, flast, firstname, first_last, or firstinitial.lastname. Once you know the pattern for one employee, you know it for everyone — most companies use exactly one scheme.

2. Guess + verify with SMTP

Generate the most likely 4–6 variations (jane.doe, jdoe, jane, jane_doe, jane.d, doej) and ping each via SMTP to see which one accepts. Free tools and HuntMeLeads' verifier do this in milliseconds without sending an actual email — the recipient never sees the test.

3. Use a free email finder

Enter name + domain, get the verified email. HuntMeLeads gives free monthly lookups with no card required, and combines pattern detection, SMTP verification, and the 275M-contact database in one query.

4. LinkedIn → contact info

Many users publish their email on their LinkedIn "Contact info" panel — visible to 1st-degree connections and sometimes to 2nd. Always check there first. If you're a 2nd-degree connection, asking for the email directly in a LinkedIn DM is often the fastest path.

5. Search GitHub commit history (for engineers)

Every git commit includes the author's email. git log on any repo the person contributes to reveals their address — often a personal one that's still active. For engineers, this is the highest-hit-rate method that exists.

6. Conference and podcast bios

People who speak publicly almost always list a contact email. Search "[name]" speaker contact or "[name]" podcast guest email. Personal websites and Substack about-pages frequently expose it.

7. The polite-DM fallback

If the address really doesn't exist publicly, a polite DM on LinkedIn or X asking for the best email address works about 40% of the time — especially when you explain why you're asking. "What's the best email to send a 3-line context message about [specific thing]?" outperforms generic "can I have your email?"

Always verify before sending

Unverified emails bounce, and bounces ruin sender reputation. Run every guess through a verifier first — HuntMeLeads checks 50 emails free per month, and bulk verification runs at sub-second speed. Two bounces in a fresh campaign is fine; ten is a deliverability cliff.

What accuracy actually means

"95% accurate" doesn't mean every email works — it means the address exists and is deliverable today. Some addresses are forwarded, monitored by an assistant, or routed to a shared inbox. Accuracy at the SMTP layer is the floor; reply rate depends on relevance, timing, and the offer.

Workflow that scales

For one prospect: pattern-guess + LinkedIn check. For ten prospects: a free email finder. For a hundred prospects: bulk upload to HuntMeLeads with verification on, then export verified results to your sequencer. Match the tool to the volume.

Frequently asked questions

What's the most accurate method?

Use a B2B email finder that combines pattern detection with verified data and SMTP-level deliverability. HuntMeLeads delivers 95%+ accuracy for business addresses.

Can I find an email from just a name?

Yes, if you also know the company. Name + domain is enough to generate likely patterns, verify them, and return the right address with confidence.

Is it legal?

Yes for business contacts in most jurisdictions. Follow CAN-SPAM (US), GDPR legitimate-interest (EU/UK), and CASL (Canada) when you reach out.

How accurate are 'guesses' from email patterns?

Pattern-guessing alone is 60–75% accurate because companies use multiple patterns. Pattern + SMTP verification reaches 95%+ — and that's what every reputable email finder does under the hood.

What if the company uses unusual patterns?

A good email finder maintains a per-company pattern database and falls back to SMTP verification across the top 6 patterns. Even unusual schemes resolve in milliseconds.