Breaches 04-15-2019

Frost & Sullivan report links e-commerce revenue with high-assurance certificates

Timothy Hollebeek

According to a new Frost & Sullivan white paper, the number of consumers using digital payment methods continues to increase worldwide—and so do concerns about online fraud. With 6.17 million data records stolen every day by cybercriminals, companies doing business on the internet have two choices: win the digital trust of consumers or lose revenue. That’s because 48% of consumers say they stop using an organization’s services if they believe it compromised their data.

While many consumers may not understand how encryption works, a growing number understand its role in protecting their data and privacy online. Web browsers Google Chrome and Mozilla Firefox began notifying users in 2018 that websites without TLS/SSL certificates are “not secure.” Savvy online consumers—whether they’re banking, shopping or searching for information—know the signs of a secure site:

  • HTTPS in the browser address bar
  • A padlock in the browser address bar and the ability to view the company name and security certificate details
  • A visual indicator like a green lock, the company name in the address bar or a security seal on the page

Increased awareness about web security is affecting levels of digital trust and driving consumer behavior. The question for online businesses and IT professionals is how to choose TLS/SSL certificates that will build and maintain digital trust (spoiler: price alone should never be the deciding factor).

Download the Frost & Sullivan report, “The Global TLS Certificate Authority Market: Key Insights for Enterprise End Users,” to learn the five factors you should consider when choosing a certificate authority to protect consumers and your brand.


3 Surprising Uses of PKI in Big Companies and How to Ensure They Are all Secure

5 Min

Featured Stories


What Is A CA’s Role In Delivering Digital Trust?


The Entrust distrust: Key takeaways for CAs and organizations


How to Secure Quantum Computing in the Cloud