FA864924P0915

Small Business Innovation Research Program (SBIR) Phase I

AtomBeam+: Integrating Compaction and Encryption for Optimal Data Transmission and Security

AtomBeam+ (AB+) represents a groundbreaking advancement in data transmission and security, offering a sophisticated blend of compaction and encryption technologies. Building on AtomBeam's proprietary algorithms capable of reducing data transmission sizes by an average of 75%, AB+ introduces a novel approach that allows for the simultaneous compaction and encryption of messages, even as small as 4 bytes, without the significant overhead typically associated with encryption methods. This innovation not only ensures a dramatic reduction in bandwidth requirements but also facilitates faster message delivery. By leveraging the principles of Shannon's Source Coding Theorem, AB+ achieves lossless data compaction to an optimal degree, rendering the output indistinguishably similar to pure noise from a cryptographic standpoint. The process incorporates perfectly dyadic signals and Huffman coding to achieve uniform bit streams, ensuring semantic security and robust protection against adversarial attacks. AB+ is poised to set new standards in data handling, offering unparalleled efficiency, real-time processing capabilities, minimal computational overhead, and strong cryptographic guarantees, marking a significant leap forward in the realms of data security and transmission efficiency. n the rapidly evolving digital landscape, the demand for efficient and secure data transmission methods has never been higher. AtomBeam+ (AB+) represents a pioneering solution, emerging from the need to address the dual challenges of data compaction and encryption within the realm of IoT and beyond. This SBIR Phase I proposal outlines the development and testing of AB+, an advanced technology that builds upon AtomBeam's existing compaction algorithms. These algorithms are renowned for their ability to reduce data transmission volumes in real-time by an impressive 75%, thus ensuring substantial bandwidth savings and accelerated data exchange. The technical merit of AtomBeam+ (AB+) lies in its innovative integration of data compaction and encryption technologies, poised to redefine standards for data transmission efficiency and security. By utilizing AtomBeam's established compaction algorithms, AB+ innovatively compacts and encrypts data concurrently, avoiding traditional encryption's computational overhead. This process not only offers considerable bandwidth savings but also facilitates swift data exchanges, essential in the modern era where speed and security are critical. The technology complies with Shannon's Source Coding Theorem for lossless reduction and optimal compaction ratio, ensuring the output closely resembles pure noise for enhanced security. AB+ also employs Huffman coding on perfectly dyadic signals, achieving uniform bit streams for semantic security. This strategy highlights AB+'s potential to significantly improve data security and efficiency, emphasizing its role in propelling data communication technology forward.

The goal of phase I is to establish the technical merit, feasibility, and commercial potential of proposed R&D efforts and determine the quality of performance of the small business awardee organization.

AFX245-PCSO2

FX245-PCSO2-1062

X24.5

Rachel Braun