Build a Transformational Network and Systems

Build a world-class, transformational network and systems that exceed university demands.


The following accomplishments represent how departments within Information and Technology Services (ITS) successfully met this essential 'Area of Focus.' Accomplishments listed may appear in more than one area of focus.

Click on an ITS department title to view all their accomplishments for fiscal year 2025 (FY25).


System Operations

ITS Administration & Operations

The ITS System & Operations teams delivered several high-impact infrastructure and innovation milestones. The Server Virtualization team deployed a redundant virtual cluster within the Virtualization Service, empowering the Networking team to monitor U-M Net campus network more nimbly and comprehensively. The Virtual Desktop Infrastructure team built and launched a FIPS-compliant MiDesktop cluster for the Inter-University Consortium for Political and Social Research, ensuring sensitive data is protected with NIST-approved cryptographic standards. And the Cloud Services team collaborated with Google’s Rapid Innovation group, Nerdery, and Ross School of Business professors to pilot a Virtual Teaching Assistant: an AI chatbot powered by Google’s Gemini, deployed via Terraform, secured with new domain and certificate management, and balanced through a cross-project load balancer. This innovative service — set to expand to 9,000 students across 72 courses and 26 institutions over the next two years — demonstrates ITS’s commitment to leveraging cutting-edge cloud and AI technologies to enhance teaching and learning.


System Operations Storage Team

ITS Administration & Operations

The ITS System Operations Storage team capped off FY25 by completing a landmark migration of over 5 petabytes of data — including more than 700 file shares — from legacy Isilon arrays to the high-performance VAST platform, a painstaking effort carried out during nights, weekends, and early mornings since October 2023 and finalized in March 2025. In February 2025, the team also rolled out MiBackup 2.0, combining on-premises disk arrays for rapid, reliable backups with Amazon Cloud Storage for cost-effective long-term retention — significantly enhancing the university’s data resilience, performance, and scalability.


MiServer and MiDatabase

ITS Administration & Operations

The ITS MiServer and MiDatabase team successfully upgraded over 100 MiDatabase servers from MySQL 5.7 on RHEL 7 to MySQL 8.0 on RHEL 8 — collaborating with individual application owners to ensure full compatibility and minimizing downtime through robust database replication — while also hosting the BTAA DBA conference in May to foster community engagement among database professionals. In parallel, the team modernized its MiServer Windows Server Security Standards by introducing automated update hardening on all newly managed systems (with a retrofit approach for existing servers) and streamlining policy enforcement and vulnerability management. This initiative drove compliance to over 90% against both CIS-CAT and DoD STIG level 1 and 2 benchmarks — well above the original 80% target — thereby solidifying a stronger, more transparent security foundation.


Research Excellence, Cutting-Edge Infrastructure

ITS Academic Research Computing (ARC)

ARC made significant upgrades in GPUs and hardware in FY2025, constituting the highest performance improvements in the unit’s entire history. Comprising of startup expenditures, record-breaking investments, and faculty awards, this expansion of ARC services provides necessary infrastructure to a wide variety of research initiatives and underscores ARC's role as a central hub of support and collaboration across campus.

As a notable example, U-M faculty Venkat Raman (Aerospace Engineering), Alex Gorodetsky (Aerospace Engineering), and Aaron Towne (Mechanical Engineering) received a $2M award from the Department of Defense to develop an AI-driven scientific computing resource. As foundational components in machine learning and AI technologies, this new computing resource will rely heavily on GPUs to enable faster, more highly detailed computer simulations to solve complex physics problems. Although this project targets, specifically, the field of hypersonic flight, it represents an overall increase in research capability and opens the door to future, interdisciplinary applications.


ARC Research Purchased Hardware (ARPH)

ITS Academic Research Computing (ARC)

Faculty Owned Equipment (FOE) underwent a service refresh, which included a name change: ARC Research Purchased Hardware (ARPH)–reflecting an improved support for systems external to ARC, purchased by researchers for specific needs.

