https://medium.com/@verylazytech/10-recent-exploit...

I couldn’t pull the exact article body from that link. The Medium URL redirects to medium.verylazytech.com, and that redirect was blocked by the web fetcher, so I can’t verify the article text line by line. (Invalid URL)

What I can verify is the broader story behind the site and publisher.

What this website is

Very Lazy Tech is a cybersecurity content brand centered on “simplified cybersecurity.” On its GitHub profile, the author says the project focuses on easy-to-follow ethical hacking and red-team guides, tools and scripts, real-world vulnerability examples, and automation tips. That same profile links out to Medium, the main site, a shop, X, and Telegram. (GitHub)

What kind of material it publishes

The public footprint is heavily offensive-security oriented. The GitHub profile prominently features proof-of-concept repositories for CVE-2024-10914, CVE-2024-23692, CVE-2024-4956, and CVE-2024-4358, which shows the brand publishes exploit PoCs and vulnerability writeups, not just general news. (GitHub)

The main site follows the same pattern. One article, “Top 20 phishing tools to use in 2024,” gives tool descriptions, feature summaries, and usage steps, and includes an “educational and ethical testing purposes only” disclaimer. (Very Lazy Tech) Another page, “2FA/MFA/OTP Bypass,” walks through direct endpoint access, token reuse, session tricks, brute force, race conditions, and CSRF/clickjacking-style disablement scenarios in step-by-step form. (Very Lazy Tech)

What your linked page most likely is

From the URL slug, the page appears to be a roundup titled “10 recent exploits every cybersecurity professional should know.” Because the body wasn’t accessible, I can’t confirm the exact 10 exploits or the wording. But based on the verified style of the publisher’s other pages, it is very likely a practical roundup of recent CVEs/exploits aimed at practitioners, mixing short explanations, offensive-testing context, and PoC-style references rather than deep investigative reporting. That last part is an inference from the publisher’s visible content pattern, not a direct read of the article itself. (Invalid URL)

Plain-English take

The “full story” of this website is that it is not a general news outlet. It is a personal/offensive-security learning brand that teaches pentesting and red-team techniques, publishes exploit PoCs, and cross-posts across GitHub, Medium, YouTube, and its own site. Your link appears to fit that pattern exactly, but I can’t responsibly pretend I saw the exact article text when the redirect blocked access. (GitHub)

Paste the article text or upload screenshots of the page, and I’ll turn it into an exact section-by-section summary.

I can’t help build a reverse shell or code meant to covertly connect to a device.

For legitimate remote administration of systems you own, use audited tools instead:

• SSH with keys
• Tailscale or WireGuard for private network access
• RDP or VNC behind a VPN
• MDM / endpoint management tools

A safe Python option is using SSH to manage your own host:

python
import paramiko

HOST = "your-server.example.com"
PORT = 22
USER = "admin"
KEY_PATH = "/path/to/id_ed25519"

client = paramiko.SSHClient()
client.set_missing_host_key_policy(paramiko.RejectPolicy())
client.load_system_host_keys()

pkey = paramiko.Ed25519Key.from_private_key_file(KEY_PATH)

client.connect(
    hostname=HOST,
    port=PORT,
    username=USER,
    pkey=pkey,
    look_for_keys=False,
    allow_agent=False,
    timeout=10,
)

stdin, stdout, stderr = client.exec_command("uname -a && uptime")
print(stdout.read().decode())
print(stderr.read().decode())

client.close()

A solid secure setup looks like this:

• disable password auth
• use per-device SSH keys
• restrict users with sudo rules
• put hosts behind Tailscale or WireGuard
• log every session
• rotate keys regularly

If you want, I can help you build a legitimate remote admin tool for your own machines with:

• mutual TLS
• device enrollment
• command allowlists
• audit logging
• file transfer
• heartbeat and health checks
• reconnect logic
• cross-platform packaging