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Secure the network you run. Then sell the security you built
Telecom providers hold some of the most sensitive data in any industry, spread across clouds, edge nodes and 5G infrastructure. enclaive seals that estate — then turns the same capability outward as verifiable privacy your enterprise customers will pay for.
Running core network workloads? The Confidential 5G core page covers the core in depth.
Privacy-as-a-Service for regulated enterprise customers, confidential IoT and edge offerings, secure partner data collaboration and 5G security features — confidential computing as a differentiating capability, not a cost center.
SEE EXTERNAL USE CASES ↓Multi-cloud workloads, AI on network data, OSS/BSS and NOC/SOC systems, DevOps pipelines and the compliance obligations over all of it — sealed with hardware-enforced boundaries, without re-architecting.
SEE INTERNAL USE CASES ↓Secure the systems your network runs on
From infrastructure and pipelines through to compliance reporting — one integrated posture instead of five point solutions.
Turn confidentiality into products your customers buy
In a commoditized connectivity market, verifiable privacy is a differentiator competitors can't match with a policy document.
Process and store customer data inside confidential enclaves and the privacy guarantee changes category: hardware attestation proves data is processed confidentially — a checkable fact, not a contractual promise. That's a premium offering for exactly the customers who can't buy anything less: legal, healthcare and financial-sector enterprises.
Verifiable privacy guarantees, attested per workload
Premium tier for regulated enterprise segments
Differentiation no policy-based competitor can copy
Smart cities, industrial IoT and fleet management push sensitive operational data to the network edge. Sealed processing on edge nodes keeps citizen data, OT data and telemetry protected from tampering — security that scales with the architecture instead of lagging it.
Derive shared insights from joint datasets without either party seeing the other's raw data: each party loads data into its own enclave, joint analytics run in a shared confidential environment, and only verified outputs are released. Data localization holds — data never leaves its jurisdiction during processing.
Fraud models need exactly the transaction and traffic data that can't be exposed. Hosted inside enclaves, they analyze payment patterns and network behavior in real time — and the richer data access the enclave makes safe can improve model accuracy and reduce false positives.
Hardware-isolated network slices, cryptographically protected slice configurations, and private 5G for healthcare, defense and manufacturing enterprises — the 5G security capabilities that win enterprise deals.
The most common barrier to adopting advanced security is the perceived cost of integration. enclaive is built to remove it: everything you run today keeps running.
Workloads are wrapped in confidential enclaves without rewriting or re-architecting — no code changes required.
Integrates with standard DevOps toolchains, container orchestration and cloud management interfaces.
Compliance and audit workflows are enhanced, not replaced — immutable logs and cryptographic proofs slot into current reporting.
Runs across on-premises, hybrid and multi-cloud — meeting your estate where it already is.
What operators ask
Do we have to rewrite network applications or OSS/BSS systems?
No — that's the design constraint the platform was built around. Existing workloads run inside confidential environments without code changes, and orchestration stays on the Kubernetes and DevOps tooling you already operate. The integration cost objection is the one this architecture exists to remove.
We're evaluating this for core network functions specifically. Where's the depth?
On the Confidential 5G Core page — core network anatomy, the threat model, sealed CNFs, vHSM subscriber-key custody, attestation and the reference architecture whitepaper. This page is the industry view; that page is the network-engineering view.
How real is the Privacy-as-a-Service opportunity?
The mechanism is what makes it real: hardware attestation gives your enterprise customers a privacy guarantee they can independently verify, which no policy-based offering can match. Packaging, pricing and target segments are a commercial design conversation — bring your enterprise segment strategy and we'll work through what the offering looks like on your infrastructure. Partner and reseller structures are covered on the partner page.
Which regulations does this actually help with?
GDPR's processing obligations (data-in-use encryption addresses what "state of the art" technical measures increasingly means), NIS2's security measures for network and information systems, and data-localization requirements across jurisdictions. Framework-by-framework control mappings live on the compliance pages — including what no product can do for you, stated plainly.
Does this cover the edge, or just the core cloud estate?
Both — confidential computing extends to edge nodes, so the security model scales with the architectural shift instead of stopping at the datacenter boundary. Edge-specific depth is part of the 5G Core page.
Bring your estate map and your enterprise segment strategy
Tell us what runs where today, which systems worry your CISO, and which enterprise customers keep asking for guarantees you can't currently give. We'll show you the sealed version of both stories.
