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Silicon Valley Crosswalk Buttons Hacked With AI Voices Mimicking Tech Billionaires

 

A strange tech prank unfolded across Silicon Valley this past weekend after crosswalk buttons in several cities began playing AI-generated voice messages impersonating Elon Musk and Mark Zuckerberg.  

Pedestrians reported hearing bizarre and oddly personal phrases coming from audio-enabled crosswalk systems in Menlo Park, Palo Alto, and Redwood City. The altered voices were crafted to sound like the two tech moguls, with messages that ranged from humorous to unsettling. One button, using a voice resembling Zuckerberg, declared: “We’re putting AI into every corner of your life, and you can’t stop it.” Another, mimicking Musk, joked about loneliness and buying a Cybertruck to fill the void.  

The origins of the incident remain unknown, but online speculation points to possible hacktivism—potentially aimed at critiquing Silicon Valley’s AI dominance or simply poking fun at tech culture. Videos of the voice spoof spread quickly on TikTok and X, with users commenting on the surreal experience and sarcastically suggesting the crosswalks had been “venture funded.” This situation prompts serious concern. 

Local officials confirmed they’re investigating the breach and working to restore normal functionality. According to early reports, the tampering may have taken place on Friday. These crosswalk buttons aren’t new—they’re part of accessibility technology designed to help visually impaired pedestrians cross streets safely by playing audio cues. But this incident highlights how vulnerable public infrastructure can be to digital interference. Security researchers have warned in the past that these systems, often managed with default settings and unsecured firmware, can be compromised if not properly protected. 

One expert, physical penetration specialist Deviant Ollam, has previously demonstrated how such buttons can be manipulated using unchanged passwords or open ports. Polara, a leading manufacturer of these audio-enabled buttons, did not respond to requests for comment. The silence leaves open questions about how widespread the vulnerability might be and what cybersecurity measures, if any, are in place. This AI voice hack not only exposed weaknesses in public technology but also raised broader questions about the blending of artificial intelligence, infrastructure, and data privacy. 

What began as a strange and comedic moment at the crosswalk is now fueling a much larger conversation about the cybersecurity risks of increasingly connected cities. With AI becoming more embedded in daily life, events like this might be just the beginning of new kinds of public tech disruptions.

Hackers Breach Cyberhaven’s Chrome Extension in Supply-Chain Attack, Exfiltrating Sensitive Data

Hackers compromised Cyberhaven’s Chrome extension in a suspected supply-chain attack, publishing a malicious update capable of stealing customer passwords and session tokens. The attack raised serious concerns about the security of widely-used browser extensions. Cyberhaven, a data-loss prevention startup, confirmed the incident but withheld specific technical details about the breach.

According to an email sent to affected customers and later shared by security researcher Matt Johansen, the attack occurred during the early hours of December 25. Hackers reportedly gained access to a company account and used it to push a malicious update (version 24.10.4) to unsuspecting users. This update potentially allowed attackers to exfiltrate sensitive information, such as authenticated session tokens, cookies, and customer credentials.

The breach was detected later that day by Cyberhaven's internal security team, who immediately removed the compromised extension from the Chrome Web Store. A secure version (24.10.5) was released shortly afterward to mitigate the impact and restore user confidence. However, the rapid timeline of the attack highlights the challenges companies face in responding to supply-chain breaches.

Impact on Corporate Users

Cyberhaven’s products are widely used by over 400,000 corporate customers to monitor for data exfiltration and cyber threats. Affected organizations include a mix of prominent enterprises and technology leaders, such as:

  • Snowflake: Cloud data platform provider
  • Canon: Imaging and optical solutions company
  • Motorola: Telecommunications and consumer electronics firm
  • Reddit: Social media and online forum giant
  • AmeriHealth: Healthcare insurance provider
  • Cooley: International law firm
  • IVP: Investment management company
  • DBS: Leading banking group in Asia
  • Kirkland & Ellis: Prestigious global law firm
  • Upstart: AI-powered lending platform

Although Cyberhaven has refrained from disclosing the exact number of customers impacted, the company strongly advised all users to take immediate precautionary steps. These included revoking and rotating passwords, regenerating API tokens, and thoroughly reviewing system logs for any signs of malicious activity.

Security Weaknesses Exploited

The attack shed light on a critical security lapse. Cyberhaven disclosed that the compromised account was the sole administrator for the Google Chrome Store, granting attackers full control over extension updates. However, the exact method used to breach this account remains unclear. The incident has prompted the company to launch a comprehensive security review, with plans to implement stricter safeguards for its account management and extension distribution processes.

To aid in the investigation, Cyberhaven has engaged Mandiant, a leading incident response firm, and is collaborating with federal law enforcement agencies. Early findings suggest the breach was part of a broader campaign targeting multiple Chrome extension developers, affecting extensions with tens of thousands of users.

Insights from Experts

Jaime Blasco, CTO of Nudge Security, emphasized that the attack appeared opportunistic rather than targeted specifically at Cyberhaven. "It seems it wasn’t targeted against Cyberhaven, but rather opportunistically targeting extension developers. I think they went after the extensions that they could based on the developers’ credentials that they had," Blasco explained.

Cyberhaven echoed this assessment, pointing to public reports that suggest the attack extended across multiple organizations. While the full scope of the campaign and the identity of the perpetrators remains unclear, the incident underscores the importance of securing developer credentials and implementing rigorous monitoring processes for software supply chains.

As supply-chain attacks continue to evolve, this breach serves as a stark reminder for organizations to remain vigilant and proactive in securing their digital ecosystems.