Bridging between Scala & Python with GraalVM
This talk explores using GraalVM to enable seamless interoperability between Scala 3 and Python 3 code, focusing on generating idiomatic Scala facades for Python libraries. It details strategies for handling dynamic Python concepts, such as type hints, structural typing, and decorators, within the static and nominal type system of Scala.
https://www.youtube.com/watch?v=EnEVtmbr-uM
This talk explores using GraalVM to enable seamless interoperability between Scala 3 and Python 3 code, focusing on generating idiomatic Scala facades for Python libraries. It details strategies for handling dynamic Python concepts, such as type hints, structural typing, and decorators, within the static and nominal type system of Scala.
https://www.youtube.com/watch?v=EnEVtmbr-uM
YouTube
Hamza Remmal – Bridging between Scala & Python with GraalVM #ScalaDays
More: https://scaladays.org/sessions/Bridging-between-Scala-Python-with-GraalVM
Speaker: Hamza Remmal
We will present our ongoing work to bridge between Scala 3 (& Kotlin) and Python 3 using GraalVM. We will explain how the interoperability was designed;…
Speaker: Hamza Remmal
We will present our ongoing work to bridge between Scala 3 (& Kotlin) and Python 3 using GraalVM. We will explain how the interoperability was designed;…
retro-kit
Headless-Ghidra toolkit for reverse engineering 32-bit DOS and Win32 games (1993-2010): own LE/LX loader, Watcom calling conventions, library signatures, MCP server
https://github.com/nemo22/retrokit
Headless-Ghidra toolkit for reverse engineering 32-bit DOS and Win32 games (1993-2010): own LE/LX loader, Watcom calling conventions, library signatures, MCP server
https://github.com/nemo22/retrokit
GitHub
GitHub - nautilusbits/retrokit: Headless-Ghidra toolkit for reverse engineering 32-bit DOS and Win32 games (1993-2010): own LE/LX…
Headless-Ghidra toolkit for reverse engineering 32-bit DOS and Win32 games (1993-2010): own LE/LX loader, Watcom calling conventions, library signatures, MCP server - nautilusbits/retrokit
How to Build a Decision Model Like Jev
Learn how to build AI decision models that return calibrated probabilities for classification, scoring, and routing tasks without generating text, using Hugging Face Transformers and the /v1/systemone API. The guide covers custom option tokens, model fine-tuning, probability calibration, and tree batching to improve accuracy, reduce latency, and lower inference costs.
https://www.fratepietro.com/2026/how-to-build-a-decision-model-like-jev/
Learn how to build AI decision models that return calibrated probabilities for classification, scoring, and routing tasks without generating text, using Hugging Face Transformers and the /v1/systemone API. The guide covers custom option tokens, model fine-tuning, probability calibration, and tree batching to improve accuracy, reduce latency, and lower inference costs.
https://www.fratepietro.com/2026/how-to-build-a-decision-model-like-jev/
Antonello Fratepietro
How to Build a Decision Model Like Jev
Autoregressive decoding is the wrong tool when software needs a fast, calibrated probability over a fixed set of outcomes. Here is how System-One decision models work from the inside: Hugging Face’s new /v1/systemone endpoint for turning 250+ LLMs and VLMs…
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DeepInfer
DeepInfer is the high-performance inference framework that powers DeepSeek's large-scale production services.
https://github.com/deepseek-ai/DeepInfer
DeepInfer is the high-performance inference framework that powers DeepSeek's large-scale production services.
https://github.com/deepseek-ai/DeepInfer
GitHub
GitHub - deepseek-ai/DeepInfer: DeepInfer: High-performance, large-scale inference framework for DeepSeek models
DeepInfer: High-performance, large-scale inference framework for DeepSeek models - deepseek-ai/DeepInfer
How to improve technical SEO on a Django website
Learn how to improve technical SEO in Django applications by implementing canonical URLs, XML sitemaps, robots.txt, structured data, and proper redirects. The guide includes practical Django code examples for controlling search engine indexing, preventing duplicate content, optimizing page performance, and monitoring results with Google Search Console.
https://codewithstein.com/improve-technical-seo-django/
Learn how to improve technical SEO in Django applications by implementing canonical URLs, XML sitemaps, robots.txt, structured data, and proper redirects. The guide includes practical Django code examples for controlling search engine indexing, preventing duplicate content, optimizing page performance, and monitoring results with Google Search Console.
https://codewithstein.com/improve-technical-seo-django/
Codewithstein
How to improve technical SEO on a Django website | Code With Stein
Django gives you a good starting point for SEO because most pages are rendered on the server, but it doesn't automatically handle things like canonical URLs, sitemaps, structured data or duplicate URLs. In this article, I'll go through the technical SEO setup…
vlmhub
A lightweight, config-driven framework for unified vision-language model inference across local and cloud backends, built on LiteLLM and Transformers.
