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Zero Trust helps organizations shrink their attack surface and respond to threats faster, but many still struggle to implement it because their security tools don't share signals reliably. 88% of organizations admit they've suffered significant challenges in trying to implement such approaches, according to Accenture . When products can't communicate, real-time access decisions break down. The Shared Signals Framework (SSF) aims to fix this with a standardized way to exchange security events. Yet adoption is uneven. For example, Kolide Device Trust doesn't currently support SSF.  Scott Bean, Senior IAM and Security Engineer at MongoDB, proposed a way to solve the problem, giving teams an easy and intuitive way to operationalize SSF across their environment. In this guide, we'll share an overview of the workflow , plus step-by-step instructions for getting it up and running. The problem – IAM tools don't support SSF A core requirement of Zero Trust is continuous, reliable sig...

The modern kill chain is eluding enterprises because they aren't protecting the infrastructure of modern business: SaaS .  SaaS continues to dominate software adoption , and it accounts for the greatest share of public cloud spending. But enterprises and SMBs alike haven't revised their security programs or adopted security tooling built for SaaS.  Security teams keep jamming on-prem pegs into SaaS security holes  The mature security controls CISOs and their teams depended on in the age of on-prem dominance have vanished. Firewalls now protect a small perimeter, visibility is limited, and even if SaaS vendors offer logs, security teams need homegrown middleware to digest them and push into their SIEM.  SaaS vendors do have well-defined security scopes for their products, but their customers must manage SaaS compliance and data governance, identity and access management (IAM), and application controls — the areas where most incidents occur. While this SaaS shared...

From overprivileged admin roles to long-forgotten vendor tokens, these attackers are slipping through the cracks of trust and access. Here's how five retail breaches unfolded, and what they reveal about... In recent months, major retailers like Adidas, The North Face, Dior, Victoria's Secret, Cartier, Marks & Spencer, and Co‑op have all been breached. These attacks weren't sophisticated malware or zero-day exploits. They were identity-driven, exploiting overprivileged access and unmonitored service accounts, and used the human layer through tactics like social engineering. Attackers didn't need to break in. They logged in. They moved through SaaS apps unnoticed, often using real credentials and legitimate sessions. And while most retailers didn't share all the technical details, the patterns are clear and recurring.  Here's a breakdown of the five recent high-profile breaches in retail: 1. Adidas: Exploiting third-party trust Adidas confirmed a data breach caused by an ...

As enterprises continue to shift their operations to the browser, security teams face a growing set of cyber challenges. In fact, over 80% of security incidents now originate from web applications accessed via Chrome, Edge, Firefox, and other browsers. One particularly fast-evolving adversary, Scattered Spider, has made it their mission to wreak havoc on enterprises by specifically targeting sensitive data on these browsers. Scattered Spider, also referred to as UNC3944, Octo Tempest, or Muddled Libra, has matured over the past two years through precision targeting of human identity and browser environments. This shift differentiates them from other notorious cybergangs like Lazarus Group, Fancy Bear, and REvil. If sensitive information such as your calendar, credentials, or security tokens is alive and well in browser tabs, Scattered Spider is able to acquire them.  In this article, you'll learn details about Scattered Spider's attack methods and how you can stop them in their ...

Can a harmless click really lead to a full-blown cyberattack? Surprisingly, yes — and that's exactly what we saw in last week's activity. Hackers are getting better at hiding inside everyday actions: opening a file, running a project, or logging in like normal. No loud alerts. No obvious red flags. Just quiet entry through small gaps — like a misconfigured pipeline, a trusted browser feature, or reused login tokens. These aren't just tech issues — they're habits being exploited. Let's walk through the biggest updates from the week and what they mean for your security. ⚡ Threat of the Week Recently Patched Windows Flaw Comes Under Active Exploitation — A recently patched security flaw affecting Windows NTLM has been exploited by malicious actors to leak NTLM hashes or user passwords and infiltrate systems since March 19, 2025. The flaw, CVE-2025-24054 (CVSS score: 6.5), is a hash disclosure spoofing bug that was fixed by Microsoft last month as part of its Patch Tuesday updates...

Today, every unpatched system, leaked password, and overlooked plugin is a doorway for attackers. Supply chains stretch deep into the code we trust, and malware hides not just in shady apps — but in job offers, hardware, and cloud services we rely on every day. Hackers don't need sophisticated exploits anymore. Sometimes, your credentials and a little social engineering are enough. This week, we trace how simple oversights turn into major breaches — and the silent threats most companies still underestimate. Let's dive in. ⚡ Threat of the Week UNC5221 Exploits New Ivanti Flaw to Drop Malware — The China-nexus cyber espionage group tracked as UNC5221 exploited a now-patched flaw in Ivanti Connect Secure, CVE-2025-22457 (CVSS score: 9.0), to deliver an in-memory dropper called TRAILBLAZE, a passive backdoor codenamed BRUSHFIRE, and the SPAWN malware suite. The vulnerability was originally patched by Ivanti on February 11, 2025, indicating that the threat actors studied the patch a...

With the growth in digital transformation, the API management market is set to grow  by more than 30%   by the year 2025 as more businesses build web APIs and consumers grow to rely on them for everything from mobile apps to customized digital services. As part of strategic business planning, an API helps generate revenue by allowing customers access to the functionality of a website or computer program through custom applications. As more and more businesses are implementing APIs, the risk of API attacks increases. By 2022, Gartner predicted that API (Application Programming Interface) attacks would become the most common attack vector for enterprise web applications. Cybercriminals are targeting APIs more aggressively than ever before, and businesses must take a proactive approach to  API security  to combat this new aggression. API and The Business World With integrating APIs into modern IT environments, businesses are becoming increasingly data-driven...

