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Most AI agents look great in a demo and fall apart with real users. We build agentic systems that hold up: scoped to a clear job, wired to your tools, tested against real cases, and observable once they go live.
Prototyping an agent is easy. Making one reliable is the hard part. Teams run into non-deterministic output, runaway tool calls, made-up actions, and no real way to tell whether a change helped or hurt. That gap, between a demo that impresses and a system you would trust with customers, is where most projects quietly die.
We start with the job you need done, not the model. We define the agent's tools and guardrails, build an evaluation set before we write the loop, and instrument every run so we can see regressions. You get a small, focused agent that fits your existing workflow, not a giant bot that tries to do everything.
The agent plans, calls your tools, and grounds answers in your data. Anything high-risk routes to a human first, and every run is evaluated and traced so we catch regressions.
A user asks for something concrete.
It calls your tools and grounds answers in your real data.
High-risk actions pause for a person. Everything else proceeds.
The agent completes the task or replies.
We built Alex, a conversational AI agent for the influencer-marketing platform Mifu. Alex plans campaigns, finds creators, runs outreach, tracks performance, and handles payments from start to finish. It works like a co-worker, not another dashboard.
Turned a three-week workflow into under three hours, and earned the trust of teams at StudioCanal, Universal, and e.l.f. Cosmetics.
AI agent development means building software that uses a language model to plan and take real actions through tools, like calling APIs, querying data, and finishing multi-step tasks, instead of just generating text. The production side adds guardrails, evaluation, and observability so the agent behaves predictably.
A focused, single-job agent usually reaches a usable pilot in a few weeks. Most of that time goes into tool integration, evaluation, and guardrails, not the model itself.
We pick the model per task rather than committing to one. Often that is Claude or OpenAI models, orchestrated with tools like LangGraph and the Model Context Protocol (MCP) for tool access.