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As cloud infrastructure becomes the backbone of modern enterprises, ensuring the security of these environments is paramount. With AWS (Amazon Web Services) still being the dominant cloud it is important for any security professional to know where to look for signs of compromise. AWS CloudTrail stands out as an essential tool for tracking and logging API activity, providing a comprehensive record of actions taken within an AWS account. Think of AWS CloudTrail like an audit or event log for all of the API calls made in your AWS account. For security professionals, monitoring these logs is critical, particularly when it comes to detecting potential unauthorized access, such as through stolen API keys. These techniques and many others I've learned through the incidents I've worked in AWS and that we built into SANS FOR509 , Enterprise Cloud Forensics.  1. Unusual API Calls and Access Patterns A. Sudden Spike in API Requests One of the first signs of a potential security breach is ...

The AI gold rush is on. But without identity-first security, every deployment becomes an open door. Most organizations secure native AI like a web app, but it behaves more like a junior employee with root access and no manager. From Hype to High Stakes Generative AI has moved beyond the hype cycle. Enterprises are: Deploying LLM copilots to accelerate software development Automating customer service workflows with AI agents Integrating AI into financial operations and decision-making Whether building with open-source models or plugging into platforms like OpenAI or Anthropic, the goal is speed and scale. But what most teams miss is this: Every LLM access point or website is a new identity edge. And every integration adds risk unless identity and device posture are enforced. What Is the AI Build vs. Buy Dilemma? Most enterprises face a pivotal decision: Build : Create in-house agents tailored to internal systems and workflows Buy : Adopt commercial AI tools and SaaS integ...

On the surface, Salesforce seems like a classic Software-as-a-Service (SaaS) platform. Someone might even argue that Salesforce invented the SaaS market. However, the more people work with the full offering of Salesforce, the more they realize that it goes beyond a traditional SaaS platform's capabilities. For example, few people talk about managing the security aspects of  Salesforce Release Updates.  By understanding what Release Updates are, why they pose a security risk, and how security teams can mitigate risk, Salesforce customers can better protect sensitive information. How to ensure the right configurations for your Salesforce security What are Salesforce Release Updates? Since Salesforce does not automatically update its platform, it does not follow the traditional SaaS model. For example, most SaaS platforms have two types of releases, security, and product improvements. Urgent security updates are released as soon as a security vulnerability is known, and prod...

Security questionnaires aren't just an inconvenience — they're a recurring problem for security and sales teams. They bleed time from organizations, filling the schedules of professionals with monotonous, automatable work. But what if there were a way to reduce or even altogether eliminate security questionnaires? The root problem isn't a lack of great questionnaire products — it's the questionnaires themselves. At SafeBase, we don't just talk about transparency — it's core to everything we do, from how we build our products to how we communicate about them. In the spirit of transparency, in this piece we're going to talk about our Trust Center platform at length:  Why we're believers in Trust Centers > security questionnaires How a Trust Center reduces and eliminates questionnaires How to demonstrate the ROI of investing in a Trust Center Let's dive in. Why a trust center first approach helps Solving the questionnaire problem means going beyond the questionnaire wit...

As vast volumes of digital data are created, consumed and shared by companies, customers, employees, patients, financial institutions, governments and so many other bodies, information protection becomes a growing risk for everyone. Who wants to see personal customer purchasing data flying into the hands of strangers? What company can tolerate the pilfering of its intellectual property by competitors? What government can stand idly by while its military secrets are made public? To protect their valuable and private information, organizations purchase numerous cyber security systems – like intrusion detection systems, firewalls, and anti-virus software – and deploy them across their networks and on all their computers. In fact, a typical bank, manufacturer or government department might have dozens of such products operating at all times. Cyber security systems work non-stop to thwart network infiltration and data-theft. Whenever they notice an activity that seems outside the sc...

