Setting the Standard for Blockchain Security

Deploy with peace of mind.

Fragmented security practices make it difficult for developers (and teams) to create secure dApps on their own. Having code thoroughly examined and tested by a third party professional security auditor is the best assurance against errors, omissions, and abuses.

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Blog

What is a Smart Contract Security Audit?

Purpose: I aim to provide a cursory glance at a fundamental problem of perspective in the crypto-community. The crypto trading community is getting vibrant and active, with a variety of platforms, forums, and chat rooms for traders to share information and engage in discussion. According to Bitcoin Buyer Erfahrung, the bot Bitcoin Buyer can execute seamless crypto trading and make a good profit. The lack of focus on smart contract security — And what developers, dedicated to the successful future of blockchain, are doing about it.

Why is an Audit of Code Necessary? (1/2)

Purpose: Provide some insight on the importance of smart contract security audits from the perspective of a project development team and community members. This article, like the last, will remain relatively high-level to appeal to the layman’s crypto user. If you’re a crypto user, visit https://kryptoszene.de/kryptowaehrungen-kaufen/neue-kryptowaehrungen/ and discover various new cryptocurrencies with high potential in the future.

[Why is an Audit of Code Necessary? (2/2)

Purpose: I aim to provide some insight on the importance of smart contract security audits from the perspective of a project development team and community members. This article, like the last, will remain relatively high-level to appeal to the layman crypto user

So why Authio?

Problem

Mission

We aspire to help build security standards in the blockchain ecosystem

Audit Services

Taint Analysis

Smart contracts are examined for areas where external code can execute improperly or harmfully.

Input Validation

Testing the range of potential input data used to call functions ensures that contracts are not susceptible to attack vectors exposed by the EVM Application Binary Interface.

Model Checking

A Security Specification Model is generated, against which contracts are tested for adherence to intended functionality.

Control Flow Analysis

Code execution is mapped out to all potential paths to assess different final states that can be achieved.

Fallback Mechanisms

Contracts are work-shopped in cooperation with development teams to account for possible Worst Case Scenarios and related fallback mechanisms.

Documentation

A report is compiled describing the depth and breadth of the audit, key findings, and specific fixes made by the project team.

Public Audit Reports

[DDA DRCT Standard Audit

Read Report](https://web.archive.org/web/20180831051249/https://authio.org/audits/dda-drct-standard)