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Building Your First MCP Server for Claude: A Practical Enterprise Guide
- MCP architecture overview: how Claude discovers and calls tools
- Designing tool schemas Claude will use correctly - naming, descriptions, parameter types
- Authentication patterns: connecting your MCP server to APIs, databases, and internal services
- Input validation: handling model-generated parameters safely
- Output sanitization: what to check before returning data to Claude's context
- Error handling: graceful degradation when tools fail or return unexpected results
- Structuring an MCP server for team environments and multiple developers
- Testing MCP integrations: unit tests, integration tests, and simulated Claude sessions
- Versioning and backward compatibility for production tool updates
- Observability: logging, monitoring, and alerting for MCP server activity
- Security checklist: credential management, network exposure, and least-privilege tool design
Overview of the webinar
MCP is the protocol that lets Claude discover and call external tools. Your MCP server is the thing that registers those tools, validates what Claude sends, authenticates to your downstream systems, executes the calls, and hands the results back. Getting that right matters because Claude will use your tools exactly as you define them, which means a badly designed schema or a missing validation step becomes a production problem fast.
We go through the full build lifecycle. How to write tool descriptions and parameter schemas that Claude actually uses correctly. How to handle authentication to APIs and databases without putting credentials in the wrong place. How to validate what Claude sends before you execute it and sanitize what comes back before it enters Claude's context. How to write error handling that fails loudly rather than silently.
We also cover the team and deployment side: how to structure a server that multiple developers can work on, how to version tools without breaking sessions that are already running, how to write tests that catch regressions, and what production monitoring looks like for MCP activity.
Security is threaded throughout, not bolted on at the end. You will leave with a server template and a deployment checklist.
Who should attend?
- Chief Technology Officer
- Software Engineers
- AI/ML Engineers
- Platform Engineers
- DevOps Engineers
- Solutions Architect
- Technical Product Manager
- Developer Advocate
- Developers
- IT Security / Governance
Why should you attend?
If you want Claude to do something useful in your organization, at some point it needs to connect to your actual systems. MCP is how that connection works. Teams that know how to build MCP servers well can give Claude access to their databases, APIs, and internal tools and have it act on real data. Teams that do not are stuck using Claude as a glorified text editor.
Most MCP servers we see in the wild were built quickly to get something working and then pushed to production without being hardened. They break on edge cases, fail silently, and have credential management that would not pass a security review. This session is about building them properly the first time.
You will leave with design patterns you can use immediately, a clear sense of where MCP integrations typically go wrong, and a checklist for moving from prototype to production.
Faculty - Mr.Mohammed Ilyas Ahmed
Mohammed is a security and DevSecOps professional with deep experience helping organizations strengthen their security posture across modern, cloud-native environments. His work centers on bridging security, engineering, and operations to enable scalable, resilient, and secure systems in complex enterprise ecosystems.
He is an active contributor to the global technology community and a frequent speaker at leading industry conferences and platforms, including DEF CON, Black Hat, KubeCon (Paris), ISACA, IANS, and Wallarm, among others. He is also regularly invited to serve as a technical session judge, where he brings practical insight and industry rigor to evaluating emerging ideas and innovations.
He maintains strong ties with academia and thought leadership. He contributes research associated with Harvard University, publishing work that advances discussions on modern security practices, governance, and risk management. He is a member of the Harvard Business Review Advisory Council, where he supports collaboration between industry and academia and promotes knowledge sharing and innovation.
His work has a global dimension through his role on the Global Advisory Board of VigiTrust Limited (Dublin, Ireland), where he contributes to international strategies in cybersecurity, data protection, and risk management. He holds numerous industry certifications that reflect the breadth and depth of his expertise in security and cloud technologies.
He is the author of Cloud-Native DevOps, a practical guide to building scalable, reliable, and secure cloud-native applications. The book draws on real-world experience to cover modern DevOps and DevSecOps practices, containers, CI/CD pipelines, and security integration in cloud-native architectures.
His areas of focus include cybersecurity, cloud-native technologies, DevSecOps, risk management, and the role of AI in cloud-native ecosystems. Beyond his professional work, he brings a range of interests and perspectives that inform his leadership and thought leadership.