Also from Tyler's team
Spreadsheets That Don't Suck
BoredTools builds practical templates for budgeting, freelancing, and productivity. Simple, useful, no subscription required.
When to Build vs Buy Your Agent Orchestration Layer
A team picks an agent framework in January, ships a demo in February, and by July they're ripping it out to build something custom. The autonomous agent market will hit $8.5 billion this year.
When to Use Multi-Agent vs Single-Agent Architecture: A Decision Framework
Your task's complexity determines whether multi-agent architecture is a force multiplier or an expensive way to make things worse. Most teams reach for multiple agents too early.
When to Use RAG vs Fine-Tuning in 2026: A Practitioner's Decision Guide
Most teams get this decision backwards. They pick RAG because it's the default, or fine-tuning because it sounds more sophisticated, then spend three months retrofitting the wrong architecture.
AI Safety Frameworks for Regulated Industries: Healthcare, Finance, and Government
Regulated industries face roughly three times the compliance burden of unregulated AI deployments. This guide maps the actual frameworks, enforcement timelines, and compliance costs for AI safety across healthcare, finance, and government in 2026.
Best AI Red-Teaming and Safety Testing Tools 2026
Your AI system will get attacked. The question is whether you find the vulnerabilities first or your users do. 8 red-teaming tools tested and compared.
Agent Tool-Use Patterns: How LLMs Actually Wield APIs
Tool use is where agents meet the real world. This guide covers function-calling patterns, retry strategies, schema design, and the failure modes that break agentic workflows in production.
Multi-Agent Communication Protocols: How Agents Actually Talk to Each Other
When multiple agents collaborate, communication is the bottleneck. This guide compares MCP, A2A, shared-memory buses, and event-driven architectures for building reliable multi-agent systems.
The Enterprise AI Adoption Playbook: What Actually Gets Agents to Production
Enterprise AI pilots fail at alarming rates. The gap is not model quality but deployment discipline: eval loops, human-in-the-loop design, and incremental rollouts that survive contact with real users.
Inference Optimization in 2026: Where the Compute Actually Goes
Most inference costs hide in places engineers never check. This guide breaks down KV-cache management, speculative decoding, quantization trade-offs, and the batching strategies that cut serving costs in half.
AI Evaluation Frameworks 2026: Why Benchmarks Keep Lying
AI benchmarks are broken. Contaminated datasets, narrow metrics, and Goodhart's law mean top scores rarely predict real-world performance. Here is what evaluation frameworks actually need to measure in 2026.