Progress Software Corporation

Vertru Technologies Inc.

Geosolutions B.v.

Gavin Nicol

William M Cullen

Michael E Theroux

Donald E Stinchfield

Rich Pizzarro

Sam Critchley

William J Collins

Jagjeet Gill

Dan Harple

Charles A Nuzzolo, Jr

A blockchain based supply chain network is provided. The network provides a supply chain monitoring system and marketplace including (a) raw materials, textile, and apparel sourcing marketplace, including services and capabilities, and textile, trim, components, accessories; (b) tracking system for engagement, environmental and social labor performance; (c) marketplace and transactional layer with an embedded blockchain platform that helps create trust between participants of the supply chain. The supply chain monitoring system and marketplace can provide a level of transparency and traceability fin the apparel market that has not been seen before in conventional supply chain systems.

Blockchain based supply chain network systems

A system and method for enhanced management of social networks and interaction therein on a mobile device. The system provides the user with a means to manage a plurality of online identifications and relationship databases with relationships automatically synchronizing between systems. The system further provides an automated means to manage social networks based on geospatial, social and temporal proximity, and a means to interact with other users, and to publish content, seamlessly, across online services and mobile devices.

System for enhanced management of social networks on mobile devices

Techniques are disclosed for debugging heterogeneous applications in a distributed environment. In one embodiment, an architecture for debugging heterogeneous applications in a distributed environment is configured to enable both location transparency and dynamic exposure of service state. Regardless of where the physical application state resides, the architecture describes or otherwise provides a mechanism that allows seamless debugging and troubleshooting of distributed applications. The location of the state is transparent to the debugger and the application being debugged. In addition, the architecture enables an individual service to expose its state dynamically at run-time. It is possible for the service to expose its state in a self-describing fashion, allowing service state to be exposed in the architecture regardless of the service environment. The architecture allows for all the capabilities of debuggers running in non-distributed, homogeneous environments in a distributed heterogeneous environment.

Techniques for debugging distributed applications

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Barrington, RI, United States of America

Gavin Nicol