Video
Webinar

Leveraging IaaS and Automation to Secure and Streamline School Operations

As independent schools face rising complexity in IT and cybersecurity, Infrastructure as a Service (IaaS) offers a path to more resilient, scalable, and secure operations. This session highlights how Pingree School, in partnership with SecureWon, transitioned critical network systems to cloud-managed infrastructure and implemented automation to strengthen cybersecurity, reduce manual overhead, and future-proof IT services. Attendees will explore strategies for managing cloud-based networking, automating core infrastructure tasks, and conducting meaningful cybersecurity assessments—all framed around cost efficiency, risk mitigation, and strategic alignment.

Transcript

Takeaways

  • Strategic IaaS Shift

    Independent schools are increasingly moving towards IaaS to address the growing complexity of systems, intense pressure for 100% reliability, and constrained staffing; shifting technology from a capital expense to a predictable operating expense.

  • Automation for Efficiency

    Automation is crucial for reducing staff burnout and improving accuracy. Key areas for automation include patching, backups, provisioning/deprovisioning of user accounts across multiple systems, and integrating core systems like SIS and LMS.

  • MSP as Staff Multiplier

    MSP use is a strategy to supplement small in-house teams without the cost of a full-time employee. The ideal relationship involves the school setting strategy and policy, while the MSP handles 24/7 monitoring, infrastructure operations, security updates.

  • Resilience and Security

    Moving core services to the cloud and implementing High Availability systems eliminates single points of failure. Comprehensive security includes modern tools like XDR, SIEM for log analysis, and KnowBefore for essential cybersecurity training.

  • Predictable Budgeting

    By adopting an "as a service" model, schools can build a more predictable technology budget and reduce the need for large, disruptive, multi-year capital expenditure refresh cycles for heavy infrastructure like networks and servers.