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Building Reliable Multi-Agent Systems with ADK 2.0 Workflows
Stop relying on complex system prompts for agent coordination. Use deterministic workflow primitives—sequential, parallel, and loops—to structure AI behavior and ensure reliability.
Google Cloud TechBuilding Real-Time Voice AI Agents with Google ADK
Real-time voice AI requires a full-duplex, persistent connection rather than a traditional request-response pipeline. By using the Agent Development Kit (ADK) and a decoupled queue architecture, you can handle simultaneous audio streams and interruptions without blocking.
Google Cloud TechScaling Habitat: OpenAI’s Journey from Python Library to Rust Service
To support 1 billion weekly users, OpenAI evolved its 'Habitat' storage platform from a client-side Python library into a centralized service, eventually migrating to Rust to achieve 6x CPU and 15x memory efficiency gains.
Building Generative UIs with Python and Prefab
Prefab is a Python DSL that allows developers to compose interactive, serializable UIs for MCP apps, bypassing agent context limitations and enabling efficient generative UI workflows.
AI EngineerRecursive Language Models: Beyond Context Windows
Recursive Language Models (RLMs) treat context as a symbolic object in a REPL, allowing models to write code, iterate, and delegate sub-tasks to themselves, effectively bypassing traditional context window limitations and RAG-based bloat.
AI EngineerMastering LLM Inference at Scale: Principles and Optimization
LLM inference is constrained by memory, latency, and throughput. Optimizing it requires balancing the trade-off triangle of quality, latency, and throughput through model-side techniques like quantization and serving-side strategies like paged attention.
AI EngineerBuilding Production-Ready RAG Agents on Google Cloud
Learn to build and deploy a secure, grounded RAG agent using the Google Agent Development Kit (ADK), Streamlit, and Cloud Run, moving from local prototypes to enterprise-ready infrastructure.
Google Cloud TechStrategies for Serving JAX Models in Production
Moving JAX models from notebooks to production requires choosing the right serialization and compilation strategy to avoid latency spikes caused by just-in-time compilation.
Google Cloud TechScaling JAX Models to Multi-GPU Systems
Scale JAX models across multiple GPUs by defining array layouts with Mesh and PartitionSpec, allowing the compiler to handle gradient synchronization automatically.
Building and Optimizing JAX Training Loops
Build high-performance JAX training loops by maintaining pure functions, keeping data on-device, and utilizing fused kernels like cuDNN attention to avoid GPU memory bottlenecks.
Optimizing JAX Performance on NVIDIA GPUs
JAX performance hinges on ensuring your code runs on the GPU, maintaining stable input shapes to prevent re-compilation, and correctly handling asynchronous execution during profiling.
Automating Community Outreach with AI Agents
Niels Rogge explains how he scaled his role at Hugging Face by replacing manual outreach with deterministic workflows and autonomous agents, successfully migrating research artifacts to the Hub at scale.
AI EngineerBuilding an AI-Powered Talking Guitar
By combining real-time pitch detection, speech synthesis, and audio processing, you can transform a standard guitar into an instrument that speaks and sings in response to user input.
AI EngineerBuilding Memory Harnesses for Long-Horizon AI Agents
To prevent context rot in long-horizon AI tasks, implement a structured 'write-manage-read' memory loop. A ranked recall policy consistently outperforms basic RAG or no-memory baselines, improving accuracy while reducing token costs.
AI EngineerFighting AI Slop with Systemic Rigor
To ship AI-powered products at scale, you must stop relying on human code reviews and instead build 'sloppy' agentic tools that enforce invariants, type safety, and deterministic execution traces at the foundational layer.
AI EngineerDecoupling AI Tasks from Model Implementation with DSPy
By defining AI tasks through signatures (inputs/outputs) rather than specific prompts, developers can treat LLM logic as modular, optimizable functions, allowing them to swap models and techniques without rewriting the core workflow.
AI EngineerBuilding Reliable Computer-Use Agents with Cua Driver
Cua Driver enables background AI agent operation by interacting with OS accessibility layers instead of hardware cursors, increasing task pass rates by 18% while reducing token usage.
AI EngineerBuilding Real-Time Industrial Digital Twins with AI
Modern digital twins must move beyond static dashboards to active, predictive systems that simulate and anticipate factory operations using real-time streaming data.
Architectural Reasoning: Claude vs. GPT-4o in Code Refactoring
When refactoring legacy code, AI models prioritize different paradigms: Claude favors functional programming for safety and testability, while GPT-4o leans toward OOP for expressiveness and team communication. The choice depends on whether your priority is correctness or developer onboarding.
Optimizing RAG Retrieval with Hierarchical Search
Hierarchical RAG improves precision and reduces computational costs by replacing flat, corpus-wide similarity searches with a two-stage process: document-level filtering followed by targeted chunk retrieval.
Building Production-Grade Multi-Agent Systems with ADK
Learn to build robust, state-aware multi-agent systems using Google's Agent Development Kit (ADK) and the Model Context Protocol (MCP) to handle orchestration, security, and persistence.
Building an Autonomous PR Outreach Agent with OpenAI Agents SDK
Learn to build a multi-agent system in Python using the OpenAI Agents SDK to automate product research, journalist identification, and the creation of personalized PR pitches.
Mastering Probability Distributions for Machine Learning
Probability distributions are maps of data behavior. Understanding them allows you to select better models, engineer features effectively, and quantify uncertainty in production pipelines.
Why R-Squared Misleads and How to Properly Evaluate Regression
R-squared measures explained variance but ignores model complexity and outliers. To truly understand model performance, you must use a suite of metrics—MAE, MSE, RMSE, and Adjusted R-squared—to identify where your model fails and why.
Preventing Production Failures in Async Python Services
Async Python is non-blocking, not inherently faster. Production outages in FastAPI services typically stem from blocking the event loop with synchronous code, mismanaged connection pools, unclosed resources, and improper process supervision.
Writing JIT-Ready Python for CPython 3.14
Modern Python performance relies on writing predictable, type-consistent code that the Specializing Adaptive Interpreter can optimize, rather than relying on external JIT libraries like Numba.
Refactoring Pandas Workflows with .pipe()
The .pipe() method in Pandas enables cleaner, more readable ETL pipelines by chaining custom functions, reducing boilerplate code and improving maintainability compared to nested or sequential assignments.
7 Python Libraries That Solve Persistent Development Bottlenecks
A curated list of Python libraries that overcome common, seemingly intractable engineering limitations, ranging from high-performance runtime type checking to simplified data validation and CLI building.
Implementing DeepMind's Deep Research API
Google's Deep Research API enables developers to integrate autonomous, multi-step research agents into their applications, automating complex information gathering, synthesis, and visualization tasks.
Google Cloud TechStop Rebuilding Utilities: 11 Python Libraries to Accelerate Development
Stop wasting time writing custom utility code for common tasks like validation, CLI building, and task scheduling. Use battle-tested Python libraries to replace hundreds of lines of boilerplate.
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