Indiana University Space Cybersecurity Professional Digital Badge Program

Why Space Cybersecurity? 

Modern economies and militaries are now deeply dependent on critical space-based infrastructure used for communications, navigation, early warning and targeting, and which also underpins essential financial systems. This dependence renders space systems prime targets for adversaries, increasingly vulnerable to cyber threats from state and non-state actors. 

Since Russia’s cyberattacks on ViaSat (a U.S. commercial space company providing services to the Ukrainian government and military) on the eve of its invasion of Ukraine, the cybersecurity of space systems has moved to the forefront of policy and national security discussions, including at the White House and in Congress, and has driven significant investment, such as a $700 million budget request by the U.S. Space Force. At the same time, a rapidly growing market has emerged, with increasing demand for professionals and firms with expertise in space cybersecurity. 

In addition, the rapid expansion of the commercial space sector has created a growing demand for professionals who understand both cybersecurity and the unique characteristics of space systems. indeed, while space systems share many of the cyber vulnerabilities of terrestrial systems, they also present unique and heightened risks ass complex “systems of systems” comprising ground, space, and link segments that rely on distributed architectures and often incorporate legacy components.  

As demonstrated in recent conflicts and multiple ‘under the threshold’ incidents, cyberattacks on space systems are emerging as a central feature of modern warfare and geopolitical competition. 

As the need for space cybersecurity capabilities continues to grow rapidly, there remains an undersupply of trained professionals and even training programs.  

Indiana University has therefore pioneered a program to train the first generation of space cybersecurity professionals at the forefront of the emerging space cybersecurity domain. 

About the Program

  • After successfully completing this digital badge program, participants will be able to: 

    • Understand the strategic importance of space cybersecurity 
    • Understand the unique cybersecurity challenges of space systems 
    • Know the various types of cyber vulnerabilities of space systems 
    • Be acquainted with the various policies, standards, and best practices for cybersecurity of space systems 
    • Navigate regulatory and compliance frameworks 
    • Design and implement organizational cybersecurity strategies 
    • Be prepared to manage the multifaceted cyber threats facing space organizations 
    • Engage in cross-sector collaboration on space cybersecurity challenges 
    • Respond effectively to cyber incidents affecting space assets 
    • Realize the contours of important cybersecurity debates, such as cyberattacks as a casus belli (justification for war), and the appropriate role of government in safeguarding critical space infrastructure 

    Participants will also join a growing network of professionals shaping the emerging field of space cybersecurity. 


Webinar presenting Indiana University's Space Cybersecurity Digital Badge program 

“As an active-duty service member, I found this course to be critical in understanding the cybersecurity challenges that we face with our space systems. I gained a deeper understanding of the space-cyber nexus and was able to immediately apply the skills I learned at work.” 

Major Mahesa B. Suprobo
Cyber Test Project Officer, United States Space Force 

This program consists of 10 modules, taught by the program’s faculty with specialized modules are taught by an expert on the topic from industry, government, or the military, in conjunction with the program leads. The 10 modules are: 

  1. Introduction to Space Cybersecurity

  2. Law and Policy of Space Cybersecurity

  3. Compliance: Frameworks and Standards

  4. Designing and Implementing a Mitigation Strategy & Secure by Design

  5. Threat Identification

  6. Space Attack Research and Tactic Analysis (SPARTA)

  7. Verification & Validation (including Risk Analysis)

  8. Business Continuity, Mission Assurance, and Redundancy

  9. Space Systems Security & SOC

  10. Cross-Sector Collaboration on Space Cybersecurity: Government, Military, Industry, Academia


Format:
 

  • Live synchronous sessions - 60-minute of live virtual session per module (recorded and available)
  • Supplemental readings and asynchronous materials – up to 2 hours of asynchronous work per module 

You are invited to explore this program in more detail by downloading the program booklet. 

Credential: 

Participants who successfully complete the program and pass the assessment will receive the Indiana University Space Cybersecurity Professional Digital Badge. 

To earn the Space Cybersecurity Digital Badge, participants must attend 80% of the sessions and take either the Space Cybersecurity Quiz or the Space Cyberattack Postmortem and pass with a score of 80% or better. 

Tuition: $3,995 

Scholarships: Full and partial scholarships are available to select participants. Apply for a scholarship 

Space ISAC members discounts: Space ISAC members and their employees of receive exclusive discounts of up to 50% based on membership tier. To learn about and obtain the discount, please reach out to Jade Maloney at jade@spaceisac.org. 

Service Members & Veterans Scholarship: We proudly welcome active-duty service members and veterans to the space cybersecurity program. Recognizing that GI Bill® and VA education benefits do not apply to this program, IU is pleased to offer a Service Members & Veterans Scholarship amounting to 30% of the tuition. To receive the scholarship, please reach out to us at spacelab@iu.edu. Proof of military or veteran status should be provided by the start date of the program. 

  • Please note: GI Bill® is a registered trademark of the U.S. Department of Veterans A ff airs (VA). More information about education benefits offered by VA is available at www.benefits.va.gov/gibill 

Upcoming Cohorts 

The program is offered in two formats to accommodate different schedules: a standard 10-week format and an accelerated 5-week intensive format. 

