Droplet NeverTrust
Application workload isolation with policy controls and contained delivery.
For suitable workloads needing isolation across connected, constrained or disconnected environments.
Isolate applications and define permitted communications
Essential applications can remain tied to ageing operating systems, delivery platforms or infrastructure long after the application itself remains valuable. Broad network access and virtual desktop layers can also add dependencies that are not needed for a particular workload.
Droplet NeverTrust places the application at its own security boundary. It contains the workload, applies policy controls and defines its permitted communications. This allows organisations to retain suitable applications while separating them from dependent operating systems and infrastructure layers.
Where Droplet NeverTrust is used
Droplet NeverTrust is suited to containing modern and legacy application workloads, including workloads that need defined communications at the edge or in operational technology environments. It can provide contained application delivery as an alternative to unnecessary VDI and broad network access.
The product also supports assessment of whether validated workloads can move away from hypervisor or physical-server layers. Suitable AI applications, models and sensitive data can be kept within an owned boundary.
Fits within these solutions
Suitable environments
The product applies to suitable workloads in connected, constrained and disconnected environments. This includes edge and operational technology contexts, where workload communications need to be explicitly defined.
Benefits
Retain Essential Applications
Keeps suitable business-critical applications in use while separating dependent legacy layers.
Reduce Delivery Dependencies
Supports assessment of whether validated workloads can leave VDI, hypervisor or physical-server layers.
Limit Workload Reach
Bounds workload communications to explicitly permitted paths.
Support Restricted Operation
Allows suitable workloads to be contained in connected, constrained or disconnected environments.
Capabilities
Application Security Boundaries
Isolates modern and legacy applications at their own security boundary.
Layered Workload Controls
Applies protection, isolation and policy controls around contained workloads.
Permitted Communications
Defines explicit communication paths for contained workloads.
Legacy Application Separation
Separates critical applications from ageing operating systems and obsolete infrastructure.
Contained Application Delivery
Provides contained application delivery without unnecessary VDI or broad network reach.
Edge Workload Containment
Contains suitable edge and operational workloads in connected or disconnected operation.
Common Use Cases
Legacy Workload Containment
Contain a valuable legacy application separately from its ageing operating system and infrastructure.
Contained Remote Delivery
Deliver an application in a contained boundary instead of providing broad network reach.
Edge and Operational Workloads
Apply containment and explicit communications to suitable edge and operational workloads.
Infrastructure Layer Assessment
Assess whether a validated workload can move away from hypervisor or physical-server layers.
Bounded AI Workloads
Keep suitable AI applications, models and sensitive data inside an owned boundary.