IoT Security and Privacy Researcher Dennis Giese examines how Ecovacs robots were compromised, why the incidents escalated globally and what IoT security failures made it possible.
Smart home robots increasingly combine cameras, microphones and cloud connectivity, turning everyday appliances into high-value surveillance targets. The Ecovacs incidents revealed how long-standing design flaws, weak authentication models and broken trust assumptions can persist across product generations, quietly exposing millions of users. Public reaction focused on shock value, but the deeper issue lies in how consumer IoT security failures cascade into privacy, brand damage and real-world abuse.
Enterprises must draw insights from the Ecovacs incidents to understand what actually occurred, why the impact was amplified, and where responsibility sits across vendors, researchers and the media.
This session, led by Dennis Giese, IoT security and privacy researcher, will cover:
- How insecure cloud trust models enable remote device abuse;
- Why client-side enforcement fails at scale;
- Media amplification versus technical reality.
Here is the course outline:
How Ecovacs Robots Were Compromised and What the Industry Must Learn |
Completion
The following certificates are awarded when the course is completed:
 |
CPE Credit Certificate |
