The nine key criteria in a private cloud RFP checklist

A private cloud request for proposal (RFP) checklist can help your organization evaluate private cloud solutions. It can also help you evaluate managed service providers (MSPs) on far more than how they manage help desk tickets, laptop updates, or server upgrades; it can provide insight into how a prospective MSP partner can provide a viable private cloud that is secure, compliant, and cost-effective. Modern private cloud environments require operational maturity with capabilities such as hybrid cloud monitoring, network security operations, governance, and disaster recovery. If your team is shopping for a private cloud, this checklist will help you understand what it must include to provide return for your investment–and whether a given MSP is right to help you manage it.

This RFP checklist outlines the key areas organizations should assess to ensure a provider can deliver reliable, secure, and well-managed cloud infrastructure. By structuring an RFP around these capabilities, buyers can compare MSPs consistently and select a partner that aligns with both technical requirements and long-term risk management goals.

The nine essential criteria in a private cloud RFP checklist

1. Service scope and ownership

• Infrastructure ownership model. Define whether the MSP owns and maintains the physical infrastructure (servers, storage, networking) or whether the customer retains ownership. The RFP should clarify how hardware lifecycle management, upgrades, and replacements are handled.
• Shared responsibility matrix. You need a documented breakdown of which responsibilities belong to a prospective MSP and which belong to your organization. Any communication gaps regarding responsibilities can undercut service-level agreements. Establish who owns tasks such as software patching, threat monitoring, security controls, and configuration management.
• Managed vs. co-managed options. This is a critical step in mapping out how you work with an MSP. Determine whether your organization wants to work with an MSP that fully operates the IT environment or simply co-manages it alongside your team. Many organizations prefer co-managed models where internal teams retain strategic control while the MSP manages day-to-day operations.
• Escalation framework. MSPs should have documented structure that describes how incidents are escalated within an MSP. This includes severity levels, response timelines, and escalation paths to senior engineers or leadership when issues become critical.
  

2. Monitoring and operations

• 24/7 monitoring coverage.  Malicious attackers can strike at any time. Confirm that an MSP is prepared to continuously monitor infrastructure, network performance, and system health. True 24/7 monitoring ensures that outages or performance issues are detected regardless of time or geographic location.
• Proactive alerting model. Look for monitoring platforms that detect anomalies before they become outages. Predictive alerting based on thresholds, trends, and automation can reduce downtime and improve system reliability.
• Network operations center (NOC) capabilities. Evaluate a potential MSP’s operational support structure, including staffing, tools, and escalation procedures within its Network Operations Center (NOC). Mature NOCs provide centralized monitoring, incident response, and operational coordination.
• Patch management process. Assess how the prospective MSP applies operating system updates, firmware patches, and security fixes. An RFP should ask about testing procedures, scheduling windows, and how the MSP conducts patching without service disruptions.
• Change management controls. System changes can create service disruptions and are more difficult to track if undocumented. A change management process ensures infrastructure changes are documented, reviewed, and approved before implementation. This reduces risk and prevents accidental outages from unplanned modifications.
  

3. Security operations (SecOps)

Cloud services are often provided independently of security services. While the following services might not be part of a cloud engagement, they should be strong considerations in buying cloud services.

• SIEM integration. A security information and event management platform aggregates logs and security data among disparate systems. MSPs should demonstrate how a customer’s cloud infrastructure integrates with SIEM tools to provide centralized visibility into security events.
• SOC support model. A security operations center monitors threats, analyzes alerts, and responds to suspicious activity. Organizations should ask whether the MSP provides its own SOC services or integrates with a third-party provider.
• EDR/XDR management. Endpoint detection and response (EDR) or extended detection and response (XDR) tools identify threats on servers, virtual machines, and endpoints such as mobile devices. A prospective MSP should explain how these tools are deployed, monitored, and managed.
• Vulnerability management. This involves scanning systems regularly to identify known security vulnerabilities. A mature MSP provides remediation guidance, patch prioritization, and risk scoring to reduce an organization’s attack surface. This should also be a proactive approach, getting ahead of potential threats and identifying anomalies before they affect systems or end users.
• Incident response plan
  The prospective MSP should provide a documented process outlining how security incidents are detected, investigated, contained, and remediated. The plan should also specify communication procedures with the client.
• Compliance reporting, Organizations often require documentation for regulatory frameworks such as HIPAA, SOC2, CMMC, or ISO standards. MSPs should demonstrate how they generate reports and evidence needed for compliance audits.

