Insights and updates on enterprise browser security, productivity, and technology trends
Browser DRM relies on Encrypted Media Extensions (EME) and proprietary Content Decryption Modules (CDMs) like Widevine—but closed CDMs, privacy risks, interoperability gaps, and usability trade-offs create real challenges. This guide explains how browser DRM really works and what it means for enterprise security.
SSL/TLS inspection is vital for threat detection in encrypted traffic—but it can break SaaS connections, introduce performance overhead, and create certificate management headaches. This guide covers how to make SSL inspection work with an enterprise browser without breaking SaaS.
Consumer browsers lack in-session visibility, DLP, and break on unmanaged devices. CASB, SWG, and extensions cannot close these gaps. This guide explains why enterprise browsers are needed—and how they overcome the key browser security limitations that SaaS-first companies face.
Modern enterprises should treat the browser as a Zero Trust Policy Enforcement Point for SaaS access—enforcing continuous verification, session governance, and adaptive risk-based access. This guide covers browser-level Zero Trust design, the evolving browser attack surface, and how to balance security with performance.
Traditional and consumer browsers lack in-session visibility, weak DLP, and break on unmanaged devices—while CASB, SWG, and extensions fall short. These browser security limitations are driving enterprise browsers as the new perimeter for SaaS-first companies. This guide covers the key challenges and why enterprises need browser-level enforcement.
AI-enabled browsers open the door to a new class of attacks: hidden prompts in HTML, HashJack in URL fragments, and prompt injection that turns assistants into accomplices for phishing, credential theft, and fraudulent purchases. This guide covers promptshing, AI browser security risks, and how to stay safe.
Opera brings AI features, gaming optimizations, built-in VPN, and ad blocking to Chromebook—but suffers from poor performance on lower-end models, limited feature parity with desktop, security concerns, and weaker extension support. This guide breaks down Opera for Chromebook strengths and weaknesses in 2026.
Hidden instructions in URL fragments, HTML, and page content can hijack AI browser assistants—HashJack weaponizes trusted sites for phishing and data theft. OpenAI and Anthropic acknowledge prompt injection may never be fully solvable. This guide covers indirect prompt injection, agent hijacking, and how to stay safe.
AI browser assistants and extensions capture full page content, form inputs, and sensitive fields without clear consent—silently exposing organizations to GDPR, CCPA, and compliance violations. This guide covers data leakage risks, web scraping pitfalls, automated decision-making failures, and emerging AI privacy regulations.