To offer greater flexibility and value to users, ARC launched two distinct integration options for adding hardware to ARC’s high-performance computing clusters:

  • Condo model: research-purchased hardware is exclusively available to the researcher, offering greater customization for performance and storage.
  • Timeshare model: research-purchased hardware becomes part of an existing shared pool with shared accessibility, offering burst capacity, better protection against hardware failures, and the opportunity to receive HPC credit.

Turbo Upgrade

ITS Academic Research Computing (ARC)

Turbo also underwent a major refresh this year, pivoting from slow, mechanical hard drives to the faster and more reliable Flash memory. Flash provides a greater performance while also using less energy and lower failure rates. Because of this upgrade, Turbo is now over 14 petabytes in size and regularly reaches speeds of over 10 gigabytes per second, going as high as 25 gigabytes per second while in real use — that’s fast enough to download a high quality version of the recent season of Severance in one second! This data transfer rate accounts for as much as half of the university’s main internet traffic!


PMO: Service Excellence and Beyond

CIO Project Management Office

This year, the PMO continued to organize and work on internal and external audits, with 36 internal audit engagements for the year. This crucial function strengthens the alignment to “One ITS” strategic objectives. It reinforces the organization’s commitment to Service Excellence by driving continuous process improvements that heighten the quality and efficiency of ITS services.

In addition to leading projects that follow the Service Lifecycle and often directly result in organizational process improvements, the PMO partners with many areas of ITS to deliver processes critical to creating consistency and improving service quality and effectiveness. The most significant of these is the ITS Service Lifecycle (New Service, Major Service Change, and Retirement) where the PMO supports, collaborates, and consults with Service Owners and Managers in completing the process steps. The PMO Operations team continued to train new Service Owners & Service Managers into the Service Lifecycle. As well as administer and support the Project Management Module in TeamDynamix and provide it to ITS as well as campus unit users.

Additionally, the PMO supported and continued improvements this past year for:

  • ITS Services Roadmap Reviews
  • Project Communications and Org Change Management
  • Updated Service Checklist and Charter improvements

PMO Projects and Strategies for FY2025

CIO Project Management Office

The PMO played a pivotal role over the past year by committing resources and providing leadership in numerous strategic initiatives across U-M. The PMO's contributions have been integral to the formulation and planning of critical strategies that underpin the future goals and objectives of ITS. Moreover, the PMO has enhanced the organization’s agility, enabling it to swiftly respond to and effectively manage rapidly emerging and evolving strategic demands, helping to ensure that priorities can be addressed in a timely and effective manner.

Notable FY2025 Projects Included:


DART and CRM Implementation and Upgrades

ITS Enterprise Application Services

  • Salesforce Education Cloud: The ITS Enterprise Salesforce Org service upgraded to a new Salesforce platform called Education Cloud. The platform architecture has features designed for an Education base, and we are Education! The goal is to use the innovative features Salesforce has delivered in Education Cloud and move away from custom development.

  • Implemented a number of DART enhancements including:

    • Updates to recognition credits and adding new special recognition credit attributes to improve data integrity and reporting accuracy.

    • Introducing a new method for processing online payment transactions, directly supporting the Office of University Development’s goal of enhancing the donor digital experience.

    • Improving tribute management functionality, making it easier for users to manage and acknowledge tribute gifts within the system.


Human Capital Management

ITS Enterprise Application Services

  • Remote Worker Integration in PeopleSoft: Automated the process for remote work agreements within M-Pathways, facilitating seamless collection and approval through self-service workflows. This also provides university-wide data on employee locations.

  • Earned Sick Time Act (ESTA) Project: Executed a complex rollout to align with legislative changes and university leave practices.


Supply Chain and Financial Operations

ITS Enterprise Application Services

  • LIMITS Implementation: Rolled out in all U-M Hospital Operating Rooms, further enhancing U-M’s supply chain management through advanced enterprise tools.

  • Check Printing: Outsourced this function to streamline operations and optimize resource use.

  • Worldpay Merchant Exceptions: Developed a specialized process for handling exceptions, increasing financial flexibility.

  • Chrome River (Emburse Enterprise) Expense Management: Supported the implementation of a new expense management tool, responding to the demand for better integration with new travel systems and improved user experience.


