Not many of us actively consider "open source" when interacting with today’s sophisticated software. Yet, a vast majority of the digital infrastructure underpinning our modern world, from mobile operating systems to cloud computing platforms and cutting-edge artificial intelligence frameworks, is fundamentally built upon open-source principles. This pervasive influence has led a growing number of IT leaders to recognize the profound benefits of returning to open strategies, actively exploring and investing in options that leverage the collaborative power of the digital commons. To gain critical perspectives from a seasoned leader who has navigated the evolving landscape of information technology, Campus Technology (CT) sought insights from Jack Suess, the Vice President of IT and Chief Information Officer at the University of Maryland, Baltimore County (UMBC). Suess, whose distinguished career spans the many transformative stages of open source, offers a unique vantage point on this pivotal movement back towards shared, community-driven software development.
A Career Forged in the Digital Commons: Jack Suess’s Journey
Jack Suess’s involvement with open source is not a recent development but a foundational element of his professional life, tracing back to the mid-to-late 1980s. During this nascent period of digital infrastructure, Suess served as the primary system administrator at UMBC, managing both a VMS cluster and a nascent Unix environment. For professionals like Suess at the time, the operational paradigm was intrinsically linked to leveraging software collaboratively developed within academic institutions, national laboratories, and other research centers—the original architects of what would formally become known as open-source software.
In those pioneering days, obtaining operating systems, particularly within the Unix ecosystem, involved a process far removed from today’s streamlined app stores or enterprise software deployments. System administrators would download software distributions from FTP (File Transfer Protocol) sites to install and configure these open-source packages locally. This direct engagement with the source code was instrumental in shaping the early IT environments of universities like UMBC, many of which ran on iterations of the Berkeley Software Distribution (BSD) of Unix. This hands-on approach fostered a deep understanding of system architecture and a culture of adaptation and contribution.
The mid-1980s also marked a period of significant innovation emanating from leading academic institutions. MIT, for instance, was actively developing and releasing the Kerberos authentication system, a foundational network authentication protocol still widely utilized today for secure network access. Concurrently, Carnegie Mellon University (CMU) introduced the Andrew File System (AFS) and the broader Andrew system, pioneering distributed file system technologies that enabled seamless access to files across a network. Suess notes that both AFS and Kerberos, products of this early higher education-driven open-source movement, remain in active use at UMBC, a testament to their enduring utility and robustness.
While Suess himself identifies more as an installer and supporter than a core developer, his background in mathematics and computer science provided the necessary foundation to effectively deploy and maintain these complex systems. His role was crucial in ensuring that faculty and students at UMBC could harness the power of this freely available, collaboratively developed software. This early immersion provided him with a front-row seat to the burgeoning open-source movement, witnessing its potential to democratize technology and foster innovation without the constraints of proprietary licensing.
As his career progressed, Suess observed the expanding influence of open source across various sectors and projects within higher education and beyond. A prime example emerged in the realm of cybersecurity. Many of the initial, critical tools for network security were not proprietary, commercially licensed products, but rather open-source solutions developed and refined within the Unix systems environments. The transparent nature of their code allowed for rigorous community review, often leading to more robust and rapidly patched security solutions compared to their closed-source counterparts.
Mid-career, Suess became deeply involved in the identity management community, a critical domain for securing access to digital resources. Here, he again found open source playing a pivotal role. Initiatives spearheaded by organizations like Internet2, a consortium of U.S. universities and corporations dedicated to advanced networking, extensively utilized open-source frameworks for middleware and standards such as SAML (Security Assertion Markup Language). These tools were not confined to U.S. universities but were adopted globally, fostering diverse communities of developers and users who collaboratively evolved these essential identity management solutions. This global adoption underscored the universal appeal and practical advantages of open-source methodologies, demonstrating their capacity to build shared digital infrastructure on a global scale.
The Resurgence of Open Strategies and Economic Impact
The concept of a "return to open strategies" highlights a renewed emphasis on principles that, for a period, were overshadowed by the dominance of proprietary software models. This resurgence is driven by several compelling factors. Organizations are increasingly seeking alternatives to vendor lock-in, where reliance on a single provider’s proprietary ecosystem can lead to escalating costs, limited flexibility, and reduced innovation. Open source offers a powerful antidote, providing transparency, adaptability, and the freedom to customize solutions to specific needs.
The economic impact of open source is substantial and growing. According to a 2022 report by the Linux Foundation and LF Research, the cumulative economic value contributed by open-source software to the global economy was estimated to be over $8.8 trillion annually. This figure reflects not just direct cost savings from eschewing licenses but also the immense innovation spurred by shared codebases and collaborative development. For instance, the server market is overwhelmingly dominated by Linux-based operating systems, powering the vast majority of web servers and cloud infrastructure. Similarly, Android, an open-source operating system, holds the lion’s share of the global mobile market. Major advancements in artificial intelligence and machine learning, such as TensorFlow (Google) and PyTorch (Meta), are built on open-source foundations, accelerating research and deployment across industries.
