Red HatTom CoufalExplainer
How IdeaBot drives AI innovation workflows on OpenShift
Summary
Red Hat’s emerging technologies team built IdeaBot, an AI-enabled SaaS platform on OpenShift that automates innovation workflows from initial concept to a standardized idea report. The platform guides users through four stages—discovery, research, refinement, and synthesis—using conversational interviews, automated research across internal and external sources, a curation board with confidence scoring, and a synthesis view that compiles deliverables like executive summaries and market analysis. Security enforces session isolation in dedicated pods, credential isolation through an auth proxy and token service that injects short-lived tokens, and stateless compute with PostgreSQL persistence and a warm pod pool to reduce cold starts. Development uses EARS syntax and Gherkin feature files to drive behavior-driven development, enabling automated test generation and reproducible builds. Red Hat plans to extend IdeaBot toward fully autonomous, reproducible agentic SDLC pipelines using factory patterns.
Context
Red Hat’s emerging technologies team needed a structured way to vet new ideas for open source projects and product integration, ensuring each concept aligned with the portfolio and addressed real needs. IdeaBot was created as an AI-enabled platform on OpenShift to automate the incubation, research, and refinement process, codifying institutional knowledge into an enablement tool. Key challenges included user adoption, over-automation, and security of sensitive internal data.
Approach / What changed
IdeaBot is a four-stage workflow: discovery uses a conversational interface to define the problem and audience; research dispatch runs automated agents across isolated internal and external sources; refinement board lets users curate findings with confidence scores and revalidation; synthesis view compiles deliverables. Security: session isolation in dedicated pods, credential isolation via an auth proxy and token service, and stateless compute with PostgreSQL persistence and a warm pod pool. Development uses EARS syntax with Gherkin for BDD to generate automated tests and reproducible builds.
Takeaways
IdeaBot’s workflow has four stages: discovery, research, refinement, and synthesis, with a conversational interview at discovery and a curation board with confidence scores at refinement.
Security architecture uses session isolation in dedicated pods, credential isolation via an auth proxy and token service, and stateless compute with PostgreSQL persistence and a warm pod pool.
Development uses EARS syntax and Gherkin feature files to drive behavior-driven development, enabling automated test generation and reproducible builds.
FAQ
How does IdeaBot protect sensitive internal data?
IdeaBot enforces session isolation by running each session in a dedicated pod with an isolated network namespace. Credential isolation is achieved through an auth proxy sidecar that strips inbound credentials and injects short-lived tokens from a token service, while stateless compute persists state in PostgreSQL and uses a warm pod pool to reduce cold starts.
What are the four stages of IdeaBot's workflow?
The four stages are discovery, research, refinement, and synthesis. Discovery uses a conversational interview to define the problem and audience, research dispatches automated agents, refinement provides a curation board with confidence scores, and synthesis compiles deliverables like executive summary and market analysis.
How does IdeaBot ensure reproducibility in its own development?
IdeaBot uses EARS syntax and Gherkin feature files to define requirements in a behavior-driven development approach. This enables automated test generation and reproducible builds, ensuring the entire application can be re-created seamlessly without manual intervention.
Source and freshness
- Source
- developers.redhat.com
- Published
- Added to Yomu
Summaries are generated from the original by a language model. Check the original before relying on it.
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