π€ Raffle Seed Generation - Provably Random Selection
This article details the mechanism for generating a provably random raffle seed for Season 8. It explains how individual vote counts are processed and combined to ensure a fair and verifiable selection of winners.
Key Points:
β’ Vote counts are converted into numerical values.
β’ Numbers are combined into a single string for processing.
β’ SHA-256 hashing generates a provably random seed.
β’ The entire process is open and verifiable for transparency.
π Implementation:
- Collect Vote Counts: Gather all individual votes.
- Convert and Combine: Transform each vote count into a number and concatenate them into a single string.
- Hash with SHA-256: Apply the SHA-256 algorithm to the combined string to generate the seed.
- Select Winners: Use the generated seed to determine raffle winners.
π Resources:
β’ Silencio Network β - Official Silencio Network profile
β’ Silencio Network Status β - Original tweet reference
π Noise Data - Real Estate Impact
This article introduces Silencio Soundcheck, a platform designed to provide noise-level data for various locations. It highlights its integration capabilities and future plans for leveraging AI to influence real estate valuation.
Key Points:
β’ Provides a central hub for noise-level data.
β’ Offers a Google plug-in for major booking platforms.
β’ Integrates with Airbnb, Google Maps, and Booking.com.
β’ Future AI reports will influence real estate pricing.
π Resources:
β’ Silencio Sound β - Access Silencio Soundcheck
β’ Airbnb β - Airbnb official profile
β’ Google Maps β - Google Maps official profile
β’ Booking.com β - Booking.com official profile
β’ Silencio Network β - Official Silencio Network profile
β’ Silencio Network Status β - Original tweet reference
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β¨ AI Music Generation - Copyright Compliance
This article introduces Amadeus Code βSelection,β an AI music generation service designed for safety and reliability. It emphasizes its copyright-clean approach, achieved through exclusive training on owned content and a Certificate of Rights Guarantee.
Key Points:
β’ Provides safe and reliable AI-generated music.
β’ Trained exclusively on 50,000 owned tracks.
β’ Eliminates concerns about copyright infringement.
β’ Each track includes a Certificate of Rights Guarantee.
π Resources:
β’ Amadeus Code AI β - Official Amadeus Code AI profile
β’ Amadeus Code AI Status β - Original tweet reference
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β¨ AI Music - Commercial Use
This article introduces new music tracks from Evoke Music, highlighting their suitability for various projects. It focuses on the quality, royalty-free nature, and commercial readiness of their AI-co-created content.
Key Points:
β’ Offers high-quality sound co-created by AI and professionals.
β’ Provides 100% royalty-free music for any project.
β’ Tracks are monetization-ready for YouTube.
β’ Content is cleared for commercial applications.
π Resources:
β’ Amadeus Code AI β - Official Amadeus Code AI profile
β’ Amadeus Code AI Status β - Original tweet reference
π‘ AI Music Copyright - Amadeus Code Solution
This article addresses the common concern of copyright issues in AI-generated music by presenting Amadeus Code Selection as a solution. It details how the service ensures all generated tracks are 100% copyright-clean and legally protected.
Key Points:
β’ Directly addresses AI music copyright challenges.
β’ AI trained solely on 50,000 fully owned tracks.
β’ Guarantees 100% copyright-clean music output.
β’ Provides a Certificate of Rights Guarantee for every track.
π Resources:
β’ Amadeus Code AI β - Official Amadeus Code AI profile
β’ Amadeus Code AI Status β - Original tweet reference
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β¨ AI Video - Sound Integration
This article features Mirelo AI, a tool designed to enhance AI-generated video content with appropriate sound. It showcases a community example illustrating how Mirelo AI seamlessly integrates sound to bring visual moments to life.
Key Points:
β’ Mirelo AI helps enhance AI video with matching sound.
β’ Brings visual moments to life through audio integration.
β’ Supports creative workflows for enhanced content.
β’ Highlighted through community spotlight and workflow example.
π Resources:
β’ Mirelo AI β - Official Mirelo AI profile
β’ picatrix_picori β - picatrix_picori profile
β’ Mirelo AI Status β - Original tweet reference
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β¨ AI Music Generation - Custom Lengths
This article highlights recent enhancements to Udio Music's models for creating tracks of varying lengths. It describes the new functionality allowing users precise control over track duration.
Key Points:
β’ Implemented improvements for track length control.
β’ Users can now choose custom track lengths.
β’ Offers a slider for flexible duration selection.
β’ Supports lengths between 0:32s clips and 2:10s songs.
π Resources:
β’ Udio Music β - Official Udio Music profile
β’ Udio Music Status β - Original tweet reference
π Music Production - Audio Plugin
This article demonstrates the creative capabilities of the AIR Fly Tape II plugin when used with the AKAI MPC Key 37. It showcases how Edson Filho utilizes the tool to explore diverse sound design possibilities.
Key Points:
β’ Edson Filho demonstrates creative sound exploration.
β’ Utilizes the AKAI MPC Key 37 with AIR Fly Tape II.
β’ Explores lush warble effects and slick reverse flips.
β’ Highlights limitless creativity with the right audio tools.
π Resources:
β’ AIRmusictech β - Official AIRmusictech profile
β’ AIRmusictech Status β - Original tweet reference
π€ Decentralized Music - On-Chain Ownership
This article discusses the paradigm shift in music ownership facilitated by Mubert Protocol on Polkadot. It explains how music transitions from traditional models to a decentralized system where sound becomes a living asset.
Key Points:
β’ Shifts music ownership to a user-centric model.
β’ Mubert Protocol enables sound as a living asset on Polkadot.
β’ Facilitates on-chain creation, remixing, and trading.
β’ Aims to free the soundtrack of the open internet.
π Resources:
β’ Mubert App β - Official Mubert App profile
β’ Polkadot β - Official Polkadot profile
β’ Mubert App Status β - Original tweet reference
π€ AI Automation - Worker Vetting
This article presents the significant impact of AI automation on worker vetting processes. It details the operational efficiencies and improved worker performance achieved through consistent AI-powered assessments.
Key Points:
β’ Achieved 85% automation in worker vetting processes.
β’ Saved over 4,000 operator hours monthly.
β’ Plans to reach 100% automation later this year.
β’ Resulted in 15% higher shift completion rates for AI-qualified workers.
π Resources:
β’ ElevenLabs IO β - Official ElevenLabs IO profile
β’ ElevenLabs IO Status β - Original tweet reference
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