Skip to content

Evidence Slot 10 – Public Adoption & External Recognition (OC2)

Criteria: Optional Criteria 2 (OC2) – contributions outside employment (external adoption and recognition).
Also supports: Mandatory Criterion (MC) and OC1 as external validation of technical work.
Note (working copy only): [IMG-XX] placeholders will be replaced with final screenshots before submission.

1. Summary – From Blueprint to External Use

This evidence shows how elements of HybridOps.Studio move beyond a private blueprint into external adoption and recognition, through:

  • Ansible Galaxy collections extracted from the platform.
  • Usage metrics (downloads, stars, feedback).
  • Any external references (issues, comments, posts) that show other engineers are using or learning from this work.

The emphasis is on real-world uptake: other people pulling these roles and patterns into their own environments.

[IMG-01 – Screenshot of Ansible Galaxy profile / main collection page – ~6 lines]

2. Context – Why Collections and Reusable Patterns

HybridOps.Studio is designed as a reusable hybrid platform blueprint. A natural extension of this is to package some of the key roles as Ansible collections, so that:

  • Other teams can reuse baseline patterns without cloning the entire repo.
  • Behaviour can be tested and versioned independently via CI.
  • You can track usage over time via download metrics.

Typical candidates for extraction include:

  • RKE2 / Kubernetes bootstrap roles.
  • Connectivity / DR drill roles (e.g., “Connectivity Test / Env Guard”).
  • Baseline hardening or platform setup roles used frequently across environments.

[IMG-02 – Screenshot of GitHub repo section where roles live, showing README / structure – ~6 lines]

3. Ansible Galaxy Collections – What’s Published and How They’re Used

Describe the collections you publish, for example:

3.1 Collection A – HybridOps.RKE2 (example name)

  • Purpose: Install and bootstrap RKE2 clusters with sane defaults for small hybrid platforms, aligned with HybridOps.Studio.
  • Contents: Roles for server/agent install, basic config, optional Longhorn or CNI hooks.
  • Quality signals:
  • CI pipeline with Molecule tests against representative OS images.

  • Tagged releases (v0.x, v1.0) with clear changelog.

  • Usage / metrics (example framing):

  • <N> total downloads (at time of application).
  • <N> stars / watches on GitHub if mirrored.
  • Any notable issues or PRs from external users.

[IMG-03 – Screenshot of this collection’s Galaxy page with download count and version list – ~6 lines]

3.2 Collection B – HybridOps.EnvGuard (example name)

  • Purpose: Implement the “Connectivity Test / Env Guard” pattern used in HybridOps.Studio, so teams can run pre-flight checks before deployments or DR drills.
  • Contents: Roles to:
  • Run connectivity checks across environments (on-prem, cloud).
  • Emit structured results and risk scores.

  • Optionally integrate with CI/CD (Jenkins, GitHub Actions) as a gating step.

  • Usage / metrics:

  • <N> downloads.
  • Any external feedback or forks that indicate adoption.

[IMG-04 – Screenshot of EnvGuard collection page or repo, showing README and usage examples – ~6 lines]

4. External Feedback, References and Engagement

Summarise any external signals that show this work is landing:

  • GitHub issues or discussions from other engineers asking how to use or extend the roles.
  • Comments on posts or videos specifically mentioning the roles/collections.
  • Mentions in other repos or blog posts (if any).

You don’t need huge numbers; the key is to show real people using or engaging with the artefacts, for example:

  • A user opening an issue: “Used this RKE2 role to stand up a small lab cluster; here’s what worked / what I changed.”
  • A comment on LinkedIn or YouTube: “This Env Guard pattern is exactly what we needed before running risky changes.”

[IMG-05 – Screenshot of a representative issue/comment (redacted) mentioning your collection – ~6 lines]

5. Future Growth – Scaling Adoption and Community Use

Briefly describe how you plan to grow this over time:

  • Improving docs and examples for collections (e.g. examples/ folder with small lab scenarios).
  • Referencing collections explicitly from:
  • docs.hybridops.studio HOWTOs and showcases.
  • HybridOps Academy materials (so students learn using the same artefacts).
  • Possibly adding:
  • More specialised roles (e.g. DR drills, cost checks, connectivity baselines).
  • Tags and keywords so collections are easy to discover for target audiences.

[IMG-06 – Screenshot of a HOWTO or docs page that references an Ansible Galaxy collection – ~6 lines]

6. How This Meets Optional Criteria 2 (and Supports MC/OC1)

This evidence supports OC2 by showing that:

  • I am packaging real platform patterns (not toy examples) as reusable collections.
  • Other engineers can and do consume these artefacts via a standard public channel (Ansible Galaxy).
  • I track adoption and iterate based on feedback, not just publishing once and forgetting.

It also indirectly supports MC and OC1 because:

  • External adoption is a signal of technical credibility (MC).
  • Exporting patterns like Env Guard and RKE2 bootstrap demonstrates that HybridOps.Studio’s patterns are robust and general enough to be reused (OC1).

Context & navigation

For easier cross-referencing, this PDF is mirrored on the HybridOps.Studio documentation portal and linked from the Tech Nation assessors’ guide. The docs site adds navigation only, not new evidence.