Developer Tools & Devops · Pilvio + Claude
Pilvio MCP with Claude: Automate Cloud VMs and Object Storage
The short answer
Claude works with Pilvio through the Model Context Protocol (MCP), an open standard that acts as a secure adapter. Using an API key, Claude can read infrastructure status and carry out permitted actions such as launching virtual machines or managing object storage. Your organisation sets the permissions, and people approve consequential changes before they happen.
What is Pilvio?
Pilvio is a cloud platform for creating and managing virtual machines and object storage. It offers full API support, so developers and teams can control their cloud resources through code rather than manual clicks. It is typically used by software development teams, DevOps engineers and IT operations groups who run applications on cloud infrastructure and want reliable, repeatable control over compute and storage.
How Claude connects to Pilvio through MCP
The Model Context Protocol (MCP) is an open standard that lets Claude use other software securely. Think of it as a universal adapter between Claude and a tool. Pilvio provides a route for Claude to reach its platform, so that Claude can work with your cloud resources in plain language.
Once connected with an API key, Claude can typically read the status of virtual machines and storage, check resource usage, and carry out permitted actions such as launching a machine or creating a storage bucket. Requests such as 'show me which servers are running hot this afternoon' become practical tasks rather than console hunting.
Permissions and approvals keep people in charge. We set up the API key with least-privilege access, so Claude only reaches what it needs. Consequential actions, such as deleting storage or scaling up costly machines, can require a named person's approval first, and every action is recorded in an audit log.
What you can automate
Launching Development and Test Environments
Developers often need a fresh virtual machine for testing a new release. Instead of raising a ticket, a team member can ask Claude to launch a machine with a defined configuration. Claude can create it within the agreed limits, report back its address, and shut it down when the testing window closes, reducing idle cost.
Automated Scaling During Demand Peaks
An online retailer or event platform may see sudden traffic spikes. Claude can watch resource usage and, under rules you approve, add capacity during busy periods and release it afterwards. Operations staff receive a summary of each change, keeping performance steady without paying for unused machines overnight.
Object Storage Housekeeping
Storage costs grow quietly as old backups and logs pile up. Claude can list storage buckets, report which ones have not been accessed for months, and propose a clean-up plan. Because deletion is consequential, a designated manager approves each batch before anything is removed.
Infrastructure Monitoring in Plain Language
Not every manager reads dashboards. A department head can ask, 'Is anything unusual in our cloud this week?' and receive a clear summary of machine health, storage growth and recent changes. This gives non-technical leaders visibility without waiting for an engineer to prepare a report.
Faster Onboarding for New Engineers
New team members can learn the environment faster by asking Claude how resources are organised, which machines serve which application, and where data is stored. Claude answers from live information, so the explanation reflects the current state of the platform rather than an outdated document.
An end-to-end workflow: Peak-Season Capacity Management with Ticketing
TriggerTraffic on the customer website rises above an agreed threshold during a sales event.
Claude reads current virtual machine load and storage usage in Pilvio through the MCP connection.
Claude proposes adding two machines to the web tier, with estimated cost, and raises a request in the team's ticketing system.
The operations lead reviews the request and approves it from the ticket.
Claude launches the approved machines in Pilvio and confirms they have joined the service.
When traffic falls, Claude proposes releasing the extra machines, again routed for approval.
A summary of every change is logged and posted to the team's Microsoft 365 channel.
OutcomeThe website stays responsive during peak demand, cloud spend tracks actual need, and every scaling decision has a clear approval record.
How we set it up
Free Automation Audit
We review your current use of Pilvio and your team's workflows, then identify the tasks worth automating first, such as scaling, storage clean-up or environment provisioning.
Secure API Key Setup
We create a dedicated API key for Claude with least-privilege access, storing it in your secrets manager. Access is limited to the resources and actions agreed in the audit.
Connecting Claude via MCP
We connect Claude to Pilvio through an MCP server, or a secure managed connector where needed, then design the end-to-end workflow with your other systems and approval points.
Testing and Launch
We test the workflow against real past cases, confirm approvals work as intended, and launch with monitoring and audit logs turned on.
Team Training
We train engineers and operations staff on how to make requests, review approvals and read the audit trail, so the team stays confident and in control.
Who benefits
- DevOps and Platform Engineers
- Fewer manual provisioning tasks and faster, repeatable environment setup through plain-language requests.
- Software Development Leads
- Developers can launch and retire test environments on demand without waiting for infrastructure tickets.
- IT and Operations Managers
- Clear monitoring summaries and approval records make cloud spending and changes easier to govern.
- Finance and Department Heads
- Plain-English visibility into cloud usage supports better budgeting without needing to read technical dashboards.
Security and control
- Least-privilege API keys limit Claude to only the resources and actions your organisation approves.
- Consequential actions such as deleting storage or scaling costly machines require named human approval.
- Every action Claude takes is recorded in an audit log for review and accountability.
- Credentials are kept in your secrets manager and can be rotated or revoked at any time.
- Workflows are tested against real past cases before launch, and monitoring alerts the team to unexpected behaviour.
For teams in the US, UK, India and the Middle East
Organisations in the United States and the United Kingdom can host the Claude workflow in their chosen region to align with their data handling policies. Indian organisations are supported under the Digital Personal Data Protection Act, 2023, with hosting in India available. Businesses in the UAE and Saudi Arabia benefit from workflows designed around local data protection laws. Hosting region is selected during design to meet your specific legal and contractual requirements.
Learn more about Claude and MCP
Anthropic's AI model and assistant.
Secure links between Claude and business tools.
How engineers build and change software with Claude.
Hosted agents that run multi-step work.
The open standard Claude uses to connect to tools.
Frequently asked questions
What does the Pilvio MCP server do?
The Pilvio MCP server is a connector that lets Claude communicate with the Pilvio platform in a structured, secure way. It typically allows Claude to read infrastructure information and perform permitted actions, such as launching virtual machines or managing object storage. The server acts as a controlled gateway, so Claude only reaches what your API key allows.
Is connecting Claude to Pilvio secure?
Security depends on how the connection is configured, and we design it carefully. We use a dedicated API key with least-privilege access, store it in a secrets manager, require human approval for consequential actions, and keep audit logs of every change. Access can be revoked at any time if needed.
What can Claude actually do in Pilvio?
Once connected, Claude can typically check the status of virtual machines and storage, report on resource usage, launch or stop machines within agreed limits, and help manage object storage. The exact actions depend on the permissions you grant, and anything consequential can be routed for approval before it runs.
How long does setup take?
A focused setup for one workflow often takes a few weeks, including the audit, secure connection, testing and team training. Larger programmes covering several workflows or systems take longer. We agree a timeline during the free automation audit, once we understand your environment.
Which plan or permissions do I need?
Connection uses an API key, so you need an account with API access enabled on Pilvio and a key with permissions matching the workflows you want. We recommend the narrowest permissions that do the job. We confirm what your account supports during the audit.