Gno.land Launches Dora, an Autonomous AI Security Harness for Blockchain Vulnerability Detection

Dora finds and reproduces exploits before a human sees the finding, moving blockchain security from bug reports to proven fixes.

LOS ANGELES, CA, UNITED STATES, August 19, 2026 /EINPresswire.com/ -- Gno.land, a next-generation Go-based smart contract platform developed by NewTendermint, today announced Dora, an autonomous AI agentic harness that continually audits the Gno.land codebase and its smart contracts, known as realms. Dora does not report a vulnerability. It proves one, reproducing each exploit against a live node before a human sees the finding. The release positions Gno.land among a number of blockchain platforms applying agentic AI directly to their security, rather than relying solely on periodic audits or bug bounty submissions after the fact.
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"AI is changing who finds vulnerabilities first, and we would rather it be us," said Jae Kwon, CEO at NewTendermint. "Dora gives Gno.land a way to think like an attacker, not just when someone files a report. Every finding it surfaces has already been proven and patched, which is a different level of security than a list of suspicions."
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An Answer to a Changing Threat Landscape
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Bug bounty submissions industrywide are increasingly written with AI assistance. Finding suspicious code has become cheap. Confirming a suspicion is a real, exploitable bug has not, and attackers now have access to the same inexpensive tooling as defenders.
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The margin for error is thin on a platform where attacker-supplied code runs on-chain. A single panic in the wrong place can halt consensus. Nondeterminism can split validators, and an overflow can move funds. Gno.land built Dora to close that gap by finding and proving exploits before anyone outside the company does.
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How Dora Works
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Dora processes each finding through seven purpose-built agents. A recon agent maps the codebase, a planner proposes candidate bugs, and a deduplicator filters out anything already known. A verifier then writes and runs a live test against a real Gno.land node. A reviewer adversarially checks that result before a fixer drafts a patch and a fix reviewer confirms it holds. Only a finding that survives every stage reaches a human, already reproduced and patched.
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Part of a Broader AI Push
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Dora extends a wider effort at Gno.land to build with and for AI. The platform recently released gnomcp, an open-source server connecting AI coding agents such as Claude Code and Cursor directly to Gno.land, letting agents read, write, and deploy realms using the same tools adopted across the industry. Because Gno.land smart contracts are published as plain, human-readable Go rather than bytecode, Gno.land has positioned its architecture as inherently suited to a development process increasingly mediated by AI agents, from writing code to auditing it.
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Where Dora Stands Today
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Dora remains an internal tool. Gno.land has not completed a full sweep of the codebase, but targeted runs to date have produced reproducible findings with low noise. Broader coverage is planned, with results published as it expands.
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About Gno.land
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Gno.land is a next-generation, open-source smart contract platform founded by Jae Kwon, co-creator of Cosmos and Tendermint. Gno.land uses Gno, an interpreted, fully deterministic variation of Go, to enable developers to write secure, readable, and highly composable smart contracts. By requiring all code to be published with full source on-chain, Gno.land sets a new standard for transparency, auditability, and open collaboration.
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About NewTendermint
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NewTendermint is a software engineering company developing core infrastructure for decentralized systems, including Tendermint2 and Gno.land. Led by Jae Kwon, NewTendermint is the core maintainer of the Gno.land protocol and GnoVM, advancing open-source technologies that support transparent, permissionless, and globally accessible applications.

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