Most Linux servers don’t fail loudly when something goes wrong. They drift. A new cron job. A modified binary. A quiet outbound connection. Nothing obvious — until it matters. I noticed that when I wanted to “check a server,” I kept running the same commands manually, hoping I didn’t forget anything. That doesn’t scale, and it’s easy to miss context. So I built a small, read-only tool for myself: Linux Blindspot Report It runs once and generates: A risk score + severity summary A clean HTML report A TXT report for SSH-only systems A local evidence pack you can review or escalate No agents. No installs. Nothing sent off the box. It doesn’t replace full forensics — it gives you fast clarity. If you’re interested, details are here: 👉 [https://ko-fi.com/s/288adc543e] I also share a free SSH hardening checklist (no email): 👉 [https://preview.mailerlite.io/preview/1998020/sites/174539599429764363/6lso1l?fresh=1] Happy to hear feedback from other Linux admins.

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Most Linux servers don’t fail loudly when something goes wrong. They drift. A new cron job. A modified binary. A quiet outbound connection. Nothing obvious — until it matters. I noticed that when I wanted to “check a server,” I kept running the same commands manually, hoping I didn’t forget anything. That doesn’t scale, and it’s easy to miss context. So I built a small, read-only tool for myself: Linux Blindspot Report It runs once and generates: A risk score + severity summary A clean HTML report A TXT report for SSH-only systems A local evidence pack you can review or escalate No agents. No installs. Nothing sent off the box. It doesn’t replace full forensics — it gives you fast clarity. If you’re interested, details are here: 👉 [https://ko-fi.com/s/288adc543e] I also share a free SSH hardening checklist (no email): 👉 [https://preview.mailerlite.io/preview/1998020/sites/174539599429764363/6lso1l?fresh=1] Happy to hear feedback from other Linux admins.

Continue reading →

Most Linux servers don’t fail loudly when something goes wrong. They drift. A new cron job. A modified binary. A quiet outbound connection. Nothing obvious — until it matters. I noticed that when I wanted to “check a server,” I kept running the same commands manually, hoping I didn’t forget anything. That doesn’t scale, and it’s easy to miss context. So I built a small, read-only tool for myself: Linux Blindspot Report It runs once and generates: A risk score + severity summary A clean HTML report A TXT report for SSH-only systems A local evidence pack you can review or escalate No agents. No installs. Nothing sent off the box. It doesn’t replace full forensics — it gives you fast clarity. If you’re interested, details are here: 👉 [https://ko-fi.com/s/288adc543e] I also share a free SSH hardening checklist (no email): 👉 [https://preview.mailerlite.io/preview/1998020/sites/174539599429764363/6lso1l?fresh=1] Happy to hear feedback from other Linux admins.

Continue reading →

Most Linux servers don’t fail loudly when something goes wrong. They drift. A new cron job. A modified binary. A quiet outbound connection. Nothing obvious — until it matters. I noticed that when I wanted to “check a server,” I kept running the same commands manually, hoping I didn’t forget anything. That doesn’t scale, and it’s easy to miss context. So I built a small, read-only tool for myself: Linux Blindspot Report It runs once and generates: A risk score + severity summary A clean HTML report A TXT report for SSH-only systems A local evidence pack you can review or escalate No agents. No installs. Nothing sent off the box. It doesn’t replace full forensics — it gives you fast clarity. If you’re interested, details are here: 👉 [https://ko-fi.com/s/288adc543e] I also share a free SSH hardening checklist (no email): 👉 [https://preview.mailerlite.io/preview/1998020/sites/174539599429764363/6lso1l?fresh=1] Happy to hear feedback from other Linux admins.

Continue reading →