#opg This week I went through a bunch of AI project contract source codes, and the more I looked, the more ridiculous it seemed. Most of the AI-powered coins out there are just stories being told. They shout about decentralized computing power distribution, but you can't even find basic hardware calls or computing power operation records.
A lot of projects these days follow a similar playbook, packaging empty trades with fancy cryptographic concepts, completely disconnected from real market demands. To be honest, you can't fully blame the project teams; the early infrastructure of the industry was incomplete, making it impossible to accurately verify real computing power. This has led to the entire sector where everyone's funds are basically paying for bubbles and illusions.
With a skeptical mindset, I specifically deep-dived into $OPG , which is @OpenGradient 's node testing data. I thought it was just another skin-deep project to fleece retail investors, but its underlying logic turned out to be completely different.
It has built a dedicated consensus network that can verify the real process of each AI inference through cryptographic technology. While it’s not perfect—on-chain verification does incur latency losses, which is a technical challenge we can’t avoid right now—it mandates that every network request must correspond to real computing power consumption, effectively filtering out most of the fake computing power projects in the market.
The biggest controversy in the circle is OPG's multi-chain deployment model; many believe this dilutes tokens and overextends the market. This concern is quite valid; if the business volume on the track can’t keep up, multi-chain expansion will only speed up market collapse. $BTC
However, after my hands-on modeling and calculations, my perspective is completely different. OPG serves as a unified settlement layer for heterogeneous chains, and the scenarios and frequency of cross-chain computing power calls just happen to avoid the issue of single-chain liquidity depletion. As long as there are real computing power transaction fees being burned at the base layer, this multi-chain logic acts as a safety net.
The fundamental infrastructure that can survive bear market bubbles is not built on buzzwords piled up in whitepapers, but on robust operational data of computing power. Turning black box data into on-chain verifiable real transactions is this project's greatest core value. $ETH
A lot of projects these days follow a similar playbook, packaging empty trades with fancy cryptographic concepts, completely disconnected from real market demands. To be honest, you can't fully blame the project teams; the early infrastructure of the industry was incomplete, making it impossible to accurately verify real computing power. This has led to the entire sector where everyone's funds are basically paying for bubbles and illusions.
With a skeptical mindset, I specifically deep-dived into $OPG , which is @OpenGradient 's node testing data. I thought it was just another skin-deep project to fleece retail investors, but its underlying logic turned out to be completely different.
It has built a dedicated consensus network that can verify the real process of each AI inference through cryptographic technology. While it’s not perfect—on-chain verification does incur latency losses, which is a technical challenge we can’t avoid right now—it mandates that every network request must correspond to real computing power consumption, effectively filtering out most of the fake computing power projects in the market.
The biggest controversy in the circle is OPG's multi-chain deployment model; many believe this dilutes tokens and overextends the market. This concern is quite valid; if the business volume on the track can’t keep up, multi-chain expansion will only speed up market collapse. $BTC
However, after my hands-on modeling and calculations, my perspective is completely different. OPG serves as a unified settlement layer for heterogeneous chains, and the scenarios and frequency of cross-chain computing power calls just happen to avoid the issue of single-chain liquidity depletion. As long as there are real computing power transaction fees being burned at the base layer, this multi-chain logic acts as a safety net.
The fundamental infrastructure that can survive bear market bubbles is not built on buzzwords piled up in whitepapers, but on robust operational data of computing power. Turning black box data into on-chain verifiable real transactions is this project's greatest core value. $ETH