Method/AI · Stages 2 and 3
Ship it.
Run it.
Every app ships through GitOps into its own isolated cell, with managed databases, storage, identity and TLS. One change path, one audit trail, and no per-app infrastructure to build.
The cell
One isolated cell per tenant and environment.
Each cell gets its own namespace, Git repo, container registry and deployment project. Apps inside it share the cell's services, each through its own credentials.
Ship it
A release line your change board can trust.
Every release is a merge request into the cell's Git repo. A person merges; the platform reconciles. Nothing deploys around it.
A private container registry per tenant. Images are pinned by digest in every release.
Promotion with per-stage checks, soak time and SLO gates. Production needs a named approver, and nobody approves their own change.
The new version runs beside the old one on a preview host. Traffic switches in one commit, and the old version stays warm for an hour.
Revert one change or restore an app to a known-good commit. Production rollbacks need a second person.
Your GitLab or Jenkins pipelines call HyperLocal's compliance gates for version, branch, tests and image import.
Run it
Operations you don't have to staff.
PostgreSQL 17 with encrypted backups, MongoDB 7 with point-in-time recovery, and S3-compatible object storage. One database and one set of credentials per app.
A gateway per cell with certificates issued and renewed automatically. Traffic is admitted only from the same cell.
A dedicated identity realm per tenant, federation with Microsoft Entra ID, and MFA including passkeys.
Message bus and cache as cell add-ons, with per-app topics, ACLs and users.
Objectives per app, SEV1–SEV4 incidents, and drift you can reconcile or adopt with one click.
Explains errors, diagnoses incidents and drafts fixes. It never acts alone and never sees a secret.
Built on open standards
Cells run in HyperLocal-managed clusters today.