Leave your feedback Share Copy URL https://eevb.net/video/DMabOyNHvRH.html Email Facebook Twitter LinkedIn Pinterest Tumblr Share on Facebook Share on Twitter How Hackers Steal Cloud Credentials With SSRF And How To Stop It Titanic [ShNRYJ97Kow] Health Updated on August 05, 2026 EDT — Published on August 05, 2026 EDT Tag: #Titanic, #cesena padova, #alex rodriguez, #asteroid 2026 jh2 earth approachAn SSRF bug can leak your AWS credentials from a server you locked down by the book, and all it takes taylor rooks is one line of curl.In this video we build a textbook-secure AWS setup, private S3 bucket, public access blocked, IAM role with least privilege, a load balancer out front, tight security davidstea organic sneeze ease recall groups, then rob it blind from a machine with no key and no account. We read the secret file straight out of that locked bucket, then shut the whole attack down by flipping a single setting. Every architecture choice here was correct. One legacy default was the whole difference between a heist and a dead end. Do the whole heist yourself in the free labs: 5 mini labs (IAM, S3, VPC, ALB, EC2) plus the SSRF capstone where you play both sides What you'll learn:1 Why hardcoded keys are the old bad way, and how an IAM role fixes it2 How the EC2 metadata service at 169.254.169.254 hands out live credentials3 The SSRF trick that turns your own server into the leak4 The one-setting deandre ayton IMDSv2 change that kills the attack with no code change Free hands-on labs: Start your cloud journey with KodeKloud: Timestamps:00:00 - Scenario: a locked-down server we're about to rob00:36 - Building SSRF Architecture03:08 - The attacker machine with no credentials 03:27 - The heist04:21 - The fix: switch to IMDSv2 required04:55 - Same attack, empty response05:36 - Free Labs: 5mini labs and the SSRF capstone Subscribe for more real cloud attacks, broken and fixed start to finish#AWS #SSRF #CloudSecurity #IMDSv2 #EC2 #AWSSecurity #IAM #S3 #EC2Metadata #CyberSecurity #DevOps #kodekloud Disclaimer: The architectures and designs shown in these videos are not intended for production use. They are simplified examples created to help learners understand the fundamentals, core concepts, and basic architectural patterns. Once this series is complete, we'll release a separate series covering production-ready architectures and real-world design scenarios.
Tag: #Titanic, #cesena padova, #alex rodriguez, #asteroid 2026 jh2 earth approachAn SSRF bug can leak your AWS credentials from a server you locked down by the book, and all it takes taylor rooks is one line of curl.In this video we build a textbook-secure AWS setup, private S3 bucket, public access blocked, IAM role with least privilege, a load balancer out front, tight security davidstea organic sneeze ease recall groups, then rob it blind from a machine with no key and no account. We read the secret file straight out of that locked bucket, then shut the whole attack down by flipping a single setting. Every architecture choice here was correct. One legacy default was the whole difference between a heist and a dead end. Do the whole heist yourself in the free labs: 5 mini labs (IAM, S3, VPC, ALB, EC2) plus the SSRF capstone where you play both sides What you'll learn:1 Why hardcoded keys are the old bad way, and how an IAM role fixes it2 How the EC2 metadata service at 169.254.169.254 hands out live credentials3 The SSRF trick that turns your own server into the leak4 The one-setting deandre ayton IMDSv2 change that kills the attack with no code change Free hands-on labs: Start your cloud journey with KodeKloud: Timestamps:00:00 - Scenario: a locked-down server we're about to rob00:36 - Building SSRF Architecture03:08 - The attacker machine with no credentials 03:27 - The heist04:21 - The fix: switch to IMDSv2 required04:55 - Same attack, empty response05:36 - Free Labs: 5mini labs and the SSRF capstone Subscribe for more real cloud attacks, broken and fixed start to finish#AWS #SSRF #CloudSecurity #IMDSv2 #EC2 #AWSSecurity #IAM #S3 #EC2Metadata #CyberSecurity #DevOps #kodekloud Disclaimer: The architectures and designs shown in these videos are not intended for production use. They are simplified examples created to help learners understand the fundamentals, core concepts, and basic architectural patterns. Once this series is complete, we'll release a separate series covering production-ready architectures and real-world design scenarios.