No LLM in the runtime path
Zebric applications render from blueprints. Forms, tables, workflows, and permissions do not depend on an LLM call to function.
Zebric does not use LLMs to run your application. The runtime is deterministic. The blueprint format is the AI interface: structured, inspectable, versionable, and designed to be generated or modified by an LLM when you choose.
Zebric separates AI-assisted creation from application runtime behavior, so teams can move quickly without putting critical operations behind probabilistic execution.
Zebric applications render from blueprints. Forms, tables, workflows, and permissions do not depend on an LLM call to function.
The schema gives LLMs a clear target: entities, relationships, workflows, views, policies, and journeys in a structured format.
Use an LLM to draft a solution quickly, then review, version, run, and govern the resulting blueprint like any other operational asset.
Start with the real process: actors, data, handoffs, approvals, exceptions, and outcomes.
Use an LLM or agent to draft the Zebric blueprint from that operational description.
Inspect the generated entities, permissions, workflows, views, and journeys before it ships.
The Zebric runtime renders the application, and future changes happen through the blueprint.
Because the application model is explicit, AI can help with more than writing code. It can work directly with the operational design.
Turn a plain-language workflow description into a first-pass Zebric blueprint.
Infer entities, fields, states, and relationships from existing operational spreadsheets.
Check roles, access rules, approval paths, and escalation behavior for gaps.
Create end-to-end user journeys and diagrams that match the underlying workflow.
Draft integration specs for APIs, events, imports, exports, and external systems.
Create realistic records, edge cases, and workflow scenarios for demos and validation.
Summarize blueprint diffs in operational language before a change is approved.
Generate operator docs, admin notes, onboarding material, and system references from the blueprint.
Explicit blueprints give AI a stable surface area for governance, audits, simulation, and change management. An agent can reason about what the system is supposed to do before touching production behavior, and reviewers can approve the model rather than reverse-engineering a pile of one-off UI and application code.