Student Administration Enhancements

ITS Enterprise Application Services

  • Official Transcripts Ordering: Alumni can now order transcripts online without needing U-M login credentials, removing the hassle of paper forms. Students benefit as well, with the ability to send transcripts electronically to services like LSAC and NursingCAS, ensuring quicker delivery and a smoother process. These enhancements have led to a 70% drop in transcript-related TeamDynamix emails and a 30% decline in phone inquiries, significantly easing our department's workload. Additionally, individuals who graduated before fall 1993 can now receive PDF transcripts, further reducing paper mailings. Those who have used the service have expressed appreciation for the faster and more convenient electronic options.

  • Admissions Prospective Student Record Cleanup: Reconciled more than 200,000 prospect records, thereby improving system performance and reducing personal data access, aligning with data protection principles.

  • SPACES (SPecialized Academic Classroom & Event Scheduling) Implementation: Implemented new system supporting over 12,000 class sections and 11,000 events, ensuring efficient resource allocation and scheduling.


Research Administration Advancements

ITS Enterprise Application Services

  • Framework Upgrades: Upgraded two critical systems to support enhanced research capabilities.

  • AI for Awards: Conceived and implemented AI application for award processing, reducing direct data entry and related staff time for ORSP.

  • eResearch Replacement Systems Recommendation Project: The current eResearch platform is being phased out by the vendor by 2031. In the planning phase we are exploring various strategic options to develop a roadmap that allows for a smooth transition with minimal disruption.


Strategic Collaborations and Initiatives

ITS Enterprise Application Services

  • Disaster Recovery: Continued emphasis on developing robust disaster recovery protocols.

  • AI: Achieved a 100% completion rate across EAS in the AI 8-week Challenge and created an EAS AI Champions program, fostering an innovation-driven culture.

  • Professional Development Engagement: Conducted a survey to align professional growth initiatives with staff interests and organizational needs.


Maizey and Canvas: the Perfect Match

ITS Emerging Technology

As generative artificial intelligence became more integrated with campus life in FY2025, we saw instructors and students engage with U-M's tools more than ever. The U-M Maizey LTI Connector was used to create over 500 AI tutors, accessible around-the-clock, with access to course materials provided in Canvas.

The LTI Connector turns a few clicks by an instructor into a virtual teaching assistant with access to lecture slides, recordings, and more. Approximately 5,500 students engaged with course-custom Maizeys to ask questions, create study guides, and more deeply understand the material outside the classroom and office hours.

Maizeys created using the U-M Maizey LTI Connector are even accessible to students through Go Blue. When the student signs in to the app, the Maizeys created in Canvas are automatically connected so they can even study on the go!


More Engagement Than Ever

ITS Emerging Technology

FY2025 saw an increase in the number of wolverines engaging with U-M's AI services. The total number of users of U-M GPT surpassed 43,800, increasing by over 30%, and over 5,800 unique Maizey projects were created. These numbers are not only a testament to AI’s increasing popularity but to the 12 releases of new tools and features made by the Emerging Technology team. With each release, improvements to the functionality of U-M GPT, Maizey, and Go Blue made engaging with U-M's custom AI tools more effective and accessible for everyone on campus.

U-M GPT used 102,319,599,639 tokens, which is equal to about 76.7 billion words — that’s enough words to repeat Taylor Swift’s discography over 900,000 times (vault tracks included), fill enough sheets of paper with 12pt font, when laid end to end, to circumnavigate the globe with 2,000 miles to spare, or over 1.5 million copies of the Dune and Wicked screenplays combined — talk about holding space, it’s time to call ARC for an increase in storage!


Continuing to Enhance Privacy at U-M

ITS Information Assurance & Office of Privacy

The ITS Office of Privacy and the Office of the Vice President for Communications (OVPC) released a new consent and preference management integration for U-M websites that accommodates the university’s complex, decentralized web environment and allows for easy integration and the ability to support non-umich.edu domains. The solution meets compliance requirements and demonstrates the university’s commitment to protecting the privacy of its community members and visitors.

