Traditional network segmentation projects that rely on NAC solutions and campus firewalls take too long to deploy and to deliver any value, are complex to
maintain once deployed, and hairpin traffic through network chokepoints. Cognitive Trust is Elisity's cloud-native and cloud-delivered solution for identity-based microsegmentation
and least privilege access of users, applications, and devices (managed and unmanaged), on-prem, and in the cloud, that delivers value at speed with simplicity and cost-efficiency at its core.
The solution delivers centrally-managed and software-defined zero trust access security to effectively and efficiently protect corporate data and critical assets from lateral movement of ransomware payloads, advanced persistent threats, and insider threats. It continuously and passively gleans identity and telemetry data to apply granular least privilege access policies that are enforced as close to the assets as possible.
Secure the convergence of IT and OT networks to prevent successful ransomware attacks on critical infrastructure.
Deliver ubiquitous access policy management and enforcement across datacenters, clouds, branches, and anywhere.
Deploy in minutes to enable complete visibility and intelligent control of IoMT devices, applications, users, and workflows.
Secure Industry 4.0 and Supply Chain 4.0 projects with zero trust access to industrial control systems, PLCs, and IIoT devices.
Go beyond compliance with the PCI DSS with a zero trust network security solution for your branches and cloud POS apps.
Transition to a zero trust architecture to protect sensitive citizen information and agency workflows, and secure existing infrastructure.
Elisity Micro Edge extends the capabilities of the Cognitive Trust platform to enforce policies as close to the assets as possible. Deployed as a container on Cisco Catalyst 9400, 9300, and 9200 switches, and as a VM on a hypervisor to support other platforms such as the Cisco Catalyst 3850 and 3650, Elisity Micro Edge enables identity-based segmentation and policies on those switches, turning them into software-defined perimeter gateways in addition to enabling transactional segmentation.
