Solution

AI Architecture with MCP: context orchestration, governance, and scale

Turn AI initiatives from nice prototypes into safe, cost-aware, and sustainable systems for your real business operation.

See cases
arquitetura-de-referencia.mcpv3
SOURCESERP · CRM
SOURCESDocs · Wiki
SOURCESLegacy
ORCHESTRATIONContext + MCP
AGENTSupport
AGENTFinance

An architecture solution focused on context orchestration, standardization through MCP (Model Context Protocol), data governance, quality, and cost. Ideal for companies moving from “AI testing” to day-to-day AI operation.

01

Context architecture

Clear decisions about sources, transformations, permissions, caching, and context delivery to LLMs, agents, and assistants.

02

Standardization via MCP

Consistent exposure of data sources and tools, with reuse and interoperability across different models and flows.

03

Delivery and operations

Structured PoCs, gradual evolution, observability, continuous evaluation, and a scaling plan with controlled risk and cost.

How the solution is structured

The 4 pillars of the solution

Each pillar designs one layer of the architecture, ensuring the solution is not only technically correct but strategically sustainable.

01

Context orchestration

A layer that decides what enters AI flows, how it is transformed, and how it is combined before reaching the model.

  • →Routing and prioritization of sources by scenario
  • →Transformation, summarization, and normalization of context
  • →Permission, security, and PII filters
  • →Caching and relevance strategies per use case
02

MCP as an integration bus

MCP as the pattern for connecting LLMs to systems, APIs, repositories, and data without repeated custom glue code.

  • →MCP servers for internal bases and tooling
  • →Centralized governance of authorization and auditing
  • →Interoperability to swap models without rewriting everything
  • →Reusable foundation for new assistants and agents
03

Governance, risk, and quality

The layer that turns an AI experiment into a system with operational guarantees and transparency.

  • →Guardrails by domain and corporate policy
  • →Continuous LLM evaluation per query type
  • →Traceability of prompt, context, and response
  • →Cost, token, and latency control
04

Pragmatic delivery and evolution

Phased implementation, starting with the highest-value and lowest-risk use cases for the operation.

  • →Architectural discovery and trade-offs per scenario
  • →Structured PoC(s) with clear production gate criteria
  • →Deployment on AWS / Azure / GCP with observability
  • →Adoption plan, documentation, and handoff
What you receive
  • →Architecture map aligned with business strategy
  • →Pilot with MCP, context orchestration, and a real use case
  • →Policies for AI governance, quality, and security
  • →TCO, scaling, and operations plan for the next 6-12 months
  • →Documentation, metrics, and continuous evolution criteria
Stack, tools, and approach
MCP (Model Context Protocol)PythonRAGAgents / WorkflowsLLM EvaluationAWSAzureGCPKubernetescontainerdObservabilityData Governance

The final stack is always designed based on your reality: legacy, permissions, cost, risk, and expected speed.

Ready to turn AI from prototype into real operation?

Let’s talk about your company’s scenario, the architectural risks you are facing, and the best format to move forward: fast diagnosis, strategic consulting, or executive mentorship.