#opg $OPG @OpenGradient
there's a gap i keep noticing with OpenGradient. not in the technology, in who it's actually built for right now. the pitch is decentralized AI for everyone. permissionless access, verifiable inference, infrastructure that doesn't depend on trusting a single provider. but spend some time with the SDK and you realize the default path assumes you know how to construct queries against on-chain registries, manage TEE routing, and handle proof settlement in $OPG . that's not "everyone." that's developers who already live in this stack. and to be fair, ethereum wasn't for everyone on day one either. early infrastructure always favors the people who can build on it before it favors the people who can use it. but the question that stays with me isn't whether the tooling improves. it's whether the abstraction layer that makes this accessible eventually becomes a centralization point of its own. the thing that solves the gap might recreate the problem
$ACT
there's a gap i keep noticing with OpenGradient. not in the technology, in who it's actually built for right now. the pitch is decentralized AI for everyone. permissionless access, verifiable inference, infrastructure that doesn't depend on trusting a single provider. but spend some time with the SDK and you realize the default path assumes you know how to construct queries against on-chain registries, manage TEE routing, and handle proof settlement in $OPG . that's not "everyone." that's developers who already live in this stack. and to be fair, ethereum wasn't for everyone on day one either. early infrastructure always favors the people who can build on it before it favors the people who can use it. but the question that stays with me isn't whether the tooling improves. it's whether the abstraction layer that makes this accessible eventually becomes a centralization point of its own. the thing that solves the gap might recreate the problem
$ACT