We build generative AI applications that help teams find information, draft content, and process documents using approved business knowledge. We connect these applications to your existing tools and design access controls, evaluation, and deployment around your requirements.
Useful generative AI applications need relevant sources, appropriate access controls, and a place in everyday work. We design these together and test the results against real tasks.
01
Answers Grounded in Your Data
We connect the application to approved knowledge sources so it can retrieve relevant information and cite supporting documents. Users can inspect those sources, while evaluation checks whether answers are supported and useful.
02
Secure by Design
We design authentication, document-level access, network controls, and data handling around your security requirements. Before deployment, we review where information is processed, what is retained, and which users can access each source.
03
Built Into Daily Work
We embed generative AI in the CRM, collaboration, and line-of-business tools people already use, rather than asking them to adopt a separate application.
04
Measured Before It Scales
We test answers against representative tasks, checking source support, usefulness, response time, and cost. Pilot feedback helps determine whether the application is ready for wider use.
Use Cases
Where Generative AI Can Help
Internal Knowledge Search
Help employees find answers across approved policies, procedures, and technical documentation, with links to supporting sources.
Customer-Service Assistance
Give support teams relevant knowledge and draft responses to review before sending.
Document Processing
Extract, summarize, and organize information from business documents, with review steps for uncertain or consequential outputs.
Drafting and Summarization
Produce first drafts and concise summaries from approved material, with people responsible for reviewing the final output.
Illustrative knowledge-assistant workflow
Illustrative example. Access rules, fallback behavior, and how long logs are kept are agreed with your team, including how sensitive data is handled.
Our Approach
How We Deliver Generative AI Solutions
01
Step 1: Choose the Right Use Case
We identify candidate use cases such as document processing, enterprise search, or service assistance, then agree on success measures before any build starts.
02
Step 2: Prepare the Knowledge Base
We prepare approved content for retrieval, with ingestion, indexing, and search where needed, and carry existing permissions through so people only see what they are allowed to.
03
Step 3: Select Models and Guardrails
We compare foundation models on quality, cost, latency, and data residency, then design prompts, guardrails, and fallbacks for the chosen one.
04
Step 4: Integrate and Roll Out
We integrate the application into your workflow, validate access controls and output quality, and roll out in phases. We agree on ownership, monitoring, and a process for updating knowledge sources after launch.
We review the selected provider's terms and configuration with your team before deployment, including model-training use, retention, and processing locations. We select services and settings that meet your requirements and document any limitations.
How do you reduce wrong or invented answers?
We retrieve information from approved sources, test responses against representative questions, and check whether citations support the answer. We also design fallback behavior for missing or conflicting information and add human review where errors could have significant consequences. These measures reduce risk; they do not eliminate incorrect answers.
How do you keep answers current?
We agree on how source documents are updated, who owns them, and when changes should become available to the application. Retrieval and evaluation checks help identify outdated content, broken ingestion, and changes in answer quality.
Which foundation model should we use?
It depends on the task, cost, latency, and where your data must stay. We test candidate models on your real questions and recommend the one that performs best for your constraints.