Droplet NeverTrust

Run legacy x86 apps in isolated containers on modern platforms without code changes.

"Reduces the risk of malware and phishing by isolating untrusted web content away from user devices."

Secure containerisation for legacy and x86 applications across OS, cloud and hypervisors

Many organisations still depend on old x86 Windows applications that won’t run on modern OS versions or cloud platforms. Rewriting or replacing them is often costly and time consuming, leaving teams to manage compatibility, security and access across mixed endpoints.

Droplet NeverTrust isolates those applications inside containers and decouples them from the host OS and network. That lets teams run or migrate legacy apps on supported operating systems, clouds or hypervisors without modifying the software, while tightening where the app can run and what it can access.

Where Droplet NeverTrust is used

Run legacy Windows desktop apps on modern endpoints or in cloud-hosted VDI without changing the binaries.

Contain unsupported or high-risk applications to enforce least-privilege policies, reduce lateral exposure and simplify migrations during OS upgrades or hardware refreshes.

Suitable environments

Best suited to mid-market and enterprise organisations with centralised IT teams, distributed or hybrid workforces, and strong security or compliance needs. Fits estates where x86 Windows applications must be retained while moving to modern OSes, virtual desktops or cloud hosts.

Benefits

Reduce web-based attack risk

Prevents threats from reaching endpoints by isolating web activity in a secure environment.

Protect against phishing attacks

Limits the impact of phishing by controlling how users interact with untrusted websites.

Prevent malware execution on endpoints

Stops malicious scripts and downloads from executing on user devices.

Support Zero Trust security models

Applies a Zero Trust approach to web access, reducing reliance on traditional perimeter defences.

Improve user safety when browsing

Allows users to access the web safely without exposing endpoints to risk.

Reduce security incidents

Minimises successful attacks originating from web browsing activity.

Simplify secure web access

Provides a managed, cloud-delivered approach to securing web access without complex infrastructure.

Capabilities

Remote browser isolation

Isolates web browsing activity in a secure remote environment to prevent threats from reaching endpoints.

Zero Trust web access

Applies a Zero Trust approach to web access by assuming all web content is untrusted until proven safe.

Malicious content prevention

Prevents malware, scripts and other harmful content from executing on user devices.

Phishing protection

Protects users from phishing attacks by isolating and controlling interactions with suspicious websites.

Secure file handling

Controls and sanitises files downloaded from the web to reduce the risk of introducing threats.

Policy-based access controls

Applies granular policies to control how users interact with web content, including download and upload restrictions.

User activity visibility

Provides visibility into user browsing activity to support monitoring and policy enforcement.

Cloud-delivered service

Delivers secure web access through a cloud-based platform without requiring endpoint-based browser changes.

Applications

Secure legacy application usage

Runs unsupported or legacy applications in an isolated environment without requiring code changes or upgrades.

Overcome operating system upgrade challenges

Enables organisations to upgrade operating systems while continuing to run applications that are not compatible with newer platforms.

Support cyber accreditation requirements

Helps meet security standards by isolating unsupported or vulnerable applications that would otherwise be non-compliant.

Alternative to VDI for application delivery

Delivers applications without the complexity and cost associated with traditional VDI infrastructure.

Regain control of software lifecycle

Decouples application delivery from operating system upgrades, allowing organisations to manage change on their own terms.

Reduce application delivery costs

Lowers infrastructure and operational costs compared to traditional virtual desktop or application delivery models.

Run applications across different platforms

Enables applications to run on different operating systems without modification or refactoring.

Extend lifespan of critical applications

Allows mission-critical applications to continue running securely even after vendor support has ended.

Resources

How would you like to proceed?