Five expert sources, six rules: what Baymard, Smashing Magazine, Google's docs guide, NN/g, and the W3C agree on about readable technical writing — applied to this very blog, with the numbers.
A beautiful narrative written over an elegant publishing platform. The story begins here...
Platform Engineering. Securing and running production systems across banking, gaming and e-commerce since 2011 — secure CI/CD, Kubernetes, MLOps, Observability. I write up the failures in detail: what broke, what the graphs showed, and what actually fixed it.
Home Labber — Notes from the Trenches
The Journey Begins here…
Systems kept alive, and the ones that broke first. Every figure below is from the resume or from a post on this site.
Sysadmin team at India's largest fashion e-commerce platform — on-call rotation, revenue-impact metrics and PCI audit.
Six nines · hybrid infrastructure
Memory pressure starved the NFS daemon the node itself depended on — a self-referencing deadlock that looked like a network fault.
1,172 zombie processes · load average 10× cores
Billing analysis over AWS and Azure ETL, built in Python and Flask, surfacing overprovisioned and idle services.
25% reduction
VAPT remediation and multi-AZ disaster recovery driven by Ansible. The certification unlocked further client contracts.
ISO 27001 · audited
OSA, SAST, DAST and a container trust registry, with policy as code catching issues before release rather than after.
Banking · current role
Instrumented the tool loop, found the gap where enforcement was never reached, and closed it with a pre-tool hook.
406M wasted tokens recovered
Five expert sources, six rules: what Baymard, Smashing Magazine, Google's docs guide, NN/g, and the W3C agree on about readable technical writing — applied to this very blog, with the numbers.
Eight images published to one registry, re-pulled by digest, re-scanned with Trivy 0.70.0: zero OS and zero application findings on every tag.
Google Distroless has no shell, no apt and no dpkg. A full Debian 13 upgrade changes nothing and exactly one of its 64 OS findings has a fix published anywhere. This is the write-up of a remediation that cleared two findings for 0.1 MB, and of why that is the correct answer rather than a disappointi
Chainguard Hummingbird scans at zero findings in both layers. It was asked to be fixed anyway, so it was re-verified from its digest instead: 0 OS, 0 app, still booting in 8s, still non-root. The interesting part is why rebuilding a clean image would have been the wrong move.
A published Java 21 Alpine base image looked permanently stuck at one UNKNOWN CVE. It was not unfixable — it was a stale package snapshot. One RUN apk upgrade cleared it for 3.1 MB.
Created: 2026-10-03 · Owner: hellodk · Status: image 1 of 3 complete
UBI Micro scored 115 findings, 3 CRITICAL in Tomcat, and ships no rpm, dnf or microdnf — nothing inside it can upgrade anything. Building the fix outside and copying it in cleared 59 and introduced none, for +4.8% size. Three build bugs along the way, the last silently duplicating a 62 MB JAR.
The only image in the comparison with a package manager was also the worst offender at 895 findings. Its security channel turned out to be completely empty. A full dnf upgrade cleared 320 of them — and quietly introduced 20 new ones.
One Spring Boot application built once and shipped across 7 Java 21 base images. Layer-split Trivy scans, boot-tested, digest-verified. 2 candidates return zero findings at every severity, and the smallest image in the set carries 8 HIGH findings with no published fix.
How an 18.5 GB MoE LLM was made usable on a 4 GB gaming laptop: measured 1.53 to 5.11 tokens/sec, then wrapped in rootless systemd supervision with restart backoff, log rotation and boot persistence. Real numbers, real config.
A complete, reproducible guide to running a Jenkins inbound agent inside the macOS GUI (Aqua) session: auto-login, keychain auto-unlock, launchd LaunchAgent plist, the codesign consent-prompt pitfalls — and a real macOS Tahoe case where codesign worked from Xcode but failed from Jenkins because the
A 2-hour, hands-on workshop plan proving OpenSRE on a real org stack (Kubernetes, Nginx, NATS, YugabyteDB, Aerospike, Keycloak, Grafana, Tempo, Victoria Logs, Alertmanager, Jenkins, GitHub). impress.js slide deck that prints as a readable article.