New
How I Use Obsidian as a Thinking Studio
How I configured Obsidian as a developer's personal thinking studio — vault structure, web clipper, key plugins, and the PKM ideas behind each decision.
Obsidian
A collection of 1 Post
PKM
A collection of 1 Post
New
How I Use Obsidian as a Thinking Studio
How I configured Obsidian as a developer's personal thinking studio — vault structure, web clipper, key plugins, and the PKM ideas behind each decision.
Reflections
A collection of 4 Posts
The Pattern Loop: How the Brain Automates Behavior and How to Interrupt It
Your brain runs on automatic behavior loops. Learn to map your triggers, understand pattern synchronization, and interrupt the cycle with intentional action.
Assumptions in Relationships: How Silence Becomes Conflict
Most tension in relationships grows from silence, not conflict. A study in assumption, imagination, and why directness is the shortest path to clarity.
Hesitation: What It Is, When It Helps, and When It Doesn't
Hesitation isn't just fear - it's a signal. This essay examines when the pause protects you, when it traps you, and how to act decisively without rushing.
Goals and Needs: Why Ambition Fails Without the Right Foundation
Goals that ignore real needs always collapse. Sort out want from need from desire - then design goals that fit your actual life, not your ideal version of it.
dotnet
A collection of 1 Post
New
Hot Path: How to Identify and Optimize It in .NET
A hot path is code that runs on every request — small inefficiencies there compound into P99 spikes users actually feel. How to find hot paths with profilers and fix them in .NET.
observability
A collection of 1 Post
New
P50, P95, P99, and the Average: What Latency Numbers Actually Tell You
Average response time hides the worst user experiences. P99 can run 100× slower than P50 on the same dataset. What P50, P95, and P99 mean, why they matter, and how to read them together.
performance
A collection of 2 Posts
New
Hot Path: How to Identify and Optimize It in .NET
A hot path is code that runs on every request — small inefficiencies there compound into P99 spikes users actually feel. How to find hot paths with profilers and fix them in .NET.
New
P50, P95, P99, and the Average: What Latency Numbers Actually Tell You
Average response time hides the worst user experiences. P99 can run 100× slower than P50 on the same dataset. What P50, P95, and P99 mean, why they matter, and how to read them together.