tool: FFmpeg, QEMU

FFmpeg - Wikipedia

FFmpeg is a free and open-source software project consisting of a suite of libraries and programs for handling video, audio, and other multimedia files and streams. At its core is the

command-line ffmpeg tool itself, designed for processing video and audio files. It is widely used for format transcoding, basic editing (trimming and concatenation), video scaling, video post-production effects, and standards compliance (SMPTE, ITU).

About FFmpeg

FFhistory: prologue « Kostya's Boring Codec World


QEMU
A generic and open source machine emulator and virtualizer

FFmpeg: The Incredible Technology Behind Video on the Internet | Lex Fridman Podcast #496 - YouTube

Fabrice Bellard - Wikipedia

Fabrice Bellard (French pronunciation: [fa.bʁis bɛ.laʁ]; born 1972) is a French computer programmer known for writing FFmpeg, QEMU, and the Tiny C Compiler. He developed Bellard's formula for calculating single digits of pi. In 2012, Bellard co-founded Amarisoft, a telecommunications company, with Franck Spinelli.

Fabrice Bellard's Home Page

You Owe Him - YouTube by The Prime Time

Google AI "Innovators Dilemma"

It is quite obvious that Google needs to "choose" how to invest in AI, to continue on very effective "full stack" infrastructure solutions and "good enough" AI massively used, and likely profitable, or to try to compete for mindshare and money as "leading AI lab". That is also China's business model, and is more sustainable. 

I think Google choice is non-obvious: they internally ARE leading AI lab, but will likely not try to make a "big deal" of that, and leverage benefits if and when they come. 

Could OpenAI and Anthropic actually make some real breakthroughs in the meantime?
And even if they do, Google has investment in Anthropic. 

What is Google even doing? - YouTube 

This video by Matthew Berman discusses Google's current AI strategy and position in the tech market:

• Strategic Shift: Google appears to be prioritizing scalable, enterprise-grade business infrastructure and cloud services (GCP) over maintaining a sole focus on leading consumer-facing frontier models.
  
  
• Monetization & Infrastructure: Rather than relying exclusively on Gemini, Google is generating significant revenue by supporting and hosting a wide variety of AI models on its scalable cloud ecosystem.
  
  
• The Innovator's Dilemma: The discussion touches on whether Google faces a "Kodak moment"—balancing the need to protect its core Search and ad revenue while avoiding being outpaced by faster-moving competitors.

Google’s AI Brain Drain, SpaceX's Huge Quarter, Airtable’s 90% Collapse, US Data Fuels China AI - YouTube

In this episode of the All-In Podcast, the hosts analyze Google's major AI organizational shakeups and strategic direction, focusing on two main perspectives:

• Brain Drain vs. Reorganization: The team evaluates whether high-profile talent departures from Google reflect an ongoing "brain drain" or a deliberate, necessary organizational shakeup to make their AI development more focused and nimble.
  
  
• Compute Infrastructure vs. Model Supremacy: David Friedberg highlights Google's core advantage—its capital allocation toward compute infrastructure and custom hardware (TPUs). Rather than focusing solely on consumer frontier models (like Gemini), Google's real strength lies in powering scalable business infrastructure, enterprise cloud services (GCP), and enabling specialized vertical models.
  
  
• Model Blending in the Enterprise: The discussion notes that roughly 90% of business AI needs do not require a massive frontier model. Instead, enterprise AI is moving toward model blending and specialized domain applications, where Google's underlying infrastructure layer allows them to monetize all models hosted on their cloud.

AI to help with housing permits?

 AI Won't Build Houses. But It Can Get Them Approved Faster. | Forward Future

The Core Bottleneck: While housing affordability discussions often focus on zoning and funding, the actual administrative review process is a massive, overlooked bottleneck that delays construction.

Rethinking vs. Digitizing: Past government tech initiatives simply moved broken paper processes online. AI offers an opportunity to completely restructure how work gets done—such as using automated systems to catch incomplete applications before they ever enter the review queue.

Real-World Impact: In Honolulu, implementing an AI-driven, "TurboTax for permitting" approach helped guide applicants toward compliant submissions, reducing residential plan review times by 70% (from 73 days down to 32.5 days).

National Momentum: Driven by public frustration over housing delays, permitting reform has become a bipartisan national priority, supported by a White House executive order, new congressional legislation, and a $3 million federal grant for automated permitting systems.