Trust nothing.Secure what’s next.
A memory-safe operating system designed to contain threats, isolate every workload, and put control back in your hands.
Security starts
beneath the application.
When software can act autonomously, the operating system must control what it can reach.
One compromised process.
Not an open door.
NØNOS explores a different foundation: signed application capsules, isolated process memory and explicit permissions enforced at the system boundary.
Verify before execution
Check application identity and integrity before granting authority.
Constrain every workload
Scope access to memory, services and device interfaces.
Reduce persistent exposure
Keep sessions in RAM and treat lasting state as an explicit design decision.
One foundation.
Many frontiers.
For financial institutions, institutional operators and enterprise teams. Explore deployment concepts, buyer needs and validation requirements.
AI can move faster.
Authority should not.
A malicious or manipulated agent can act through legitimate tools. NØNOS’s security model aims to limit the resources those tools can access, even after a process is compromised.
The boundary matters more than the intelligence of the attacker. See a conceptual attack unfold, and understand the limits of isolation.
Explore the attack lab01 · A poisoned document
An agent receives instructions hidden in untrusted content.
02 · A bounded process
The agent operates inside its assigned memory and capabilities.
03 · A denied request
Cross-boundary access fails when the required capability is absent.
200 ways to rethink trust.
AI coding agent sandboxes
Control repository and tool access at the execution boundary.
Explore use caseGovernment workstations
Separate sensitive workflows and verify approved software.
Explore use caseRetail point-of-sale
Constrain payment, maintenance and customer-facing workloads.
Explore use caseIndustry benchmarks. Global device scenarios. Transparent assumptions.
Explore all 200 use casesPolicy you can verify.
Control where it matters.
Our proposed management architecture connects signed group policies, locally enforced permissions and tamper-evident blockchain commitments.
Keep sensitive policy data off-chain. Verify the approved version. Enforce decisions on the device.
Explore the deployment processSign
Authorise the policy and the issuer.
Anchor
Record a commitment to the approved version.
Enforce
Apply least privilege on the endpoint.
Verify
Evaluate evidence and policy freshness.
Understand the opportunity.
Interrogate the evidence.
The next era needs
a stronger foundation.
Explore the technology. Evaluate a pilot. Discuss a partnership.