The use case is not specific enough
An interest in AI has not yet been translated into a defined user, decision, workflow, and measurable benefit.
04 · Floatger service
We identify practical AI opportunities, validate them against representative data, and engineer responsible features that fit existing products and operating workflows.
The context
Apply AI where it can improve a real decision, task, or customer experience. The right starting point is a shared understanding of the problem—not a predetermined feature list.
An interest in AI has not yet been translated into a defined user, decision, workflow, and measurable benefit.
Important information may be incomplete, inconsistent, sensitive, or difficult to access with the right permissions.
A promising demonstration may not yet address evaluation, failure handling, security, cost, monitoring, or human review.
What the work may include
The exact mix is agreed after understanding your current situation, priorities, and constraints.
Prioritise use cases by user value, feasibility, data readiness, risk, and fit with the wider product.
Test model behaviour with representative tasks, explicit quality criteria, known limitations, and reviewable evidence.
Connect approved models and data to product interfaces, retrieval, tools, permissions, and existing business systems.
Design human oversight, logging, feedback, monitoring, fallback behaviour, and cost controls appropriate to the use case.
Potential outputs
Outputs depend on the scope and stage of the engagement. They are agreed before delivery begins and refined as the work becomes clearer.
Planning the engagement
Useful delivery starts with the right context and an agreed way to evaluate progress—not an assumption that every possible concern belongs in scope.
AI output can be incomplete or incorrect and should not be presented as guaranteed. Suitability, model choice, data permissions, human oversight, and domain-specific legal or compliance review must be defined for each use case.
Delivery path
Each stage creates enough clarity for the decisions that follow, while keeping the process proportionate to the work.
Define the user, task, evidence, risk, and value hypothesis.
Review data access, quality, permissions, and evaluation scenarios.
Test a focused approach and document behaviour, limitations, and cost.
Integrate, safeguard, release, monitor, and improve the capability.
Engagement shape
Identify, compare, and prioritise feasible use cases before selecting a build direction.
Create a bounded proof of value and evaluate it against realistic tasks and quality criteria.
Engineer the selected capability into a product with appropriate controls, integrations, and operating practices.
Service questions
No. Model selection follows the use case, quality criteria, data requirements, integration needs, operating constraints, and acceptable risk.
Potentially, when access, permissions, data quality, retention, security, and intended use are understood. The solution should expose only information the user is authorised to access.
We define representative scenarios and criteria such as relevance, completeness, groundedness, task success, latency, cost, and safe failure behaviour. The appropriate measures depend on the use case.
Some low-risk tasks may support greater automation, but consequential decisions usually need explicit controls and human accountability. The right level of oversight is defined during discovery.
Yes. We can assess its use case, prompts, data flow, evaluation, architecture, security, cost, and product experience before proposing a route to production.
Start a conversation
Share the context, current state, and what you need to move forward. We will help identify a sensible starting point.