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Keeper Security expands Privileged Access Management Browser Isolation to support advanced web browsing workflows. Apr 09, 2026, 07:00 ET New capabilities remove usability barriers by enabling multi-tab browsing, secure file upload/download and KeeperAI threat detection within privileged vault sessions CHICAGO, April 9, 2026 /PRNewswire/ - Keeper Security, the leading zero-trust and zero-knowledge Privileged Access Management (PAM) platform, today announces the release of new Remote Browser Isolation (RBI) capabilities within KeeperPAM, delivering major adoption and usability improvements for modern web workflows within privileged vault sessions. These enhancements address a persistent challenge in zero-trust environments: enabling secure, policy-driven access to dynamic, multi-tab web applications and file-based workflows directly within privileged sessions. With support for multi-tab browsing, secure file uploads and full JavaScript interaction, Keeper is closing the gap between security and productivity in remote, browser-based access. Additionally, Keeper is extending its AI-powered session monitoring capabilities to additional protocols, including RBI. Powered by KeeperAI, these sessions can be continuously analyzed, summarized and evaluated in real time to detect anomalous behavior and ensure activities remain within the scope of assigned privileged tasks. "Many organizations deploy remote browser isolation selectively because traditional RBI breaks modern web workflows, forcing users to bypass controls when tasks become impractical," said Craig Lurey, CTO and Co-founder of Keeper Security. "Keeper's updates remove the most common challenges to ensure users have a seamless experience while enabling continuous monitoring and intelligent threat detection across every privileged session." KeeperPAM's RBI ensures secure, efficient and VPN-less access to cloud-based and internal web applications directly from the Keeper Vault. By hosting browsing sessions in a controlled remote environment, RBI isolates web browsing activities from end-user devices, mitigating data exposure risks if a device is compromised. All sessions are fully integrated into Keeper's privileged access workflows, providing centralized visibility, auditability and AI-driven risk analysis. Key features of RBI include: * Secure access without a VPN: Securely access non-hardened websites and tools without the need for a VPN. * Recorded web sessions: Meet compliance and auditing requirements with fully recorded website interactions, and full session visibility and control. * Controlled web browsing: Provide access to a pre-approved list of URLs within a secure browser environment. * Password auto-fill: Automatically fill login and password details into isolated browser sessions without ever transmitting credentials to the user's device. * AI-powered session monitoring: Leverage KeeperAI to analyze session activity in real time, generate summaries and detect anomalous or out-of-scope behavior. Remote Browser Isolation That Works With Real-World Web Applications Historically, RBI solutions have imposed significant usability constraints, limiting adoption and driving some users to bypass controls when workflows become too restrictive. The latest update of RBI enhancements within KeeperPAM directly addresses these challenges. * Multi-tab support inside RBI sessions allows users to open and navigate multiple tabs and windows within a single isolated browser session. This enables seamless interaction with modern web applications, including workflows that rely on pop-ups, redirects and Single Sign-On (SSO), without restarting sessions or breaking isolation boundaries. * Native JavaScript alerts, prompts and confirmation dialogs are now fully supported within RBI, ensuring web applications behave as expected. Users can also suppress excessive or malicious alert loops, maintaining control when web pages malfunction or behave unexpectedly. All activity within these sessions is continuously monitored by KeeperAI, enabling security teams to validate that user actions align with intended workflows and detect potential misuse in real time. Together, these enhancements enable organizations to deploy RBI more broadly across business-critical web access scenarios, reducing friction while maintaining strict isolation from endpoint devices. Secure File Uploads That Don't Break Isolation KeeperPAM introduces administrator-controlled file uploads through Remote Browser Isolation, addressing another common limitation that has historically forced users to step outside protected environments. When explicitly enabled by administrators, users can upload files to permitted websites directly within an isolated session, supporting workflows such as document submissions, video uploads and web-based collaboration. File uploads are disabled by default and must be intentionally authorized per connection, reinforcing Keeper's least-privilege security model. This capability is particularly valuable for organizations that need to securely access high-risk or externally hosted web platforms while preventing malware exposure, data leakage or credential