Anonymized Case Studies

AI, GenAI, RAG, MCP and Agentic AI solution examples

Explore representative implementation patterns without client names. These examples show how Munimax can support AI automation, enterprise search, tool integration, multi-agent orchestration and operational intelligence projects.

Project Examples

Sample solution types Munimax can deliver

These examples help customers understand the practical project work we can support through freelance, fixed-scope or retainer engagement.

AI Document Automation System

Extracts data from documents, validates fields, generates summaries and triggers email or workflow actions.

Document AIPythonOpenAIWorkflow Automation

Legacy System Modernisation

Converts old desktop, spreadsheet or manual systems into web applications with APIs and modern dashboards.

ReactAPIsSQLCloud

Business Dashboard & Reporting Portal

Tracks finance, sales, operations, project or support metrics with role-based access and automated reporting.

Power BISQLDataOpsDashboards

MCP & Agentic AI Proof of Concept

Connects AI assistants with databases, APIs, files and internal tools using MCP and agentic workflow patterns.

MCP ServerLangGraphFastAPITool Calling

Case Study Summary

Representative AI implementation examples

Each case study below describes the business problem, solution approach, tech stack and expected outcomes.

πŸ“š

Enterprise RAG Knowledge Assistant

AI assistant for policy, SOP, contract, project and support document search with source-grounded answers.

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Vector-less RAG Search Assistant

Search and answer system using structured metadata, SQL, BM25/full-text search and reranking without vector DB dependency.

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MCP Tool Integration Layer

Secure MCP server for connecting AI assistants to APIs, files, databases and internal business tools.

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Agentic AI Workflow Automation

AI agent that plans tasks, calls tools, validates outputs and routes approval requests to human users.

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Multi-Agent Orchestrator

Coordinator-agent pattern with specialist agents for analysis, search, validation, generation and execution.

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AIOps Incident Intelligence

AI-driven incident summarisation, alert enrichment, root-cause hints and runbook recommendations.

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Legacy Monolith Modernisation

Modernising a tightly coupled legacy application into modular services with APIs and improved deployment practices.

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Desktop to Web Migration

Converting a Windows/desktop-based internal application into a browser-based system with role-based access.

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Cloud Re-platforming

Migrating legacy workloads to cloud hosting with CI/CD, monitoring, backup and security improvements.

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πŸ”—

API Enablement Layer

Exposing legacy business functions through secure APIs to enable integrations, dashboards and AI automation.

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Case Study 01

Enterprise RAG Knowledge Assistant

RAG β€’ GenAI β€’ Knowledge Search

Business Scenario

A business team needed a secure AI assistant to answer questions from policies, SOPs, project documents, contracts, support notes and internal knowledge files without manually searching multiple folders.

Solution Approach

  • Ingested documents from file storage and structured repositories.
  • Chunked and indexed content with metadata such as document type, department, date and access category.
  • Used retrieval-augmented generation to produce grounded answers with source references.
  • Added guardrails to avoid unsupported answers and ask for clarification when context is insufficient.
  • Integrated human review for sensitive or high-impact responses.

Tech Stack

PythonFastAPIOpenAI / Azure OpenAIEmbeddings Vector DBPostgreSQLBlob StorageReact RAGLangChainLlamaIndexDocker

Expected Outcomes

  • Faster knowledge discovery
  • Reduced dependency on manual document search
  • Improved answer consistency
  • Better onboarding and support productivity

Case Study 02

Vector-less RAG Search Assistant

Vector-less RAG β€’ SQL β€’ Full-Text Search

Business Scenario

A team wanted AI-powered search and question answering but did not want to introduce a vector database during the first phase because the content was highly structured and already available in relational tables.

Solution Approach

  • Used SQL filtering, full-text search, keyword search and metadata ranking to retrieve candidate records.
  • Applied reranking logic based on exact match, recency, category and business priority.
  • Passed top-ranked context to the LLM for summarisation and response generation.
  • Added query classification to decide whether to search tickets, records, documents or reports.
  • Designed later migration path to hybrid RAG if semantic search becomes necessary.

