Andre Sutton covers cybersecurity as an engineering discipline rather than a costume. His desk follows networks, malware, exploits, digital forensics, defensive architecture, AI security, intrusion analysis, software supply chains, and the culture that grows around systems designed to fail in interesting ways.
Sutton is a builder first. He cares about logs, packets, permissions, trust boundaries, update mechanisms, exposed interfaces, credential flows, and what actually happens between the diagram and the machine. His reporting separates plausible threat models from theatrical ones.
The question is rarely whether a system can be attacked. Given enough time, attention, and access, almost anything can. The useful questions are how, at what cost, with what prerequisites, what evidence the attack leaves behind, and what defenses materially change the outcome.
CURRENT ASSIGNMENT / BEIJING ROBOT GAMES
Who Is Actually Driving the Robot?
Question: How autonomous are the machines on the competition floor, and where do onboard compute, remote control, cloud links, networking, and human supervision enter the loop?
Trace autonomy claims to architecture. Explain what a viewer can and cannot infer from a robot completing a task successfully.