Before any code is written, we map which systems your AI needs to reach, what it should be allowed to read or change, and who will use it. Our consultants then define the server boundaries, choose between local and remote deployment, plan the authorization model, and decide which capabilities become tools, resources, or prompts. The result is an MCP architecture that fits your security policies and scales as more AI use cases arrive.
WHAT’S INCLUDED
We build MCP servers around the way your teams actually work, not around a raw list of endpoints. Each tool gets a clear name, a plain-language description, and strict input and output schemas, so AI models pick the right action and pass the right parameters. We develop in Python, TypeScript, Java, C#, or Go using the official MCP SDKs, matching the stack your engineers already maintain.
WHAT’S INCLUDED
Our MCP integration services connect your servers to the AI clients your organization uses, including Claude, ChatGPT, Microsoft Copilot Studio, GitHub Copilot, Cursor, and custom AI applications. We configure client connections, handle the differences in how each client supports the protocol, and set up rollout so the right teams get the right servers without manual setup on every machine.
WHAT’S INCLUDED
Most organizations already have the APIs their AI needs, but those APIs were written for developers, not models. We turn existing REST, GraphQL, and internal service APIs into MCP servers, grouping related calls into tools that match real tasks and leaving out endpoints the AI should never touch. Your existing systems stay unchanged while gaining a clean, AI-ready interface.
WHAT’S INCLUDED
An MCP server can read records and take actions, so security cannot be an afterthought. We implement OAuth 2.1-based authorization, map AI access to your existing user roles, add confirmation steps for sensitive actions, and log every tool call. We also harden servers against MCP-specific risks such as prompt injection through tool results, poisoned tool descriptions, and over-broad data exposure.
WHAT’S INCLUDED
Local servers suit individual developers, but company-wide AI needs remote MCP servers that everyone can reach securely. We deploy servers over Streamable HTTP on AWS, Azure, Google Cloud, or your own infrastructure, with containerized builds, autoscaling, and secrets management. For organizations running many servers, we set up an MCP gateway that centralizes authentication, routing, and policy.
WHAT’S INCLUDED
We test each server the way an AI will use it: checking that models choose the right tools, pass valid parameters, and recover from errors. After launch, we monitor tool usage, latency, and failures, then refine tool descriptions based on real behavior. As the MCP specification and client support evolve, we keep your servers current so they continue working without disruption.
WHAT’S INCLUDED
Talk to our MCP engineers about your systems. We will show you which ones to expose first, what the AI should be allowed to do, and how one MCP server can serve every client your teams use.
AI Engineers & Data Scientists
AI Solutions Delivered
AI Models in Production
Industries Served
Before MCP, every AI tool needed its own custom connector to every system, and each one had to be rebuilt when the model or vendor changed. MCP replaces that with one standard interface, which is why MCP AI development is becoming a regular part of enterprise AI roadmaps.
Schedule a ConsultationA single MCP server for your CRM or database works with Claude, ChatGPT, Copilot, and your in-house AI apps. Your engineering effort goes into one well-built server instead of a separate integration for each tool.
Instead of relying on what a model learned during training or on pasted spreadsheets, AI assistants query your systems at the moment a question is asked, so answers reflect current orders, tickets, and records.
Permissions, approvals, and logging are enforced inside the MCP server rather than scattered across many integrations. Security teams review one layer and know exactly what each AI client can reach.
Because MCP is an open standard supported by the major AI providers, you can change models or add new AI tools without rewriting how they connect to your systems. That protects your investment as the market moves.
Once your core systems are available through MCP, new assistants and agentic AI workflows can reuse the same servers. Teams move from idea to working pilot without waiting on fresh integration work.
Each tool call passes through a defined interface that can be logged, reviewed, and limited. When auditors or managers ask what the AI did and why, the record is already there.
Tools are the actions an AI can take through your server, such as creating a ticket, looking up an order, or updating a record. We design each tool around a single clear task, write descriptions that models understand reliably, and define strict input schemas so requests are validated before they reach your systems.
Resources give AI clients read access to documents, files, database records, and other context without exposing an action. They are well suited to reference material like policies or product data, and they work alongside retrieval pipelines built through our RAG development services when large knowledge bases are involved.
Prompts are reusable templates that the server offers to users, such as "summarize this account" or "draft a renewal email". They package your team's best instructions and the right context into one step, giving everyone consistent, higher-quality results without having to write prompts from scratch.
Beyond plain text, MCP tools can return typed, structured data defined by an output schema. We use structured output when results feed into other software or later steps in a workflow, so downstream systems receive predictable fields instead of free text they would have to parse.
Elicitation lets a server pause and ask the user for missing details or confirmation during a task, such as choosing a date range or approving a change. We use it to keep people in control of sensitive actions and to avoid AI guessing at information it should ask for.
MCP servers communicate over stdio when running locally next to a desktop app or IDE, or over Streamable HTTP when hosted remotely for many users. We choose the transport based on who uses the server and where it runs, and we build remote servers to handle many concurrent sessions reliably.
For remote servers, the MCP specification defines an OAuth 2.1-based authorization flow. We implement it with your existing identity provider, such as Microsoft Entra ID, Okta, or Google Workspace, so AI access follows the same sign-in, roles, and revocation rules as the rest of your applications.
Claude
GPT
Gemini
Copilot
Llama
Mistral
Qwen
DeepSeek
Gemma
Amazon Nova
Claude Opus
Meta AI
Let AI assistants look up accounts, update opportunities, and log activity in Salesforce, HubSpot, or Dynamics 365 without leaving the chat.
