hip-agent
A minimal coding agent harness that fits in the prompt.
https://github.com/changjonathanc/hip-agent
A minimal coding agent harness that fits in the prompt.
https://github.com/changjonathanc/hip-agent
GitHub
GitHub - changjonathanc/hip-agent: A minimal coding agent harness that fits in the prompt
A minimal coding agent harness that fits in the prompt - changjonathanc/hip-agent
Teaching NumPy's ufuncs new tricks
The post explains how NumPy’s universal functions (ufuncs) work in C and how their internals were upgraded to support multi-output reductions, enabling the long-requested np.minmax function. It also covers ongoing work on segmented reductions for ragged data and converting existing functions into generalized ufuncs (gufuncs) for subarray processing.
https://labs.quansight.org/blog/teaching-numpys-ufuncs-new-tricks
The post explains how NumPy’s universal functions (ufuncs) work in C and how their internals were upgraded to support multi-output reductions, enabling the long-requested np.minmax function. It also covers ongoing work on segmented reductions for ragged data and converting existing functions into generalized ufuncs (gufuncs) for subarray processing.
https://labs.quansight.org/blog/teaching-numpys-ufuncs-new-tricks
AWS Lambda Functions in Python: A Practical Guide
https://middleware.io/blog/aws-lambda-functions-in-python/
https://middleware.io/blog/aws-lambda-functions-in-python/
Middleware
AWS Lambda Functions in Python: A Practical Guide
Learn how to build, deploy, and monitor AWS Lambda functions in Python, from handlers and triggers to memory tuning, cold starts, and OpenTelemetry setup.
On solving the Jane Street Reverse Engineering Challenge
Jane Street’s ASIC reverse-engineering challenge turns a raw chip-layout file into a month-long puzzle about reconstructing how the circuit works. The author uses Python, graph algorithms, Verilog, simulation, and Z3 to recover the design, solve the challenge, and even uncover a real hardware bug.
https://jestoph.com/2026/09/04/jane-street-challenge.html
Jane Street’s ASIC reverse-engineering challenge turns a raw chip-layout file into a month-long puzzle about reconstructing how the circuit works. The author uses Python, graph algorithms, Verilog, simulation, and Z3 to recover the design, solve the challenge, and even uncover a real hardware bug.
https://jestoph.com/2026/09/04/jane-street-challenge.html
jestoph’s tech blog
On solving the Jane Street Reverse Engineering Challenge
Or: Why do I always do things the hard way?
package-doctor: finds Python dependencies at a trust boundary with no one left to fix them
Flags packages that handle untrusted input and look unmaintained. Ranks advisories by real exploitation. Runs beside pip-audit.
https://github.com/binuka200/package-doctor
Flags packages that handle untrusted input and look unmaintained. Ranks advisories by real exploitation. Runs beside pip-audit.
https://github.com/binuka200/package-doctor
GitHub
GitHub - binuka200/package-doctor: Scan Python dependencies for exploited CVEs and abandoned packages that handle untrusted input…
Scan Python dependencies for exploited CVEs and abandoned packages that handle untrusted input, ranked by CISA KEV and EPSS. Runs in CI and as a Claude Code hook. - binuka200/package-doctor
Inside the megakernel serving engine for North Mini Code
A technical deep dive into how Cohere’s approach to megakernels delivers 1.58x faster LLM serving on H100 devices.
https://cohere.com/blog/megakernels
A technical deep dive into how Cohere’s approach to megakernels delivers 1.58x faster LLM serving on H100 devices.
https://cohere.com/blog/megakernels
Cohere
Cohere's North Mini Code Megakernel Serving Engine | Cohere
Cohere presents the first production-ready LLM serving system built around a decode megakernel, achieving 1.58× speedup over vLLM.
