How to Measure Cybersecurity Automation Maturity and Possibility

Cybersecurity automation provides companies with technologies to augment or replace human involvement in proactive and reactive cybersecurity operations. From XDR, to SOAR, to network and endpoint detection platforms, automation reduces resources required and scales the ability for an organization to protect it's global operations. This #TechTalkTuesday dives into the basics of cybersecurity automation, talks about the proven return on investment documented by IBM and others, shares information about the SAE J3016 automobile automation levels, and proposes a matrix for rating and classifying cybersecurity automation including important considerations like what the automation actually detects, the role of the human in the loop, and how sophisticated of threats can be discovered. Let us know what you think below! Want to keep up with the latest industrial cybersecurity tricks and techniques – subscribe to our channel now for more every week! Follow us on LinkedIn:   / insane-cyber-inc   Learn more about Insane Forensics’ products and services: https://insanecyber.com/ Chapters: 00:00 - Intro 00:26 - What is Cybersecurity Automation 02:26 - Return on Investment for Cybersecurity Automation 04:41 - Levels of Automation Maturity for Vehicles under SAE J3016 11:19 - Key Considerations In Building a Cybersecurity Automation Maturity Matrix 15:25 - Cybersecurity Automation Level 0 - No Assistance 17:00 - Cybersecurity Automation Level 1 - Analyst Assistance 19:49 - Cybersecurity Automation Level 2 - Partial Cybersecurity Automation 21:55 - Cybersecurity Automation Level 3 - Conditional Cybersecurity Automation 25:15 - Cybersecurity Automation Level 4 - High Cybersecurity Automation 27:29 - Cybersecurity Automation Level 5 - Full Cybersecurity Automation 28:51 - Wrapping Up