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Announcing Ibis, the federated Wikipedia Alternative (ibis.wiki)

Wikipedia Encyclopedia Federated System ActivityPub Open Source federated models knowledge sharing

Ibis represents a significant shift in the realm of online encyclopedias, introducing a federated model using the ActivityPub protocol to decentralize knowledge storage and sharing. Developed by Felix “nutomic” Ableitner, Ibis aims to solve the inherent vulnerabilities and trust issues plagued by Wikipedia and similar centralized platforms. With core functionalities demonstrated in a proof of concept, Ibis has the potential to foster a network of interconnected, specialized knowledge bases, offering diverse and reliable information across various topics.
Main Points
- Wikipedia scandalsWikipedia has been embroiled in numerous scandals, diminishing its credibility.
- Need for decentralized knowledge platformsCentralized knowledge repositories are susceptible to corruption, highlighting the need for decentralized alternatives.
- Introduction of IbisIbis leverages federated technology to create a distributed encyclopedia, showcasing a proof of concept with major functionalities.
- Potential of federated modelIbis's federated model allows for diverse, specialized instances, transforming the landscape of online encyclopedias.
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GitHub - daytonaio/daytona: The Open Source Dev Environment Manager. (github.com)

development environment management Open Source Daytona setup simplicity devops Technology

Daytona, the Open Source Development Environment Manager, offers a streamlined process for setting up development environments with a single command. It supports various infrastructure and integrates multiple features like Git provider connections, IDE support, configurations, and security, making the setup process simpler and more efficient.
Main Points
- Single Command SetupDaytona enables the activation of a fully configured development environment with a single command.
- Runs EverywhereDaytona supports development on local, remote, cloud-based, physical servers, or VMs across any architecture (x86 or ARM).
- Git Provider IntegrationDaytona supports integration with major Git providers like GitHub, GitLab, Bitbucket, and Gitea.
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Mostr bridge uptime (uptime.mostr.pub)

Nostr ActivityPub Upptime Open Source Technology

Mostr bridge uptime shows the status of the bridge between ActivityPub and Nostr. This open source project is powered by Upptime.
Main Points
- Bridge between ActivityPub and NostrMostr Bridge is an uptime status page for the bridge between ActivityPub and Nostr.
- Page is open sourceThe page is open source and is powered by the project Upptime.
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Open-source geocoding (nominatim.org)

Geocoding Open Source Nominatim Technology

Open-source geocoding platform Nominatim enables users to find places by name or address and look up addresses for a given location using latitude and longitude. It supports free-form queries in any language and a structured query mode for automating geocoding of extensive address lists. It also allows finding the nearest address for any latitude and longitude or any OSM object given its ID.
Main Points
- Find places by name or address (Geocoding)Nominatim can power the search box on your website, allowing your users to type free-form queries (“Cafe Paris, New York”) in any language. It also offers a structured query mode (“postcode=12345”, “city=London”, “type=cafe”) that helps you to automate geocoding of extensive address lists.
- Look up addresses for a location (Reverse geocoding)Given a latitude and longitude anywhere on the planet, Nominatim can find the nearest address. It can do the same for any OSM object given its ID.
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GitHub - pretzelai/pretzelai: Open-source, browser-local data exploration using DuckDB-Wasm and PRQL (github.com)

Open Source WebAssembly DuckDB PRQL Data Visualization Technology

Pretzel is an open-source, offline browser-based tool for data exploration and visualization, leveraging WebAssembly-based DuckDB and PRQL for performance, with privacy-first design.

