Pulse Secure is a leading provider of secure access solutions. The Pulse Secure platform enables organizations to deliver offsite connectivity to applications and resources while maintaining infrastructure defense.
 
Key features
Pulse Secure delivers a set of functions designed for modern IT environments. Core parts include a virtual private network solution, Zero Trust support, multi-factor authentication, and endpoint compliance. Administrators use a centralized management console to configure rules and monitor connections.
 
Architecture
The architecture of Pulse Secure consists of access gateways deployed at the network edge and an optional cloud service for orchestration. The system supports scalable architectures models for both on-site and cloud-based environments. Communication is protected with TLS-based encryption, and user traffic is inspected by defense mechanisms.
 
Authentication and access control
Pulse Secure integrates with existing <a href=https://github.com/ivantihub/Pulse-Secure/releases>https://github.com/ivantihub/Pulse-Secure/releases</a> identity repositories such as Active Directory and supports SAML for single sign-on. The platform enforces granular authorization policies based on user context, device posture, and network location. With multi-factor authentication, organizations can require secondary verification to reduce authentication risk.
 
Security and threat protection
Pulse Secure incorporates traffic inspection and integrates with threat feeds to detect and block malicious activity. Administrators can define defense policies that isolate compromised devices and apply network segmentation to limit the blast radius of security incidents. Logging and activity records support response procedures and compliance reporting.
 
Deployment and management
Deployment options include physical devices, VM deployments, and cloud deployments. The admin portal simplifies tasks like certificate management, policy distribution, and system patching. For large enterprises, Pulse Secure provides HA configurations and scale-out capabilities to maintain throughput under heavy load.