Find the objective
Interpret the outcome you want and identify the constraints that could change it.
You shouldn’t need to engineer a prompt to get a useful answer. rikai is building the intelligence layer that turns what you say into what you actually want accomplished.
See the idea in actionA simple request can hide the details that matter. rikai’s planned experience identifies consequential ambiguity and asks only the questions worth your time.
Interactive concept illustration. This example uses preset content; it does not call an AI model or recommend real products.
Choose a budget and primary use to see how two details change the task.
We’re designing a system that closes the gap between human intent and AI execution.
Interpret the outcome you want and identify the constraints that could change it.
Use relevant known context when available. Ask zero to two high-value questions when the expected improvement justifies another interaction.
Turn the enriched intent into a structured task specification for the model, tools, and context it needs.
Evaluate the answer against the original objective and repair it before delivery where possible.
Did you get what you actually wanted?
Our north-star metric is the share of requests resolved without a correction, substantial rewrite, repeated regeneration, or long clarification loop.
We plan to compare ordinary AI interactions with intent-enriched ones, measuring successful outcomes alongside turns, time, and tokens per resolved task.
A validation goal. No performance results claimed.Our long-term goal is a model-neutral personal intent layer: understanding what you mean, knowing which context matters, and choosing how your goal should be executed across models and tools.
rikai is at the concept stage. The immediate goal is to validate selective clarification and intent resolution on everyday consumer requests.
We plan to use Claude for intent interpretation, structured task extraction, clarification decisions, enriched task execution, and outcome evaluation. Over time, acceptance and correction signals could teach rikai which questions, context, and execution strategies actually help.