Easily Stream LLM Responses with Django-Bolt and PydanticAI
A guide showing how easy it is to start using django-bolt and PydanticAI agents together.
https://www.caktusgroup.com/blog/2026/04/27/django-bolt-easy-pydanticai-streaming/
A guide showing how easy it is to start using django-bolt and PydanticAI agents together.
https://www.caktusgroup.com/blog/2026/04/27/django-bolt-easy-pydanticai-streaming/
Caktusgroup
Easily Stream LLM Responses with Django-Bolt and PydanticAI | Caktus Group
A guide showing how easy it is to start using django-bolt and PydanticAI agents together.
Choosing a Python Logging Library in 2026
Compare Pythons standard logging module structlog and Loguru with real benchmarks OpenTelemetry integration paths and frameworkspecific guidance for Django FastAPI and Flask.
https://www.dash0.com/guides/python-logging-libraries
Compare Pythons standard logging module structlog and Loguru with real benchmarks OpenTelemetry integration paths and frameworkspecific guidance for Django FastAPI and Flask.
https://www.dash0.com/guides/python-logging-libraries
Dash0
Choosing a Python Logging Library in 2026 · Dash0
Compare Pythons standard logging module structlog and Loguru with real benchmarks OpenTelemetry integration paths and frameworkspecific guidance for Django FastAPI and Flask
❤1🔥1
Databases Were Not Designed For This
The post defines defensive databases as systems designed to protect data from buggy, noisy, or autonomous applications through safeguards such as idempotency, auditability, soft deletes, controlled writes, and strict permissions. As AI agents and distributed services generate more unpredictable traffic, data stores must actively preserve integrity rather than assuming every client behave...
https://arpitbhayani.me/blogs/defensive-databases
The post defines defensive databases as systems designed to protect data from buggy, noisy, or autonomous applications through safeguards such as idempotency, auditability, soft deletes, controlled writes, and strict permissions. As AI agents and distributed services generate more unpredictable traffic, data stores must actively preserve integrity rather than assuming every client behave...
https://arpitbhayani.me/blogs/defensive-databases
Arpit Bhayani
Databases Were Not Designed For This
There is an implicit contract at the foundation of every database architecture decision you have ever made. You probably never wrote it down. Nobody does. It just… existed.
Do you actually read the source code of libraries you install?
https://www.reddit.com/r/Python/comments/1t7yfuw/do_you_actually_read_the_source_code_of_libraries/
https://www.reddit.com/r/Python/comments/1t7yfuw/do_you_actually_read_the_source_code_of_libraries/
Reddit
From the Python community on Reddit
Explore this post and more from the Python community
Datanomy
Datanomy is a terminal-based tool for inspecting and understanding data files. It provides an interactive view of your data's structure, metadata, and internal organization.
https://github.com/raulcd/datanomy
Datanomy is a terminal-based tool for inspecting and understanding data files. It provides an interactive view of your data's structure, metadata, and internal organization.
https://github.com/raulcd/datanomy
GitHub
GitHub - raulcd/datanomy: Dissecting data structures
Dissecting data structures. Contribute to raulcd/datanomy development by creating an account on GitHub.
How we rebuilt search ranking at Faire with deep learning
From XGBoost to deep learning: a two-year rebuild of Faire’s ranking stack.
https://craft.faire.com/how-we-rebuilt-search-ranking-at-faire-with-deep-learning-14f080679c83
From XGBoost to deep learning: a two-year rebuild of Faire’s ranking stack.
https://craft.faire.com/how-we-rebuilt-search-ranking-at-faire-with-deep-learning-14f080679c83
Medium
How we rebuilt search ranking at Faire with deep learning
From XGBoost to deep learning: a 2-year rebuild of Faire’s ranking stack drove +2.14% order growth in North America and +1.54% in Europe.
Full-Text Search with DuckDB
The post shows how DuckDB’s full-text search extension can index a large email corpus and run BM25-ranked keyword search directly in SQL, without needing a separate search engine. It also walks through practical preprocessing and filtering steps, then demonstrates conjunctive queries that return only documents matching all search terms.
https://peterdohertys.website/blog-posts/full-text-search-w-duckdb.html
The post shows how DuckDB’s full-text search extension can index a large email corpus and run BM25-ranked keyword search directly in SQL, without needing a separate search engine. It also walks through practical preprocessing and filtering steps, then demonstrates conjunctive queries that return only documents matching all search terms.
https://peterdohertys.website/blog-posts/full-text-search-w-duckdb.html
peterdohertys.website
Full-Text Search with DuckDB - peterdohertys.website
Pete Doherty is a NYC based software developer
lightning PyPI Compromise: A Bun-Based Credential Stealer in Python
The post describes a PyPI supply-chain compromise in lightning 2.6.2/2.6.3, where importing the package silently downloads Bun and runs an obfuscated JavaScript credential stealer. It also says the payload steals GitHub, cloud, and other secrets, then uses any captured credentials to spread further and commit exfiltrated data back into victim repos.
https://snyk.io/blog/lightning-pypi-compromise-bun-based-credential-stealer/
The post describes a PyPI supply-chain compromise in lightning 2.6.2/2.6.3, where importing the package silently downloads Bun and runs an obfuscated JavaScript credential stealer. It also says the payload steals GitHub, cloud, and other secrets, then uses any captured credentials to spread further and commit exfiltrated data back into victim repos.
