Silencio Network launches decentralized noise data engine using smartphones as sensors worldwide

From Investing.com

January 24, 2025 09:30:39 AM:

Silencio, the world’s first decentralized noise data engine, has launched, utilizing smartphones as sensors to crowdsource real-time noise data. With almost 800k members in 180 countries, covering 43.86 billion sqm and recording 8.1 million hours of data collection, Silencio aims to transform noise into actionable insights for a quieter world.

The $SLC token, central to the Silencio ecosystem, is now listed on major exchanges like KuCoin and Gate.io. Designed to incentivize noise data collection, the token supports network expansion and governance, offering rewards for contributors and fostering sustainable growth in noise intelligence data.

Silencio’s vision is to revolutionize decision-making in urban planning, public health, and environmental management by providing real-time noise data. By impacting real estate valuation, restaurant selection, and lifestyle decisions, Silencio aims to create quieter, more enjoyable living and working environments worldwide, influencing everyday choices and long-term planning.

Leading the Web3 revolution, Silencio pioneers decentralized solutions with transparent governance and community engagement. With plans to tap into the global personal data market, estimated at over $300 billion, Silencio aims to commercialize smartphone-collected data transparently, offering control and rewards to users. The platform plans to expand into diverse data applications and enhance global data-driven decision-making.

Silencio invites individuals and industries to join its network, contribute data, and benefit from the insights generated. With a focus on sustainability and community participation, Silencio is committed to revolutionizing noise data collection globally, welcoming all to be part of this transformative journey.

Read more at Investing.com: Silencio Network Officially Launches, Revolutionizing Noise Data Collection Globally By Chainwire