10 posts
ASR rules don't detect malware, they block the specific techniques malware needs to work. Here's what each major rule actually stops, and how it fits into Intune's wider hardening toolkit.
Deploying every control at once produces chaos, not Zero Trust. Eight phases, in the order a real enterprise program actually runs them, with the pitfall at each one.
Every product covered on this site, placed on one map, showing exactly what branches in parallel and what has to converge before the next layer can trust it.
Eleven stages from a live threat to a locked-out device, and eleven more back to normal. The full closed loop, with the real lag at every handoff.
Nine controls that actually move the needle on Windows security, what each one stops, the exact Intune blade to configure it in, and the order to roll them out safely.
A domain-joined, company-issued laptop is not automatically trustworthy. Nine layers, one continuous loop, and why 'corporate' was never the actual trust signal.
Three products, three different jobs, one common mistake: assuming any one of them alone is 'the security team.' Meet each one and find out who actually handles what.
These three products aren't separate tools bolted together, they're one correlated trust fabric. Most tenants deploy all three and never actually wire them into it.
Listing Azure services answers the wrong question. The real one is how trust actually flows from a real person down to the data they're trying to reach.
A fully patched, encrypted, PIN-locked device can still be actively compromised. Here's why compliance is a checklist, not a security guarantee, and what actually is.
