Deep dives, practical guides, and incident analyses from engineers who build Safeguard. No fluff, no vendor FUD — just what you need to ship secure software.
A router or firewall runs one big file, and changing it changes everything. How MITRE describes T1601, what to verify, and which controls help.
Dedicated encryption hardware is faster and harder to tamper with. What T1600.002 means and how a fall back to software encryption can give it away.
A compromised network device can be told to use much smaller keys. What T1600.001 means and how to catch crypto configuration drift.
If a router or firewall is made to encrypt badly, your traffic is readable without anyone breaking the cipher. What T1600 means and what to monitor.
A changed NAT rule can open a path between separated networks or hide traffic. What T1599.001 means and which changes and flows to watch for.
When a firewall or router is compromised, segmentation stops meaning anything. How MITRE describes T1599, what to watch for, and how to protect boundary devices.
Phone calls and callback numbers can pull credentials and details from staff. What T1598.004 covers, how to spot patterns, and how to train for it.
Cloned login pages, obfuscated URLs, fake browser pop-ups, QR codes and session-stealing proxies. A defender's look at T1598.003 and the controls that help.
Not every malicious attachment runs code. Some are forms to fill in or fake login pages. Here is how T1598.002 works and what to monitor and configure.
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