Choose the right model
Compare hosted APIs and open-weight models on a representative evaluation set. Assess task quality, context, latency, licensing, privacy, operating cost, and deployment constraints.
Research AI engineering
Build useful research tools, evaluate models against the task, and integrate AI into a workflow that people can inspect and repeat.
Compare hosted APIs and open-weight models on a representative evaluation set. Assess task quality, context, latency, licensing, privacy, operating cost, and deployment constraints.
Search approved papers, protocols, manuals, and internal knowledge with source references. Design retrieval, access boundaries, and evaluation for your corpus rather than a generic demo.
Organize inputs, extract structured information, validate outputs, and connect analysis steps. Keep source provenance and exceptions visible, with human review for consequential decisions.
Investigate weak retrieval, unsupported answers, prompt fragility, unreliable tools, and escalating costs. Add traceability, regression checks, retries, and deployment controls.
Capture code, model and data versions, configurations, evaluation conditions, and known limitations. Distinguish repeatable computation from claims that need independent scientific validation.
Hands-on sessions around real work, operating notes, and agreed ownership. Transfer the knowledge needed to use, monitor, and maintain the solution.
From question to acceptance
A useful pilot begins with a task, suitable data, and a way to evaluate the output. We agree what the tool must do and what remains the research team's judgment.
No client data is sent to an external model provider until the processing arrangement is agreed. Initial inquiries should contain only a non-sensitive description.
Scope an application or pipeline →