
How a stay-at-home mom broke into cybersecurity
A career-changer walks through the exact study plan, first tickets and interview answers that landed a Tier 1 SOC role.

Resources
Video sessions, printable guides, and the full Academy lesson library in one place.
Conversations, role breakdowns and tooling walkthroughs.

A career-changer walks through the exact study plan, first tickets and interview answers that landed a Tier 1 SOC role.

What a Tier 1 analyst actually does all shift: triage, phishing queues, escalation criteria and the tooling you touch daily.

Everyone talks about certs and tools — few talk about the invisible analyst skills that actually make you stand out.
Downloadable playbooks, roadmaps and checklists.
Whether you're a student choosing a role or a professional switching careers, this roadmap helps you map transferable skills, find entry-level openings and rebrand yourself for security work.
A printable checklist for headers, content, attachments and links — with the exact tools to reach for and what a good finding looks like at each stage.
Short, practical lessons tied to investigation moments. Every lesson ends with a checklist, an interview answer, and an open discussion thread.
SPF tells you which servers are allowed to send mail for a domain. It says nothing about who wrote the message or what the user sees in the From line.
DKIM proves a domain signed specific parts of a message and that those parts were not modified in transit. It does not prove intent, ownership of the brand, or that the From address is honest.
DMARC is the only one of the three that looks at the address your user actually sees. It ties an SPF or DKIM pass to the visible From domain and tells receivers what to do when neither lines up.
A hash is an exact-match fingerprint. It is superb for correlation and useless the moment a single byte changes — which is why fuzzy hashing exists alongside it.
A sandbox tells you what happened in one artificial environment for a few minutes. Your job is to separate observed behaviour from vendor scoring, and to notice what did not happen.
The user is never asked for a password. They are asked to approve an app, and the resulting token survives password resets and often MFA entirely.
A rule is the cheapest persistence in email compromise: it hides the attacker's tracks, exfiltrates continuously, and survives long after the initial access is forgotten.
MFA raises the bar; it does not close the door. Push bombing exploits the human, and adversary-in-the-middle proxies steal the session token after MFA has already succeeded.