Critical systems should not
require blind dependence.
The more important a system becomes, the more carefully questions of control must be answered.
- Who owns the data?
- Who controls the infrastructure?
- Who determines permissions?
- Who can alter the workflow?
- What happens if an AI provider disappears?
- What happens if a vendor relationship ends?
Solomonic Intelligence approaches these questions architecturally.
Organizations should maintain appropriate control over data, access, retention, residency, and permissions — decided according to the sensitivity of the workload and the jurisdiction it operates within.
AI providers should be replaceable where operational requirements demand it. Our architecture is designed to support multiple commercial models, private models, local models, and hybrid combinations of these, behind a stable institutional layer.
Role-based access. Least privilege. Separation of duties. Approval structures for sensitive actions.
Important actions should be reconstructable after the fact — who initiated them, on what basis, and with what outcome.
AI provides intelligence. Institutions retain authority.
Potential deployment models. These describe architectural directions and supported design goals; availability depends on the specific engagement and is confirmed during scoping.
Managed Cloud
A fully managed environment, appropriate for organizations prioritizing speed of deployment over infrastructure control.
Dedicated Environment
A single-tenant environment isolated from other deployments, for organizations requiring stronger isolation guarantees.
Private Cloud
Deployment inside an organization's own cloud environment, under its own infrastructure controls.
Hybrid Infrastructure
A combination of managed and self-hosted components, splitting workloads by sensitivity.
Sovereign Deployment
Deployment configured to satisfy jurisdictional data-residency and sovereignty requirements.
Air-Gapped / Highly Restricted Environments
Where technically appropriate, deployment into environments with no external network dependency.
Discuss deployment and sovereignty requirements.