In FY25, the Office of Privacy remained focused on broad outreach and education. Many U-M community members and guests attended this year’s Data Privacy Day keynote event on January 28, 2025, which featured a presentation by Prof. Sauvik Das on ‘Privacy in the Age of AI,’ and an in-depth conversation with UMSI Prof. Florian Schaub.

Following the success of ViziBLUE, the Office of Privacy debuted another innovative privacy tool this year. Privacy Portraits is a question-based, fun way to find out what sort of privacy persona you are and to learn about best practices selected just for you.


Supporting a Credible, Implementable, Enforceable, and Sustainable IT Policy Environment

ITS Information Assurance & Office of Privacy

The team also developed a new self-service tool to help faculty and staff classify the data they are working with against the U-M data classification levels. This tool provides non-dispositive guidance to help plan for working with and protecting sensitive data.


Standardizing Campus Security and Vulnerability Management with CrowdStrike and Tenable

ITS Information Assurance & Office of Privacy

As part of an initiative to reduce security risks to university systems, ITS Information Assurance (IA) replaced the Center for Internet Security (CIS) hardening tool with features offered by the already deployed capabilities built into the CrowdStrike Configuration Management Tool and Tenable. Removing manual CIS steps allows greater machine coverage and faster ongoing secure configuration checks against known baselines. This makes it easier for campus units to identify misconfigurations in their systems.

IA scans campus networks for vulnerabilities monthly, and units can choose to perform scans more often. A few times a year, IA audits for extremely critical vulnerabilities that have not been patched and are currently being exploited. Units with these vulnerabilities are given one month to patch their machines, or IA will quarantine their machine using CrowdStrike.

IA has also made a Web App Scanning feature from Tenable available to units as a self-service tool. Web App scanning allows a web application to be scanned to identify coding issues that may result in security concerns. By making this self-serve, units can scan their homegrown web apps at any time, for example, before they deploy new code changes to production.

Additionally, IA partnered with the central ITS Cloud team to deploy Tenable Cloud Security as its primary tool for monitoring cloud systems like AWS, Azure, and GCP, helping to spot and fix problems quickly. Tenable complements CrowdStrike Falcon, and with the addition of the Falcon Complete service, gives U-M and our partners at CrowdStrike the ability to detect and quickly respond to threats to our IT systems and data. Together, the two systems give U-M exceptional proactive, prevention, and response capabilities, and provide unit IT staff with access to information they can use to protect their unit and U-M.


Strengthening Cybersecurity Preparedness with Collaboration and Integration

ITS Information Assurance & Office of Privacy

In FY25, ITS Information Assurance (IA) created a tool to use Michigan Intelligence for Threat Negation (MITN) security data with Cloudflare, a market leader in the website Distributed Denial of Service (DDoS) protection space. This helps the MITN repository better manage web security and reduce false alarms.


Network and Connectivity Enhancements

ITS Infrastructure

  • Enhanced 5G Connectivity: The university worked with mobile providers to significantly boost the capacity and speed of 5G service, enhancing smartphone communication across campus. This initiative included upgrades at Michigan Stadium, providing faster data speeds and more reliable calls during events.

  • Comprehensive Campus and Off-Campus U-M Net Upgrades: The team migrated to a new backbone network architecture across 69 buildings, and also greatly increasing WiFi coverage and capacity. Off-campus, they introduced U-M Net Hotspot to deliver robust internet access in areas lacking traditional infrastructure.

  • Enhanced Security and Network Expansions: The team installed new firewalls across several university buildings to improve network security. They also expanded the fiber optic network and streamlined the approval process for network extensions. 79 Distribution Layers and 958 Access Layer switches were upgraded in Ann Arbor, ensuring over half of the 216 buildings on campus now have at least 100 gigabit per second network connectivity. Buildings were prioritized based on imminent research needs, known bandwidth bottlenecks, and the end-of-life date of the existing network switches.


Communication System Upgrades

ITS Infrastructure

  • Modernized Phone System: The ITS Infrastructure team transitioned Flint and Dearborn campuses to Zoom Phone, replacing outdated systems to enhance call quality and reduce costs. This modernization improved communication efficiency for faculty, staff, and students.

