Versa securely connects your users to your SaaS and private apps while applying least privilege access policies and continuous trust evaluation.
Improving the security of both private and SaaS applications is paramount given the evolving cyber threat landscape.
SaaS applications often contain sensitive corporate data and personal information, making them prime targets for attackers seeking to exploit vulnerabilities for financial gain or data theft. Traditional security measures are insufficient in this dynamic environment, where threats such as phishing, account takeovers, and data breaches are becoming more common.
Private applications are becoming prime targets for cybercriminals seeking to exploit vulnerabilities for financial gain, corporate espionage, or data theft. Legacy VPN solutions pose significant risk due to their inherent vulnerabilities and outdated architecture, and traditional security measures often fall short inside the “trusted” network in protecting against advanced persistent threats.
Get granular visibility and control of your SaaS applications and cloud services, combined with advanced threat protection to stop cyberattacks.
Protect private applications with Zero Trust Network Access (ZTNA) and comprehensive, layered security.
Detect, classify, and prevent unauthorized data exfiltration to or from any cloud location or app.
Replace VPNs and enhance your security posture with least privilege access controls for both remote and on-premises users.
Least privilege access: Based on your user and group app and resource policies, Versa Zero Trust Network Access (ZTNA) ensures that only authenticated and authorized users can access designated resources based on a combination of user identity, behavior analysis, and a broad set of contextual information.
Continuous monitoring: Versa combines user- and device-level network visibility and granular control with continuous endpoint monitoring, leveraging detailed insights into application usage, security events, and user and device behavior to constantly reevaluate security posture and dynamically adapt defensive measures. There is no implicit trust, regardless of user or device location, whether connecting remotely, on-premises, or in a hybrid model.
Adaptive micro-segmentation: After access has been granted, Versa continues to protect the network from compromise via possible lateral movement, typical of staged attacks, by implementing adaptive micro-segmentation that dynamically adjusts the granular segments to which a user or device has access, reacting to changes in device posture, user risk score, and other factors to isolate and reduce the risk of an incident becoming a breach.
Data leakage protection: Versa further protects sensitive information by monitoring for, detecting, and blocking potential data breaches. The platform’s data leakage prevention.
Versa’s Zero Trust architecture is built into our VersaONE platform and includes the following highlighted capabilities, among many others:
Limit shadow use cases of GenAI to reduce the new GenAI attack surface and emerging risks. The Versa GenAI Firewall manages, monitors, and reports how organizations consume GenAI.
Extend the Zero Trust model to on-premises infrastructure, ensuring that the same stringent security measures are applied for both remote and on-prem environments.
Automatically identify all cloud applications in use and apply appropriate access policies – for sanctioned applications as well as shadow and rogue IT.
Protect users accessing the internet and cloud services. Combine security functions such as SWG, CASB, and NGFW to safeguard users and enforce compliance policies. to safeguard users and enforce compliance policies.
Guard against malware, ransomware, and phishing attacks with Advanced Threat Protection. Continuous monitoring and real-time threat intelligence ensures that threats are identified and mitigated before they can cause harm.
Use digital experience monitoring (DEM) to manage end-to-end network performance and application delivery in real time. Optimize application traffic over a SASE fabric that provides adaptive, real-time best path selection.
Reduce administrative complexity and costs by unifying security for both users and devices on a single platform.
Minimize the attack surface, prevent breaches, inhibit lateral movement, and halt data loss.
Enhance productivity and user satisfaction by providing a consistently fast and reliable connection to applications, minimizing downtime and improving overall efficiency.