A quiet tweak in a popular open-source tool opened the door to a supply chain breach—what started as a targeted attack quickly spiraled, exposing secrets across countless projects. That wasn't the only stealth move. A new all-in-one malware is silently stealing passwords, crypto, and control—while hiding in plain sight. And over 300 Android apps joined the chaos, running ad fraud at scale behind innocent-looking icons. Meanwhile, ransomware gangs are getting smarter—using stolen drivers to shut down defenses—and threat groups are quietly shifting from activism to profit. Even browser extensions are changing hands, turning trusted tools into silent threats. AI is adding fuel to the fire—used by both attackers and defenders—while critical bugs, cloud loopholes, and privacy shakeups are keeping teams on edge. Let's dive into the threats making noise behind the scenes. ⚡ Threat of the Week Coinbase the Initial Target of GitHub Action Supply Chain Breach — The supply chain compromise...

Mozilla, in partnership with Facebook, Cloudflare, and other IETF community members, has announced technical specifications for a new cryptographic protocol called " Delegated Credentials for TLS ." Delegated Credentials for TLS is a new simplified way to implement "short-lived" certificates without sacrificing the reliability of secure connections. In short, the new TLS protocol extension aims to effectively prevent the misuse of stolen certificates by reducing their maximum validity period to a very short span of time, such as a few days or even hours. Before jumping into how Delegated Credentials for TLS works, you need to understand the current TLS infrastructure, and of course, about the core problem in it because of which we need Delegated Credentials for TLS. The Current TLS Infrastructure More than 70% of all websites on the Internet today use TLS certificates to establish a secure line of HTTPS communication between their servers and visitors, ...

The internet never stays quiet. Every week, new hacks, scams, and security problems show up somewhere. This week's stories show how fast attackers change their tricks, how small mistakes turn into big risks, and how the same old tools keep finding new ways to break in. Read on to catch up before the next wave hits. Unauthenticated RCE risk Security Flaw in Redis A high-severity security flaw has been disclosed in Redis (CVE-2025-62507, CVSS score: 8.8) that could potentially lead to remote code execution by means of a stack buffer overflow. It was fixed in version 8.3.2. JFrog's analysis of the flaw has revealed that the vulnerability is triggered when using the new Redis 8.2 XACKDEL command, which was introduced to simplify and optimize stream cleanup. Specifically, it resides in the implementation of xackdelCommand(), a function responsible for parsing and processing the list of stream IDs supplied by the user. "The core ...

This week showed just how fast things can go wrong when no one's watching. Some attacks were silent and sneaky. Others used tools we trust every day — like AI, VPNs, or app stores — to cause damage without setting off alarms. It's not just about hacking anymore. Criminals are building systems to make money, spy, or spread malware like it's a business. And in some cases, they're using the same apps and services that businesses rely on — flipping the script without anyone noticing at first. The scary part? Some threats weren't even bugs — just clever use of features we all take for granted. And by the time people figured it out, the damage was done. Let's look at what really happened, why it matters, and what we should all be thinking about now. ⚡ Threat of the Week Silently Patched Fortinet Flaw Comes Under Attack — A vulnerability that was patched by Fortinet in FortiWeb Web Application Firewall (WAF) has been exploited in the wild since early October 2025 by threat actors to c...

Cybersecurity researchers have flagged three malicious npm packages that are designed to target the Apple macOS version of Cursor, a popular artificial intelligence (AI)-powered source code editor. "Disguised as developer tools offering 'the cheapest Cursor API,' these packages steal user credentials, fetch an encrypted payload from threat actor-controlled infrastructure, overwrite Cursor's main.js file, and disable auto-updates to maintain persistence," Socket researcher Kirill Boychenko said . The packages in question are listed below - sw-cur (2,771 downloads) sw-cur1 (307 downloads), and aiide-cur (163 downloads) All three packages continue to be available for download from the npm registry. "Aiide-cur" was first published on February 14, 2025. It was uploaded by a user named "aiide." The npm library is described as a "command-line tool for configuring the macOS version of the Cursor editor." The other two packages, ...

This week made one thing clear: small oversights can spiral fast. Tools meant to save time and reduce friction turned into easy entry points once basic safeguards were ignored. Attackers didn't need novel tricks. They used what was already exposed and moved in without resistance. Scale amplified the damage. A single weak configuration rippled out to millions. A repeatable flaw worked again and again. Phishing crept into apps people rely on daily, while malware blended into routine system behavior. Different victims, same playbook: look normal, move quickly, spread before alarms go off. For defenders, the pressure keeps rising. Vulnerabilities are exploited almost as soon as they surface. Claims and counterclaims appear before the facts settle. Criminal groups adapt faster each cycle. The stories that follow show where things failed—and why those failures matter going forward. ⚡ Threat of the Week Maximum Severity Security Flaw Disclosed in n8n — A maximum-severity vulnerability ...

Cyber threats are evolving faster than ever. Attackers now combine social engineering, AI-driven manipulation, and cloud exploitation to breach targets once considered secure. From communication platforms to connected devices, every system that enhances convenience also expands the attack surface. This edition of ThreatsDay Bulletin explores these converging risks and the safeguards that help preserve trust in an increasingly intelligent threat landscape. How Threat Actors Abuse Microsoft Teams Attackers Abuse Microsoft Teams for Extortion, Social Engineering, and Financial Theft Microsoft detailed the various ways threat actors can abuse its Teams chat software at various stages of the attack chain, even using it to support financial theft through extortion, social engineering, or technical means. " Octo Tempest has used communication apps, including Teams, to send taunting and threatening messages to organizations, defenders, and incident response teams as p...