Patch Management Best Practices 2019
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Patching is a hot topic in security breach after security breach. Patch management is likely the most well established security control out there, so why do so many companies struggle to achieve a good patch management strategy? Join us as we discuss the pitfalls of patching, the complications that still plague us, and best practices to help you fine tune your process—with a dash of just plain common sense thrown in. We will also look at ways Ivanti can help you get a handle on patch management using our latest security innovation, Patch Intelligence.
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Patch Management Best Practices 2019
- 1. SCB210 - Patch Management Best Practices 2019 Chris Goettl Director of Product management, Security
- 2. Patch Management Trends and Pitfalls
- 3. Increase in Vulnerabilities 0 2000 4000 6000 8000 10000 12000 14000 16000 18000 2010 2011 2012 2013 2014 2015 2016 2017 1018 CVE Count by Year
- 4. Never Heard of That App Before • Little known apps are vulnerable • Software alternatives are vulnerable • All software is inherently vulnerable 357 CVEs Resolved in 2017 ImageMagick 286 CVEs Resolved in 2018 Adobe Reader 187 CVEs Resolved in 2018 Foxit Reader vs
- 5. What You Don’t Know • A single system is all it takes to gain a foothold • A compliant environment can be compromised from a non-compliant system How a fish tank helped hack a casin
- 6. DevOps, Development Binaries, and Platforms US government releases post-mortem report on Equifax hack • Apache Struts • .Net Core • Chakra Core • Java 11 • SAP • Development Environments
- 7. Prioritizing Vulnerabilities to Resolve Rated 6.3 and 7.7 by CVSSv3 Researchers slap SAP CRM with vuln combo for massive damage Zero Day in Windows 7, Server 2008, Server 2008 R2 from November (CVE-2018-8589) rated as Important (CVSSv3 7.8) • By Vendor Severity? • By CVSS score? • Just deploying OS updates? Zero Day DoubleKill (CVE-2018-8174, Critical, CVSSv3 7.5) and Elevation of Privilege exploit from May (CVE-2018-8120, Important, CVSSv3 7)
- 8. Vendor Release Frequency and Cadence • Patch Tuesday (Microsoft, Adobe) • Continuous Delivery (most vendors) • Security Updates release weekly and many are reactive not predictable Week 4 of 2019 Apple iCloud and iTunes 14 CVEs 3 at CVSS 9.8 Week 8 of 2019 Microsoft IIS ADV190005 AcrobatReader Bypass Week 5 of 2019 Chrome 58 CVEs Firefox 7 CVEs Week 9 of 2019 WinRAR Active Malspam Week 6 of 2019 “PrivExchange” ADV190007 Week 10 of 2019 Chrome Zero Day
- 9. People are your weakest link 90+%of security incidents / breaches involve phishing. 4% of recipients in any phishing campaign will click. All it takes is one person. 49%of malware is installed via email.
- 11. Discovery and Asset Management CIS CSC #1 Inventory and control of hardware assets What is your Source of Truth? Coming Soon: Ivanti Cloud Device Reconciliation
- 12. Bridging the Gap Between Security and Operations CIS CSC #3 Continuous Vulnerability Management Vulnerability Assessment Patch Management Each vulnerability assessment could contain 10s or even 100s of thousands of detected CVEs. De-duplicating and researching the list of detected CVEs can take 5-8 hours or more with each pass. New Feature: CVE Import: • Patch for SCCM • Security Controls • Patch for EPM
- 13. More Sources of Prioritization What’s Next? Ivanti Cloud Patch Intelligence
- 14. Stay Informed - Patch Content Announcement System Announcements Posted on Community Pages https://community.ivanti.com/community/other/bulletins/patch-content- notifications Subscribe to receive email or RSS notifications for desired product(s)
- 15. Time to Patch Exploited Zero Day Public Disclosure Unknown Vulnerabilities 0-2 Weeks Rising Risk Day Zero Update Releases 2-4 Weeks 50% of exploits have occurred 40-60 Days 90% of exploits have occurred • Shorten Time to Patch • IdentifyAutomate the bottlenecks • Shorter Test Cycles – Clearly Communicated Stages • More User Participation – Pilot Groups for Critical Apps • Classify Applications that need to be done more frequently
- 16. Internal Communication and Education • Defined Policy • SLA • Exceptions • Notifications • ResponsibilityAccountability
- 17. Defense In Depth Exploited Zero Day Public Disclosure Unknown Vulnerabilities 0-2 Weeks Rising Risk Day Zero Update Releases 2-4 Weeks 50% of exploits have occurred 40-60 Days 90% of exploits have occurred 120 Days #1 Application Control #2 Privilege Management #1 Patch Management to reduce Attack Surface #2 Application Control to block malware and untrusted payloads #3 Privilege Management to prevent lateral movement pivot
- 18. Managing Exceptions and End of Life’d SystemsSoftware • Mitigation for legacy systems • Remove Direct Access • Virtualize Workloads • Segregate from other systems • Remove Direct Internet Access • Application Containerization • Reduce User AccessPrivileges • Exceptions Clearly Accountable • Who is accountable • When will the Exception be resolved • Does it require vendor update • Is it due to a shift in schedule • Is there a defect or bug to resolve
- 19. Follow the User
- 20. Windows 10 Lifecycle Awareness Windows 10 Branch Support Complete Lifecycle Fact Sheet https://support.microsoft.com/en-us/help/13853/windows-lifecycle-fact-sheet Source: Microsoft
- 21. Automation Systems with dependencies: Clusters Load balanced servers Tiered applications Integrate with DevOps process Ivanti Automation Standard Free with Ivanti products APIs
- 22. May 30 | 11am ET | Free Event WINDOWS 10 SUMMIT VIRTUAL EVENT
- 23. Thank you
Notas del editor
- The Ivanti DNA… what makes us what we are, and unique in the industry, is the result of the organic work we’ve done over the years, as well as the strategic acquisitions we have made, each of which added capabilities in our 5 areas of focus: IT Asset Management IT Service Management Operational Security Unified Endpoint Management Supply Chain enablement Our strategy is to become one of the top 1-3 of the market leaders in each area where we compete, and we are well on our way.
