ExeQuantum Uni Program
Explore real-world post-quantum cryptography with our educational sandbox, workshops, and guest lectures. Designed for students, researchers, and faculty preparing for the quantum-secure future.
Why Universities Join the Program
Hands-On PQC Access
Students can test real NIST-aligned PQC algorithms via our secure sandbox API, including encryption, decryption, and hybrid key exchange.
Curriculum Integration
Our tools align with cryptography, cybersecurity, and emerging tech syllabi, with starter projects and challenge modules ready to go.
Workshops & Guest Lectures
Schedule technical sessions, lunch & learns, or full-day workshops to deepen understanding and spark engagement across campus.
What's Included
Sandbox API Access
Students get free, limited-use API keys to test ML-KEM, ML-DSA, and hybrid primitives in a secure environment, no setup required.
Instructor Support
Faculty can access pre-built labs, sample codebases, and optional dashboards for classroom management.
Custom Lectures & Labs
Co-deliver engaging lectures or capstone modules with our cryptographers, tailored to your institution’s level and focus.
Research Collaboration
Support your postgraduate and honours students with advanced API endpoints, hybrid modes, and custom datasets.
Learning Outcomes
Sample JavaScript client code using ExeQuantum's ML-KEM API for real-time key generation and encapsulation.
- Understand the principles and purpose of post-quantum cryptography.
- Use ML-KEM for secure key encapsulation in real-time.
- Implement hybrid encryption flows with lattice + classical primitives.
- Analyze quantum-safe design trade-offs in practical applications.
- Integrate secure cryptographic calls into codebases.
- Gain confidence working with APIs that mirror production-grade cryptosystems.
Real-World Integration
A Master's student at RMIT University is currently using ExeQuantum's API to evaluate hybrid encryption models, comparing RSA–ML-KEM and ECC–ML-KEM for performance, latency, and quantum resilience.
The project forms part of a post-quantum capstone supervised by Prof. Nalin Arachchilage, demonstrating how practical API access enables real cryptographic experimentation at scale.
ExeQuantum founder Samuel Tseitkin delivering a guest lecture on post-quantum cybersecurity at Swinburne University.
“The partnership with ExeQuantum shows our strong commitment to authentic learning through curriculum co-creation ensuring relevance and curation of future FinTech talent.”
Dr. Dimitrios Salampasis, Director of Industry Engagement, Swinburne University
“ExeQuantum's work gives our students and researchers access to practical cryptography that aligns with emerging post-quantum standards.”
Prof. Nalin Arachchilage, Associate Professor, RMIT University
“Collaborating with ExeQuantum adds a practical edge to our cryptography education, this is what real-world application looks like.”
Erik Beyersdorf, Deakin University
Request University Access
We work with select academic partners to advance cryptographic education. Get in touch to discuss access, collaboration, or workshop opportunities.
Contact Us