  • Upgraded Call Centers: The team upgraded university call centers to Amazon Connect, leveraging modern, scalable technology to improve customer service. This transition enabled quicker response times and personalized interactions, enhancing user experience.


Safety and Reliability Improvements

ITS Infrastructure

  • Emergency Phone Restorations: The team restored emergency phones to good working order, ensuring these critical devices remain operational to maintain campus safety and compliance. These phones serve as vital lifelines for communication during emergencies.

  • Power Infrastructure: The team conducted preventive maintenance on the MACC Generator Electrical Switchgear to ensure uninterrupted power reliability for critical facilities. They migrated networks to a new core infrastructure, reinforcing the reliability of essential university operations.


Audio-Visual and Technology Upgrades

ITS Infrastructure

  • Expanded AV Options: The ITS team installed advanced Zoom Room-based AV systems in key university locations, enabling features like voice amplification and lecture capture. These installations offer a flexible and economical alternative to high-cost AV systems, enhancing classroom and conference room capabilities.


Empowering Users with Superior Software

ITS Support Services

In collaboration with Service Support, initiated the transition of UmichITAM SharePoint content to TeamDynamix (TDX) Assets, aligning with ITS ecosystem enhancements. This was capped by securing comprehensive site licenses, including Endnote and Overleaf, to meet compliance and operational requirements efficiently.


Tech Repair: Leadership in Campus Repair Services

ITS Support Services

Tech Repair cemented its position as the leading Apple Authorized Service Provider in higher education, handling unparalleled repair volumes due. Thanks in large to our team of highly trained technicians, Tech Repair reduced downtime at competitive prices. New status communication tools, utilizing a dynamic progress bar, have streamlined repair updates and improved customer interactions.


Advanced Tools for User Support and Service Optimization

ITS Support Services

The Tech Help team facilitated 1,250 laptop loans via the Sites @ Home program and processed over 12,000 MCard transactions. By adopting dedicated asset management within TDX, Tech Help has improved efficiency and user experiences through automation.

TDX expanded further by onboarding nine groups to individual TDX applications and adding three to Campus Tickets, now boasting over 75 active user groups and processing more than 3,700 ticket transfers, including collaborations with Michigan Medicine.

Collaboration Services championed lifecycle improvements in Google Workspace by instituting annual renewal processes for shared drives and accounts. New self-service tools considerably reduced collaborators’ ticket workload by 25%, enhancing service efficiency.


Enhanced Campus Digital Accessibility Offerings and Services

ITS Support Services

Two key tools designed to enhance digital accessibility launched this year: Grackle and Panorama. Grackle, an add-on for Google Docs, Slides, and Sheets, empowers users to improve content accessibility for students and colleagues. Panorama, integrated into Canvas, offers data dashboards on course content accessibility, along with instructor tools for content creation and remediation and student tools for generating alternate formats. These tools significantly advance the accessibility of educational and work materials, supporting compliance with accessibility standards.


MiWorkspace: Future-Proofing Computing Infrastructure

ITS Support Services

MiWorkspace successfully transitioned substantial storage volumes off legacy platforms with minimal customer disruption. The migration of Mac service infrastructure to the cloud ensured future-proofing, leveraging advanced features for deployment and management.

Additionally, MiWorkspace developed self-service tools for Windows 10 upgrades, ahead of the OS’s end-of-life date, and supported over 1,000 computer replacements alongside 5,600 unit customer onboardings and offboardings.

These accomplishments reflect the ITS Support Services team's commitment to innovation, efficiency, and exceptional service delivery across the U-M community, setting a robust foundation for continued success in meeting evolving technological demands


Canvas Catalog

ITS Teaching & Learning

ITS Teaching & Learning expanded online learning support to campus units, providing Canvas for credit-bearing programs and Canvas Catalog for non-credit-bearing offerings. As units address the growing demand for non-credit-bearing online training and professional development, they are able to choose which platform best meets their needs, resulting in reduced administrative costs and new revenue generation opportunities. The cost efficiency of Canvas Catalog in particular allows units to add economically priced offerings, increasing their overall reach and impact for both internal and external audiences. There are currently 1472 published courses from 11 campus partners.