4. Governance and risk alignment

• Risk assessment cadence. Providers should perform periodic security and operational risk assessments to identify emerging vulnerabilities. The RFP should clarify how often these reviews occur and how findings are communicated.
• Policy enforcement model. Security policies—such as access controls, encryption standards, and password requirements—must be consistently enforced. MSPs should describe how policies are implemented and monitored across the environment.
• Audit support services. The right MSP can be a critical partner in regulatory audits. During regulatory or internal audits, organizations often need operational documentation and evidence of controls. A prospective MSP should explain how it assists with audit preparation and auditor requests and whether it can be present for audits.
• Data classification controls. Data classification frameworks ensure sensitive information receives appropriate protection. MSPs should describe how their platforms support encryption, access restrictions, and segmentation for confidential data.

5. Backup and disaster recovery

• Backup ownership clarity. Clearly define who is responsible for managing backup schedules, storage, testing, and restoration procedures. Without defined ownership, organizations may discover backup gaps during an outage.
• Immutable backup support. Immutable storage prevents backups from being altered or deleted, even by administrators. This capability is increasingly critical for defending against ransomware attacks.
• RPO/RTO guarantees. These metrics are where the rubber meets the road on working with the right—or wrong—MSP. Getting systems and data back up and running is critical in the event of an incident. Recovery point objective (RPO) defines how much data loss is acceptable, while recovery time objective (RTO) defines how quickly systems must be restored. MSPs should commit to achievable RTO and RPO recovery targets that are tailored for your business needs, and part of your overall IT strategy and disaster recovery efforts.

DR testing frequency. Regular disaster recovery tests validate that backup and failover systems work as expected. The RFP should ask how often these simulations occur and whether clients receive documented results.

6. Performance and optimization

• Capacity planning services. Providers should proactively forecast infrastructure requirements based on growth trends. This ensures the environment can scale without sudden performance constraints.
• Cost optimization advisory. Cloud costs often introduce sticker shock, and the right MSP won’t drive up costs. Instead, it can optimize them through strategies such as FinOps. Cloud infrastructure can also become inefficient if resources are not actively managed. MSPs should offer guidance on reducing unnecessary spending through better architecture and resource allocation.
• Performance service-level agreements (SLAs). Service level agreements should define expected uptime, latency, and system performance thresholds. Clear SLAs ensure accountability and measurable service delivery.
• Resource right-sizing. Part of cost optimization involves adjusting workloads that consume too many resources. Workloads should be matched with appropriate computing, memory, and storage resources. Right-sizing helps avoid both underperformance and unnecessary infrastructure costs.
  

7. Automation and tooling

• Automation framework. Automation reduces manual intervention in tasks such as provisioning, patching, and monitoring. MSPs should demonstrate orchestration platforms that streamline operations and improve reliability.
• Self-service portal access. Clients benefit from dashboards that provide visibility into infrastructure performance, tickets, and service metrics. Some portals also allow customers to request or provision resources directly.
• Application programming interface (API) integration support. Modern cloud environments rely on APIs to connect tools across security, monitoring, and DevOps workflows. MSPs should support integration with third-party management platforms.
  

8. Client experience and reporting

• Executive reporting cadence. Executives often require high-level summaries of service performance, risk posture, and strategic initiatives. MSPs should provide periodic reports tailored for leadership audiences.
• Technical reporting detail. Operational teams need deeper visibility into metrics such as uptime, patching status, capacity trends, and security alerts. Detailed technical reporting improves transparency.
• Client portals. Reporting is easier to digest when presented in a client portal. Does a prospective MSP provide reporting dashboards in a client portal, alongside billing, alerts, and other details?
• Quarterly business reviews. In addition to regular reporting, a prospective MSP should meet with your company quarterly to check in on budget, adherence to SLAs and performance, strategic goals, critical issues and threats, and future projects.

Dedicated account team. A defined account team ensures consistent communication and support. This typically includes an account manager, technical lead, and escalation contacts.

9. Commercial structure

• Per-user or per-virtual-machine pricing. MSPs price services using various consumption models. The RFP should clarify pricing units to make cost comparisons consistent.
• Bundled service tiers. Many MSPs offer standardized service packages that include predefined features and support levels. Buyers should understand what capabilities are included at each tier and be able to adjust levels without friction.
• Contract flexibility. Cloud requirements often change as organizations grow. Flexible contract terms allow customers to scale up or down without significant penalties. Flexibility should also allow customers to add or drop services without waiting for other service terms to come due.
• Exit & transition plan. Organizations should understand how services can be transitioned away from a prospective MSP if the relationship ends. A documented offboarding process reduces risk and ensures data portability.

If you would like to learn more about how Integris cloud services can help you, check out our cloud solutions and contact us today for a free consultation.