https://snyk.io/blog/lightning-pypi-compromise-bun-based-credential-stealer/
Snyk
Lightning PyPI Compromise: Bun-Based Stealer | Snyk
A malicious release of the lightning PyPI package ships a credential-stealing Bun payload that runs on import. Snyk has a live advisory. Here's what's in the package, what to rotate, and how the payload pattern connects to the Mini Shai-Hulud npm campaign…
What’s the simplest way to distribute a Python app to normal users?
https://www.reddit.com/r/learnpython/comments/1t7y5m7/whats_the_simplest_way_to_distribute_a_python_app/
https://www.reddit.com/r/learnpython/comments/1t7y5m7/whats_the_simplest_way_to_distribute_a_python_app/
Reddit
From the learnpython community on Reddit
Explore this post and more from the learnpython community
token-optimizer
Find the ghost tokens. Fix them. Survive compaction. Avoid context quality decay.
https://github.com/alexgreensh/token-optimizer
Find the ghost tokens. Fix them. Survive compaction. Avoid context quality decay.
https://github.com/alexgreensh/token-optimizer
GitHub
GitHub - alexgreensh/token-optimizer: Find the ghost tokens. Fix them. Survive compaction. Avoid context quality decay.
Find the ghost tokens. Fix them. Survive compaction. Avoid context quality decay. - alexgreensh/token-optimizer
foundry
Ship full-stack agentic systems the way they're meant to be built - production-ready, secure by default, with the developer experience modern Python deserves.
https://github.com/promptise-com/foundry
Ship full-stack agentic systems the way they're meant to be built - production-ready, secure by default, with the developer experience modern Python deserves.
https://github.com/promptise-com/foundry
GitHub
GitHub - promptise-com/Foundry: The foundation layer for agentic intelligence.
The foundation layer for agentic intelligence. Contribute to promptise-com/Foundry development by creating an account on GitHub.
Using Bag-of-Words With PyCharm
Let's unpack how the bag-of-words model works, explore the techniques it uses to convert text into numerical representations, and look at where it fits relative to more modern NLP approaches.
https://blog.jetbrains.com/pycharm/2026/04/using-bag-of-words-with-pycharm/
Let's unpack how the bag-of-words model works, explore the techniques it uses to convert text into numerical representations, and look at where it fits relative to more modern NLP approaches.
https://blog.jetbrains.com/pycharm/2026/04/using-bag-of-words-with-pycharm/
The JetBrains Blog
Using Bag-of-Words With PyCharm | The PyCharm Blog
Let's unpack how the bag-of-words model works, explore the techniques it uses to convert text into numerical representations, and look at where it fits relative to more modern NLP approaches.
bluerock
Runtime visibility for Python MCP servers. Captures tool calls, session lifecycle, module imports (SHA-256), and subprocess execution as structured NDJSON. No code changes. Apache 2.0
https://github.com/bluerock-io/bluerock
Runtime visibility for Python MCP servers. Captures tool calls, session lifecycle, module imports (SHA-256), and subprocess execution as structured NDJSON. No code changes. Apache 2.0
https://github.com/bluerock-io/bluerock
GitHub
GitHub - bluerock-io/bluerock: Runtime visibility for Python MCP servers. Captures tool calls, session lifecycle, module imports…
Runtime visibility for Python MCP servers. Captures tool calls, session lifecycle, module imports (SHA-256), and subprocess execution as structured NDJSON. No code changes. Apache 2.0 - bluerock-io...
Fast Mesh Booleans in Python
Learn how to perform fast mesh boolean operations in Python. Union, intersection, and difference at interactive speed on million-polygon meshes. One pip install, NumPy arrays in and out.
https://polydera.com/tutorials/fast-mesh-booleans-in-python
Learn how to perform fast mesh boolean operations in Python. Union, intersection, and difference at interactive speed on million-polygon meshes. One pip install, NumPy arrays in and out.
https://polydera.com/tutorials/fast-mesh-booleans-in-python
Polydera
Fast Mesh Booleans in Python · Polydera
Learn how to perform fast mesh boolean operations in Python. Union, intersection, and difference at interactive speed on million-polygon meshes. One pip install, NumPy arrays in and out.
Boosting multimodal inference performance by >10% with a single Python dictionary
Multimodal models are promising, but inference engines haven't been optimized for them yet. We profiled SGLang’s scheduler on a multimodal workload and identified an opportunity to replace expensive book-keeping around shared GPU memory with a simple cache lookup. Throughput and latency both improved over 10% on our target workload.
https://modal.com/blog/boosting-multimodal-inference-performance-by-greater-than-10-with-a-single-python-dictionary
Multimodal models are promising, but inference engines haven't been optimized for them yet. We profiled SGLang’s scheduler on a multimodal workload and identified an opportunity to replace expensive book-keeping around shared GPU memory with a simple cache lookup. Throughput and latency both improved over 10% on our target workload.
https://modal.com/blog/boosting-multimodal-inference-performance-by-greater-than-10-with-a-single-python-dictionary
Modal
Boosting multimodal inference performance by >10% with a single Python dictionary | Modal Blog
If we've said it once, we've said it once per millisecond: never block the GPU.