Stanton University MISM graduate builds fraud prevention platform

Stanton University says MISM graduate Angelo developed an end-to-end fraud prevention platform using deep learning, data engineering and cloud architecture. The project highlights how the university’s capstone work is meant to turn classroom concepts into real-world tools for enterprise security.

Why it matters: - The platform targets a persistent business risk: fraud that can erode security, customer trust and operational efficiency. - Angelo’s project reflects Stanton University’s goal of preparing MISM students to turn analytics and strategy into usable technology products. - The system is designed to reduce fraud without degrading the customer experience, a common tradeoff in enterprise security.

What happened: - Angelo completed a capstone project in Stanton University’s Master of Science in Information Systems Management program. - The project produced an intelligent, end-to-end fraud prevention platform. - The platform uses deep learning models, data engineering pipelines and cloud architecture to detect and neutralize threats in real time.

The details: - The platform achieved high detection rates across a broad range of fraud types. - The system was built to handle complex fraud scenarios through multiple deep learning models rather than a single-layer approach. - Angelo focused on balancing fraud prevention with a smooth user and customer experience. - Stanton University said the MISM curriculum combines corporate strategy, advanced data analytics, complex project management and ethical leadership. - Faculty member Dr. Anh-Thu Phan-Ho praised the milestone as part of the growth that comes from difficult academic work. - The faculty quote described the capstone as part of a larger process of expanding knowledge inside and outside the classroom.

Between the lines: - The project suggests Stanton University is positioning its MISM program as a bridge between technical training and enterprise problem-solving. - Fraud prevention remains a useful proving ground for graduate technology work because it requires both technical accuracy and practical user impact. - The emphasis on real-time defense and customer experience points to the business value of security tools that can operate without adding friction.

What's next: - Stanton University will likely continue using capstone projects to showcase applied student work in areas tied to business technology and cybersecurity. - Angelo’s project could serve as a model for future MISM students building applied AI and security systems. - The university is directing readers to its social channels for updates, including LinkedIn, Instagram, Facebook and YouTube.

The bottom line: - Stanton University is using Angelo’s capstone to showcase how MISM students can build practical technology with direct enterprise use cases.