Machine learning and predictive analytics
We develop models to forecast demand, classify information, identify patterns and detect anomalies. We choose supervised or unsupervised learning techniques based on the problem and the data.
We turn data, knowledge and processes into AI solutions. From predictive models to assistants and agents, with integration designed around your operations.
Our capabilities
We start with the problem you need to solve. We combine data engineering, machine learning and generative AI based on your goals, available information and business systems.
We develop models to forecast demand, classify information, identify patterns and detect anomalies. We choose supervised or unsupervised learning techniques based on the problem and the data.
We build assistants that search your documents and help create or summarize content. With RAG, we connect language models to authorized sources for contextual answers and references you can check.
We connect models to tools and APIs to coordinate tasks: finding information, preparing responses or updating systems. We define permissions, boundaries and approval points within each workflow.
We apply deep learning to image and video analysis: object detection, classification and visual inspection. We assess image quality, latency and hardware requirements for each scenario.
We integrate optical character recognition (OCR) and natural language processing (NLP) to extract fields, classify documents and organize requests. We include validation and exception review in the workflow.
We bring models into your applications through APIs, microservices or batch processing. We version models and data, monitor their behavior and prepare updates for cloud or on-premise environments.
AI in context
These examples illustrate different starting points. For each project, we validate feasibility with your data and agree on how to measure results.
Use sales history, inventory and seasonal patterns to estimate demand and support purchasing decisions.
What we evaluateForecast error compared with the current method and the usefulness of predictions for the operations team.
Search manuals, procedures or technical documentation through an assistant that respects access permissions and cites its sources.
What we evaluateSource relevance, faithfulness of answers and the ability to recognize when information is missing.
Classify a request, check its status across systems and prepare the next action, with human approval when the process requires it.
What we evaluateCorrectly completed tasks, handling time and exception management.
How we work
We work in stages with clear acceptance criteria. We validate the value of a pilot before expanding investment and scope.
We identify the process, users and decision to improve. We agree on a baseline, metrics and scope.
We review quality, permissions and coverage. We organize the data and separate training, validation and test sets when the model requires it.
We compare alternatives using representative cases. Together with your business team, we evaluate quality, errors, response time and cost per use.
We connect the solution, document its operation and define monitoring. We track changes in data and performance to decide when to update.
Engineering that sustains AI
We choose models, tools and infrastructure based on workload, privacy and budget. We integrate the solution with your applications and define how to operate, maintain and scale it.
Before we begin
Questions that help define the scope of an AI solution.
It depends on the goal. To estimate values or identify patterns, we assess machine learning. For text and knowledge, language models and RAG. To coordinate actions across tools, agents. We can combine these approaches or start with simpler automation if it solves the problem.
There is no single threshold. Quality, coverage and relevance to the goal matter. A predictive model needs representative historical data; a document assistant needs reliable, current sources. The initial assessment identifies what is available, what is missing and which pilot is feasible.
Not always. We can use pretrained models, connect your information through RAG or evaluate fine-tuning for specific tasks. RAG adds context retrieved from documents; fine-tuning changes model behavior through training. The choice depends on the use case and its evaluation.
We define what information the solution can use, who can access it and where it is processed. We review permissions, retention and provider terms. For actions that require business oversight, we include validation, traceability and human approval before execution.
Start with a concrete opportunity
Tell us which process you want to improve and what information you have. Together, we can assess the approach, feasibility and next step.