Separate evidence from theater
Write down the exact capability the prototype demonstrates and the assumptions it hides.
The Agency
Prototype to Production
Devzilla turns promising AI prototypes into evaluated, observable, cost-aware production systems that client teams can operate.
Direct answer
How does Devzilla move an AI prototype into production?
Devzilla first identifies what the prototype proves and what it still avoids. The production build then adds real data contracts, evaluation, failure handling, security, observability, cost controls, deployment automation, and ownership. The goal is a system that survives normal operations, not a more polished demonstration.
When it fits
Situations that justify the work
- The demonstration depends on hand-selected inputs or manual intervention.
- Model quality feels promising but has no repeatable evaluation or acceptance threshold.
- Latency and inference cost have not been tested against expected traffic.
- The feature has no plan for source-data changes, model changes, failures, or human escalation.
Outputs
What the client receives
- A production-readiness assessment that names the missing operational work.
- Evaluation datasets, acceptance criteria, regression checks, and failure analysis.
- Reliable data and tool integrations with explicit contracts and fallback behavior.
- Deployment, monitoring, cost reporting, incident paths, and owner documentation.
Approach
How Devzilla approaches the system
Design the evaluation
Create repeatable examples, metrics, and failure classes before changing the architecture.
Build the operating system around the model
Add data contracts, tools, queues, security, observability, and fallback paths.
Release in controlled stages
Use bounded traffic and explicit acceptance thresholds before increasing reach.
FAQ
Frequently asked questions
Can Devzilla productionize an existing prototype?
Yes, when the prototype has a clear user outcome and the client can provide access to its code, data contracts, and target environment. The first step is a production-readiness assessment.
Will the production system use the same model as the prototype?
Only if evaluation shows that it meets the required quality, latency, cost, and operating constraints. Model choice remains an engineering decision rather than a fixed premise.
What does production-ready mean?
It means the system has explicit acceptance criteria, predictable failure handling, security, observability, controlled deployment, known ownership, and documentation for the team operating it.
Does this match the hard part?
Tell us what the system must do, what it touches, and what failure costs.
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