compromise on local endpoints. Purpose-Built Zero-Trust Access Remote Browser Isolation is fully integrated within KeeperPAM, Keeper's cloud-native privileged access management platform, and can also be deployed as a self-hosted, on-premises solution. Built by the original creators of Apache Guacamole, Keeper's session management technology delivers fast, agentless access to infrastructure, web applications and isolated browsing sessions with full session recording and zero-knowledge encryption. By advancing remote browser isolation to support the needs of users, Keeper continues to demonstrate that strong security controls do not need to come at the expense of usability or productivity. As zero-trust architectures mature, security controls must support real-world workflows instead of forcing exceptions. These RBI enhancements will be available within KeeperPAM through Gateway 2.24 and Keeper Vault 17.6 in the coming weeks. About Keeper Security Keeper Security is one of the fastest-growing cybersecurity software companies that protects thousands of organizations and millions of people in over 150 countries. Keeper is a pioneer of zero-knowledge and zero-trust security built for any IT environment. Its core offering, KeeperPAM(R), is an AI-enabled, cloud-native platform that protects all users, devices and infrastructure from cyber attacks. Recognized for its innovation in the Gartner Magic Quadrant for Privileged Access Management (PAM), Keeper secures passwords and passkeys, infrastructure secrets, remote connections and endpoints with role-based enforcement policies, least privilege and just-in-time access. Learn why Keeper is trusted by leading organizations to defend against modern adversaries at KeeperSecurity.com. SOURCE Keeper Security

AI Agents and non-human identities creating critical security gaps, report. New research from Keeper Security, reveals non-human identities and automated system-to-system interactions are becoming the top security risk for businesses in 2026. April 7, 2026 Businesses are rushing to adopt automation, but they are leaving a significant security gap in their infrastructure as new data suggests this technological race is moving much faster than the security needed to protect it. On 7 April 2026, password security firm Keeper Security released a report at the RSA Conference in San Francisco, according to which many companies are failing to manage non-human identities (NHIs). These are basically software-based assets, such as service accounts, API keys, and AI-powered tools, that allow system-to-system interactions without any human involvement. Discover more Digital forensics software Cisco security solutions Technology News The research, shared exclusively with Hackread.com, surveyed 109 cybersecurity experts and found a worrying trend: nearly half (46%) of companies now give AI-powered tools access to their most sensitive data and critical systems, and despite this, 76% of these organisations do not have consistent rules to govern these identities under privileged access policies. In short, software is being granted excessive privileges without any real supervision. A blind spot. One of the biggest problems identified by Keeper Security researchers is a simple lack of visibility. Only 28% of the professionals surveyed said they can actually see every non-human identity across their cloud, office, and Software as a Service (SaaS) environments, which is a major concern. Furthermore, 53% of experts view this "lack of visibility into AI, automation, and machine access" as their top security risk, research revealed. For your information, without a clear view of these connections, security teams cannot enforce least-privilege access. This is the basic security rule where a machine is only given the absolute minimum level of access needed to do its job, but many companies are, instead, managing these digital identities using a messy, fragmented mix of different tools and teams. Security breaches on the rise. These gaps aren't just theoretical; they are already causing real-world damage. The report reveals that over 40% of the experts questioned admitted their company suffered a security incident involving machine credentials or NHIs in the past year, while another 32% were not even sure if they had been hit or not. That is a massive detection gap. According to researchers, only 26% of companies use automated detection and response to watch over what these machines are doing, and most still rely on slow, manual processes. Darren Guccione, the CEO of Keeper Security, noted that this "shift introduces new complexity around identity" and requires a unified approach where a software platform combines password management and secrets control to keep data safe. This clearly proves that managing AI Agents should now become a top priority to stop hackers from executing a major data breach. Discover more AI technology reports AI security services Malware removal service Deeba is a veteran cybersecurity reporter at Hackread.com with over a decade of experience covering cybercrime, vulnerabilities, and security events. Her expertise and in-depth analysis make her a key contributor to the platform's trusted coverage.