https://github.com/dbiswas55/vlmhub
A lightweight, config-driven framework for unified vision-language model inference across local and cloud backends, built on LiteLLM and Transformers.
https://github.com/dbiswas55/vlmhub
GitHub
GitHub - dbiswas55/vlmhub: A lightweight, config-driven framework for unified vision-language model inference across local and…
A lightweight, config-driven framework for unified vision-language model inference across local and cloud backends, built on LiteLLM and Transformers. - dbiswas55/vlmhub
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Popular Python Features You Probably Shouldn’t Use
Explore seven powerful Python features, including properties, dataclasses, caching, decorators, async, pattern matching, and slots, that can make code harder to understand and maintain when misused. Learn the trade-offs of each feature and when using it improves code clarity, design, and maintainability.
https://www.youtube.com/watch?v=RHCyTWaRZSk
Explore seven powerful Python features, including properties, dataclasses, caching, decorators, async, pattern matching, and slots, that can make code harder to understand and maintain when misused. Learn the trade-offs of each feature and when using it improves code clarity, design, and maintainability.
https://www.youtube.com/watch?v=RHCyTWaRZSk
YouTube
7 Python Features That Make Your Code Worse
🧱 Build software that lasts. Join the Software Design Mastery program → https://arjan.codes/mastery.
Python has a lot of powerful features, but just because you can use them doesn’t mean you always should.
In this video, I look at 7 Python features that…
Python has a lot of powerful features, but just because you can use them doesn’t mean you always should.
In this video, I look at 7 Python features that…
Django: check version support with norwegianblue
Adam Johnson demonstrates how to use norwegianblue, a command-line tool powered by endoflife.date, to check release cycles and support deadlines for Django, Python, PostgreSQL, and other software. The tool displays version compatibility, end-of-life dates, and upcoming support deadlines in a color-coded table, helping developers identify unsupported versions and plan upgrades.
https://adamj.eu/tech/2026/10/16/django-norwegianblue/
Adam Johnson demonstrates how to use norwegianblue, a command-line tool powered by endoflife.date, to check release cycles and support deadlines for Django, Python, PostgreSQL, and other software. The tool displays version compatibility, end-of-life dates, and upcoming support deadlines in a color-coded table, helping developers identify unsupported versions and plan upgrades.
https://adamj.eu/tech/2026/10/16/django-norwegianblue/
adamj.eu
Django: check version support with norwegianblue - Adam Johnson
Django projects end up slotting into a bunch of software release cycles: Django itself, Python, database servers, cache servers, and more. It can be hard for us developers to keep track of all of them, with their different support policies and end-of-life…
Python's binary wheels and supply chain attacks
Artem Golubin highlights a supply chain security risk in Python's packaging ecosystem: binary wheels uploaded to PyPI can contain malicious code that differs from their accompanying source distributions. Since most security scanners focus on source code rather than compiled binaries, attackers could hide malware in prebuilt wheels that pip installs by default.
https://rushter.com/blog/python-binary-wheels/
Artem Golubin highlights a supply chain security risk in Python's packaging ecosystem: binary wheels uploaded to PyPI can contain malicious code that differs from their accompanying source distributions. Since most security scanners focus on source code rather than compiled binaries, attackers could hide malware in prebuilt wheels that pip installs by default.
https://rushter.com/blog/python-binary-wheels/
Artem Golubin
Python's binary wheels and supply chain attacks
Why precompiled Python wheels are a weak spot in the supply chain security.
Write Python, Run native, All in Python.
PCC compiles Python and C source into native programs. This compiler and runtime aims to preserve Python's syntax and behavior without libpython, with self-hosting。
https://github.com/allstoalls/pcc
PCC compiles Python and C source into native programs. This compiler and runtime aims to preserve Python's syntax and behavior without libpython, with self-hosting。
https://github.com/allstoalls/pcc
GitHub
GitHub - allstoalls/pcc: compile and eval c & python use python
compile and eval c & python use python. Contribute to allstoalls/pcc development by creating an account on GitHub.
apache iceberg beneath the surface
A video tutorial on how Apache Iceberg's manifests, snapshots, and catalog turn a folder of Parquet files into a table with ACID transactions, hidden partitioning, time travel, and schema evolution. Tutorial uses the data on NYC taxi trips along with PyIceberg, Polars, and DuckDB.
https://www.youtube.com/watch?v=9Fz5noobWcE
A video tutorial on how Apache Iceberg's manifests, snapshots, and catalog turn a folder of Parquet files into a table with ACID transactions, hidden partitioning, time travel, and schema evolution. Tutorial uses the data on NYC taxi trips along with PyIceberg, Polars, and DuckDB.
https://www.youtube.com/watch?v=9Fz5noobWcE
YouTube
apache iceberg beneath the surface
In Chapter 2 of Data Engineering for ML and AI, we look at how Apache Iceberg turns a folder of Parquet files into a table with ACID transactions, time travel, and schema evolution. We also compare it with Hive tables and Delta Lake.
