
LLM integration services for retail for products and business workflows. Connect models to applications, data, RAG, APIs, tools, evaluation, and production controls.
We combine AI engineering, software development, data integration, and platform engineering to embed LLM capabilities into retail applications without treating the model as the whole product.
connecting model capabilities to application state, user context, business rules, data, APIs, and the steps users already perform
supporting appropriate providers and models through reusable interfaces, routing, authentication, configuration, and controlled abstraction
combining LLMs with RAG, approved data, metadata, user context, and source systems when the task requires information beyond the base model
using schemas, parsing, validation, retries, deterministic checks, and application logic before model output reaches downstream workflows
controlling data flows, secrets, identity, permissions, logging, tool access, and external connections around model-backed features
evaluating quality, task success, grounding, structured output, latency, cost, failure behavior, and workflow-specific acceptance criteria
adding observability, fallbacks, rate controls, caching, provider handling, versioning, and change management for live applications
AI, software, data, platform, and QA engineers work across architecture, model integration, RAG, APIs, structured outputs, evaluation, deployment, and improvement.
Specialists strengthen your existing team across model APIs, application integration, data access, retrieval, orchestration, evaluation, observability, and production engineering.
A focused initiative integrates LLM capability into one product feature, copilot, document workflow, support experience, internal application, or agentic process.
We map the user workflow, application context, data, permissions, latency needs, output requirements, integration points, and acceptance criteria before selecting the model architecture.
We connect approved model providers through secure interfaces with authentication, configuration, routing, quotas, retries, caching, usage tracking, and provider abstraction where useful.
We connect LLMs to approved knowledge, databases, documents, metadata, and user context through retrieval and application logic designed around the task.
We implement schemas, tool calls, validation, retries, deterministic checks, state management, and downstream application logic around model outputs.
We embed LLM capabilities into web, mobile, SaaS, internal, and backend systems through APIs, events, queues, services, and existing business workflows.
We test representative scenarios across task success, grounding, structured output, tool use, failure handling, latency, cost, and application-specific quality criteria.
We instrument model calls, errors, latency, token usage, cost, fallbacks, application events, and quality signals while improving the integration after launch.
A framework for matching tasks to models based on capability, latency, cost, privacy, context requirements, availability, and operational constraints.
A method for deciding which responsibilities belong to the model, retrieval layer, deterministic application logic, tools, validation, and human review.
A framework for deciding which evaluations and integration tests should rerun when models, prompts, providers, retrieval, tools, schemas, or application logic change.
We identify users, tasks, application state, data, APIs, permissions, expected outputs, latency needs, and the systems the LLM feature must interact with.
We define model access, routing, RAG, context construction, structured outputs, tool use, security boundaries, fallbacks, and acceptance criteria.
We implement model APIs, retrieval, schemas, validation, services, queues, application connections, logging, and workflow logic around the feature.
We test task quality, grounding, structured output, failures, latency, cost, permissions, provider issues, and downstream behavior against representative cases.
We monitor production usage, errors, latency, cost, model behavior, fallbacks, and workflow outcomes while refining the integration as requirements change.



Teams that needed to ship fast, and did. Here's what partnering with Logiciel felt like from the inside.
LLM integration services connect language models to existing products, data, APIs, knowledge sources, and business workflows. The work can include model APIs, RAG, structured outputs, tool use, application logic, evaluation, monitoring, and production engineering.
Yes. LLM capabilities can be added to existing web, mobile, SaaS, internal, and backend applications through APIs and services without rebuilding the entire product around the model.
Model selection should reflect the task, required quality, latency, cost, privacy, context size, structured-output needs, tool support, availability, and operational constraints. Different workflows may justify different models.
RAG is useful when the model needs current, private, domain-specific, or source-verifiable information that is not reliably available in the base model. Not every LLM feature needs retrieval.
Reliability can be improved with structured schemas, validation, retries, deterministic rules, bounded tool use, representative evaluation, fallback behavior, and human review for decisions that should not be delegated to the model.
Yes. A multi-model architecture can route tasks across providers or models based on capability, latency, cost, privacy, availability, or fallback requirements. The added complexity should be justified by the application’s needs.
Monitoring can include model errors, latency, token usage, cost, fallback rates, retrieval behavior, structured-output failures, tool calls, application events, and workflow-specific quality signals.
Bring us the application, workflow, or AI feature you need to integrate. We’ll help define the model architecture, data connections, evaluation, and production controls required to ship it.