Place home Wi-Fi access points from a simple coverage map and real measurements, so work areas get reliable service without treating signal bars as a design plan.
How To Place Home Wi-Fi Access Points Without Guessing
Posted on in Networking
AI-enabled developer productivity, build systems, and engineering leadership
Posted on in Networking
Place home Wi-Fi access points from a simple coverage map and real measurements, so work areas get reliable service without treating signal bars as a design plan.
Posted on in Networking
Choose a home-network Ethernet switch by sizing ports, power, uplinks, and management features for the devices you actually own instead of importing data-center hardware into a closet.
Posted on in Networking
Get useful 6 GHz Wi-Fi capacity at home by matching compatible clients to well-placed access points, retaining 5 GHz coverage, and measuring the rooms where the network actually matters.
Posted on in Networking
Measure home-network latency with a small, repeatable baseline that separates idle delay, loaded delay, packet loss, and local Wi-Fi problems before and after a network change.
Posted on in Networking
Upgrade a home network in the order that improves real reliability: measure the problem, fix coverage, add a wired path, then choose router features that solve a remaining constraint.
Posted on in Networking
Decide whether a Wi-Fi 7 mesh will improve a real home network by separating client-side Multi-Link Operation benefits from the enduring value of placement and wired backhaul.
Posted on in Networking
Use a repeatable Wi-Fi diagnosis sequence to identify coverage, contention, wired, DNS, or latency problems before spending money on a new router.
Posted on in Networking
Understand what Wi-Fi 8 is trying to improve, why it is not a buying reason yet, and how to make a better Wi-Fi 7 decision today.
Posted on in Technology Management / Leadership
Learn how to turn strong current-level execution into credible evidence that you can create impact through the judgment, scope, and leverage expected at the next engineering level.
Posted on in Technology Management / Leadership
A practical way for senior engineers to grow organizational scope by creating durable leverage instead of becoming the default owner of every hard problem.
Posted on in Technology Management / Leadership
A practical coaching system for engineering managers who want senior ICs to grow their scope and influence without treating people management as the default next step.
Posted on in Technology Management / Leadership
The difference between staff engineer impact and senior engineer output is not that staff engineers stop writing code.
The difference is that output describes what you personally produced, while impact describes the useful change that persists because you were involved.
Senior engineers need both. They are expected to ship difficult …
Posted on in Technology Management / Leadership
Many excellent senior engineers stall before staff engineer for a simple reason: they keep optimizing for the job that made them successful.
That is not a character flaw. Senior engineers are usually promoted because they can take hard work, make it concrete, and get it across the finish line. They …
Posted on in Programming
An AI coding agent does not need a clever prompt. It needs an assignment that a reviewer could recognize after the fact.
That distinction matters. “Fix the flaky test” may be enough for a human who already knows the service, its constraints, and the team’s habits. To an agent …
Posted on in Programming
Most build tool wrappers start as kindness.
Someone notices that the "real" command is too long, too easy to forget, or too different between local development and CI. They add a Make target, a justfile recipe, a shell script, a package-manager alias, or a small Python helper. Now the team …