-
You opened the console.You deleted the access key.You told the room, âWeâre good. Theyâre out.â IAM Doesnât Mean Immediate AWS IAM is eventually consistent.Thatâs not a footnote â thatâs an opening. When you delete a key, detach a policy, or revoke a role, the control plane doesnât snap shut. It drifts. For a few seconds,…
-
Companies often believe theyâre secure enough because the integration works or passes a basic compliance check, but functionality isnât security. Poorly governed integrations can quietly become the largest, most exploitable vulnerabilities in the entire stack. Stop Treating Integration as a ProjectâŚItâs a Lifecycle One of the biggest mistakes teams make is viewing integration work as…
-
In boardrooms across every industry, one phrase has become the corporate heartbeat: Automate everything. Analyze everything. Predict everything. But behind the polished strategy decks and keynote buzzwords, a quieter truth is emerging. Every company wants to be data-driven. Every leader wants automation, predictive insights, and a dashboard that tells them the future. And the cracks…
-
Hours later, as the team gathered in a glass-walled conference room overlooking San Franciscoâs hazy skyline, a grim realization began to take shape: Claude wasnât just helping someone. It was being used. What they uncovered would ripple across the global security landscape. This wasnât a teenager poking around. This wasnât a bored pentester. This was…
-
Below we examine several major categories of flaws in Azure: security and vulnerability management, configuration & governance complexity, service reliability and support, and vendor lock-in/licensing issues. Key Flaws Security and Vulnerability Disclosure A major criticism of Microsoft Azure centers on its handling of security vulnerabilities and the lack of transparency in its disclosure practices. Security…
-
Key Flaws & Challenges Complexity & Steep Learning Curve The platform spans many services from runtime environments, integration, analytics, data management to cloudâfoundry and ABAP in the cloud. Many analysts highlight a âSteep Learning Curveâ and substantial training requirements. For organizations with traditional onâpremises SAP backgrounds the shift to cloud paradigms (DevOps, Microservices, CAP, Containers)…
-
The Attack Surface EF Core reduces direct Structured Query Language (SQL) writing; but still interacts with SQL engines and the Operating System (OS) environment. Typical attackers would leverage improper use of raw SQL Application Programming Interface (API) leading to an entry point, using SQL injection. Another would be overposting, mass-assignment via model binding that allows…
-
Hackers and researchers have already demonstrated the ability to remotely access brakes, steering, and engine controls in some vehicles. While widespread attacks are still rare, the potential consequencesâranging from theft to endangering livesâare real and growing as vehicles become more connected. Some notable examples: Mitigation requires a multi-layered approach: “protecting our cars from cyber threats…
-
âď¸The Evolution of APT Operations The concept of an APT originated in the early 2000s within the U.S. Air Force to describe sustained intrusions that evaded traditional perimeter defenses. Unlike criminal ransomware operators seeking immediate profit, APTs pursue strategic intelligence: classified data, intellectual property, and control of critical systems. Their distinguishing characteristics include: By combining…
-
But why are APTs becoming increasingly prevalent in our modern era? The answer lies in a convergence of technological, geopolitical, and economic forces that make todayâs digital landscape a prime battlefield. 1. The Expanding Digital Attack Surface Digital transformation, accelerated by cloud adoption, remote work, and IoT expansion, has drastically increased the number of potential…