Security exposures in consumer and mobile apps: robot vacuum account takeover and widespread mental-health app flaws
A security flaw in DJI Romo robot vacuums allowed unauthorized access to thousands of devices after a user reverse-engineered the device-to-cloud protocol to build a custom controller app. By obtaining the private token for their own vacuum, the researcher reported they could access backend servers across regions and inadvertently gained control of roughly 6,700 vacuums, with potential access to floor plans, live camera/microphone feeds, and remote control functions; DJI issued server-side/firmware updates that required no user action, though the researcher reported at least two issues remained (including video streaming without a PIN and another undisclosed high-severity problem). Separately, mobile security researchers reported that popular Android mental health apps (about 14.7M installs across ten apps) contained 1,575 vulnerabilities—mostly low/medium severity but including 54 high-severity findings—creating risk of exposure of sensitive therapy data via issues such as credential interception, notification spoofing, HTML injection, and user location leakage.
Optimizely also confirmed a data breach following a vishing (voice-phishing) attack that provided attackers access to some internal systems and resulted in theft of basic business contact information from internal business systems/CRM and limited back-office documents; the company said attackers could not escalate privileges, install software, or establish backdoors, and it reported no evidence of access to sensitive customer data beyond contact details. While the Optimizely incident is distinct from the consumer-device and mobile-app vulnerability disclosures, it reinforces the operational risk of social engineering and the likelihood of follow-on phishing using stolen contact data.
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