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Welcome to Lune Digital`s fortnightly Newsletter of the most impactful future shaping content on Technology, Coding, Machine Learning and Science. In this edition you`ll read about the best practices for integrating Rust and Qt in embedded systems, in-depth description of what happens with a CPU when system starts, a full breakdown on microservices architecture benefits and an interesting one: AI and ethic.
Best practices for integrating Rust and Qt in embedded systems
Despite of the poor graphical user interface (GUI) Rust has been enjoying popularity due to its high-performance, high-reliability, strong security for embedded software. Qt however, is a multi-platform application for providing native-looking graphical user interface (GUI) that brings powerful and business logic features to the embedded sphere. We might just have a perfect recipe here. Rust-Qt integration sounds an interesting proposition for embedded developers to have it all... a high-performance programming platform with a user friendly GUI. Does the dream team have what it takes to become the next coding platform?
What happens when a CPU starts
This article is about to take a wild ride through the inner workings of your computer's brain. This in-depth explanation of what happens from the moment you hit that power button, your CPU springs into action, executing millions of instructions per second to get your system up and running. It covers nitty-gritty detailed role of the CPU, memory, how the CPU gets its instructions, the BIOS, and more. The article provides specific examples of how some chips work.
7 microservices architecture benefits that may change your perspective
Microservices architecture is gaining popularity as an alternative, breaking the application up into independent applications that work together to implement the product’s features. It has the potential to bring significant changes to embedded systems, making them more flexible, modular, scalable, interoperable and fault-tolerant. However, implementing microservice architecture in embedded systems requires careful consideration of the unique constraints and requirements of these systems, such as limited resources, real-time performance, and safety-critical applications.
AI and ethic. Is there such a thing?
Some say that Artificial Intelligence vital tool for human advancement. AI is being utilized in various industries, including healthcare, finance, transportation and industrial automation to increase efficiency, accuracy, and productivity. The significance of artificial intelligence for human development is undeniable, with that AI has the potential to greatly benefit society if used in a responsible and ethical manner despite of the potential risks of job displacements. Can we see now the future potential impact of AI on humanity? Should we have concerns about how AI affects what it means to be human?
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Thank you for reading,
Lune Team
