Deep Dive
1. Sion Upgrade for Multimodal Data (May 2025)
Overview: This major technical upgrade significantly boosted the network's ability to handle complex web data. It allows Grass to scrape and process not just text, but also images and high-resolution 4K video content efficiently.
The upgrade introduced advanced scraping algorithms and enabled horizontal compute scaling, which lets the network add more processing power as demand grows. This increased the network's total data handling capacity to over 1 petabyte per day, making it a more robust infrastructure provider for AI training.
What this means: This is bullish for GRASS because it makes the network's data far more valuable and versatile for AI companies. A network that can supply rich, multimodal data is more competitive and can attract larger commercial clients, potentially driving more revenue to the ecosystem.
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2. Dual-Point Reward System Launch (October 2025)
Overview: Grass refined its user incentive model by splitting Grass Points into two distinct types. This change aims to more accurately reward different kinds of network participation.
Users now earn Uptime Points for simply keeping their device online and connected, which helps grow the network's footprint. They separately earn Network Points when their shared bandwidth is actively used for data scraping tasks, with 1 million points distributed daily based on bandwidth usage, connection stability, and regional demand.
What this means: This is neutral for GRASS as it optimizes existing mechanics rather than adding new utility. It creates a fairer and more transparent rewards system, which could improve long-term user retention and network quality by incentivizing high-quality, stable connections over passive presence.
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3. Airdrop 2 & Android App Testing (May 2025)
Overview: The project commenced its second major airdrop season, distributing a larger allocation of 170 million GRASS tokens. This development phase coincided with the final testing of a native Android application.
The upcoming Android app is designed to expand the network's reach by allowing users to contribute unused mobile and WiFi bandwidth directly from their phones, tapping into a new demographic of contributors.
What this means: This is bullish for GRASS because it directly drives user growth and engagement. A successful mobile app launch can significantly increase the number of active network nodes, making the data layer larger and more decentralized, which is core to the project's value proposition.
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Conclusion
Grass's development trajectory shows a clear focus on scaling its core data infrastructure and refining user incentives, moving from a broad airdrop model to a more sustainable, quality-driven network. How will the integration of mobile nodes via the Android app impact the network's data diversity and geographic distribution?