Give AI governed, query-level access to PostgreSQL, Snowflake, Databricks, and other data stores for reporting and analysis.
Connect SharePoint, Google Drive, Confluence, and internal wikis so AI answers from approved, current documents.
Expose inventory, purchase orders, invoices, and approvals from SAP, Oracle, or NetSuite as safe, task-focused tools.
Allow AI to read, create, and route tickets in ServiceNow, Jira Service Management, or Zendesk for faster resolution.
Help engineering teams work with code repositories, CI/CD pipelines, cloud resources, and logs from their IDE or AI assistant.
Discovery
Identify the systems, users, and AI clients involved, and agree on what the AI should be able to read and do.
Tool Design
Define tools, resources, and prompts with schemas, descriptions, permissions, and the authorization approach.
Development
Build the MCP server with the official SDKs, connect it to your systems, and add logging and error handling.
Testing & Security
Test tool selection with real prompts across your AI clients and run security checks before release.
Deploy & Support
Deploy locally or as a remote server, roll out to teams, then monitor usage and keep the server current.
Our engineers work directly from the Model Context Protocol specification and official SDKs, and we track each revision as it is released. Your servers follow the current standard for tools, resources, transports, and authorization, so they behave correctly across clients instead of working with only one.
We define what each AI client may read and change before building any tool, then enforce it with your identity provider, scoped permissions, approval steps, and audit logs. Known MCP risks like prompt injection and tool poisoning are reviewed as part of every delivery, not after an incident.
We are not tied to any single AI provider or platform. Servers are tested with the clients and models you actually use, whether that is Claude, ChatGPT, Copilot, or an open-weight model in your own environment, so you keep the freedom to change direction later.
A server that mirrors every API endpoint often confuses AI models. We design fewer, task-focused tools with clear descriptions and predictable responses, then test them with real prompts, which leads to more accurate tool selection and fewer failed calls in daily use.
Every server ships with source code, deployment scripts, tool documentation, and test suites written for your engineers. You can extend it in-house, keep us on for ongoing support, or combine both as your MCP footprint grows.
Fixed Price Model
Best for a clearly scoped MCP server, such as one system with a defined set of tools, a set budget, and an agreed delivery date.
Most Popular
Dedicated Teams Model
Ideal for organizations connecting many systems to AI, with engineers working exclusively on your MCP servers, gateway, and rollout.
Time & Material Model
Suited to MCP projects where the list of systems, tools, or AI clients is still taking shape as pilots reveal what users need.
MCP server development is the process of building a server that follows the Model Context Protocol, so AI assistants and agents can use your business data and actions in a standard way. The server exposes tools the AI can call, resources it can read, and prompts it can reuse, along with authentication, permissions, and logging. Once built, the same server can be used by any MCP-compatible AI client without writing a separate connector for each one.
The Model Context Protocol (MCP) is an open standard, introduced by Anthropic in late 2024, that defines how AI applications connect to external tools and data. It works like a common plug: AI clients such as Claude, ChatGPT, Microsoft Copilot, and many developer tools can connect to any MCP server and discover what it offers. Major AI providers including OpenAI, Google, and Microsoft now support it.
A basic MCP server can be built in an afternoon, but a production server that handles real business data needs careful tool design, OAuth-based authorization, permission scoping, input validation, rate limiting, logging, and ongoing updates as the protocol evolves. A Model Context Protocol development company brings that experience, so your team avoids security gaps and unreliable tools and gets a server that AI clients can use correctly from day one.
A regular API is designed for developers who read documentation and write code against it. An MCP server is designed for AI models: it describes each tool in plain language, defines input and output schemas, and lets the AI client discover available capabilities at runtime. In many projects, the MCP server sits in front of your existing APIs and translates them into tools an AI can understand and use safely.
The servers we build follow the official MCP specification, so they work with MCP-compatible clients such as Claude, ChatGPT, Microsoft Copilot Studio, GitHub Copilot in VS Code, Cursor, and Gemini-based tools, as well as custom applications built with agent frameworks like LangGraph or the OpenAI Agents SDK. We test each server against the specific clients your teams use.
Yes. We review your REST, GraphQL, or internal service APIs and turn the most useful operations into well-described MCP tools and resources. Rather than exposing every endpoint, we group related calls into task-focused tools, add clear descriptions, and apply permission checks, which makes the server easier for AI models to use correctly and safer to run.
We apply OAuth 2.1-based authorization for remote servers, least-privilege access so each user and AI client only reaches what it should, input validation on every tool, confirmation steps for sensitive actions, rate limiting, and full audit logging. We also design against MCP-specific risks such as prompt injection through tool results, tool description poisoning, and excessive data exposure, and we review third-party MCP servers before they are connected to your environment.
MCP server development builds the standard connection layer between AI and your systems. AI agents are the applications that use that layer to plan and complete tasks, which our AI agent development team builds. AI integration is a broader service that embeds AI capabilities into your existing enterprise software, covered by our AI integration services. Many clients combine all three, with MCP servers providing the reusable connectors.
A focused MCP server that exposes a small set of tools from one system can often be delivered in a few weeks. Servers that connect multiple systems, require enterprise authentication, or need remote hosting with monitoring take longer. We confirm the timeline after reviewing your systems and use cases in a discovery session.
The cost of custom MCP server development services depends on the number of systems and tools involved, authentication and security requirements, hosting model, and testing needs. We scope cost after a discovery conversation and offer fixed-price, dedicated team, and time and material engagement models.