Security is crucial for the health of every blockchain ecosystem. But for many teams, rigorous tests still happen late in the development cycle, after functions have been completed and timelines leave little room for iteration. A new integration between Octane, an AI-driven smart contract protection platform and Avalanche wants to change that.
Live now in the avalanche ecosystem, this integration brings continuous, automated security controls directly into developer’s workflows, whereby teams identify and solve problems in coding, which preventing them from becoming implementation blockers.
Why early security matters
Web3 projects often rely on traditional audits that are carried out at the end of the development cycle. These audits reveal critical vulnerabilities that require time -consuming refactors, postponing launches and security sources are tense. Octane wants to eliminate this reactive model by moving security to the start of the development process.
Instead of waiting for a final assessment, developers receive real -time reports while they write code. Octane scans each commit, marks potential vulnerabilities and delivers feedback within the tools teams that are already using, does not require contextum circuit. This streamlines the road to production, speeds up the audit process and helps teams send faster, which increases overall security.
“Too many Web3 teams discover their biggest security problems just before the launch,” said Giovanni Vignone, CEO of Octane Security. “We have seen that teams spend months building amazing protocols, only to touch large security roads when they try to send. Those last-minute clambering is stressful, expensive and risky. With our joint integration, Avalanche-builders can catch problems if they can easily be repaired, so that they are confidently with confidence in their fingers.”
Specially built for avalanche
Octane’s detection models are specifically trained on Avalanche’s architecture, documentation and onchain behavior. This avalanche-native tuning minimizes false positives and ensures that security findings are context conscious, relevant to how contracts actually work on the C chain and app-specific layer of 1s (L1S). Developers can detect issues that are unique to avalanche environments, such as old oracle data, not -checked representative calls, unsafe access controls and other critical vulnerabilities, all of which are held up directly within their existing CI/CD work clows.
“Security is essential for building in web3, but it is often the final step in the process. This integration is all about those dynamic by being high signal security checks directly into the developmental workflow, specifically tailor -made for Avalanche’s architecture,” said Eric Kang, head of Defi at AVA Labs. “It is a victory for builders in the Avalanche -ecosystem: faster iteration, lower audit costs and safer code from the first day.”
Octan surfaces of everything, from best practices to complex logic and economic vulnerabilities. The detectors have been continuously updated to display emerging risks and often catch problems that slide through audits. Examples of vulnerabilities that it identifies include:
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Critical logical errors, such as not -checked representative calls and reentrancy
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Economic risks such as old or incorrectly configured oracles, rounding errors and slip dogs
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Denial-of-Service Vectors, Gas Infficiencies, Access Control Problems and Unsafe External Calls
Early results of the avalanche ecosystem
Since the launch of integration, Octane has already yielded measurable results in the avalanche ecosystem:
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210,881 Code lines scanned in participating projects
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177 pieces of usable feedback delivered to development teams
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217 Total findings marked, including critical vulnerabilities missed in manual audits
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More than $ 261 million in TVL protected in projects
During the assessment of Octane of the 48,000+ line code of Suzaku, the platform identified four critical and one high-quality vulnerabilities that could have had the Validator hood, unauthorized fund movement and denial-of-service attacks on several networks.
This integration helps to solve a long -term tension in the development of web3, the balance between speed with security. By entering AI-driven vulnerability detection directly into the construction process, Avalanche and Octane introduce a new standard: a true security is continuously, developer-friendly and tailored to the needs of well-performing teams.
Octane is now available for all avalanche builders. Teams can connect their repositories and start receiving security feedback in minutes, making faster development, fewer surprises before the launch and more confidence in any implementation are possible. To get started, request a demo here and add “Avalanche Eco” after your company name, so that the team can prioritize your onboarding.
About Avalanche Blockchain -Network
Avalanche is a high-quality blockchain platform designed for builders who have to scale. Avalanche has been developed with a revolutionary three -part layer 1 (L1) architecture and is anchored by its avalanche consensus mechanism, which guarantees almost instructive finality for transactions. The platform also has an open-source layer 0 (L0) framework, which makes the seamless creation of interoperable layer 1 block chains possible with a high transit on both public and private networks. Supported by a global community of developers and validators, Avalanche offers a fast, cheap environment for building the next generation of decented applications (Dapps). With its unique mix of speed, flexibility and scalability, Avalanche is the preferred choice for innovators who push the boundaries of blockchain technology.