As businesses continue to grow and expand, verifying email addresses has become an essential step in maintaining a healthy email list. However, this task can be challenging, especially when dealing with domains like tru.works that use catchall email addresses. In this article, we'll explore the basics of tru.works, the challenges of verifying emails from this domain, and how BounceBan can help you overcome these obstacles.
About tru.works
tru.works is a company that operates on the domain tru.works. One important aspect of this domain is that it uses catchall email addresses, which can make verification more complicated. The most common email pattern used by tru.works is smith.john@tru.works, accounting for 24% of all email addresses. Other common patterns include johnsmith@tru.works, johns@tru.works, and john.s@tru.works.
Challenges of Verifying Emails at tru.works
Verifying email addresses at tru.works can be a daunting task due to several reasons:
- Email Security Gateways: tru.works may use email security gateways like Cisco Secure Email, Barracuda, Proofpoint, or Abnormal Security, which can make simple SMTP tests fail.
- Catchall Emails: tru.works uses catchall email addresses, which can't be verified using traditional verification services like Emailable, NeverBounce, ZeroBounce, or DeBounce.
- No Bounce Messages: tru.works may not always return a bounce message even if you send a test message to an invalid email address, making services like Scrubby ineffective.
Risks of Not Verifying Emails at tru.works
Not verifying email addresses at tru.works can lead to several risks, including:
- Risky Emails: Other services may leave most emails at tru.works as risky, leaving you unsure of how to handle them. If you keep them, you risk a high bounce rate; if you delete them, you risk missing valuable valid emails.
- Outdated Lists: Failing to verify emails can result in outdated lists, leading to high bounce rates, damaging your sending reputation, and ultimately affecting your delivery rate, open rate, and click rate.
How to Verify Emails at tru.works with BounceBan
BounceBan is the only service capable of reliably verifying catchall emails and emails behind Email Security Gateways. Here's how you can use BounceBan to verify emails from tru.works:
- Individual Verification: Create a free account at https://bounceban.com/, go to the BounceBan dashboard, enter the email for verification (e.g., xxx@tru.works), and click the "Verify for free" button.
- Bulk Verification: To verify emails from tru.works and other domains in bulk, upload a CSV at https://bounceban.com/app/bulk/list.
- API Integration: If you're a developer, you can easily integrate BounceBan via the APIs. API reference: https://bounceban.com/public/doc/api.html
BounceBan's advanced AI technology can accurately verify over 80% of catchall emails with a 97%+ accuracy rate. The service is fast, taking only a few seconds for most emails, and can verify thousands of emails concurrently.
FAQs about Verifying Emails at tru.works
- What is a catchall email address? A catchall email address is a type of email address that catches all emails sent to a specific domain, even if the email address doesn't exist.
- Why are catchall emails difficult to verify? Catchall emails are difficult to verify because they can't be verified using traditional verification services that rely on simple SMTP tests.
- What is the risk of not verifying catchall emails? The risk of not verifying catchall emails is that you may end up with a high bounce rate, damaging your sending reputation and affecting your delivery rate, open rate, and click rate.
- Can I use traditional verification services to verify catchall emails? No, traditional verification services like Emailable, NeverBounce, ZeroBounce, or DeBounce are unable to verify catchall emails.
- How can I verify catchall emails at tru.works? You can use BounceBan to verify catchall emails at tru.works.
- How accurate is BounceBan in verifying catchall emails? BounceBan can accurately verify over 80% of catchall emails with a 97%+ accuracy rate.
- Can BounceBan verify emails behind Email Security Gateways? Yes, BounceBan can verify emails behind Email Security Gateways like Cisco Secure Email, Barracuda, or Proofpoint.
- How fast is BounceBan's verification process? BounceBan's verification process takes only a few seconds for most emails.
- Can I verify thousands of emails concurrently using BounceBan? Yes, you can verify thousands of emails concurrently using BounceBan.
- Is BounceBan compliant with GDPR? Yes, BounceBan is compliant with GDPR and never has to actually send an email to verify the email address.
- What is the domain of tru.works? The domain of tru.works is tru.works.
- Does tru.works use catchall email addresses? Yes, tru.works uses catchall email addresses.
- What is the most common email pattern used by tru.works? The most common email pattern used by tru.works is smith.john@tru.works.
- What are the MX records of tru.works? The MX records of tru.works are mx10.antispam.mailspamprotection.com, mx20.antispam.mailspamprotection.com, and mx30.antispam.mailspamprotection.com.
- What industry does tru.works operate in? The industry of tru.works is not specified.
- What is the address of tru.works? The address of tru.works is not specified.
- Can I use traditional verification services to verify emails at tru.works? No, traditional verification services like Emailable, NeverBounce, ZeroBounce, or DeBounce are unable to verify emails at tru.works.
- How can I verify emails at tru.works? You can use BounceBan to verify emails at tru.works.
- Is BounceBan the only service that can verify catchall emails at tru.works? Yes, BounceBan is the only service that can reliably verify catchall emails at tru.works.
- Can I integrate BounceBan with my existing email system? Yes, you can integrate BounceBan with your existing email system using APIs.
By using BounceBan to verify emails at tru.works, you can ensure that your email list is accurate and up-to-date, reducing the risk of high bounce rates and improving your overall email marketing strategy.