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Are you able to securely and safely transfer files in diverse and different environments?
HULFT is a best-selling file transfer and data integration software that fully supports multiple platforms (from mainframes to mid-range systems, off-the-shelf computers, UNIX, Linux, and Windows) and different character encodings, without the need to be aware of differences in manufacturers or operating systems.
Developers can focus on application development rather than system code.
**Features** - Reduction of development costs through code reuse - Reliable communication in environments with mixed architectures - Implementation of existing and custom communication functions via transport plugin functionality - Support for RT-CORBA specifications that enable real-time functionality - Implementation with an extremely small footprint By using ORB products with commercial support, developers can focus on application development rather than system code. ORBexpress runs on existing applications with minimal overhead and memory footprint while providing a standard-based alternative for custom communication protocols through transport plugin functionality. This simplifies application development, enables scalable and efficient application development, and reduces time to market.
A messaging communication infrastructure that provides a common API capable of handling communication with multiple destinations, controlling the relevance, order, and waiting of messages.
It is a messaging communication infrastructure that provides a common API capable of communication processing with multiple destinations (different protocols) in operating environments such as Windows and Linux, controlling the relevance, order, and waiting of messages. *For more details, please refer to the PDF document or feel free to contact us.*
Optimizing the IPv6/mDNS (Bonjour)/RESTful communication stack for a resource-constrained in-vehicle OS environment.
At Alive Vision Software, we implement and port communication protocol stacks to in-vehicle real-time operating systems (RTOS) in the fields of next-generation mobility (EV/PHV) and smart grids. In this project, we were responsible for the implementation of the next-generation communication protocol (SEP2.0) and middleware for a dedicated ECU installed in plug-in hybrid vehicles (PHV) as part of a smart grid demonstration project conducted by a major domestic automobile manufacturer in the United States. If you are an automotive parts manufacturer (Tier 1 or Tier 2) or an energy-related equipment manufacturer facing challenges such as "wanting to implement advanced communication protocols in limited-resource RTOS environments (like OSEK or μITRON)" or "wanting to optimize and port open-source communication modules for your own environment," please feel free to consult with us.
