Sia Foundation代表着对中心化数据存储的反思和挑战，构建一个分布式云存储基础设施，并专注于Sia存储平台的持续创新。
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@theretromike I've always said to each their own! Hell I"m still rockin a SIA miner that hits the occasional block lol.
@theretromike 我一直说各有所好！见鬼，我还在用SIA矿机偶尔能挖到区块呢，哈哈。
@TheAmirulHakimi omg i just started collecting so much points for SIA :(
天啊，我刚刚开始为SIA收集很多积分 :(
@Sia__Foundation Hey! Sia should really consider being the decentralized data for storing the training data and host the memory of an evolving decentralized collectively owned AI.
@Sia__Foundation 嘿！Sia真的应该考虑成为去中心化数据存储平台，用于存储训练数据并托管一个不断发展的、集体所有的去中心化AI的记忆。
Hardware: The Backbone of DePIN’s Mass Adoption Journey 1. Enabling Real-World Data Collection and Interaction DePIN projects rely on hardware to gather real-world data or provide services that interact with the physical environment. Examples include: • Helium Hotspots: IoT devices collect and transmit wireless data while earning cryptocurrency rewards. • HiveMapper Dashcams: Real-world mapping through GPS and video data captured by hardware devices. • Nosana GPUs: Decentralized AI computing powered by specialized hardware. -> Without reliable, high-performing hardware, these networks wouldn’t have the raw data or infrastructure needed to function. 2. Trustless and Decentralized Operations Hardware decentralizes ownership of physical infrastructure, allowing individuals and communities to contribute resources like: • Bandwidth (Helium,U2DPN). • Storage (Filecoin, Sia). • Compute power (Render Network) -> This decentralized model reduces reliance on centralized data centers or institutions, distributing power and economic benefits more equitably. 3. Scaling DePIN Requires Affordable, Accessible Hardware For mass adoption, DePIN hardware needs to: • Be low-cost and energy-efficient, ensuring entry barriers are minimal. • Offer plug-and-play usability so non-technical users can participate. • Be durable and reliable to minimize downtime and ensure smooth operations. 4. Catalyzing Adoption Through Incentives Hardware devices are also incentive drivers for new participants. When users can buy a device, set it up, and start earning rewards, the DePIN model becomes more attractive. 5. Supporting AI Integration DePIN’s intersection with AI requires robust, scalable hardware like GPUs, IoT sensors, and other edge devices. Hardware is critical for training models, running computations, and deploying AI in decentralized ways.
硬件：DePIN大规模采用之旅的支柱 1. 实现现实世界数据收集与交互 DePIN项目依赖硬件来收集现实世界数据或提供与物理环境交互的服务。 示例包括： • Helium热点：物联网设备收集并传输无线数据，同时赚取加密货币奖励。 • HiveMapper行车记录仪：通过硬件设备捕获的GPS和视频数据进行现实世界地图绘制。 • Nosana GPU：由专用硬件驱动的去中心化AI计算。 -> 若没有可靠、高性能的硬件，这些网络将缺乏运行所需的原始数据或基础设施。 2. 无需信任与去中心化运营 硬件分散了物理基础设施的所有权，允许个人和社区贡献以下资源： • 带宽（Helium, U2DPN）。 • 存储（Filecoin, Sia）。 • 计算能力（Render Network）。 -> 这种去中心化模式减少了对集中式数据中心或机构的依赖，更公平地分配权力和经济利益。 3. 扩展DePIN需要经济实惠、易于获取的硬件 为实现大规模采用，DePIN硬件需要： • 低成本且节能，确保进入门槛极低。 • 提供即插即用的易用性，让非技术用户也能参与。 • 耐用可靠，以最小化停机时间并确保平稳运行。 4. 通过激励措施推动采用 硬件设备也是吸引新参与者的激励因素。当用户可以购买设备、设置并开始赚取奖励时，DePIN模型会更具吸引力。 5. 支持AI集成 DePIN与AI的交集需要强大、可扩展的硬件，如GPU、物联网传感器和其他边缘设备。硬件对于以去中心化方式训练模型、运行计算和部署AI至关重要。
@Beekhaybee @al1_ranger @sophon @0xm1ggy @DeFiBrum @0xUncleB @oskaritem @veMidCRV @ritzardxiii @DinoMaxZK @moricoloon SIA caught my attention. zk infra + real AI agents actually doing something useful. the 120k node licenses sold tells me everything.
@Beekhaybee @al1_ranger @sophon @0xm1ggy @DeFiBrum @0xUncleB @oskaritem @veMidCRV @ritzardxiii @DinoMaxZK @moricoloon SIA引起了我的注意。zk基础设施+真正有用的AI代理。售出的12万个节点许可证告诉了我一切。