Beyond direct economic value, open source contributes to significant indirect benefits, including faster development cycles, higher software quality through peer review, and enhanced security. While the myth of open source being inherently less secure due to its transparency persists, the reality is often the opposite. The "many eyes" principle, where a global community scrutinizes code for vulnerabilities, often leads to faster detection and patching of security flaws compared to proprietary software, where vulnerabilities might remain hidden for longer periods. This transparency fosters trust and resilience in critical digital infrastructure.
Sustainability in Open Science and Research: The 2025 Workshop
The growing recognition of open source’s vital role is further underscored by critical discussions on its long-term viability. The image accompanying the article depicts a workshop hosted by Ithaka S+R and Apereo in 2025, focusing on the challenging topic of "Sustainability in Open Science and Research." This event highlights a crucial inflection point: while open source offers immense benefits, its continued existence and evolution depend on sustainable models for funding, maintenance, and community governance.
Ithaka S+R is a non-profit research and consulting organization that provides research and strategic guidance to help academic and cultural institutions navigate change. Apereo, on the other hand, is a global community of higher education institutions, companies, and individuals that collaborate to develop and sustain open-source software for education. Their joint initiative underscores the collective responsibility within the academic and research communities to ensure that the digital commons they rely upon are not only innovative but also enduring.
The challenge of sustainability in open science and research is multifaceted. Many open-source projects, particularly those originating from academic labs, rely heavily on grant funding, volunteer contributions, or institutional support, which can be inconsistent. Ensuring continuous development, security updates, documentation, and user support requires dedicated resources. This workshop likely explored various models:
- Foundation Support: Organizations like the Apache Software Foundation, Linux Foundation, and Apereo itself play a crucial role in providing legal, financial, and organizational infrastructure for open-source projects.
- Institutional Commitments: Universities and research institutions making long-term commitments to specific open-source tools, contributing staff time, and integrating them into their core IT strategies.
- Commercial Support: The emergence of companies offering paid support, consulting, and enterprise versions of open-source software, creating a hybrid ecosystem where commercial entities contribute back to the open-source projects.
- Community Engagement and Governance: Establishing robust governance models that allow for distributed decision-making, clear roadmaps, and mechanisms for new contributors to join and lead.
The focus on "sustainability" indicates a maturation of the open-source movement. It’s no longer just about creating software, but about building enduring ecosystems that can adapt to technological shifts, attract new talent, and secure the necessary resources to thrive. For open science, this means ensuring that research data, tools, and platforms remain accessible, interoperable, and preserved for future generations, accelerating scientific discovery and fostering global collaboration. Without sustainable models, even the most innovative open-source projects risk falling into disrepair, hindering progress rather than enabling it.
Challenges and the Path Forward
Despite its undeniable advantages, the open-source landscape is not without its challenges. Fragmentation, where multiple projects attempt to solve similar problems without sufficient coordination, can lead to duplicated effort and diluted resources. Funding for critical but less "glamorous" maintenance work can be difficult to secure. Attracting and retaining skilled developers, especially when competing with lucrative opportunities in proprietary tech, remains an ongoing concern. Moreover, as open source gains commercial traction, balancing the interests of corporate contributors with the ethos of community-driven development requires careful navigation.
For institutions like UMBC, navigating these challenges involves strategic choices. This includes actively participating in open-source communities, contributing back code or documentation, and advocating for sustainable funding models within higher education consortia. It also means carefully evaluating which open-source solutions best align with institutional goals, ensuring adequate internal expertise to support them, and fostering a culture of contribution among IT staff.
Looking ahead, the trajectory of open source suggests continued growth and integration into virtually every aspect of our digital lives. We can anticipate further innovation in areas like open-source hardware, ethical AI frameworks, and decentralized web technologies. Hybrid models, where commercial companies build proprietary services on open-source foundations while contributing back to the core projects, are likely to become even more prevalent. The ongoing dialogue around sustainability, as exemplified by the 2025 workshop, will be crucial in ensuring that this powerful paradigm continues to deliver on its promise of an inclusive, innovative, and resilient digital future.
In conclusion, Jack Suess’s extensive career involvement with open source serves as a compelling narrative of its journey from academic curiosity to indispensable global infrastructure. The "digital commons" ethos—of shared resources and collaborative development—has proven to be a transformative force, democratizing technology, accelerating innovation, and providing a robust, flexible foundation for our increasingly interconnected world. As IT leaders worldwide continue to embrace open strategies, the focus on sustainability becomes paramount, ensuring that these invaluable shared resources continue to advance human progress for decades to come.
