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The recent announcement that Google Chrome will deprecate and remove trust in existing Symantec-issued SSL certificates over failure to properly validate their certs is the latest of several announcements implicating major SSL cert issuers.
SSL certs, data files that digitally bind a cryptographic key to an organization’s details, allow secure connections from a web server to a browser and help users validate the legitimacy of the site that they are using when properly issued. Symantec’s failure to properly validate the certificate owner at time of issuance has resulted in a loss of trust in their certificates by browser makers. As a result, sites currently using certificates issued by one of Symantec’s many authorities will no longer be shown as “trusted” in Google Chrome, resulting in an immediate negative business impact. When end users confront alarming warnings from top web browsers stating “Secure Connection Failed,” their trust in the website can quickly erode.
Typically, announcements denouncing bad certs are years in the making. Here’s a timeline of what led to the one regarding Symantec, according to Google’s investigation:
September 14, 2015: Symantec’s Thawte-branded CA issued an Extended Validation (EV) pre-certificate for the domains google.com and www.google.com. This pre-certificate was neither requested nor authorized by Google.
October 28, 2015: Following Google’s notification, Symantec published a report in response to its inquiries and disclosed that 23 test certificates had been issued without the domain owner’s knowledge covering five organizations. However, Google was still able to find several more questionable certificates using only the Certificate Transparency logs and a few minutes of work. Symantec performed another audit and announced that they had found an additional 164 certificates over 76 domains and 2,458 certificates issued for domains that were never registered.
Since January 19, 2017: The Google Chrome team has been investigating a series of failures by Symantec Corporation to validate certificates properly. An initial set of reportedly 127 certificates has expanded to include at least 30,000 certificates, issued over a period spanning several years, a finding that followed a series of failures following the previous set of misissued certificates from Symantec.
For organizations using Symantec-issued SSL certs, it’s time to immediately replace them before Google Chrome users are largely barred from visiting sites using them.
First, Audit all your SSL certs to determine if they were issued by Symantec (you might as well put replacing all of your SHA-1 certs on your to-do list since they are all deprecated as of January 1st). You can do this by logging into RiskIQ Enterprise Digital Footprint and pulling up your Insights Dashboard. You will find a new widget for aggregating Extended Validation Certificates (EV) from Symantec-owned Certificate Authorities. The insight also includes the WoSign and Startcom SSL certs in your enterprise:
Fig-1 Inventory Insights inside RiskIQ’s Enterprise Digital Footprint platform showing all SSL certs associated with an organization.
Once you have an accurate picture of your digital footprint, it is far easier to understand and implement mitigation techniques to ensure that all of your external assets are protected. This inventory of your assets is also critical for compliance with numerous industry regulations.
Using a network of tens of thousands of these virtual users, RiskIQ scans the entire internet millions of times per hour, collecting telemetric data to produce a dynamic index of your web attack surface. This process illuminates websites, mobile apps, URLs, web page content, ASNs, IPs, and nameservers, many of which aren’t currently in your inventory. RiskIQ uncovers all digital assets appearing online that tie back to your organization, enabling your security team to understand the attack surface outside your firewall, bring unknown assets under management, and survey your digital footprint from the view of a global adversary.
What are the keys to a Modern Vulnerability Risk Management Program? On Tuesday, @joshuamayfield and @josh_zelonis will examine why defending your organization's digital attack surface starts with being able to discover unknowns and investigate threats: https://t.co/kCxgPW0Ckb
IGNITE is just 10 days away! RSVP now to kick off #RSAC and party with Flashpoint, @elastic, @ThreatQuotient, @Siemplify, and @RiskIQ: https://t.co/hnlh0UhHEo
The largest UK #GDPR fine was £183m in 2018 as B.A. booking website was hit by Magecart ccard skimming code. @RiskIQ worked with https://t.co/E3JRdvCMWA and Shadowserver to take down the malicious domains. https://t.co/iiH69vbKFK
The theme of this year's @cctxcanada 4th annual collaboration event is "Give and Take: Why helping others drives our success." RiskIQ's Geoff Roote explains the modern Internet Attack Surface and why defending the web is a collaborative community effort.
State-sponsored social engineering: how you can protect your business from Iranian #CyberThreats https://t.co/uoI0wG2Pje #ThreatIntelligence