Vision
Solutions designed for agility and sustainability
Karl Technology believes desktop and application delivery should be flexible, scalable, and efficient. Our vision pairs Kubernetes-native engineering with an as-a-service operating model to keep experiences fast, secure, and sustainable for every organization.
Sustainability
Are you sure you’re only using what you need right now?
Our approach is built around real-time efficiency: workloads draw the resources they need while they’re active, then release them. This reduces idle capacity, lowers operational waste, and supports growth without forcing organizations to oversize infrastructure “just in case”.
Security
Why does security reside in nothingness? Because when I have nothing to lose, I take no risks.
Security improves when the runtime leaves less behind. Karl treats sessions as disposable by design: when something goes wrong, the environment can return to a clean baseline, while user data and required persistence remain governed separately. The result is a smaller attack surface with a predictable user experience.
The Theory of Nothing Approach
Security improves when the runtime has nothing to keep. In Karl, the Pod is ephemeral by design, and the filesystem resets at every session.
When a user launches a desktop or a web app, they are connected to a freshly created Pod with ephemeral storage, so each session starts clean, without carrying residue from previous activity.
Persistent state (data and profile) is handled separately and mapped where required. That’s why a Pod can be terminated at any time without losing the work.
SCENARIO: ATTACK
Imagine an attacker manages to deploy ransomware inside a running Pod. Instead of trying to clean or repair the environment, the operator terminates it and brings up a clean one the malware disappears with the runtime.
SCENARIO: OPERATOR
Meanwhile, the operator keeps working: persistent data remains safely stored on mapped volumes or services. The Pod is the disposable execution layer for the session, not the long-term container of information.
TIME TO RECOVER
In our internal benchmarks, a fully configured Karl Pod can be ready again in ~53 seconds, while tearing down a compromised Pod takes ~6 seconds. The goal is simple: make recovery faster than compromise.
Pod from zero to ready
Destroy and clean