How to Stop Third-Party APIs From Ruining Your Code
The video explains the Facade pattern using a Stripe payment integration to show how it can isolate external APIs from application code. It covers reducing coupling, improving testability, and creating cleaner boundaries that are easier to maintain and evolve.
https://www.youtube.com/watch?v=vskwNNdnqMc
The video explains the Facade pattern using a Stripe payment integration to show how it can isolate external APIs from application code. It covers reducing coupling, improving testability, and creating cleaner boundaries that are easier to maintain and evolve.
https://www.youtube.com/watch?v=vskwNNdnqMc
YouTube
How to Stop Third-Party APIs From Ruining Your Code
🧱 Build software that lasts. Join the Software Design Mastery program → https://arjan.codes/mastery.
In this video, I use a Stripe payment integration to show what a Facade should really do. You'll learn how to reduce coupling, keep external APIs from leaking…
In this video, I use a Stripe payment integration to show what a Facade should really do. You'll learn how to reduce coupling, keep external APIs from leaking…
Libraries Run Rust Inside Python (With PyO3)
https://belderbos.dev/blog/how-libraries-run-rust-inside-python/
https://belderbos.dev/blog/how-libraries-run-rust-inside-python/
belderbos.dev
How Libraries Run Rust Inside Python (with PyO3)
Build a Rust JSON parser into a module Python can import with PyO3, then see what the return trip costs when Rust data becomes Python dicts and lists.
Turn SQLite Into A Vector Database For RAG
This video demonstrates how to turn SQLite into a vector database for AI applications using the sqlite-vec and sqlite-ai-vector extensions. It covers setting up both packages in Python with OpenAI embeddings, implementing similarity search and metadata filtering, and benchmarking their performance, memory efficiency, and quantization capabilities.
https://www.youtube.com/watch?v=VlEoSzkd2gQ
This video demonstrates how to turn SQLite into a vector database for AI applications using the sqlite-vec and sqlite-ai-vector extensions. It covers setting up both packages in Python with OpenAI embeddings, implementing similarity search and metadata filtering, and benchmarking their performance, memory efficiency, and quantization capabilities.
https://www.youtube.com/watch?v=VlEoSzkd2gQ
YouTube
Turn SQLite Into A Vector Database For RAG
💻️ Need some help with a project or some consulting? Contact me here: https://www.neuralnine.com/services
🐍 The Python Bible Book: https://www.neuralnine.com/books/
💻 The Algorithm Bible Book: https://www.neuralnine.com/books/
🐍 The Python Bible Book: https://www.neuralnine.com/books/
💻 The Algorithm Bible Book: https://www.neuralnine.com/books/
microsoft / data-formulator
🪄 Data Formulator is an interactive AI-powered data analysis system makes it easy to connect, explore and visualize data.
https://github.com/microsoft/data-formulator
🪄 Data Formulator is an interactive AI-powered data analysis system makes it easy to connect, explore and visualize data.
https://github.com/microsoft/data-formulator
GitHub
GitHub - microsoft/data-formulator: 🪄 Data Formulator is an interactive AI-powered data analysis system makes it easy to connect…
🪄 Data Formulator is an interactive AI-powered data analysis system makes it easy to connect, explore and visualize data. - microsoft/data-formulator
Qwen-Drive
An Initial Step towards a Vision-Language Foundation Model for Autonomous Driving.
https://github.com/QwenLM/Qwen-Drive-1.0
An Initial Step towards a Vision-Language Foundation Model for Autonomous Driving.
https://github.com/QwenLM/Qwen-Drive-1.0
GitHub
GitHub - QwenLM/Qwen-Drive-1.0: An Initial Step towards a Vision-Language Foundation Model for Autonomous Driving
An Initial Step towards a Vision-Language Foundation Model for Autonomous Driving - QwenLM/Qwen-Drive-1.0
Python sets and dictionaries can have quadratic-time performance
https://lemire.me/blog/2026/09/03/python-sets-and-dictionaries-can-have-quadratic-time-performance/
https://lemire.me/blog/2026/09/03/python-sets-and-dictionaries-can-have-quadratic-time-performance/
Daniel Lemire's blog
Python sets and dictionaries can have quadratic-time performance
In Python, the dict data structure is the conventional key-value structure. E.g., you might store a list of names as keys and have their phone numbers as values. Valentin Ignatev wrote this amusing post on X: It is indeed widely believed that, in the strict…
numba-metal
An out-of-tree GPU backend that lets you write a constrained subset of Numba-style Python kernels and run them on the GPU of Apple-silicon Macs through Metal.
