As a sales or marketing professional, you understand the importance of maintaining a clean and accurate email list. This is especially crucial when dealing with large corporations like Wunderman Thompson, a renowned advertising services company. However, verifying emails from this domain can be a daunting task due to the challenges posed by catchall emails and email security gateways.
Understanding Wunderman Thompson
Before we dive into the world of email verification, let's take a brief look at Wunderman Thompson. This innovative company is a creative agency, consultancy, and technology firm that helps ambitious brands grow. With a strong presence in the advertising services industry, Wunderman Thompson is a significant player in the market.
Challenges of Verifying Emails from Wunderman Thompson
Verifying emails from Wunderman Thompson can be a complex task due to several reasons:
- Catchall Emails: Wunderman Thompson uses catchall emails, which can be challenging to verify using traditional methods. Catchall emails are email addresses that are not explicitly defined but still receive emails sent to non-existent addresses. This makes it difficult to determine whether an email is valid or not.
- Email Security Gateways: It is unclear whether Wunderman Thompson uses email security gateways like Cisco Secure Email (ESA), Barracuda, Proofpoint, Abnormal Security, Mimecast, SpamTitan, Checkpoint, Forrester, or Sophos. If they do, it can make simple SMTP tests fail, making verification even more complicated.
- No Bounce Messages: In some cases, Wunderman Thompson may not return a bounce message even when you send a test email to an invalid email address. This can make it difficult for services like Scrubby to verify emails.
Risks of Not Verifying Emails
Not verifying emails from Wunderman Thompson can lead to several issues:
- High Bounce Rates: If you don't verify emails, you risk having a high bounce rate, which can damage your sending reputation and lower your delivery, open, and click rates.
- Missing Valuable Emails: If you delete all unverified emails, you risk missing potentially valuable contacts.
Using BounceBan to Verify Emails from Wunderman Thompson
Fortunately, BounceBan is here to help. Our advanced email verification service can accurately verify emails from Wunderman Thompson, including catchall emails.
Here's how to use BounceBan to verify individual emails:
- Create a free account at https://bounceban.com/.
- Go to the BounceBan dashboard at https://bounceban.com/app/verify.
- Enter the email for verification, such as
xxx@wundermanthompson.com
, and click the "Verify for free" button.
To verify emails in bulk, you can upload a CSV at https://bounceban.com/app/bulk/list. If you're a developer, you can easily integrate BounceBan via our APIs. Refer to our API reference at https://bounceban.com/public/doc/api.html for more information.
Why BounceBan is the Best Choice
BounceBan is the only service capable of reliably verifying catchall emails and emails behind Email Security Gateways. Other services like Emailable, NeverBounce, ZeroBounce, DeBounce, SendGrid, Snov, RocketReach, and Hunter are unable to verify catchall emails.
Benefits of Using BounceBan
- High Accuracy: BounceBan verifies over 80% of catchall emails with a 97%+ accuracy rate.
- Fast Verification: Verification takes only a few seconds for most emails and a few minutes for a small share of catchall emails.
- GDPR Compliance: BounceBan never sends actual emails to verify email addresses, making it fully GDPR compliant.
Frequently Asked Questions
General FAQs about Verifying Catchall Risky Emails from Wunderman Thompson
- What is a catchall email, and how does it affect email verification? A catchall email is an email address that is not explicitly defined but still receives emails sent to non-existent addresses. This makes it challenging to determine whether an email is valid or not.
- Why do traditional verification services struggle with catchall emails? Traditional services use simple SMTP tests, which can fail when dealing with catchall emails.
- How does BounceBan handle catchall emails? BounceBan uses advanced AI to accurately verify catchall emails, achieving an accuracy rate of over 97%.
- What is the risk of not verifying emails from Wunderman Thompson? Not verifying emails can lead to high bounce rates, damaging your sending reputation and lowering your delivery, open, and click rates.
- Can I use BounceBan to verify emails from other domains as well? Yes, BounceBan can verify emails from any domain, not just Wunderman Thompson.
FAQs about Using BounceBan to Verify Emails from Wunderman Thompson
- How do I create a free account on BounceBan? Visit https://bounceban.com/ and sign up for a free account.
- Can I verify emails in bulk using BounceBan? Yes, you can upload a CSV at https://bounceban.com/app/bulk/list to verify emails in bulk.
- How does BounceBan's API work? Refer to our API reference at https://bounceban.com/public/doc/api.html for more information.
- Is BounceBan GDPR compliant? Yes, BounceBan never sends actual emails to verify email addresses, making it fully GDPR compliant.
- How accurate is BounceBan's email verification? BounceBan verifies over 80% of catchall emails with a 97%+ accuracy rate.
FAQs about Wunderman Thompson
- What is Wunderman Thompson's industry? Wunderman Thompson operates in the advertising services industry.
- What is Wunderman Thompson's address? Wunderman Thompson is located at 185 Greenwich St, New York, New York, United States.
- What is Wunderman Thompson's domain? Wunderman Thompson's domain is wundermanthompson.com.
- What is the most common email pattern at Wunderman Thompson?
The most common email pattern is
john.smith@wundermanthompson.com
(66%). - What are the MX records for Wunderman Thompson?
The MX records are
mxb-0059cf01.gslb.pphosted.com
andmxa-0059cf01.gslb.pphosted.com
.
By using BounceBan to verify emails from Wunderman Thompson, you can ensure that your email list is accurate and up-to-date, helping you maintain a good sending reputation and improve your overall email marketing performance.