Docker Compose Operating Model

When Compose is acceptable in Assistance-managed infrastructure and where its boundary ends

Docker Compose is useful for local development, demos, CI dependencies, and small internal services. Assistance can operate Compose-based environments when the risk and support boundary are explicit, but Compose is not a substitute for a production platform decision when high availability, multi-node scheduling, or formal release controls are required.

When to use Compose#

Use case	Fit
Local development dependencies	Strong fit for databases, queues, and internal service stacks
CI test environments	Good fit when state is disposable or resettable
Small internal tools	Possible when uptime, backup, access, and maintenance expectations are modest
Production customer-facing services	Assess carefully; Kubernetes, managed cloud services, or a supervised VM pattern may be safer
Stateful critical systems	Only with explicit backup, restore, upgrade, and incident procedures

What Assistance operates#

Area	Assistance responsibility
Compose baseline	file structure review, service naming, network/volume conventions, and environment handling
Host operations	managed host runtime, disk monitoring, log collection, restart procedure, and patch coordination
Dependency stack	agreed databases, caches, registries, or internal tools inside the Compose boundary
Backups	volume backup and restore workflow where persistent data is in scope
Change control	planned image, variable, port, volume, and dependency changes with rollback notes
Support	triage for host/runtime/container availability issues in covered environments

What the customer owns#

Area	Customer responsibility
Application behavior	service startup order, migrations, readiness, compatibility, and data correctness
Image contents	Dockerfiles, dependencies, vulnerabilities, and release approval
Configuration meaning	business settings, feature flags, environment-specific values, and secret usage
Data classification	which volumes need backup, retention rules, and recovery acceptance criteria
User impact	internal communications, customer impact decisions, and release timing

Compose can be managed, but scope must be small

Assistance accepts Compose operations for defined environments. If the environment needs multi-node scheduling, autoscaling, policy enforcement, or formal production controls, we will recommend a platform design instead of stretching Compose beyond its fit.

Onboarding workflow#

Inventory services — list containers, ports, networks, volumes, secrets, dependencies, and owners.
Classify state — decide which volumes are disposable, backed up, or migrated elsewhere.
Harden the host — configure runtime, firewall, log collection, disk alerts, and access controls.
Document changes — define how images, environment variables, and Compose files are reviewed and rolled back.
Test recovery — validate restart, restore, and image rollback for covered services.

Normal request types#

add or remove a service
change exposed ports or DNS names
rotate secrets or registry credentials
resize volumes or move data
update runtime images
promote a Compose service into Kubernetes or another platform

Not included by default#

high availability across multiple hosts
automatic horizontal scaling
application debugging inside healthy containers
support for unreviewed Compose overrides
unlimited persistent storage or retention

Getting started#

Share the Compose file, target host, expected users, persistent volumes, and support expectations. Assistance will confirm whether Compose is a safe operating model or recommend a migration path.

Request Compose review →