00:00 Data Warehouses…
00:00 Data Warehouses…
Build an AI That Turns Your Voice Into Images, Video and Audio (Python)
This video demonstrates how to build a Python AI agent that automates the entire video creation pipeline, including speech-to-text, scriptwriting, image generation, voice synthesis, and video rendering. By using OpenRouter as a unified API, the project shows how to integrate multiple AI models efficiently while tracking individual operation costs.
https://www.youtube.com/watch?v=aypkvuGFq5Y
This video demonstrates how to build a Python AI agent that automates the entire video creation pipeline, including speech-to-text, scriptwriting, image generation, voice synthesis, and video rendering. By using OpenRouter as a unified API, the project shows how to integrate multiple AI models efficiently while tracking individual operation costs.
https://www.youtube.com/watch?v=aypkvuGFq5Y
YouTube
Build a Multimodal AI App in Python (Beginner Project)
Get started with OpenRouter here: https://openrouter.plug.dev/DQFLEpP
Speak to your computer, tell it what you want to create, and it goes through a full 6-step process to make a fully scripted video for you. In this video I build that Python AI agent from…
Speak to your computer, tell it what you want to create, and it goes through a full 6-step process to make a fully scripted video for you. In this video I build that Python AI agent from…
Bringing uv and ty together
Astral introduces experimental integration between uv and ty, enabling dependency-aware type checking for Python scripts with PEP 723 inline metadata and a new uv check command that automatically prepares project environments and runs ty. The integration also supports workspace-wide type checking and consistent ty versions through uv's lockfile, bringing Python development tools closer t...
https://astral.sh/blog/uv-ty-integration
Astral introduces experimental integration between uv and ty, enabling dependency-aware type checking for Python scripts with PEP 723 inline metadata and a new uv check command that automatically prepares project environments and runs ty. The integration also supports workspace-wide type checking and consistent ty versions through uv's lockfile, bringing Python development tools closer t...
https://astral.sh/blog/uv-ty-integration
astral.sh
Bringing uv and ty together
Experimental uv-ty integration enables first-class support for Python scripts on the CLI and in the editor, and a unified uv check command.
llm-d
State of the art inference performance with modern accelerators on Kubernetes
https://github.com/llm-d/llm-d
State of the art inference performance with modern accelerators on Kubernetes
https://github.com/llm-d/llm-d
GitHub
GitHub - llm-d/llm-d: State of the art inference performance with modern accelerators on Kubernetes
State of the art inference performance with modern accelerators on Kubernetes - llm-d/llm-d
TutorLoom
TutorLoom is an open-source, self-hosted learning management system built with Django, React, and Flutter, featuring course management, quizzes, grading, progress tracking, and multi-tenant support.
https://github.com/pacewisdomhq/TutorLoom
TutorLoom is an open-source, self-hosted learning management system built with Django, React, and Flutter, featuring course management, quizzes, grading, progress tracking, and multi-tenant support.
https://github.com/pacewisdomhq/TutorLoom
GitHub
GitHub - pacewisdomhq/TutorLoom: Self-hosted, multi-tenant learning management system (LMS) for training institutes and teams:…
Self-hosted, multi-tenant learning management system (LMS) for training institutes and teams: course builder, trainer and student portals, progress tracking. Django + React. Apache-2.0. - pacewisdo...
How to Run Turing-Complete Malware in PyTorch's Backward Pass
Elon Litman demonstrates how a malicious PyTorch loss function can report a value of zero while secretly manipulating model weights through the backward pass. By exploiting differences between floating-point arithmetic and automatic differentiation, he shows how gradient descent can execute arbitrary computations inside a neural network, creating a potential attack vector for AI training...
https://elonlit.com/scrivings/how-to-run-turing-complete-malware-in-pytorchs-backward-pass/
Elon Litman demonstrates how a malicious PyTorch loss function can report a value of zero while secretly manipulating model weights through the backward pass. By exploiting differences between floating-point arithmetic and automatic differentiation, he shows how gradient descent can execute arbitrary computations inside a neural network, creating a potential attack vector for AI training...
https://elonlit.com/scrivings/how-to-run-turing-complete-malware-in-pytorchs-backward-pass/
elonlit.com | Elon Litman
How to Run Turing-Complete Malware in PyTorch's Backward Pass
Turning PyTorch's backward pass into a Turing-complete virtual machine using a floating-point exploit.
lightseekorg / tokenspeed
TokenSpeed is a speed-of-light LLM inference engine.
https://github.com/lightseekorg/tokenspeed
TokenSpeed is a speed-of-light LLM inference engine.
https://github.com/lightseekorg/tokenspeed
GitHub
GitHub - lightseekorg/tokenspeed: TokenSpeed is a speed-of-light LLM inference engine.
TokenSpeed is a speed-of-light LLM inference engine. - lightseekorg/tokenspeed