Tech Stack

PostgreSQLSQL ServerFull-Text SearchBM25 PythonFastAPIOpenAIReranking Metadata SearchReact

Expected Outcomes

  • Lower infrastructure complexity
  • Fast implementation for structured data
  • Improved explainability of retrieved records
  • Option to evolve toward hybrid RAG later

Case Study 03

MCP Server for Enterprise Tool Integration

MCP β€’ Tool Calling β€’ Enterprise Integration

Business Scenario

A business wanted AI assistants to safely access internal tools, databases, documents and operational APIs while keeping tool access controlled, auditable and reusable across multiple assistants.

Solution Approach

  • Built a custom MCP server exposing selected tools such as search, database lookup and API actions.
  • Implemented role-based tool access and input validation for sensitive operations.
  • Added audit logging for tool calls, parameters, response status and user context.
  • Designed MCP connectors for document search, CRM/ERP lookup, ticket creation and reporting.
  • Integrated human approval for write/update actions.

Tech Stack

MCP ServerPythonNode.jsFastAPI REST APIsPostgreSQLOAuthRBAC Audit LogsDocker

Expected Outcomes

  • Reusable AI tool integration layer
  • Controlled access to enterprise systems
  • Improved security and auditability
  • Faster AI assistant implementation

Case Study 04

Agentic AI Workflow Automation

Agentic AI β€’ Planning β€’ HITL

Business Scenario

A team needed to automate repetitive review, follow-up and reporting tasks where the process required decision-making, data lookup, document reading and approval before final action.

Solution Approach

  • Designed an agent that can understand the request, break it into steps and call the required tools.
  • Implemented planning, tool execution, validation and response generation stages.
  • Added human-in-the-loop approval before sending emails, updating records or triggering external actions.
  • Used structured output schemas to keep agent responses predictable and easy to validate.
  • Created fallback paths when data is missing or confidence is low.

Tech Stack

Agentic AILangChainLangGraphOpenAITool Calling PythonFastAPIPostgreSQLQueue Human-in-the-loopStructured Outputs

Expected Outcomes

  • Reduced manual follow-up effort
  • Better process consistency
  • Controlled automation with approvals
  • Faster turnaround for repetitive tasks

Case Study 05

Multi-Agent Orchestrator for Complex Workflows

Multi-Agent β€’ Orchestration β€’ Workflow AI

Business Scenario

A complex process required multiple types of expertise: document understanding, data lookup, validation, risk classification, response drafting and final action. A single-agent approach became difficult to govern.

Solution Approach

  • Created a supervisor/orchestrator agent to route tasks to specialist agents.
  • Defined specialist agents for search, analysis, validation, summarisation and execution.
  • Used state management to track workflow status, intermediate results and approvals.
  • Added policy checks and confidence scoring before allowing downstream actions.
  • Enabled extensibility so new agents can be added for future business functions.

Tech Stack

LangChainLangGraphMulti-Agent OrchestratorSupervisor AgentSpecialist Agents PythonFastAPIRedis / QueuePostgreSQL OpenAI / Azure OpenAIObservability

Expected Outcomes

  • Better control over complex AI workflows
  • Improved modularity and maintainability
  • Clearer governance and approvals
  • Reusable agent patterns across use cases

Case Study 06

AIOps Incident Intelligence Assistant

AIOps β€’ Observability β€’ Runbook Automation

Business Scenario

Operations teams were receiving alerts from multiple monitoring systems and needed faster triage, incident summaries, root-cause hints and recommended runbook actions.

Solution Approach

  • Ingested alerts, logs, metrics and traces from monitoring platforms.
  • Correlated events by service, environment, time window and dependency impact.
  • Generated AI summaries with probable cause, affected components and recommended next steps.
  • Linked runbooks and automated low-risk diagnostic actions.
  • Maintained incident history for continuous improvement and knowledge reuse.

Tech Stack

Azure App InsightsAWS CloudWatchDatadogSite24x7 OpenTelemetryClickHousePythonFastAPI AI SummarisationRunbook Automation

Expected Outcomes

  • Reduced incident triage time
  • Improved operational visibility
  • Faster root-cause analysis support
  • Reusable incident knowledge base

Discuss Your Use Case

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