July 11th, 2024

Dynolog: Open-Source System Observability

Dynolog is an open-source observability tool for optimizing AI applications on distributed CPU-GPU systems. It offers continuous monitoring of performance metrics, integrates with PyTorch Profiler and Kineto CUDA profiling library, and supports GPU monitoring for NVIDIA GPUs and CPU events for Intel and AMD CPUs. Developed in Rust, Dynolog focuses on Linux platforms to enhance AI model observability in cloud environments.

Read original articleLink Icon
Dynolog: Open-Source System Observability

Dynolog is an open-source system observability tool designed to optimize AI applications running on distributed CPU-GPU systems like Meta AI research supercluster, AWS Sagemaker, and Azure ML. It offers continuous monitoring of CPU, storage, network, and GPU metrics, providing insights into performance bottlenecks and resource utilization. Dynolog integrates with PyTorch Profiler and Kineto CUDA profiling library to enable on-demand profiling of AI applications without code changes, enhancing developers' ability to debug and improve performance. The tool supports GPU performance monitoring for NVIDIA GPUs and CPU micro-architecture specific performance events for Intel and AMD CPUs. Additionally, Dynolog includes a generic Logger class for customizable data logging to various stores. By focusing on Linux platforms and collaborating with PyTorch Profiler, Dynolog aims to enhance observability for AI models in cloud environments. The project is developed using Rust and follows an open-source first approach to ensure community accessibility and integration with related projects like PyTorch Kineto Profiler and LLVM.

Related

Run the strongest open-source LLM model: Llama3 70B with just a single 4GB GPU

Run the strongest open-source LLM model: Llama3 70B with just a single 4GB GPU

The article discusses the release of open-source Llama3 70B model, highlighting its performance compared to GPT-4 and Claude3 Opus. It emphasizes training enhancements, data quality, and the competition between open and closed-source models.

How to run an LLM on your PC, not in the cloud, in less than 10 minutes

How to run an LLM on your PC, not in the cloud, in less than 10 minutes

You can easily set up and run large language models (LLMs) on your PC using tools like Ollama, LM Suite, and Llama.cpp. Ollama supports AMD GPUs and AVX2-compatible CPUs, with straightforward installation across different systems. It offers commands for managing models and now supports select AMD Radeon cards.

Show HN: Improve LLM Performance by Maximizing Iterative Development

Show HN: Improve LLM Performance by Maximizing Iterative Development

Palico AI is an LLM Development Framework on GitHub for streamlined LLM app development. It offers modular app creation, cloud deployment, integration, and management through Palico Studio, with various components and tools available.

Datadog Is the New Oracle

Datadog Is the New Oracle

Datadog faces criticism for high costs and limited access to observability features. Open Source tools like Prometheus and Grafana are gaining popularity, challenging proprietary platforms. Startups aim to offer affordable alternatives, indicating a shift towards mature Open Source observability platforms.

LightRAG: The PyTorch Library for Large Language Model Applications

LightRAG: The PyTorch Library for Large Language Model Applications

The LightRAG PyTorch library aids in constructing RAG pipelines for LLM applications like chatbots and code generation. Easy installation via `pip install lightrag`. Comprehensive documentation at lightrag.sylph.ai.

Link Icon 1 comments