TLDR Even if you take nothing else away from this piece, if your organization is evaluating passkey deployments, it is insecure to deploy synced passkeys. Synced passkeys inherit the risk of the cloud accounts and recovery processes that protect them, which creates material enterprise exposure. Adversary-in-the-middle (AiTM) kits can force authentication fallbacks that circumvent strong authentication all together Malicious or compromised browser extensions can hijack WebAuthn requests, manipulate passkey registration or sign-in, and drive autofill to leak credentials and one-time codes. Device-bound passkeys in hardware security keys offer higher assurance and better administrative control than synced passkeys, and should be mandatory for enterprise access use cases Synced Passkey Risks Synced passkey vulnerabilities Passkeys are credentials stored in an authenticator. Some are device-bound, others are synced across devices through consumer cloud services like iCloud and Go...

It's inevitable. Most security threats eventually target privileged accounts. In every organization each user has different permissions, and some users hold the metaphorical keys to your IT kingdom. If the privileged accounts get compromised, it can lead to theft or sabotage. Because these accounts control delicate parts of your IT operations, and it is important to know who has privileges, what privileges they have, when they received access, and what activity they've done. This is where Security Information and Event Management (SIEM) software comes in handy. SIEM Monitors and Alerts on Privileged Account Activity Comprehensive monitoring of privileged accounts can be challenging because you need to monitor users who are administrators, users with root access, and users with access to firewalls, databases, services, automated processes, etc. With every additional user, group, and policy monitoring account activity gets increasingly difficult. On top of mo...

This week, a 23-year-old Serbian activist found themselves at the crossroads of digital danger when a sneaky zero-day exploit turned their Android device into a target. Meanwhile, Microsoft pulled back the curtain on a scheme where cybercriminals used AI tools for harmful pranks, and a massive trove of live secrets was discovered, reminding us that even the tools we rely on can hide risky surprises. We've sifted through a storm of cyber threats—from phishing scams to malware attacks—and broken down what it means for you in clear, everyday language. Get ready to dive into the details, understand the risks, and learn how to protect yourself in an increasingly unpredictable online world. ⚡ Threat of the Week Serbian Youth Activist Targeted by Android 0-Day Exploit Chain — A 23-year-old Serbian youth activist had their Android phone targeted by a zero-day exploit chain developed by Cellebrite to unlock the device and likely deploy an Android spyware called NoviSpy. The flaws combined ...

A hacker with little more than a minute can bypass the authentication procedures on some Linux systems just by holding down the Enter key for around 70 seconds. The result? The act grants the hacker a shell with root privileges, which allows them to gain complete remote control over encrypted Linux machine. The security issue relies due to a vulnerability ( CVE-2016-4484 ) in the implementation of the Cryptsetup utility used for encrypting hard drives via Linux Unified Key Setup (LUKS), which is the standard implementation of disk encryption on a Linux-based operating system. The flaw actually is in the way the Cryptsetup utility handles password failures for the decryption process when a system boots up, which lets a user retry the password multiple times. What's even worse? Even if the user has tried up all 93 password attempts, the user is dropped to a shell (Busybox in Ubuntu) that has root privileges. In other words, if you enter a blank password 93 times – or s...

DALL-E for coders? That's the promise behind vibe coding, a term describing the use of natural language to create software. While this ushers in a new era of AI-generated code, it introduces "silent killer" vulnerabilities: exploitable flaws that evade traditional security tools despite perfect test performance. A detailed analysis of secure vibe coding practices is available here . TL;DR: Secure Vibe Coding Vibe coding, using natural language to generate software with AI, is revolutionizing development in 2025. But while it accelerates prototyping and democratizes coding, it also introduces "silent killer" vulnerabilities: exploitable flaws that pass tests but evade traditional security tools. This article explores: Real-world examples of AI-generated code in production Shocking stats: 40% higher secret exposure in AI-assisted repos Why LLMs omit security unless explicitly prompted Secure prompting techniques and tool comparisons (GPT-4, Claude, Cursor, etc.) Reg...