Deployment

Bring Your Own Cloud (BYOC)

Bring Your Own Cloud (BYOC) is a deployment architecture in which the platform runs inside the customer's existing cloud infrastructure (AWS, Azure, GCP) or on-premises environment, rather than in a vendor-managed shared cloud — ensuring that data, model inputs, and outputs never leave the customer's control boundary.

Why enterprise requires BYOC

For enterprise organisations handling sensitive data — patient records, financial transactions, legal documents, employee data — the question of where data goes when it enters an AI system is not optional. Regulatory requirements in financial services, healthcare, and public sector frequently mandate that certain categories of data remain within defined geographic or organisational boundaries.

A SaaS AI platform that processes data in a vendor-managed cloud environment requires the customer to trust the vendor's data handling, security practices, and subprocessor chain. For many enterprise buyers, particularly in regulated industries, this trust cannot be established at the procurement level and the deal does not close.

How BYOC works in practice

In a BYOC deployment, the vendor provides the software — the platform, the AI agents, the pipeline infrastructure — and deploys it into the customer's own Azure, AWS, or GCP tenant. The customer controls the cloud account, the networking, the storage, and the access policies. The vendor's engineers deploy and configure the system within that environment and may retain operational access for support and updates, scoped and auditable.

Data never leaves the customer's environment. LLM API calls may still be made to external providers (OpenAI, Anthropic, Google) but these are made from within the customer's environment using the customer's own API credentials — subject to those providers' enterprise data processing agreements.

BYOC versus SaaS: the deployment trade-off

SaaS is simpler to operate and typically cheaper to provision, but requires the customer to accept the vendor's data handling. BYOC gives the customer full data sovereignty and typically satisfies information security and compliance requirements that would block a SaaS deployment — but requires the customer to have the cloud infrastructure to deploy into, and adds some operational complexity.

For the enterprise organisations that GenOS targets, BYOC is not a nice-to-have — it is often the prerequisite that makes the deployment possible. The CISO and data protection officer need to be able to point to where the data is, who controls it, and what the data residency position is. BYOC provides a clean answer to all three.

Next step

See how GenOS puts this into production for enterprise teams.

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