You got hacked. You don't know why. You don't know what any of this means. This page translates every module into what you actually care about: money, blame, and how to not get fucked again.
Your company lost money because someone clicked a link, opened a file, or trusted an email. The technical details don't matter. What matters is: it happened, it was preventable, and it will happen again unless you fix it.
IBM Cost of a Data Breach Report 2023
That's 9 months of someone stealing your data before you even know
Before hackers attack you, they Google you. They look at your website, your LinkedIn, your job postings, your employee's Facebook. They learn your tech stack, your vendors, your CEO's dog's name.
That information is free and public. Your employees post it. Your website shows it. And hackers use it to craft attacks that look legitimate because they know your business.
Train employees to shut the fuck up online. Review your website for information leakage. Assume everything public is weaponized against you.
Marketing posted detailed tech stack → IT didn't review → HR posted job req with internal system names → Employee posted "working late at [Company] on the new [Vendor] rollout" → Attacker crafted perfect phishing email → Employee clicked → Breach
PowerShell is a tool built into Windows that lets administrators manage computers remotely. Hackers use it to control your computers without installing anything suspicious.
PowerShell is trusted by Windows. It looks like normal administration. Most security tools don't flag it because it's supposed to be there. Hackers live inside it.
Enable PowerShell logging. Monitor for suspicious commands. Restrict PowerShell to authorized users. Don't let standard employees run it.
IT enabled PowerShell for everyone "for convenience" → No logging configured → Employee clicked phishing link → PowerShell script ran silently → Credentials stolen → Lateral movement → Domain admin → All data exfiltrated
A hacker gets in as a normal user. Then they find a bug in Windows that lets them become an administrator. Then they find another bug that lets them become SYSTEM — the highest level. It's like breaking into the lobby, then finding the master key, then finding the safe combination.
Standard users can't do much damage. Administrators can install software, delete files, create accounts. SYSTEM can do anything — read every file, log every keystroke, disable security tools. One escalation and your entire network is compromised.
Patch Windows immediately. Remove local admin rights from standard users. Monitor for privilege escalation attempts. Assume any standard user account will be compromised.
Employee had local admin "to install printers" → Windows patch delayed 30 days "for testing" → Phishing email clicked → Malware installed → Privilege escalation exploit → SYSTEM access → Security tools disabled → 9 months undetected
Hackers don't hack computers. They hack people. They send emails that look like they're from IT, your boss, or a vendor. They create urgency: "Your account will be locked." They prey on helpfulness: "I need your help with a system issue." They exploit authority: "This is the CEO."
91% of cyberattacks start with a phishing email. Not a technical exploit. A person clicking a link. Your firewall, your antivirus, your million-dollar security suite — all bypassed by one employee who was busy and didn't check the sender.
Phishing training monthly. Not annually — monthly. Test with real-looking phishing emails. Fire employees who fail three times. Yes, fire them. They're a liability. Implement technical controls: MFA, email filtering, link sandboxing. But know that technical controls fail. People are the last line.
CEO announced new security initiative → IT sent real password reset email → Attacker sent fake password reset email 2 hours later → Employee was busy, didn't check sender → Clicked link, entered credentials → Attacker had VPN access → 9 months undetected → $4.45M breach cost
This is the full attack from start to finish. Reconnaissance → Initial access → Execution → Persistence → Privilege escalation → Defense evasion → Credential access → Lateral movement → Collection → Exfiltration. Ten steps. Each one is a decision. Each one can be stopped.
Your attackers are following this playbook. They have time. They have patience. They have your public information. And they only need to succeed at one step to advance. You need to stop them at every step. Defense in depth means multiple layers — not one perfect wall, but many walls.
Hire people who understand this. Not just IT — offensive security specialists who think like attackers. Run red team exercises. Assume breach. Monitor for lateral movement. Have an incident response plan. Practice it. The 277 days to detection? Cut it to 24 hours. That's the difference between a $4M breach and a $50K incident.
No offensive security training → No red team exercises → No incident response plan → No monitoring for lateral movement → Breach detected 277 days later → Customer data leaked → Regulatory fines → Class action lawsuit → CEO resigns → Stock drops 30%
You didn't get hacked because your technology failed. You got hacked because your people failed, your processes failed, and your assumptions failed. Technology is a tool. People are the weapon. Train them. Test them. Fire the ones who can't learn. And never assume you're safe — assume you're already compromised and prove otherwise.
Cost of one breach: $4.45M. ROI: 8,953x. Don't be the CEO who saved $500 and lost $4M.