Cloud deployments, MLOps, and LLM operations that take a working prototype to a reliable, observable, scalable system your team can own.
Deployment and MLOps are about more than standing up infrastructure. They define how models are packaged, served, observed, maintained, and improved over time.
In practice, that means choosing the right delivery pattern for your latency, scaling, governance, and team-capability constraints so the system remains usable after the initial release.
Choose the right runtime and environment for throughput, reliability, governance, and cost instead of defaulting to a generic stack.
Build in monitoring, alerting, and performance review so degradation, drift, and cost creep are visible early.
Leave your team with clear operating guidance, knowledge transfer, and a realistic plan for maintenance and future change.
Where a deployment fits one of our own platforms (workflow AI, on-prem AI infrastructure, or audit and risk), we can build on it instead of starting from scratch. Products are licensed separately from consulting work.
See Lemay.ai productsBeyond our products, we offer advisory and engineering services to customize LLM technology for your specific business goals.
Accelerate unstructured data searches using transformer-based document embeddings and similarity search for effective knowledge bases.
Supercharge interactivity with custom chain-of-thought prompting that enables procedural problem-solving tailored to your objectives.
Design and deploy the right set of API wrappers and actuators for smooth integration into your existing business processes and tools.
Eliminate corporate risk with mixed deployment strategies that ensure proprietary data stays within your controlled infrastructure.
We treat deployment as part of the product and operating model, not just a final technical step.
The goal is a machine learning system that can be trusted, supported, and improved after it goes live.
We define how the model, dependencies, data interfaces, and surrounding services should be packaged and secured.
Cloud, on-premise, hybrid, containers, managed services, and edge options are evaluated against real operating constraints.
We define observability, alerting, reporting, and review patterns so performance and service health stay visible after launch.
Teams leave with runbooks, rationale, and a clear understanding of how the system should be maintained and improved.
We help teams decide how models should run, where they should live, and how they should be supported once real users and operational constraints enter the picture.