PKI Consortium blog

Posts by tag DV

One Year Certs
July 9, 2020 by Patrick Nohe (GlobalSign) Apple CA/Browser Forum DV Google Identity Microsoft PKI Policy Root Program SHA1 SHA2 SSL/TLS
Starting on September 1st, SSL/TLS certificates cannot be issued for longer than 13 months (397 days). This change was first announced by Apple at the CA/Browser Forum Spring Face-to-Face event in Bratislava back in March.

The Insecure Elephant in the Room
October 10, 2019 by Paul Walsh 2FA Android Attack Chrome DV Encryption EV Firefox Google Identity Malware Microsoft Mozilla Phishing Policy Revocation SSL/TLS Vulnerability W3C

The purpose of this article

The purpose of this article is to demonstrate why I believe browser-based UI for website identity can make the web safer for everyone. I explain in great detail, the reasons why the UI and UX didn’t work in the past. And what’s left is only making the problem worse instead of better.

Why Are You Removing Website Identity, Google and Mozilla?
August 27, 2019 by Kirk Hall (Entrust), Tim Callan (Sectigo) CA/Browser Forum Chrome DV Encryption EV Firefox GDPR Google Identity Malware Mozilla Phishing SSL/TLS

You can’t have consumer privacy without having strong website identity

Today there’s a huge wave toward protecting consumer privacy – in Congress, with the GDPR, etc. – but how can we protect user privacy on the web without establishing the identity of the websites that are asking for consumer passwords and credit card numbers? Extended Validation (EV) certificates provide this information and can be very useful for consumers.

2019 – Looking Back, Moving Forward
January 3, 2019 by Bruce Morton (Entrust) Attack CA/Browser Forum Certificate Expiry Chrome Code Signing DV ECC EV Forward Secrecy Identity Mis-issued Phishing PKI Policy Qualified Revocation RSA SSL/TLS TLS 1.0 TLS 1.3 Vulnerability

Looking Back at 2018

2018 was an active year for SSL/TLS. We saw the SSL/TLS certificate validity period drop to 825-days and the mass deployment of Certificate Transparency (CT). TLS 1.3 protocol was finally completed and published; and Chrome status bar security indicators changing to remove “secure” and to concentrate on “not secure.” The CA/Browser Forum has been reformed, the London Protocol was announced and the nearly full distrust of Symantec SSL completed. Here are some details on some of the 2018 happenings in the SSL/TLS ecosystem.

CA Security Council (CASC) 2019 Predictions: The Good, the Bad, and the Ugly
December 6, 2018 by Bruce Morton (Entrust), Chris Bailey (Entrust), Jay Schiavo (Entrust) Apple Attack CASC Chrome DV Encryption EV Firefox Google Identity IETF Malware Microsoft Phishing SSL/TLS TLS 1.0 TLS 1.2 TLS 1.3

As the legendary coach of the NY Yankees Yogi Berra allegedly said, “It’s difficult to make predictions, especially about the future.” But we’re going to try.

Here are the CA Security Council (CASC) 2019 Predictions: The Good, the Bad, and the Ugly.

The Good

Prediction: By the end of 2019, over 90% of the world’s http traffic will be secured over SSL/TLS
CASC Announces Launch of London Protocol to Improve Identity Assurance and Minimize Phishing on Identity Websites
June 27, 2018 by CA Security Council Attack CA/Browser Forum CASC DV EV Identity OV Phishing SSL/TLS
LONDON – (June 27, 2018) – The Certificate Authority Security Council (CASC), an advocacy group committed to the advancement of the security of websites and online transactions, announced at the CA/Browser Forum event in London the launch of the London Protocol – an initiative to improve identity assurance and minimize the possibility of phishing activity on websites encrypted with organization validated (OV) and extended validation (EV) certificates, which contain organization identity information (Identity Certificates).
The London Protocol
June 27, 2018 by CA Security Council DV EV Identity OV Phishing
The objective of The London Protocol is to improve identity assurance and minimize the possibility of phishing activity on websites encrypted by OV (organization validated) and EV (extended validation) certificates (together referred to as “Identity Websites”). The London Protocol reinforces the distinction between Identity Websites making them even more secure for users than websites encrypted by DV (domain validated) certificates. That security feature can then be utilized by others for their own security purposes, including informing users as to the type of website they are visiting and use by antiphishing engines and browser filters in their security algorithms.
How Browser Security Indicators Can Protect You from Phishing
June 6, 2017 by Chris Bailey (Entrust), Kirk Hall (Entrust) Chrome DV Encryption EV Google Identity Phishing SSL/TLS
The media is full of stories about how phishing sites are moving rapidly to encryption using anonymous, free DV certificates they use to imitate login pages for popular sites, such as paypal.com.
As noted in the article PayPal Phishing Certificates Far More Prevalent than Previously Thought, more than 14,000 DV SSL certificates have been issued to PayPal phishing sites since the start of 2016. Based on a random sample, 96.7% of these certificates were intended for use on phishing sites.
Google Certificate Transparency (CT) to Expand to All Certificates Types
November 8, 2016 by Jeremy Rowley Announcement CA/Browser Forum Chrome DV EV Google IETF OV Policy SSL/TLS
The policy change goes into effect October 2017
A recent Google announcement stated that all publicly trusted SSL/TLS certificates issued in October 2017 or later will be expected to comply with Chrome’s Certificate Transparency (CT) policy or be untrusted by the browser.
What Kind of SSL/TLS Certificate do You Need?
May 12, 2016 by Ben Wilson DV EV SSL/TLS
In previous blog posts we have discussed the differences among the various types of SSL/TLS certificates available. In this blog post we introduce you to a new infographic that has a decision tree to help you select the right kind of certificate for your needs. In most cases you will need a publicly trusted certificate, but the decision tree notes that one type of certificate is the private trust certificate, which can be obtained and used in situations where a publicly trusted certificate cannot be used. These types of private SSL/TLS certificates chain to a root certificate that is not embedded in the key stores of browsers and other similar software, but apart from that branch, the decision tree is an aid to server administrators looking to buy one or more publicly trusted SSL/TLS certificates.
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