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@lagrangedev #LagrangeOfficial #lagrage $LA Lagrange (LA) is a pioneering zero‑knowledge (ZK) infrastructure and AI‑verification project that launched in mid‑2025. It features two core technologies: a decentralized ZK Prover Network—live on EigenLayer and powered by over 85 operators—and a hyper‑parallel ZK Coprocessor that enables developers to run heavy off‑chain computations and verify the results on-chain X (formerly Twitter) +14 lagrange.dev +14 MEXC Blog +14 . Its zkML engine, DeepProve, is optimized for AI inference verification, offering up to 158× faster proofs than previous approaches, which supports trust in decentralized AI systems lagrange.dev +1 X (formerly Twitter) +1 . Meanwhile, Lagrange State Committees focus on zk light-client proofs for optimistic rollups, enhancing cross-chain messaging while securing against fraud
@Lagrange Official #LagrangeOfficial #lagrage $LA
Lagrange (LA) is a pioneering zero‑knowledge (ZK) infrastructure and AI‑verification project that launched in mid‑2025. It features two core technologies: a decentralized ZK Prover Network—live on EigenLayer and powered by over 85 operators—and a hyper‑parallel ZK Coprocessor that enables developers to run heavy off‑chain computations and verify the results on-chain
X (formerly Twitter)
+14
lagrange.dev
+14
MEXC Blog
+14
.

Its zkML engine, DeepProve, is optimized for AI inference verification, offering up to 158× faster proofs than previous approaches, which supports trust in decentralized AI systems
lagrange.dev
+1
X (formerly Twitter)
+1
. Meanwhile, Lagrange State Committees focus on zk light-client proofs for optimistic rollups, enhancing cross-chain messaging while securing against fraud
@lagrangedev #lagrang $LA Lagrange (LA) is a pioneering zero‑knowledge (ZK) infrastructure and AI‑verification project that launched in mid‑2025. It features two core technologies: a decentralized ZK Prover Network—live on EigenLayer and powered by over 85 operators—and a hyper‑parallel ZK Coprocessor that enables developers to run heavy off‑chain computations and verify the results on-chain X (formerly Twitter) +14 lagrange.dev +14 MEXC Blog +14 . Its zkML engine, DeepProve, is optimized for AI inference verification, offering up to 158× faster proofs than previous approaches, which supports trust in decentralized AI systems lagrange.dev +1 X (formerly Twitter) +1 . Meanwhile, Lagrange State Committees focus on zk light-client proofs for optimistic rollups, enhancing cross-chain messaging while securing against fraud
@Lagrange Official #lagrang $LA

Lagrange (LA) is a pioneering zero‑knowledge (ZK) infrastructure and AI‑verification project that launched in mid‑2025. It features two core technologies: a decentralized ZK Prover Network—live on EigenLayer and powered by over 85 operators—and a hyper‑parallel ZK Coprocessor that enables developers to run heavy off‑chain computations and verify the results on-chain
X (formerly Twitter)
+14
lagrange.dev
+14
MEXC Blog
+14
.

Its zkML engine, DeepProve, is optimized for AI inference verification, offering up to 158× faster proofs than previous approaches, which supports trust in decentralized AI systems
lagrange.dev
+1
X (formerly Twitter)
+1
. Meanwhile, Lagrange State Committees focus on zk light-client proofs for optimistic rollups, enhancing cross-chain messaging while securing against fraud
@lagrangedev #lagrandev and $LA Lagrange (LA) is a pioneering zero‑knowledge (ZK) infrastructure and AI‑verification project that launched in mid‑2025. It features two core technologies: a decentralized ZK Prover Network—live on EigenLayer and powered by over 85 operators—and a hyper‑parallel ZK Coprocessor that enables developers to run heavy off‑chain computations and verify the results on-chain X (formerly Twitter) +14 lagrange.dev +14 MEXC Blog +14 . Its zkML engine, DeepProve, is optimized for AI inference verification, offering up to 158× faster proofs than previous approaches, which supports trust in decentralized AI systems lagrange.dev +1 X (formerly Twitter) +1 . Meanwhile, Lagrange State Committees focus on zk light-client proofs for optimistic rollups, enhancing cross-chain messaging while securing against fraud
@Lagrange Official #lagrandev and $LA
Lagrange (LA) is a pioneering zero‑knowledge (ZK) infrastructure and AI‑verification project that launched in mid‑2025. It features two core technologies: a decentralized ZK Prover Network—live on EigenLayer and powered by over 85 operators—and a hyper‑parallel ZK Coprocessor that enables developers to run heavy off‑chain computations and verify the results on-chain
X (formerly Twitter)
+14
lagrange.dev
+14
MEXC Blog
+14
.

Its zkML engine, DeepProve, is optimized for AI inference verification, offering up to 158× faster proofs than previous approaches, which supports trust in decentralized AI systems
lagrange.dev
+1
X (formerly Twitter)
+1
. Meanwhile, Lagrange State Committees focus on zk light-client proofs for optimistic rollups, enhancing cross-chain messaging while securing against fraud
$LA grange (LA) is a pioneering zero‑knowledge (ZK) infrastructure and AI‑verification project that launched in mid‑2025. It features two core technologies: a decentralized ZK Prover Network—live on EigenLayer and powered by over 85 operators—and a hyper‑parallel ZK Coprocessor that enables developers to run heavy off‑chain computations and verify the results on-chain X (formerly Twitter) +14 lagrange.dev +14 MEXC Blog +14 . Its zkML engine, DeepProve, is optimized for AI inference verification, offering up to 158× faster proofs than previous approaches, which supports trust in decentralized AI systems lagrange.dev +1 X (formerly Twitter) +1 . Meanwhile, $LA grange State Committees focus on zk light-client proofs for optimistic rollups, enhancing cross-chain messaging while securing against fraud
$LA grange (LA) is a pioneering zero‑knowledge (ZK) infrastructure and AI‑verification project that launched in mid‑2025. It features two core technologies: a decentralized ZK Prover Network—live on EigenLayer and powered by over 85 operators—and a hyper‑parallel ZK Coprocessor that enables developers to run heavy off‑chain computations and verify the results on-chain
X (formerly Twitter)
+14
lagrange.dev
+14
MEXC Blog
+14
.

Its zkML engine, DeepProve, is optimized for AI inference verification, offering up to 158× faster proofs than previous approaches, which supports trust in decentralized AI systems
lagrange.dev
+1
X (formerly Twitter)
+1
. Meanwhile, $LA grange State Committees focus on zk light-client proofs for optimistic rollups, enhancing cross-chain messaging while securing against fraud
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Bearish
Today's PNL
2025-07-08
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2025-06-09~2025-07-08
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