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I've spent the last year pulling apart IoT devices — smart locks, cameras, baby monitors, routers — and the security is still shockingly bad in 2026. Here's what I keep finding.
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Most manufacturers leave UART and JTAG debug ports exposed on the circuit board. These are meant for factory testing but they're never disabled before shipping. Anyone with a $5 USB adapter can connect and get a root shell.
This isn't theoretical. I've gotten root shells on 8 out of 10 consumer IoT devices I've tested this year.
Firmware analysis routinely reveals:
Default root passwords that can't be changed
API keys baked into binaries
TLS certificates shared across every device in the product line
One camera I tested had the same SSH key on every unit sold worldwide. Compromise one, compromise all.
Even in 2026, many IoT devices send data over plaintext HTTP on the local network. Someone on your WiFi can intercept:
Camera feeds
Sensor data
Authentication tokens
Segment your IoT devices onto a separate VLAN
Monitor network traffic — tools like Wireshark or tcpdump on your router
Update firmware — if the manufacturer even provides updates
Research before buying — check if the vendor has a security track record
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Inside HackVault, we do full hardware teardowns with step-by-step guides on extracting firmware, analyzing protocols, and finding vulnerabilities in embedded systems. Real tools, real devices, real exploits.
OSCP has a ~50% fail rate. After coaching dozens of people through it and passing it myself, here are the real reasons people fail — and how to fix each one.
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If your first move on every box is to run Autorecon and wait, you're building bad habits. Automated tools are supplements, not substitutes. You need to understand what you're scanning for and why.
Fix: Do 20 boxes on HackTheBox/Proving Grounds with ONLY nmap, curl, and manual enumeration. It will be painful. You will get faster.
During the exam you have 23 hours and 45 minutes. Panic sets in around hour 8 when you can't remember which port had what service on which machine. Your notes are the difference between passing and failing.
Fix: Use a consistent template for every box. Machine name → ports → services → vulns found → exploitation steps → proof. Every time.
The AD set on OSCP is worth 40 points. That's nearly half the exam. Many candidates spend all their prep time on standalone Linux boxes and barely touch AD.
Fix: Build a home lab with two DCs and a workstation. Practice Kerberoasting, ASREProasting, delegation attacks, and lateral movement until it's muscle memory.
You've been stuck for 3 hours on the same privilege escalation. Your brain is fried. But you keep staring at the same output hoping something changes.
Fix: Set a hard 2-hour timer per phase. If you're stuck, move to another machine. Fresh eyes solve problems that brute force can't.
People read walkthroughs and think they understand. Reading is not doing. You need to type the commands, troubleshoot the errors, and feel the frustration of things not working.
Fix: Do at least 50 boxes before attempting the exam. TJ Null's list is a solid starting point, but don't stop there.
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We publish detailed step-by-step walkthroughs for hard CTF machines and real-world attack chains every week inside HackVault. If you're serious about leveling up, check it out.
I've reviewed hundreds of CTF attempts and lab submissions. The same patterns keep showing up — people aren't bad at hacking, they're bad at methodology.
1. Jumping straight to exploitation
You find one open port and immediately start throwing exploits at it. Stop. Enumerate everything first. The answer is almost always in the recon phase.
2. Ignoring the obvious
Everyone wants to find the zero-day. Nobody checks the default credentials. Always start with the low-hanging fruit — misconfigurations, exposed files, weak passwords.
3. Not documenting as you go
If you can't retrace your steps, you can't learn from them. Screenshot everything. Log every command.
4. Tunnel vision on one vector
Spent 3 hours on SQL injection and it's not working? Pivot. Real attackers don't brute force one path — they map the entire surface and find the weakest link.
5. Skipping the write-up
Solving a box and moving on without writing it up means you'll forget the technique in a week. The write-up IS the learning.
At HackVault, every walkthrough follows structured methodology — full recon → enumeration → exploitation → post-exploitation → lessons learned. No shortcuts.
We drop detailed walkthroughs every week covering HTB, TryHackMe, real-world CTFs, and hardware hacking circuits.