Daily Technology
·10/12/2025
The humanoid robot industry changes fast. Firms in the US besides Asia build machines that replace some kinds of manual work. Analysts expect that once production costs drop, the world could operate anywhere from tens of thousands up to hundreds of millions of those units by 2050. China has placed leadership in embodied AI at the center of its 15th Five-Year Plan - recent filings show more than 5 000 Chinese patents that mention “humanoid” technology.
Cyberespionage campaigns against robotics companies mirror those aimed at other high technology producers like semiconductor and electronics plants. The same families of malware - open source information stealers, Remote Access Trojans like Russia's Dark Crystal RAT or AsyncRAT plus tools like XWorm and PrivateLoader - pilfer intellectual property and infiltrate supply chains across all of those fields. No exploit tailored to robots is necessary - state sponsored crews simply recycle tactics already observed against other advanced hardware firms.
Humanoid robots add their own security problems. Each unit contains sensors, actuators plus tight control loops that let the machine touch the physical world in real time. Those loops must finish within a thousandth of a second when safety is at stake. A late packet in an ordinary IT stack only slows the application - in a robot the same delay can cause the unit to fall or crash into something.
Standard IT defenses like heavy authentication or full encryption add delay that a humanoid's control loop cannot tolerate. Many vendors therefore rely on tight access controls, while hardened options like the Secure Robot Operating System are still maturing and contain flaws of their own. Robotics must thus accept a balance between protection and speed, unlike sectors where security layers can be added with little worry about micro second timing.
Robot manufacturers largely ignore established cybersecurity frameworks. Many builders have never applied CVE tracking, zero trust design or even baseline access rules. The field's security maturity lags behind that of longer established high-technology industries that already enforce strict standards.
Humanoid robotics faces the same espionage and malware threats that hit other advanced sectors - yet the field must also protect sub millisecond response times and guard against physical danger if security fails. As development speeds up as well as units roll out in larger numbers, the industry will need to adopt core security practices and embed low latency protective measures.









