Skip to content

Android users to receive compensation of $314,600,000 from Google, as court orders settlement over allegations of unauthorized data transfer

Android users numbering approximately 14 million set to receive a significant payout of around $314.6 million, following a ruling that Google illegally moved customer data without consent.

Android users set to receive compensation of $314,600,000 from Google, following accusations of...
Android users set to receive compensation of $314,600,000 from Google, following accusations of data transfer without consent; distribution details revealed

Android users to receive compensation of $314,600,000 from Google, as court orders settlement over allegations of unauthorized data transfer

In a landmark ruling, a California jury has found Google guilty of transferring customer data without permission, ruling that the data transfers violated California's privacy laws. The class-action lawsuit, filed in 2019 on behalf of about 14 million Californians, found that Google collected and sent user data without consent while phones were idle, using users' cellular data without permission for targeted advertising and other purposes.

The verdict, handed down on July 2, 2025, orders Google to pay $314.6 million to approximately 14 million Android users in California as damages for the unauthorized data usage. Google, however, denies any wrongdoing and plans to appeal the decision, claiming the jury "misunderstands the services."

Google argues that these data transfers are "critical to the security, performance, and reliability" of Android devices and that users consented to this activity by agreeing to Google's terms of service and privacy policies. However, the plaintiffs argued that this data transfer was "mandatory and unavoidable," unfairly burdening users for Google's benefit.

This ruling marks a significant legal rebuke of Google's data collection practices on Android devices in California. It's important to note that this lawsuit only affects users in California, but Google is facing another lawsuit representing customers in the rest of the country, scheduled for trial in the first half of next year.

Meanwhile, in the world of cryptocurrency and blockchain, there have been several notable developments. Cooking.City is bringing back value redistribution to Solana Fair. The Open Platform has achieved a valuation of $1 billion, becoming the first unicorn in the Web 3.0 ecosystem. Nexo has become the first-ever digital asset and wealth partner of the DP World Tour, launching the Nexo Golf Championship. Echo, a DeFi protocol on Aptos, has launched a token generation event. P2P.org has launched native ETH staking on Ledger Live globally, and PrimeXBT has launched a 'Trade as VIP' campaign offering 70% off trading fees.

In another significant development, the Oasis Protocol Foundation has launched ROFL Mainnet, a verifiable off-chain compute framework powering AI applications. This framework is expected to revolutionize the way AI applications are developed and deployed, offering increased efficiency and security.

[1] https://www.nytimes.com/2025/07/02/technology/google-california-data-transfer-lawsuit.html [2] https://www.reuters.com/article/us-google-california-lawsuit-idUSKCN25P21L [3] https://www.washingtonpost.com/technology/2025/07/02/google-california-data-transfer-lawsuit-verdict/ [4] https://www.bloomberg.com/news/articles/2025-07-02/google-ordered-to-pay-314-6-million-in-california-data-lawsuit

  1. Despite the California court's ruling against Google for unauthorized data usage in their Android devices, the company plans to appeal the decision, asserting that these data transfers are crucial for the security and performance of the devices.
  2. Meanwhile, in the realm of cryptocurrency and blockchain, the Oasis Protocol Foundation unveiled ROFL Mainnet, a revolutionary verifiable off-chain compute framework. This framework, aimed at powering AI applications, is anticipated to radically transform the development and deployment of AI applications, offering enhanced efficiency and security.

Read also:

    Latest