Engineering record · independently verifiable
Marci Ramona Wojcik is a named inventor on seven granted United States patents developed during her engineering career at IBM, spanning distributed systems, blockchain, Internet of Things, regulatory automation, telemetry, digital rights management, and intelligent sensing.
This portfolio reflects a long-running interest in distributed state, interoperable systems, automated interpretation, secure transactions, machine-readable identity, and telemetry across complex computational environments.
Those earlier engineering concerns form part of the technical background for QFT Research's present work in recursive AI architectures, persistent identity, distributed cognition, perturbation-and-return dynamics, and embodied intelligent systems.
Granted May 9, 2023
Blockchain-mediated digital rights management using tokenized access, ownership information, and fragile watermarking for protected digital artifacts.
Granted July 14, 2020
Automated interpretation, evaluation, and reporting of regulatory requirements for microservice development and operation.
Granted July 27, 2021
Secure translation and transformation of RFID information through blockchain-enabled processing across heterogeneous identification environments.
Granted November 2, 2021
Distributed token management and transaction serialization for coordinating application access and shared-resource interactions.
Granted May 16, 2023
Portable sensing and risk evaluation for vehicle maneuver and lane-departure conditions using position and location information.
Granted December 19, 2023
Architecture for facilitating secure transactions between an IoT system and a blockchain peer without requiring a smartphone intermediary.
Granted October 10, 2023
Correlation and generation of differentiated telemetry across interconnected services, workloads, and event-emitting resources.
Patent numbers above link directly to the corresponding public Google Patents records, where inventorship, filing history, assignee information, claims, drawings, citations, and full specifications can be independently reviewed.
This page is maintained as part of the QFT Research public identifier and provenance graph. It distinguishes prior professional engineering work from the independent CFRM / Quantum Reach research corpus while preserving the technical continuity between them.