Mission-Critical Visualization and Computing Solutions for the Most Demanding Environments.

This white paper discusses the development of a next-generation smart avionics display platform, focusing on the challenges and advancements in integrating multi-core processors and open architectures. ​ It highlights the need for increased situational awareness and operational efficiency in the aerospace industry, as well as the changing relationships between OEMs, system integrators, and component providers. ​ The paper also explores the use of ARMv8 multi-core processors, hardware virtualization, and advanced GPU acceleration capabilities. ​ It addresses the technical challenges faced during the development process, such as cache protection, cache partitioning, clock synchronization, and GPU scheduling in mixed-criticality systems. Overall, the document emphasizes the importance of software abstraction layers and open standards in ensuring application portability and minimizing dependencies on specific hardware architectures. ​

Global leader in defense visualization and computing solutions, ScioTeq, establishes a subsidiary in Bangalore, India, strengthening indigenization and supporting the 'Make in India' initiative. This strategic move opens opportunities for defense industries to collaborate and contribute to a self-reliant India.

ScioTeq, a leading provider of mission-critical defense and avionics visualization and computing solutions, announces the establishment in Bangalore, India of ScioTeq Pvt Ltd, a 100% owned subsidiary of ScioTeq BE.