Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Cyberattacks often succeed not because they are sophisticated but because organizations lack reliable backups or struggle to restore data quickly. When recovery is slow, even minor disruptions can escalate, providing attackers with the time and leverage they need to deploy ransomware and halt operations. When systems go down, every minute of downtime results in operational disruption, a drop in revenue, and lost customer trust.

The last few weeks have marked a chaotic turning point in the mobile threat landscape. We’ve seen mass exploitations across numerous iOS versions by multiple threat actors, driven by sophisticated exploit chains like Coruna and now DarkSword. What makes these threats different is not just their activity, but their trajectory. Until recently, these capabilities were expensive, highly secretive, and limited to a small number of advanced actors. Now, that dynamic has shifted rapidly.

In the fourth installment of SafeBreach’s AI-First evolution series, VP of Development Yossi Attas and Principal Software Design Engineer Guy Ephraim explore how test-driven development (TDD) serves as the essential “safety net” for high-speed AI code generation.

In 2026, Single Sign-On (SSO) is no longer just a convenience feature. It has become a foundational pillar of enterprise security, user experience, and IT governance. As organizations accelerate cloud adoption and expand their SaaS ecosystems, the demand for the best SSO solutions has never been higher.

Every Windows laptop used in your organization carries sensitive data: customer records, internal documents, credentials, and intellectual property. If even one of those devices is lost or stolen without encryption, the consequences can be severe. According to industry insights, over 70% of data breaches originate at endpoint devices, highlighting the growing risk posed by unmanaged devices.

From cybersecurity breaches to natural disasters, disruptive events can occur suddenly and without warning. As a result, it is crucial for organizations to develop resilient plans that not only respond to incidents in real time but also ensure long-term operational survivability. This article examines the concepts of incident response and business continuity, exploring their differences and similarities while offering practical strategies to integrate them into a cohesive operational plan.

Security budgets are tightening, and tool consolidation reviews keep landing on the same three categories: data security posture management (DSPM), data loss prevention (DLP), and AI security. At the same time, vendor marketing has done little to clarify the differences among the three and the path for organizations needing to enhance data security efficiently.

We’re excited to share new updates and enhancements for March, including: For more info on these updates, check out the list below and dive into the detailed articles. Please join the Egnyte Community to get the latest updates, chat with experts, share feedback, and learn from other users.

On March 31, 2026, a threat actor used stolen maintainer credentials to compromise the widely used HTTP client library Axios Node Package Manager (npm) package and deploy platform-specific ZshBucket variants. CrowdStrike Counter Adversary Operations attributes this activity to STARDUST CHOLLIMA with moderate confidence based on the adversary’s deployment of updated variants of ZshBucket (malware uniquely attributed to STARDUST CHOLLIMA) and overlaps with known STARDUST CHOLLIMA infrastructure.