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Cross-slice breach risk
Shared infrastructure means a key compromise in one slice can expose others if isolation isn't enforced cryptographically, not just logically.
5G network slicing puts enterprise, MVNO, IoT and consumer traffic on shared infrastructure. DuoKey gives every slice its own cryptographically isolated key, managed by MPC, so a compromise in one slice can't cross into another.
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Shared infrastructure means a key compromise in one slice can expose others if isolation isn't enforced cryptographically, not just logically.
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Operators running across borders need key residency and control that matches each jurisdiction's requirements.
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Hardware HSMs don't scale cleanly to the number of slices, tenants and regions a modern 5G core needs.
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Telecom operators fall under NIS2 as critical infrastructure, with real reporting and resilience obligations.

Each network slice gets its own key, generated and operated through DuoKey's MPC KMS. The key is never assembled in one place, cryptographic operations happen across distributed nodes, so compromising one node or one slice does not expose another.
Per-slice isolation: enterprise, MVNO, IoT and consumer slices each hold an independent key
Instant slice revocation: cut off a compromised slice's key without touching any other tenant
No hardware HSM required: software-defined MPC nodes replace HSM appliances at the core and edge
Why telcos move slice key management to MPC
No slice shares a key with another, a breach in one tenant's slice stays contained to that slice.
Revoke a single slice's key shares the moment a compromise is detected, without rotating every other slice.
Run MPC nodes in the jurisdictions your regulators and customers require, without depending on hardware shipped to every site.
Software-defined key management removes the hardware procurement, key ceremonies and per-site HSM footprint.
Next step
Bring the constraint. We’ll map the shortest practical path.
Talk to us about MPC-based key management for your 5G core and edge infrastructure.