https://github.com/eviking/numba-metal
An out-of-tree GPU backend that lets you write a constrained subset of Numba-style Python kernels and run them on the GPU of Apple-silicon Macs through Metal.
https://github.com/eviking/numba-metal
GitHub
GitHub - eviking/numba-metal: Numba-to-Metal GPU compiler for Apple Silicon
Numba-to-Metal GPU compiler for Apple Silicon. Contribute to eviking/numba-metal development by creating an account on GitHub.
Nifty Django Feature: Q() Objects
Part of the Nifty Django features series: Django’s Q() objects allow you to some fancy filtering!
https://www.better-simple.com/django/2026/09/09/nifty-feature-q-objects/
Part of the Nifty Django features series: Django’s Q() objects allow you to some fancy filtering!
https://www.better-simple.com/django/2026/09/09/nifty-feature-q-objects/
Better Simple
Q() Objects in Django
Django’s Q() objects allow you to do some fancy filtering!
NPC-Forge
NPC-Forge is a framework for building conversational agents that run on the CPU without relying on machine learning or LLMs.
https://github.com/gioblu/NPC-Forge
NPC-Forge is a framework for building conversational agents that run on the CPU without relying on machine learning or LLMs.
https://github.com/gioblu/NPC-Forge
GitHub
GitHub - gioblu/NPC-Forge: NPC-Forge is a framework for building conversational agents that run on the CPU without relying on machine…
NPC-Forge is a framework for building conversational agents that run on the CPU without relying on machine learning or LLMs. - gioblu/NPC-Forge
NetAlertX
Centralized network visibility and continuous asset discovery. Monitor devices, detect change, and stay aware across distributed networks.
https://github.com/netalertx/NetAlertX
Centralized network visibility and continuous asset discovery. Monitor devices, detect change, and stay aware across distributed networks.
https://github.com/netalertx/NetAlertX
GitHub
GitHub - netalertx/NetAlertX: Centralized network visibility and continuous asset discovery. Monitor devices, detect change, and…
Centralized network visibility and continuous asset discovery. Monitor devices, detect change, and stay aware across distributed networks. - netalertx/NetAlertX
Praxist
Autonomous research system for measurable, computer-executable research.
https://github.com/sapientinc/PRAXIST
Autonomous research system for measurable, computer-executable research.
https://github.com/sapientinc/PRAXIST
GitHub
GitHub - sapientinc/PRAXIST: Autonomous research system for measurable, computer-executable research.
Autonomous research system for measurable, computer-executable research. - sapientinc/PRAXIST
Plugin Architecture Across Service Boundaries: An API Contract with Pydantic & FastAPI - Pt. 1
This articles shows how to build a service-level plugin architecture with Pydantic and FastAPI. I will be using an API contract package that plugin providers implement and our platform validates the contract during registration.
https://patrickm.de/plugin-architecture-across-service-boundaries-an-api-contract-with-pydantic-fastapi-pt-1/
This articles shows how to build a service-level plugin architecture with Pydantic and FastAPI. I will be using an API contract package that plugin providers implement and our platform validates the contract during registration.
https://patrickm.de/plugin-architecture-across-service-boundaries-an-api-contract-with-pydantic-fastapi-pt-1/
Patrick Müller
Plugin Architecture Across Service Boundaries: An API Contract with Pydantic & FastAPI - Pt. 1
This articles shows how to build a service-level plugin architecture with Pydantic and FastAPI. I will be using an API contract package that plugin providers implement and our platform validates the contract during registration.
Our team operates an internal…
Our team operates an internal…