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Algorithms for Modern Hardware (en.algorithmica.org)

Performance Engineering High-Performance Computing Algorithm Design Open Source Technology

“Algorithms for Modern Hardware” is an upcoming high-performance computing book by Sergey Slotin, aimed at a wide range of readers from performance engineers to undergraduate students. The book, hosted entirely on GitHub, focuses on using modern hardware’s parallelism capabilities for practical algorithm speed improvements. It is divided into various parts, with themes ranging from performance engineering to distributed computing, and encourages community contributions and feedback.
Main Points
- Performance EngineeringThe book covers the basics of computer architecture and optimization of single-threaded algorithms, detailing CPU optimization topics like caching, SIMD, and pipelining.
- Parallel AlgorithmsAddresses concurrency, cache coherence, synchronization primitives, OpenMP, and more, focusing on models of parallelism and concurrent algorithms.
- Distributed ComputingExplores distributed computing topics like networking, message passing, distributed databases, and cloud computing.
- Software & HardwareCovers software and hardware aspects like LLVM IR, compiler optimizations, FPGAs, ASICs, TPUs, and other AI accelerators.
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GitHub - lavague-ai/LaVague: Automate automation with Large Action Model framework (github.com)

automation LaVague Selenium Natural Language Processing Open Source Technology

LaVague is an innovative project that automates menial, repetitive tasks on the internet by transforming natural language instructions into Selenium code, allowing users to focus on more meaningful endeavors. It leverages open-source models and advanced AI techniques to ensure user control and privacy. The project is in its early stages but has the potential to democratize transparent and aligned AI models.
Main Points
- Efficient Browser AutomationLaVague offers natural language processing and Selenium integration for efficient browser automation.
- Open-Source and TransparentBuilt on open-source projects, ensuring transparency and alignment with user interests.
- Advanced AI TechniquesSupports advanced AI techniques for optimal action selection without code generation fine-tuning.
- Democratizing AIProject aims to democratize transparent and aligned AI models for Internet users.
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Building Meta’s GenAI Infrastructure (engineering.fb.com)

AI Meta GPU Clusters Open Source Infrastructure AI and Machine Learning Technology Artificial Intelligence

Meta announces the construction of two 24k GPU clusters as a significant investment in its AI future, emphasizing its commitment to open compute, open source, and a forward-looking infrastructure roadmap aimed at expanding its compute power significantly by 2024. The clusters support current and future AI models, including Llama 3, and are built using technologies such as Grand Teton, OpenRack, and PyTorch.
Main Points
- Meta announces two 24k GPU clusters for AI workloads, including Llama 3 trainingMarking a major investment in Meta's AI future, we are announcing two 24k GPU clusters. We are sharing details on the hardware, network, storage, design, performance, and software that help us extract high throughput and reliability for various AI workloads. We use this cluster design for Llama 3 training.
- Commitment to open compute and open source with Grand Teton, OpenRack, and PyTorchWe are strongly committed to open compute and open source. We built these clusters on top of Grand Teton, OpenRack, and PyTorch and continue to push open innovation across the industry.
- Meta's roadmap includes expanding AI infrastructure to 350,000 NVIDIA H100 GPUs by 2024This announcement is one step in our ambitious infrastructure roadmap. By the end of 2024, we’re aiming to continue to grow our infrastructure build-out that will include 350,000 NVIDIA H100 GPUs as part of a portfolio that will feature compute power equivalent to nearly 600,000 H100s.
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The Berkeley Software Distribution (www.abortretry.fail)

UNIX BSD Operating Systems AT&T Berkeley Open Source Technology History Technology

The Berkeley Software Distribution (BSD) history outlines the evolution of UNIX from its first public presentation in 1973, through legal and technical challenges faced by AT&T and early adopters, to its spread across academia and development into a widely influential open-source operating system. This pathway highlights key moments such as the first UNIX port outside of PDP-11 to IBM 360, the creation and distribution of BSD leading to significant advancements in operating systems, and the eventual wide-reaching impact of BSD on modern computing, including the development of macOS, NetBSD, OpenBSD, FreeBSD, and others.
Main Points
- Public presentation of UNIX.Initial public presentation of UNIX in 1973 received polite but subdued reaction.
- AT&T's legal issues with distributing UNIX.AT&T faced potential legal issues in distributing UNIX due to its monopoly position.
- UNIX port to IBM 360.The successful port to IBM 360 marked UNIX's adaptability to varied hardware.
- BSD's impact on modern operating systems.Berkeley Software Distribution (BSD)'s significant contributions to operating system development, leading to the creation of many modern OSes.
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