CyberHappenings logo
☰
Home Browse About

Track cybersecurity events as they unfold. Sourced timelines, daily updates. Fast, privacy‑respecting. No ads, no tracking.

Google Chrome Enterprise Premium Enhances Browser Security for Hybrid Work Environments

First reported
Last updated
1 unique sources, 3 articles

Summary

Hide ▲

Google's Mark Berschadski discussed how Chrome Enterprise is evolving to address the complex security challenges of today's rapidly changing business landscape at the "There's No Place Like Chrome" event. The traditional workplace perimeter has dissolved, leading organizations to pivot to browser-based security to enable work from any device, anywhere. Chrome Enterprise Premium supports zero trust security principles through identity verification, device posture assessment, and continuous verification. It allows organizations to implement granular security policies while maintaining a seamless user experience, making it essential for securing hybrid work environments. Kemmerer and Hudziak addressed common misconceptions about browser security, noting that traditional solutions like VPNs and firewalls often fail in BYOD scenarios. Chrome's extensive telemetry and security features, including Safe Browsing and advanced malware sandboxing, provide IT and security teams with the tools needed to monitor and mitigate risks effectively. The threat landscape is evolving with attackers increasingly targeting human vulnerabilities through social engineering rather than technical exploits. Google Safe Browsing alerts users if they click on a site known or suspected to be involved in nefarious activities, and administrators can prevent access to such sites. Chrome Enterprise and Chrome OS enable security controls at the browser level, allowing for verification of device status, user identity, access rights, and data handling. Chrome Enterprise includes Data Loss Protection (DLP) controls that manage file downloads, printing, and uploads to safeguard intellectual property. It supports secure interactions for third-party contractors and BYOD environments. Google is integrating productivity-enhancing AI capabilities like Gemini into Chrome for enterprise customers later this year, transforming the browser into a secure, productive workspace with customizable controls that adapt to changing organizational needs while effectively managing risk.

Timeline

  1. 11.08.2025 10:00 3 articles · 1mo ago

    Google Cloud Security Discusses Browser Security at 'There's No Place Like Chrome' Event

    Mark Berschadski, director of product management at Google, discussed how Chrome Enterprise is evolving to address the complex security challenges of today's rapidly changing business landscape. Chrome Enterprise includes Data Loss Protection (DLP) controls that manage file downloads, printing, and uploads to safeguard intellectual property. It supports secure interactions for third-party contractors and BYOD environments. Google is integrating productivity-enhancing AI capabilities like Gemini into Chrome for enterprise customers later this year, transforming the browser into a secure, productive workspace with customizable controls that adapt to changing organizational needs while effectively managing risk.

    Show sources
    Open in new tab

Information Snippets

Similar Happenings

AI Browsers Vulnerable to PromptFix Exploit for Malicious Prompts

AI-driven browsers are vulnerable to a new prompt injection technique called PromptFix, which tricks them into executing malicious actions. The exploit embeds harmful instructions within fake CAPTCHA checks on web pages, leading AI browsers to interact with phishing sites or fraudulent storefronts without user intervention. This vulnerability affects AI browsers like Perplexity's Comet, which can be manipulated into performing actions such as purchasing items on fake websites or entering credentials on phishing pages. The technique leverages the AI's design goal of assisting users quickly and without hesitation, leading to a new form of scam called Scamlexity. This involves AI systems autonomously pursuing goals and making decisions with minimal human supervision, increasing the complexity and invisibility of scams. The exploit can be triggered by simple instructions, such as 'Buy me an Apple Watch,' leading the AI browser to add items to carts and auto-fill sensitive information on fake sites. Similarly, AI browsers can be tricked into parsing spam emails and entering credentials on phony login pages, creating a seamless trust chain for attackers. Guardio's tests revealed that agentic AI browsers are vulnerable to phishing, prompt injection, and purchasing from fake shops. Comet was directed to a fake shop and completed a purchase without human confirmation. Comet also treated a fake Wells Fargo email as genuine and entered credentials on a phishing page. Additionally, Comet interpreted hidden instructions in a fake CAPTCHA page, triggering a malicious file download. AI firms are integrating AI functionality into browsers, allowing software agents to automate workflows, but enterprise security teams need to balance automation's benefits with the risks posed by the fact that artificial intelligence lacks security awareness. Security has largely been put on the back burner, and AI browser agents from major AI firms failed to reliably detect the signs of a phishing site. Nearly all companies plan to expand their use of AI agents in the next year, but most are not prepared for the new risks posed by AI agents in a business environment. Until the security aspect of agentic AI browsers reaches a certain level of maturity, it is advisable to avoid assigning sensitive tasks to them and to manually input sensitive data when needed.

Open in new tab

Proactive Defense Strategies for Attack Surface Reduction

Cybersecurity leaders are adopting proactive defense strategies to reduce attack surfaces and prevent threats before they reach the network. These strategies include default policies like deny-by-default, MFA enforcement, and application ringfencing. Implementing these measures can eliminate entire categories of risk and create a hardened environment that is difficult for attackers to penetrate. The shift from reactive to proactive defense is driven by the evolution of cyber threats from mere annoyances to profit-driven criminal enterprises. Industry frameworks like NIST, ISO, CIS, and HIPAA provide guidance, but clear, actionable steps are needed to implement effective security. Security-by-default mindset involves configuring systems to block risks out of the gate, requiring MFA on all remote accounts, denying access by default, and controlling network and application behavior. These measures help in stopping as many attacks as possible and frustrating threat actors without alienating the IT team.

Open in new tab

Business Logic Vulnerabilities in SaaS and Web Applications

Business logic vulnerabilities in SaaS and web applications are growing threats as organizations increasingly adopt cloud services. These vulnerabilities exploit legitimate application processes to achieve unintended outcomes, often bypassing traditional security measures. Business logic flaws can result from misinterpreted operational rules, inadequate validation, or incorrect assumptions about user behavior. They are unique to each organization and require tailored approaches to identify and mitigate. Examples include tampering with transaction processes, hijacking user sessions, and exploiting access controls. These vulnerabilities can cause significant cumulative damage over time.

Open in new tab

Enterprise Browser vs. Secure Browser Extension Comparison for In-Session Security

Security leaders are evaluating two approaches to secure browser activity: dedicated Enterprise Browsers and enterprise-grade browser extensions. The browser is the primary workspace for enterprise users, posing significant security risks. Enterprise Browser and Secure Browser Extension models are compared across nine operational scenarios to determine their effectiveness in closing the in-session security gap. The comparison highlights differences in adoption, data protection, BYOD support, productivity, management overhead, remote access, Zero Trust alignment, supply-chain security, and future-readiness. Each model addresses the in-session gap differently, with implications for GenAI usage and extension governance. The guide aims to help security teams make an informed decision based on their environment and risk profile.

Open in new tab

McLaren Racing's Browser-Based Security Strategy for Global Operations

McLaren Racing leverages browser technology and AI to enhance security and performance across its global operations. The team uses consistent, reliable, and secure browser tools to manage data and infrastructure across 24 locations during a racing season. This approach supports both on-track and off-track activities, ensuring that intellectual property and sensitive data are protected. The team's infrastructure includes portable data centers that travel with them, allowing for a consistent technological environment regardless of location. McLaren's security strategy emphasizes due diligence in selecting technology partners and maintaining robust security standards.

Open in new tab