Predictions for 2025 in Computer Science

TLDRA discussion on the importance of making forward-looking predictions in computer science and insights into the future of hardware, cryptography, memory safety, programming languages, compression, AI content generation, and gaming interactions.

Key insights

⏳Making forward-looking falsifiable predictions is essential in testing prediction abilities.

🛠️Predictions for 2025 include more support for RISC-V, changes in hardware choices, and new cryptographic guidelines.

🧠Memory safety may still lag in legacy code bases while new applications shift to memory-safe languages.

🚀Rust, the current hyped programming language, may see less growth by 2025, making way for emerging languages like Zig.

📽️Anticipated developments in video streaming platforms around AV1 codec usage and AI upscaling technology.

Q&A

Why are forward-looking predictions important in computer science?

—Forward-looking predictions help test prediction abilities and shape future strategies.

What changes are expected in programming languages by 2025?

—Legacy code bases may remain in older languages while new applications may shift to memory-safe languages like Rust and Go.

How does AI content generation impact industries like stock images and stock music?

—AI content generation is revolutionizing industries by providing customized and copyright-free content for various uses.

What is the significance of AI upscaling in the future of video content?

—AI upscaling enhances video quality and can potentially revolutionize the viewing experience by improving older content to HD quality.

How might LLMS technology enhance gaming interactions in the coming years?

—LLMS technology could personalize NPC interactions in games, offering unique experiences for each player and potentially improving digital rights management.

Timestamped Summary

00:00Introduction to the importance of making predictions in the field of computer science.

01:09Predictions for Linux distributions adding official releases for RISC-V.

03:52Anticipation of new cryptographic guidelines and security measures.

05:09Forecast for the persistence of memory unsafe languages in existing code bases.

07:38Discussion on the popularity shift in programming languages towards memory-safe languages like Rust and Go.

08:58Expectations of major streaming platforms adopting AV1 codec and AI upscaling technologies.

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