A leading provider of electronic healthcare record (EHR) software was dealing with the Log4j security vulnerability.
A leading provider of electronic healthcare record (EHR) software was dealing with the Log4j security vulnerability.
On Friday, December 10, 2021, a new open source vulnerability CVE-2021-44228 was disclosed. CVE-2021-44228 impacts the popular Apache Log4j project, and the vulnerable library is found in many code bases across a wide range of applications. By asking Log4j to log a line of malicious code, the program executes that code, which allows malicious actors to gain control over the server in question.
Mitre disclosed this vulnerability with a CVSS of 10. Due to the number of services, sites, and devices exposed, many cybersecurity experts are calling this the worst open source vulnerability of all time.
We knew immediately that we needed to get ahead of Log4j. Exploits had already been detected in the wild.
The EHR vendor learned about CVE-2021-44228 early in the day. The company knew that it needed to act quickly to secure its many applications or risk exposure. “We knew immediately that we needed to get ahead of Log4j. Exploit attempts had already been detected in the wild,” says their application security architect. Considering that exploit code was being shared publicly, the company wasted no time and began to patch Log4j immediately.
Six months earlier, the EHR vendor evaluated several Software Composition Analysis (SCA) solutions, including Mend and Checkmarx. After a POC, the EHR vendor chose Mend to secure its open source software.
The EHR vendor procured the Mend solution on the AWS Marketplace.
Since implementing Mend, the EHR vendor fully scans every code branch in every application. This means that Mend scans more than 2.9 billion lines of code and 4,000 projects each month. In addition, the company uses Mend scan results to identify defects in third-party software then requires third-party software vendors to remediate vulnerabilities based on these scans.
Running this scans process and remediating the needed vulnerabilities, allowed the EHR vendor to deploy secured workloads and applications on their AWS cloud infrastructure.
With Mend, we were able to identify every touchpoint for Java that contained the vulnerability. We have a greater than 98% degree of certainty that we caught every instance of Log4j.
As a result of scanning with Mend, combined with an internal inventory that identified the location of each application on every server across its network, the EHR vendor’s application security team had full visibility into its entire code base even before Log4j was disclosed. This made identifying – and eventually remediating – the Log4j vulnerability much easier. “With Mend, we were able to identify every touchpoint for Java that contained the vulnerability. We have a greater than 98% degree of certainty that we caught every instance of Log4j,” says their application security architect.
As soon as the Log4j vulnerability was disclosed, the EHR vendor pulled every production repository and started rescanning with Mend. “With Mend, we were able to scan our entire code base to identify and fix every instance of Log4j,” says their application security architect.
Because of the granularity of their view into their open source use, identifying impacted Log4j libraries was quick and relatively painless. “For the applications that showed up on Mend with Log4j, we were able to go back to the application owners to ask them to upgrade immediately,” says the application security architect. “By midnight on Friday across all of our organization, we were completely patched and pushed to production – all in under 12 hours.”
By midnight on Friday across all of our organization, we were completely patched and pushed to production – all in under 12 hours.
On Friday, December 10, 2021, a new open source vulnerability CVE-2021-44228 was disclosed. CVE-2021-44228 impacts the popular Apache Log4j project, and the vulnerable library is found in many code bases across a wide range of applications. By asking Log4j to log a line of malicious code, the program executes that code, which allows malicious actors to gain control over the server in question.
Mitre disclosed this vulnerability with a CVSS of 10. Due to the number of services, sites, and devices exposed, many cybersecurity experts are calling this the worst open source vulnerability of all time.
We knew immediately that we needed to get ahead of Log4j. Exploits had already been detected in the wild.
The EHR vendor learned about CVE-2021-44228 early in the day. The company knew that it needed to act quickly to secure its many applications or risk exposure. “We knew immediately that we needed to get ahead of Log4j. Exploit attempts had already been detected in the wild,” says their application security architect. Considering that exploit code was being shared publicly, the company wasted no time and began to patch Log4j immediately.
Six months earlier, the EHR vendor evaluated several Software Composition Analysis (SCA) solutions, including Mend and Checkmarx. After a POC, the EHR vendor chose Mend to secure its open source software.
The EHR vendor procured the Mend solution on the AWS Marketplace.
Since implementing Mend, the EHR vendor fully scans every code branch in every application. This means that Mend scans more than 2.9 billion lines of code and 4,000 projects each month. In addition, the company uses Mend scan results to identify defects in third-party software then requires third-party software vendors to remediate vulnerabilities based on these scans.
Running this scans process and remediating the needed vulnerabilities, allowed the EHR vendor to deploy secured workloads and applications on their AWS cloud infrastructure.
With Mend, we were able to identify every touchpoint for Java that contained the vulnerability. We have a greater than 98% degree of certainty that we caught every instance of Log4j.
As a result of scanning with Mend, combined with an internal inventory that identified the location of each application on every server across its network, the EHR vendor’s application security team had full visibility into its entire code base even before Log4j was disclosed. This made identifying – and eventually remediating – the Log4j vulnerability much easier. “With Mend, we were able to identify every touchpoint for Java that contained the vulnerability. We have a greater than 98% degree of certainty that we caught every instance of Log4j,” says their application security architect.
As soon as the Log4j vulnerability was disclosed, the EHR vendor pulled every production repository and started rescanning with Mend. “With Mend, we were able to scan our entire code base to identify and fix every instance of Log4j,” says their application security architect.
Because of the granularity of their view into their open source use, identifying impacted Log4j libraries was quick and relatively painless. “For the applications that showed up on Mend with Log4j, we were able to go back to the application owners to ask them to upgrade immediately,” says the application security architect. “By midnight on Friday across all of our organization, we were completely patched and pushed to production – all in under 12 hours.”
By midnight on Friday across all of our organization, we were completely patched and pushed to production – all in under 12 hours.
Mend.io offers an enterprise suite of application security tools designed to help leading organizations build and manage mature AppSec programs, enabling them to stop chasing vulnerabilities and start proactively managing application risk.