- As many of you may know, the Verizon Data Breach Investigations Report (DBIR) is one of the most respected annual reports in the security industry. Last year the Verizon RISK team found phishing is used in more than 90 percent of security incidents and breaches. (Source: Verizon 2017 DBIR) Similarly, in 2018 they found email continues to be the most common vector for breaches—walking away with a staggering 96 percent of the blame. And 49 percent of malware gets installed via email! (Source: Verizon 2018 DBIR) Here’s a quick overview of a three-pronged phishing attack: The user receives a phishing email with a malicious attachment or a link pointing to a malicious website. That user clicks and downloads malware, which targets known software vulnerabilities attackers can use to look for secrets and internal information, steal credentials to multiple applications, and/or encrypt files for ransom, for example. The attackers can also use stolen credentials for further attacks: for example, to log into third-party websites like banking or retail sites. According to the Verizon RISK team, 4 percent of recipients in any phishing campaign will click on the malicious link or attachment. (Source: Verizon 2018 DBIR) All it takes is one person. Given all of this, is it any wonder phishing plays such a prominent role in attacks?
- The Ivanti DNA… what makes us what we are, and unique in the industry, is the result of the organic work we’ve done over the years, as well as the strategic acquisitions we have made, each of which added capabilities in our 5 areas of focus: IT Asset Management IT Service Management Operational Security Unified Endpoint Management Supply Chain enablement Our strategy is to become one of the top 1-3 of the market leaders in each area where we compete, and we are well on our way.
- Lets return to our vulnerability lifecycle model. (Click) Patching is the greatest reducer in attack surface, but patching alone will not stop everything. (Click) The CIS framework and many other security frameworks agree that Application control is one of the most effective compliments to patching. It can block file based malware and untrusted payloads that prevent many attacks from gaining a foothold even if an software vulnerability was exploited. (Click) Privilege Management is also necessary to reclaim administrative rights which can help to limit lateral movement throughout an environment if a threat actor gains a foothold. (Click) Application control and Privilege Management also protect systems before an update is available or in the case you have an exception and an update cannot be pushed. References: CVE Data taken from CVE Details. This is the number of vulnerabilities reported and confirmed by MITRE. This does filter out contended CVEs, duplicates, and revoked. Average time to patch in 2016 taken from Verizon Data Breach Investigations Report. Average Time to Patch in 2018 taken from a report by Tcell that found patching critical CVEs took an average of 34 days https://blog.tcell.io/whats-going-on-appliation-security-report-2018
- Lets return to our vulnerability lifecycle model. (Click) Patching is the greatest reducer in attack surface, but patching alone will not stop everything. (Click) The CIS framework and many other security frameworks agree that Application control is one of the most effective compliments to patching. It can block file based malware and untrusted payloads that prevent many attacks from gaining a foothold even if an software vulnerability was exploited. (Click) Privilege Management is also necessary to reclaim administrative rights which can help to limit lateral movement throughout an environment if a threat actor gains a foothold. (Click) Application control and Privilege Management also protect systems before an update is available or in the case you have an exception and an update cannot be pushed. References: CVE Data taken from CVE Details. This is the number of vulnerabilities reported and confirmed by MITRE. This does filter out contended CVEs, duplicates, and revoked. Average time to patch in 2016 taken from Verizon Data Breach Investigations Report. Average Time to Patch in 2018 taken from a report by Tcell that found patching critical CVEs took an average of 34 days https://blog.tcell.io/whats-going-on-appliation-security-report-2018