Ivanti Integrations

Ivanti Policy Secure is a dynamic network access control platform designed to provide secure, policy-based access management for users and devices across enterprise networks. The solution delivers centralized visibility into connected endpoints while continuously enforcing security and compliance requirements. It automatically detects and profiles network devices, including unmanaged and rogue endpoints, enabling organizations to maintain stronger network security. Ivanti Policy Secure supports pre-connection and post-connection endpoint posture assessments to verify device compliance before granting access. The platform includes automated guest access management with sponsorship workflows and time-based permissions. Organizations can create granular role-based access policies and implement network segmentation to reduce exposure to security threats. Support for BYOD onboarding and third-party mobility management solutions allows secure access for personal and mobile devices. Behavioral analytics capabilities help identify suspicious activities such as rogue IoT devices, MAC spoofing attempts, and domain generation algorithm attacks. Ivanti Policy Secure enables organizations to improve network security, streamline access management, and enforce Zero Trust principles across diverse environments.

Ivanti Autonomous Endpoint Management is an endpoint management platform that combines AI, automation, asset intelligence, and security capabilities to streamline IT operations and improve endpoint reliability. Built on the Ivanti Neurons platform, it provides continuously updated visibility into managed, unmanaged, and shadow IT assets across an organization's environment. Device inventory and software estate management tools track endpoint configurations, ownership, installed applications, software versions, usage, and security exposures. The platform supports multi-OS endpoint management, device enrollment, operating system provisioning, application deployment, and employee self-service. Risk-based patch management helps organizations prioritize vulnerabilities, automate patch deployment, verify remediation, and maintain continuous compliance. Autonomous remediation capabilities use bots and automated actions to diagnose endpoint issues, apply fixes, and prevent recurring problems without requiring manual intervention for every incident. IT teams can also perform remote support, execute scripts, reboot devices, and apply bulk actions across groups of endpoints. Digital experience monitoring and endpoint analytics provide insights into device health, employee experience, performance issues, and operational trends. Ivanti combines these capabilities with governed AI, policy enforcement, secure access controls, and coordinated IT and security workflows to help organizations reduce risk, improve service delivery, and manage endpoints more efficiently.

Ivanti ITSM is an enterprise IT service management solution that helps IT departments centralize support operations, automate service processes, and manage employee service requests. The platform provides tools for handling incidents, tickets, service requests, knowledge management, asset visibility, and service delivery workflows. Its embedded AI capabilities automatically classify and route incoming tickets, summarize incidents, and generate knowledge articles from resolved issues. Additional AI features include natural-language dashboard creation, real-time translation, writing assistance, and a centralized administration hub for managing AI functionality. Employees can access self-service portals, conversational chatbots, and an AI-powered virtual agent to resolve common issues without requiring direct assistance from support personnel. Ivanti ITSM includes no-code workflow and interface design tools that allow organizations to customize service processes using drag-and-drop configuration. The platform supports 14 ITIL 4-certified practices and provides reporting and analytics for monitoring service quality, operational performance, and service commitments. More than 1,000 connectors enable organizations to extend service management workflows into HR, finance, security, facilities, and other business functions. Ivanti ITSM supports cloud, on-premises, and hybrid deployments, although its AI capabilities require version 2024.2 or later on SaaS deployments and are not currently available in FedRAMP environments.

Ivanti Connect Secure delivers enterprise-grade remote access and zero trust connectivity through a single unified client, eliminating the need to manage separate VPN and LAN access tools. IT and security teams gain centralized policy enforcement with real-time device and identity verification at every access request, reducing the risk of unauthorized access and lateral movement across the network. Adaptive multi-factor authentication supports biometrics, hardware tokens, FIDO2 passwordless authentication passkeys, time-based one-time passcodes, and integration with leading identity providers including Okta, Azure AD, and Google. Endpoint compliance checks assess device posture before granting access, with automatic quarantine and remediation for non-compliant devices. Deployed on hardware, virtual, or cloud appliances, including VMware, Azure, AWS, and GCP, ICS scales from 250 to 45,000 concurrent users. NIST Federal Information Processing Standards certification and integrated web application firewall protection help ensure organizations meet stringent compliance requirements while maintaining high performance across distributed, hybrid environments.

Ivanti Secure Access Framework is a cloud-based secure access management platform designed to help enterprises centrally administer VPN infrastructure and zero trust network access across distributed IT environments. The software integrates Ivanti Connect Secure and Ivanti Zero Trust Access to provide unified management of secure connections for remote employees, contractors, and other authorized users. Its centralized management console provides real-time visibility into gateways, users, devices, network activities, and application access across multiple locations. Application discovery capabilities automatically identify, classify, and report on private application usage, helping administrators understand resource consumption and enforce access restrictions. The platform supports automated gateway deployment, configuration management, software upgrades, restarts, and lifecycle operations through centralized administrative controls. User behavior analytics help security teams identify unusual activities, assess potential risks, and respond to changing security conditions with adaptive access policies. Zero trust capabilities support continuous verification of user identities, device compliance, and application access while limiting users to authorized resources. Ivanti Secure Access Framework provides configurable security policies, multi-node configuration groups, and REST APIs for integrating with identity providers, SIEM systems, vulnerability management platforms, and endpoint security solutions. The platform supports hybrid IT environments spanning on-premises infrastructure, cloud applications, and edge networks, allowing organizations to modernize existing VPN deployments while gradually adopting zero trust security.

Ivanti IIoT is an industrial Internet of Things software platform that enables organizations to connect equipment, devices, workers, and business systems to automate industrial and supply chain operations. The platform is designed to improve operational efficiency across warehouses, distribution centers, manufacturing facilities, and transportation networks through connected technologies and real-time data analysis. Its integration with Ivanti Velocity allows businesses to combine information from mobile workforce applications, industrial sensors, operational equipment, and enterprise systems within a unified environment. Low-code and no-code development capabilities enable organizations to create customized industrial applications and automate existing workflows without replacing their warehouse management systems. The platform supports five primary capabilities: connecting devices and applications, creating automated workflows, analyzing operational information, orchestrating processes, and visualizing business performance. Autonomous mobile robot integration allows warehouse operators to incorporate robotic material handling into existing processes and assign automated workflows for moving products between locations. Environmental monitoring capabilities connect industrial sensors to track storage conditions, including temperature requirements for goods moving through the supply chain. Fleet and inventory management tools provide visibility into product locations, shipment progress, estimated delivery times, and potential transportation disruptions. Its operational analytics capabilities collect data from connected devices and worker activities to measure productivity, identify bottlenecks, and detect opportunities for process improvement.

The CardinalOps platform functions as an AI-driven solution for managing threat exposure, offering organizations a comprehensive perspective on their prevention and detection mechanisms across various domains such as endpoint, cloud, identity, and network. By consolidating insights from misconfigurations, insecure internet-facing assets, absent hardening measures, and deficiencies in detection or prevention, it delivers a complete overview of vulnerabilities and prioritizes necessary actions based on business relevance and adversary strategies. The platform actively aligns its detections and controls with the MITRE ATT&CK framework, allowing users to evaluate the depth of their coverage and to uncover ineffective or absent detection rules, while also producing tailored deployment-ready detection content through seamless API integration with leading SIEM/XDR systems like Splunk, Microsoft Sentinel, and IBM QRadar. Additionally, its automation and threat intelligence operationalization capabilities enable security teams to address vulnerabilities more swiftly and effectively. Overall, the solution enhances an organization’s ability to respond to threats in a timely manner, ultimately strengthening its security posture.