Morgan Dynamic Research Intellectual Property
Here you will find information about our developed technologies and patents.
Here you will find an overview of Morgan Dynamic Research technologies and patents.
Morgan Dynamic Research develops original systems that apply explicit structural thinking to real world problems in cryptography, robotics, and accessibility. The technologies listed here are granted IP assets. They are not sold as retail products. They are available for demonstration, collaboration, licensing, or acquisition.
Across these systems the common thread is explicit structure, deterministic behavior, and a focus on designs that remain intelligible under real constraints.
Developed Technologies
High Encryption Standard, H.E.S.
Keyless quantum immune encryption
The High Encryption Standard, H.E.S., is a keyless, prearranged channel cryptographic system covered by U.S. Patent 8,458,452. It provides information theoretic security in the same class as a well implemented one time pad, while allowing secure reuse of the effective pad. There is no keyspace to search and ciphertexts are indistinguishable from random data, so an attacker has nothing meaningful to brute force and no structural handle to exploit.
By design, H.E.S. remains secure even in the presence of arbitrarily large classical or quantum computational power. It is suited to long term protection of high value communications and data, secure storage, high assurance internal channels, strategic telemetry, and any context where future proof, quantum immune security is required.
The H.E.S. patent and associated materials are available for technical review in the context of collaboration, licensing, or acquisition.
Learn more on the High Encryption Standard, H.E.S., page.
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Palm Writer
Tactile environmental navigation for blind users
The Palm Writer is a handheld assistive device that converts environmental distance data into precise tactile feedback for blind users. Instead of relying on audio cues, the system maps range and obstacle information into the motion and position of a tactile feedback wheel in the user’s palm, so nearby structure can be felt directly. This preserves the user’s hearing for natural environmental soundscapes and social interaction, and avoids auditory overload.
Palm Writer is designed for independent navigation, obstacle awareness, and spatial understanding in both indoor and outdoor environments, and demonstrates how structured information can be delivered through touch rather than sound. The system is protected under U.S. Patent 10,580,321 and is no longer in production as a retail product.
The patent and complete implementation package, including design files and firmware, are available for technical review in the context of collaboration, licensing, or acquisition.
Learn more on the Palm Writer page.
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Link Stacking Actuator, LSA
Bio inspired artificial muscle actuation
The Link Stacking Actuator, LSA, is a bio inspired actuation system that converts rotational input into powerful, controllable linear motion by mechanically stacking and unstacking a series of connected links. In effect it behaves as an artificial muscle, compact and structurally efficient, with significant contraction or extension relative to its size. The architecture allows high force density and precise control in a mechanically elegant form.
LSA technology is intended for robotics, prosthetics, exoskeletons, and other motion critical systems where traditional motor and screw based linear actuators are bulky, inefficient, or mechanically constrained. The system is protected under U.S. Patent 10,967,524.
The patent and related design work are available for consideration in collaborative development, licensing, or acquisition contexts.
Learn more on the Link Stacking Actuator page.
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Legacy Projects
Legacy projects are earlier MDR developments that are no longer under active implementation, but remain relevant as archival references, methodological examples, or foundations for future publications.
H.D.S. The High Descriptive Standard
Structured web formatting for blind users
The High Descriptive Standard is a legacy accessibility methodology developed by Morgan Dynamic Research for building screen reader compatible websites that are predictable and efficient to navigate for blind and screen reader reliant users. H.D.S. introduces a systematic way to label content, organize navigation, and structure pages so that most interactions can be performed with simple tab and enter sequences rather than visually scanning a layout.
The standard is no longer under active development and MDR does not offer implementation services. It is preserved as a historical reference and as a basis for potential future formal publication.
Learn more on the H.D.S. page.
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