ππ·
@t1protocol
1/6 ππ·β is designed to solve rollup fragmentation, the biggest limitation of rollups, by leveraging a Trusted Execution Environment (TEE) and defense-in-depth strategies. With the sequencer running inside a TEE, ππ· can produce real-time attestations, making fast, verifiable transactions a reality. π§΅π
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ππ·
@t1protocol
2/6 Why use TEEs? Trusted Execution Environments allow secure, isolated computation, which can generate instant attestations. But we donβt stop thereβππ· complements the TEE layer with additional defenses, providing a robust safeguard against potential breaches.
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ππ·
@t1protocol
3/6 In rollup ecosystems today, you often wait for challenge periods (Optimistic Rollups) or verification (ZK Rollups). t1 eliminates this delay, offering fast settlements and cross-chain compatibility by combining TEE attestations with our layered defense model.
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ππ·
@t1protocol
4/6 Our infrastructure goes further: in our TEE-enabled setup, we run live nodes for Ethereum, Optimism, and Arbitrum. This allows us to track the real-time state of these networks and verify transactions across chains directly on ππ·, making cross-rollup composability seamless.
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ππ·
@t1protocol
5/6 Once verified, ππ· can post these cross-chain proofs back to Ethereum, creating an environment where assets and data can interact fluidly across multiple rollups without compromising security or speed.
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ππ·
@t1protocol
6/6 In short, ππ·βs architecture blends TEEβs speed with multi-layered security, enabling real-time, trust-minimized interactions across Ethereum and rollups like @optimism and @arbitrum. Itβs a new paradigm in rollup designβbuilt for composability, speed, and security.
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