The hottest MLOps Substack posts right now

And their main takeaways
Category
Top Technology Topics
Deep Learning Weekly 648 implied HN points 17 Jan 24
  1. This week's deep learning topics include generative AI in enterprises, query pipelines, and closed-loop verifiable code generation.
  2. Updates in MLOps & LLMOps cover CI/CD practices, multi-replica endpoints, and serverless solutions like Pinecone.
  3. Learning insights include generating images from audio, understanding self-attention in LLMs, and fine-tuning models using PyTorch tools.
SwirlAI Newsletter 432 implied HN points 28 Jun 23
  1. The newsletter provides a Table of Contents with more than 90 topics, making it easier to find the content of interest.
  2. Topics covered include Data Engineering fundamentals, Spark architecture, Kafka use cases, MLOps deployment processes, System Design examples, and more.
  3. If interested, it's recommended to support the author's work by subscribing and sharing the content.
Data Engineering Central 393 implied HN points 15 May 23
  1. Working on Machine Learning as a Data Engineer is not as hard as it seems - it falls somewhere in the middle of difficulty.
  2. Machine Learning work for Data Engineers focuses on MLOps like feature stores, model prediction, automation, and metadata storage.
  3. The key aspects of MLOps include automating tasks, using tools like Apache Airflow, and managing metadata for a stable ML environment.
SwirlAI Newsletter 294 implied HN points 18 Mar 23
  1. Learning to decompose a data system is crucial for better reasoning and understanding of large infrastructure
  2. Decomposing a data system allows for scalability, identification of bottlenecks, and total event processing latency optimization
  3. The different layers in a data system include data ingestion, transformation, and serving layers, each with specific functions and technologies
Get a weekly roundup of the best Substack posts, by hacker news affinity:
Deep Learning Weekly 137 implied HN points 07 Feb 24
  1. Google introduced a new model for time-series forecasting called TimesFM, pre-trained on a large time-series corpus.
  2. Adept introduced a new multimodal model called Adept Fuyu-Heavy designed for digital agents.
  3. There are various articles and papers covering topics like LLM platforms, code implementation like LoRA, and new generation AI models.
Deep Learning Weekly 275 implied HN points 20 Sep 23
  1. Google's Bard Extension now scans Gmail, Docs, and Drive for answers with its AI chatbot.
  2. Optimizing LLMs from a dataset perspective involves strategies for finetuning using existing datasets.
  3. Influence Functions offer insights into large language model generalization, improving accuracy and robustness through dataset reinforcement.
Deep Learning Weekly 255 implied HN points 05 Jul 23
  1. This week's issue of Deep Learning Weekly covers Meta's AI system cards, real-time machine learning foundations at Lyft, and a local code generator tool using Microsoft's guidance library.
  2. Industry news includes Inflection AI's $1.3B investment, Meta AI sharing 22 system cards on AI experiences, and Unity launching new AI platforms for real-time 3D creation.
  3. In the MLOps and Learning sections, topics range from dealing with train-serve skew in ML models to using LLMs for data extraction and building local code generators.
Deep Learning Weekly 216 implied HN points 22 Mar 23
  1. This week in deep learning includes Microsoft 365 Copilot and emergent abilities of large language models.
  2. Learn about industry trends like signed parameters for ML model deployments and new AI startups.
  3. Explore informative posts on prompt engineering, computer vision in robotics, and papers on video generation and symbolic regression.
Deep Learning Weekly 216 implied HN points 12 Jul 23
  1. Deep Learning Weekly Issue #309 covers topics like Code Interpreter on ChatGPT Plus and ML system design with 200 case studies.
  2. Industry innovations include AI-generated chart captions and Nvidia's AI approach to carbon capture.
  3. Learning section highlights topics like Tiny Audio Diffusion and Swin Transformer for object recognition.
Gradient Flow 99 implied HN points 23 Nov 21
  1. Confidential Computing involves protecting data in all states: at rest, in use, and in transit.
  2. Confidential Computing tools focus on safeguarding data while being used, a difficult task due to the need for data to be unencrypted for computation.
  3. DataOps and MLOps are important for modern data governance and management, emphasizing the need for strong metadata platforms and strategies to avoid MLOps mistakes.
Laszlo’s Newsletter 54 implied HN points 20 Feb 23
  1. The evolution of MLOps tools started from handling big data and SQL to deployment, feature stores, model monitoring, and more
  2. The increasing complexity of ML models led to the development of tools like XGBoost, TensorFlow, PyTorch, and the need for distributed computing
  3. Machine Learning Engineers play a crucial role in navigating the ever-changing landscape of MLOps tools and technologies
Gradient Flow 19 implied HN points 12 Aug 21
  1. The podcast discusses changes in the data science role and tools, along with insights on new data engineering trends.
  2. An overview of new developments in tools and infrastructure, including a chatbot, recommendation system, and MLOps anti-patterns to avoid mistakes.
  3. Recommendations cover topics like the evolution of PyTorch, guidelines for open datasets stewardship, and insights into the analytical application stack.
Sector 6 | The Newsletter of AIM 0 implied HN points 18 Jul 21
  1. MLOps is gaining popularity, but we should be careful not to get too caught up in the hype. It's important to evaluate its real benefits before jumping in.
  2. Open source tools in AI can be risky, as they may have hidden vulnerabilities. It's wise to properly assess security and reliability before using them.
  3. There are common fallacies in AI research that can mislead people. Being aware of these misconceptions can help in making better-informed decisions and understanding the field better.