Leadership

Email Security: An Enablement Journey, Not a Maturity Ladder

Most organizations treat email authentication as a checkbox exercise. Deploy SPF, publish DMARC in reporting mode, call it done. But the real story isn’t about maturity tiers—it’s about what you unlock at each phase of implementation. And frankly, the gap between where organizations are and where they need to be is brutal.

This post outlines an enablement journey: each phase builds on the previous one and creates new capabilities that weren’t possible before.

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Research

The State of DNS Security — Where the Top…

A position snapshot of the full Majestic Million across three layers — DNSSEC signing, email authentication (SPF / DMARC / MTA-STS), and DANE. This is the scorecard: what is deployed, on how many domains, and how it’s distributed by rank and TLD. Remember Majestic Million is a bit old so a chunk of the domains no longer resolve, but the data gives a good thematic view.

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Leadership

DNSSEC

‘You are totally compromised!’ because you don’t have DNSSEC configured on domain…..

The implication is that you’re one packet away from catastrophe. It’s alarming. It’s also, for the overwhelming majority of organisations, not true. I have been talking about this for years and years!

Here’s the quickest way to see through it. I scanned the Majestic Million – the top one million domains on the internet – for DNSSEC. About 6.75% were signed (around 8.2% if you only count domains that actually resolve). The .com zone, which is half the list, sits at 4.6%. And the unsigned set includes google.com, amazon.com and microsoft.com.

So if “no DNSSEC” means “totally compromised,” then the three most-attacked, best-defended companies on the planet are totally compromised, and have been for years, on purpose. They aren’t. The finding is measuring conformance to a checklist, not risk. Let’s understand why this is!

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AI

When AI goes wrong…

Ok so as I’m writing this I’m currently on a temporary ban from twitter…. the reasons for this I believe are more complex than one would expect. Full disclosure, I’m assuming the ban was in part due to AI but that is an assumption… but it’s the only realistic explanation I have. You might be thinking, who cares…. but bear with me….

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AI

one step closer to Skynet?

Yesterday I ran a pentest against an RDP server, the process was ok but not amazing, I had to provide more help than I would have liked, resource consumption and the idea it should keep going…. wasn’t great. The process and output wasn’t terrible at all but it didn’t blow me away.

So today I wanted to see if Claude could take on as simple active directory lab! Now let’s be clear, there were I think one or two updates to the Claude client in that time! The Claude UI even changed look and feel! So I span up an AD lab I had made a while ago and got to work!

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Threat Intel

Administrator:password

Imagine this, you setup a server and it has a really weak administrator password! Now let’s imagine you expose RDP to the internet. How long would it take to get pw3nd?

Well we did this, using a custom configuration to make this safe, we setup a Windows Server, setup an administrator account with the password of ‘password’ and monitored the logs! So let’s see what we found.

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Threat Intel

FortiSIEM CVE-2025-64155 Exploitation Analysis

‘An improper neutralization of special elements used in an OS command (‘OS Command Injection’) vulnerability [CWE-78] in FortiSIEM may allow an unauthenticated attacker to execute unauthorized code or commands via crafted TCP requests.’

https://www.fortiguard.com/psirt/FG-IR-25-772

This analysis was conducted using data from Defused, enrichment from IPINFO and SHODAN and then analysis using an LLM (GROK) (so take the analysis with a pinch of salt):

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Threat Intel

SMSBlasters Historic Incidents

Whilst some people go on about DNSSEC, PUBLIC WIFI and JUICE JACKING they seem to be missing out on a threat that is real, active and has seen increased adoption by threat actors. SMS BLASTING!

Sounds cool, but basically it’s an ISMSI Catcher/Fake CELL network that is broadcasted between 500m and 2Km that lets an attacker send SPOOFED SMS messages to any cell that connects. This can be used for scams, phishing etc.

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