Managed Artifact Repositories
Assistance-operated package repositories for Maven, npm, PyPI, NuGet, Helm, and internal artifacts
Managed Artifact Repositories give engineering teams a dependable package and build artifact layer without maintaining Nexus, Artifactory, or equivalent infrastructure themselves. Assistance operates the repository platform while your teams own package contents, dependency choices, release decisions, and remediation work.
Best-fit use cases#
| Use case | Why managed artifact repositories fit |
|---|---|
| Private packages | Publish internal libraries, SDKs, build outputs, and shared modules securely |
| Dependency proxying | Cache Maven Central, npm, PyPI, NuGet, and other sources to improve build reliability |
| CI/CD artifact flow | Store versioned build outputs and release candidates with controlled access |
| Governance | Apply access control, audit logging, vulnerability/license workflows, and retention policies |
| Migration from scattered registries | Consolidate package hosting away from ad hoc file shares and unmanaged servers |
What Assistance operates#
| Area | Included managed service responsibility |
|---|---|
| Provisioning | Repository platform setup, storage backend, endpoint naming, TLS, and secure baseline configuration |
| Repository design | Hosted, proxy, remote, and virtual repository layout based on language ecosystems and teams |
| Availability | Health monitoring, backup/snapshot strategy, storage growth monitoring, and runbooks |
| Access | User/group permissions, tokens, service accounts, CI credentials, and rotation support |
| Governance | Vulnerability/license scanning workflows where included, retention policies, audit logging options, and cleanup rules |
| Integration | Maven, Gradle, npm, pnpm, Yarn, pip, Poetry, NuGet, Helm, and CI/CD configuration guidance |
| Support | Severity-based support for repository platform incidents and escalation for covered production build paths |
Repository governance does not replace dependency ownership
Assistance operates the artifact platform and governance workflow. Your teams own package contents, dependency selection, update decisions, license acceptance, vulnerability remediation, and release approval.
Ownership boundary#
| Responsibility | Assistance owns | Customer owns |
|---|---|---|
| Repository runtime | Platform operations, upgrades, storage, backups, monitoring, and support | Build tools and dependency declarations in source repositories |
| Packages | Storage, access controls, retention implementation | Package contents, versioning, publishing decisions, deprecation policy |
| Proxy repositories | Cache configuration, availability, upstream health visibility | Approved upstream sources and dependency usage policy |
| Security findings | Scanner operation and reporting workflow where included | Remediation, exception approval, license/risk acceptance |
| Access | Roles, tokens, service accounts, rotation procedure | User approvals, internal access reviews, pipeline secret usage |
Supported formats#
| Ecosystem | Typical managed endpoint |
|---|---|
| Java/JVM | Maven and Gradle repositories for JAR, WAR, POM, and plugin artifacts |
| JavaScript/TypeScript | npm-compatible repositories for npm, pnpm, and Yarn workflows |
| Python | PyPI-compatible package indexes for pip and Poetry |
| .NET | NuGet feeds for .NET libraries and internal packages |
| Kubernetes | Helm chart repositories and OCI chart workflows where supported |
| Generic | Release bundles, binaries, checksums, documentation archives, and other file artifacts |
Deployment options#
| Option | When to use it |
|---|---|
| Assistance physical servers | Development teams, self-hosted runners, predictable build traffic, and flat-rate repository operations |
| Customer cloud account | Production build paths that must stay inside your cloud/network/compliance boundary |
| Hybrid | Central repositories on Assistance infrastructure with controlled mirrors or caches near cloud CI/CD |
| Migration engagement | Move from Nexus, Artifactory, Azure Artifacts, GitHub Packages, GitLab Package Registry, file shares, or custom stores |
Reliability and support model#
| Topic | Managed artifact approach |
|---|---|
| Availability | Target availability scoped by deployment model, storage backend, replication needs, and support tier |
| Durability | Backup/snapshot strategy and retention defined during onboarding |
| Build continuity | Proxy caching reduces external outage impact but does not guarantee third-party package availability beyond cached artifacts |
| Governance | Scanning, license, audit, and retention workflows included when selected |
| Response | P1 response targets scoped in support agreement; 24/7 critical response available for covered production build paths |
Onboarding#
1. Artifact assessment#
We review languages, build tools, current repositories, package volume, CI/CD systems, compliance requirements, external dependencies, retention needs, and access model.
2. Repository design#
Assistance proposes hosted/proxy/virtual repository layout, endpoint naming, token strategy, retention, backup, scanning workflow, and support tier.
3. Migration and integration#
We provision repositories, configure initial permissions, provide tool configuration snippets, support package migration, and help CI/CD adopt the new endpoints.
4. Operate and govern#
After go-live, we monitor health, storage, download patterns, upstream issues, scanning workflows, and retention policy execution.
Not included by default#
- Updating every project’s dependencies or build files
- Owning package vulnerability remediation or license approval
- Guaranteeing availability of uncached third-party upstream packages
- Unlimited storage, retention, repositories, or bandwidth outside the plan
- Replacing software supply-chain policy decisions owned by security/legal teams
Related products#
- Managed Docker Registry — Container images, Helm charts, and OCI artifacts
- DevOps as a Service — CI/CD pipelines and build automation
- Managed Self-Hosted Runners — Build runners that consume artifact repositories
- Managed Prometheus — Repository monitoring and alerting
Getting started#
Request an artifact repository assessment. We will map package ecosystems, build paths, access, proxying, retention, and governance requirements before proposing a managed repository design.
Request artifact assessment →Frequently asked questions#
Can this replace Nexus or Artifactory? Yes, if the selected managed repository implementation supports your required formats and workflows. We assess repository types, metadata, permissions, and migration risk first.
Do proxy repositories make builds faster? Often. Cached dependencies reduce repeated external downloads and lower exposure to upstream outages. Performance depends on cache warmth, network placement, and build behavior.
Who owns dependency updates? Your engineering teams own dependency selection and updates. Assistance operates the repository and can provide scanning/governance workflows.
Can we use it with pnpm, Poetry, Gradle, and NuGet? Yes. We provide endpoint and credential configuration guidance for common build tools used with supported formats.
What SLA applies? Availability and response targets are scoped by deployment model, storage design, replication, and support tier, especially when repositories are part of production release paths.