Dispel Zero Trust Engine

Brokers remote access for third-party vendors, OEM technicians, contractors and internal engineers with just-in-time provisioning, time-limited credentials, per-asset and per-session least privilege and approval workflows, replacing always-on VPN and jump-host access to OT networks.

Monitors remote sessions in real time so that supervisors can watch, join or terminate them, and records every session with full protocol-level capture for forensic review and regulatory compliance, without introducing latency that would affect OT system operation.

Provides secure remote access to OT environments with no internet connectivity using a data diode-compatible or hardware broker architecture, without requiring an internet-connected OT network.

Moves files such as firmware, patches and project files into and out of OT sessions through a controlled transfer channel that scans every file for malware before release, replacing USB media and unmonitored uploads.

Brokers native engineering-tool sessions (vendor programming software, RDP, VNC, SSH and OT protocol tunnels) so that remote engineers and OEM technicians can perform hands-on operations, maintenance and firmware upgrades on equipment, not only view-only or jump-host access.

Checks endpoint health (OS patch level, EDR presence, disk encryption, certificate validity) at each access request, enforcing minimum device security standards before granting application access.

Re-evaluates user and device trust signals throughout an active session, revoking or stepping down access when anomalous behavior is detected, not just at authentication time.

Grants access to individual named applications rather than network segments, users and devices can only reach explicitly authorized applications regardless of network position.

Provides access to browser-based internal applications through a reverse proxy without requiring a device agent, enabling secure access from unmanaged or contractor devices.

Routes web application access through a remote or local isolated browser to prevent malicious content on application pages from reaching the endpoint.

Hides internal applications from the public internet and unauthorized users, accepting inbound connections only after the trust broker authorizes a named user and device.

Classifies discovered assets and traffic flows into Purdue Model levels (Level 0-4), supporting IEC 62443 zone and conduit documentation and compliance assessment.

Connects OT security to enterprise security operations either as a single converged console for IT and OT or through integration paths into SIEM, SOAR, ITSM, CMDB, NAC and firewall tooling, forwarding alerts and asset data with OT context (asset criticality, Purdue level, process impact) preserved so that SOC analysts can act without OT specialization. Assign only when integrations preserve OT context or run bidirectionally; basic syslog forwarding is standard across the niche.

Baselines normal device communication patterns (command frequency, connection pairs, timing) and operational state, alerts on deviations that indicate reconnaissance, manipulation or lateral movement, and rates severity by asset criticality and process impact rather than by anomaly size alone. Products differ in whether baselines self-tune over time to operational and environmental changes or require ongoing manual tuning.

Controls local and remote user access to OT assets through brokered, identity-verified sessions with live monitoring and full audit trails, either as a native platform capability or by integrating with and monitoring third-party secure remote access tools. Native access management versus monitoring of customer-selected tools is the main difference between products.

Tracks OT security posture against IEC 62443, NIS2, NERC CIP and other sector regulations by mapping discovered assets, zones, vulnerabilities and controls to specific requirements and producing audit-ready compliance reports and gap lists. Usability of the tracking workflow varies widely.

Continuously varies network paths, IP addresses, and network configurations so attackers cannot reliably map or target stable routes to protected systems, rendering previously collected reconnaissance obsolete.

Schedules and triggers randomization events randomly, routinely, or on demand, including reconfiguration driven by predictive threat intelligence inputs, with AI and machine learning continuously adapting defenses in real time.

Limits lateral movement and code execution even when identities or credentials are compromised, reducing the blast radius of ransomware and destructive attacks.