In inspection workflows, a model output is only useful if the team can trust it later.
Sertn helps turn visual AI decisions into records: which model ran, what input it saw, what output it produced, and how that result can be verified.
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gm
today, i’m happy to share that i’m now the social media manager for @HotcoinGlobal and @SolarDePin.
grateful for the opportunity and excited for what’s ahead. let’s build!
➜ Join Hotcoin : https://t.co/HqNPIDLS8r
➜ join SolarDepin : https://t.co/1qDiBI3dxv
gmgm.
while we wait for Binance Labs’ result, we continue working. This week we improved our energy system. Now our GPU works better with real solar power. Our nodes are running and making money. We also launched SolarChick, our Telegram game. It helps the community understand how solar energy works and makes the project more fun. For us, it’s also an extra way to earn. We are not only talking we are building real green compute. This is our live solar plant. Real hardware, real energy, real progress.
Solar DePIN Hub.
➜ Discord link : https://t.co/ripmyZ82Q4
➜ TG game link : https://t.co/n2TTc0G9lr
@SolarDePin I believe adding more skins to the game is going to be great. Cause to me the skins serves as milestones achieved by individual player and also a metric to measure progress
@SolarDePin This is a careful breakdown and I love what I’m seeing for myself. This shows power sector is heading the right direction. Let keep building
@DeltaV_xyz@AccountableData@LeverUp_xyz@SntryFun@SolarDePin currently maintains an inaugural operational prototype of a compact processing unit that deploys Ollama combined with VLLM under OpenVINO, simultaneously retrieving information via Modbus from an active thirty-kilowatt sun-powered electricity facility.
Building the future of AI with renewable energy. Our Proof of Concept demonstrates how distributed AI infrastructure can intelligently scale using solar power, delivering efficient, sustainable, and decentralized computing. https://t.co/MEck24qjgC
@SolarDePin Sounds like a solid base to build from. The Intel N100—an Alder Lake-N chip with 4 cores and 4 threads drawing just 6 W at base—is a strong match for energy-efficient distributed computing, orchestration, inference, storage, and edge workloads.