Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

How Can Network-Based Detection Help Stop Zero-Day Exploits?

Zero-day exploits rarely announce themselves. There is no public advisory yet. No CVE identifier. No detection signature sitting inside a rule library. The vulnerability exists quietly until someone discovers it and unfortunately attackers often discover it first. Once that happens, the exploit becomes a test of visibility. Attackers do not usually rush into environments using zero-days. They explore carefully. They check which systems respond. They observe how security tools behave.

The Hidden Costs Of Not Using Cloud Technology

Business owners often stick to familiar routines - even when those habits drain the company bank account. Holding onto physical servers feels safe until the hidden bills for maintenance and repairs start piling up. These expenses act like a slow leak in your budget - slowly draining resources that could go toward growth. Many leaders overlook the subtle drains on their budget when they avoid modern systems. Shifting away from physical setups reveals expenses that were hiding in plain sight for years. Taking the step toward better systems is the only way to protect your long-term profits.

Simple Ways to Investigate a Website's Background and Ownership

You'll surely agree that the whole world's now digital, and almost every business now depends on a website to present services, sell products, share information, or attract customers. A website now stands as the first point of contact for buyers, clients, partners, researchers, and general users. For instance, approximately 2.77 billion people shop online globally, which clearly shows how common online buying has become worldwide.

The NotPetya attack: What it teaches us about cyber survival

In June 2017, the world witnessed one of the most destructive cyberattacks in history: the NotPetya attack. Unlike traditional ransomware, NotPetya was a wiper. Once it infected a system, recovery was impossible. The ransom demand was a ruse because no decryption keys were ever made available. The true intent of the attackers was to cause disruption and damage. Nearly a decade later, NotPetya is considered a turning point in how organizations approach backup and recovery. The threat has only grown.

Vulnerability Management as a Service: What Businesses Need to Know

Cyber threats are at an all-time high because the digital world is rapidly changing. Every day, new vulnerabilities are found in security systems. Attacks threaten businesses of all sizes by stealing data, disrupting operations, and damaging reputations. It has become clear that Vulnerability Management as a Service (VMaaS) is an effective managed approach for companies to protect their digital assets without managing security systems themselves.

Introducing the workflow capability matrix

Ever wonder if you're getting the most out of intelligent workflows? Tines' workflow capability matrix (WCM) gives you a complete view of what's possible. The matrix enables you to audit your existing workflows and discover new ideas. By covering core capabilities across security and IT operations, the WCM ensures you're considering the full range of opportunities available. Capabilities covered in the matrix include.

Why Your Human Risk Management Strategy Can't Ignore AI

AI isn’t just another technology wave—it’s a force multiplier for both innovation and risk. In a recent webinar featuring insights from Bryan Palma and guest speaker Jinan Budge, Vice President and Research Director at Forrester, one message came through clearly: the rise of AI and AI agents is fundamentally reshaping the human risk landscape—and security leaders need to move fast to keep up.

Top Generative AI Security Risks In The Enterprise

Enterprise security teams spent years building data loss prevention (DLP) programs around a predictable set of egress channels: email, USB drives, cloud storage, and sanctioned SaaS apps. Generative AI has rewritten those assumptions almost overnight. Today, the same data those DLP controls were built to protect is flowing into AI interfaces that most organizations have no visibility into and no enforcement capability over.

From Discovery to Defense: Why AI Red Teaming Is the Next Step After AI-SPM

This week, we announced the general availability of Evo AI-SPM, the first operational layer of Snyk’s AI Security Fabric. AI-SPM gives security teams something they’ve never had before: a system of record for AI risk, with the ability to discover models, frameworks, datasets, and agent infrastructure embedded directly in code. For many organizations, that discovery step is a breakthrough.

CertKit Keystore: Private keys that never leave your infrastructure

When you use CertKit, your private keys live in CertKit’s database, encrypted at rest. We’ve written about why the actual risk is smaller than it sounds. But some organizations have policies that prohibit storing private keys with any third party, regardless of how they’re protected. That policy isn’t going away. The Local Keystore enables those organizations to use CertKit and still keep their keys local.