10-Week Program (Standard Format) 

Schedule: Wednesdays 5-6pm (Eastern Time), from June 17 to August 19, 2026 
Registration Deadline: May 31, 2026 

5-Week Program (Intensive Format) 

Schedule: Tuesdays 4-6:15pm (Eastern Time), from October 27 to November 24, 2026 
Registration Deadline: October 15, 2026 

 

Participant Profile 

The program is designed for professionals working at the intersection of space, cybersecurity, policy, and compliance, and brings together a diverse group of participants from across sectors. 

Participants typically include: 

  • Government professionals 
  • Military and defense personnel (e.g., Space Force, Cyber Command, and related agencies) 
  • Professionals from the commercial space sector 
  • Consultants and advisors (e.g., Booz Allen Hamilton and similar firms) 
  • Professionals from non-profit and industry organizations (e.g., The Aerospace Corporation, the Space ISAC) 
  • Legal, policy, and compliance professionals 
  • Students and early-career professionals seeking to enter the space cybersecurity field and the space sector more broadly 

No prior technical background is required; the program is designed to be accessible yet rigorous, with interdisciplinary content. 

Program Director: Prof. Eytan Tepper, Director of the Space Governance Lab, Indiana University 

Faculty: Prof. Scott Shackelford, Indiana University; Prof. Eytan Tepper, Indiana University 

Guest Instructors: The program features leading experts from government, industry, and academia, including professionals from: the U.S. Cyber Command, the Aerospace Corporation, ViaSat, Inc., Amazon Web Services, the Space ISAC, Cal Poly, and Cornell University 

This combination ensures both academic rigor and real-world relevance. 

 

Meet the Instructors

Scott J. Shackelford, JD, PhD, is associate vice president and vice chancellor for research at Indiana University Bloomington and provost professor of business law and ethics at the Kelley School of Business. He additionally serves as director of the Ostrom Workshop Program on Cybersecurity and Internet Governance and is a senior fellow at the Center for Applied Cybersecurity Research (CACR). Professor Shackelford is also an affiliated scholar at both the Harvard Kennedy School’s Belfer Center for Science and International Affairs and Stanford’s Center for Internet and Society. 

Professor Shackelford has written more than 100 articles, book chapters, essays, and op-eds for diverse publications, including The Metaverse: What Everyone Needs to Know (Oxford University Press, 2025), Forks in the Digital Road: Key Decisions that Gave Us the Internet We Have (Oxford University Press, 2024), Cyber Peace: Charting a Path Toward a Sustainable, Stable, and Secure Cyberspace (Cambridge University Press, 2022), The Internet of Things: What Everyone Needs to Know (Oxford University Press, 2020), and Managing Cyber Attacks in International Law, Business, and Relations: In Search of Cyber Peace (Cambridge University Press, 2014). Professor Shackelford has written more than 100 articles, book chapters, essays, and op-eds for diverse outlets ranging from the University of Illinois Law Review and the American Business Law Journal to the Christian Science Monitor and HuffPost. His research has been covered by diverse outlets, including Politico, NPR, Forbes, Time, Forensic Magazine, Law360, Washington Post, and the L.A. Times. 

Both his academic work and teaching have been recognized with numerous awards, including a Harvard University Research Fellowship, a Stanford University Hoover Institution National Fellowship, a Notre Dame Institute for Advanced Study Distinguished Fellowship, the 2014 Indiana University Outstanding Junior Faculty Award, and the 2015 Elinor Ostrom Award. 

Eytan Tepper, PhD, is a research professor of space governance and security and director of the Space Governance Lab at Indiana University Bloomington, where he is affiliated with the Ostrom Workshop established by Nobel Laureate Elinor Ostrom. He teaches courses on space governance, space-cyber governance, and space cybersecurity and serves as program director of the new Space Cybersecurity Digital Badge program at Indiana University’s Kelley School of Business. 

Professor Tepper earned his doctorate from the McGill University Institute of Air and Space Law and subsequently pursued a postdoctoral fellowship at the New York University (NYU) School of Law. A renowned expert on space law, governance, and security, he leads research projects on global space governance, the laws of space warfare, space-cyber power, and the commercial space revolution. Professor Tepper’s approach is transdisciplinary, employing cutting-edge literature from international law, international relations, political economy, and strategic studies. 

Professor Tepper has been published in journals like the Maryland Law Review, the Georgia Law Review, NYU Journal of International Law and Politics, Constitutional Political Economy, Global Studies Quarterly, McGill Annals of Air and Space Law, Georgetown Journal of International Affairs, Journal of Space Law, Space Policy Journal, and New Space journal. In addition, he has presented his work in key venues in academia and beyond, including Harvard, Yale, Cambridge, the American Society of International Law, the Academy of Legal Studies in Business, the International Astronautical Congress (IAC), the International Civil Aviation Organization (ICAO), IEEE, DEFCON, and the UN Committee on the Peaceful Uses of Outer Space. 

Prior to returning to academia, he was a practicing lawyer with a career spanning the public and private sectors, representing government ministries and Fortune 500 companies. 


Indiana University Leadership

The Indiana University Space Cybersecurity Professional Digital Badge program reflects IU’s leadership in advancing the emerging field of space cybersecurity and training the professionals who will secure the space infrastructure of the future.