Margaret Suzanne Haffner

Title: Innovations by Margaret Suzanne Haffner

Introduction

Margaret Suzanne Haffner is a notable inventor based in Covington, Texas. She has made significant contributions to the field of telecommunication, particularly in developing technologies for inmate communication. With a total of six patents to her name, Haffner's work focuses on enhancing the efficiency and security of communication systems within correctional facilities.

Latest Patents

Haffner's latest patents include devices with calling applications designed for inmate calls, information sharing, monitoring, and other functions. These systems and techniques allow for permitting, establishing, monitoring, and controlling calls based on messages from outside parties, outside party availability information, institutional call restriction information, and account holder preferences. In one example, a message from an outside party app on an outside party computing device is received by an inmate app on an inmate device. The inmate device displays the message at the inmate calling app, including a request for the inmate to call the outside party device during a specified time period. When the inmate initiates a call to the outside party, the call is permitted or denied based on whether it falls within the specified time frame.

Career Highlights

Haffner's career is marked by her innovative approach to solving communication challenges faced by inmates and their families. Her work has not only improved the accessibility of communication for inmates but has also addressed security concerns within correctional facilities.

Collaborations

Haffner collaborates with professionals in her field, including colleagues such as Todd Russell Thomasson and Timothy Edwin Pabon. Their combined expertise contributes to the development of advanced telecommunication solutions.

Conclusion

Margaret Suzanne Haffner's contributions to the field of inmate communication technology demonstrate her commitment to innovation and improvement in correctional systems. Her patents reflect a deep understanding of the complexities involved in facilitating secure and efficient communication.