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Apiiro Launches AutoFix AI to Fix Design and Code Risks
application-security

Apiiro Launches AutoFix AI to Fix Design and Code Risks

Apiiro's AutoFix AI Agent auto-remediates code and design risks in IDEs using runtime context, enhancing secure development without slowing developers.

August 5, 2025
5 min read
Jordan Smith

Apiiro's AutoFix AI Agent auto-remediates code and design risks in IDEs using runtime context, enhancing secure development without slowing developers.

Apiiro Launches AutoFix AI to Fix Design and Code Risks

Apiiro, an agentic application security platform, has introduced the AutoFix AI Agent—an industry-first AI tool that automatically fixes design and code risks using runtime context.

Meeting Developers Where They Are Through MCP Connection

The AutoFix AI Agent operates directly within developers’ integrated development environments (IDEs) without requiring plug-ins, utilizing a remote Model Context Protocol (MCP) connection.
“We’re meeting developers where they are– in their IDEs with deep code-to-runtime context– and giving them the secure path forward without slowing them down,” said Moti Gindi, Chief Product Officer at Apiiro. “It’s about empowering developers to fix risks and not vulnerabilities– in real time, with the runtime context, software architecture, and organization policy.”
Apiiro developed this tool in response to the rise of AI coding assistants like GitHub Copilot, Gemini Code Assist, and Cursor. These assistants often operate with limited or no governance by existing security tools, increasing the risk of vulnerabilities, unvetted technologies, business logic risks, and code that bypasses organizational security policies and architectural standards.

Risks Found in AI-Generated Code

According to the Center for Security and Emerging Technologies (CSET) at Georgetown University’s Walsh School of Foreign Service, up to 50% of AI code assistants generate code containing vulnerabilities, with 10% of those being actively exploitable and causing real business impact. CSET highlights several cybersecurity risks posed by AI-generated code, including insecure code generation, susceptibility to attacks and manipulation, and downstream impacts such as feedback loops affecting future AI training.
“Evaluation benchmarks for code generation models often focus on the models’ ability to produce functional code, but do not assess their ability to generate secure code, which may incentivize a deprioritization of security over functionality during model training,” the report states.

Tool Built for Scale and Reliability

The AutoFix AI Agent scales expertise across development teams by automatically generating threat models for risky feature requests before any code is written. It fixes issues related to static application security testing (SAST), software composition analysis (SCA), secrets, and API security findings. Leveraging unique runtime context, the agent makes precise, risk-based decisions tailored to each organization’s software architecture, security policies, business impact, and risk acceptance lifecycle. This approach ensures autofixes align with enterprise standards rather than generic solutions.
“AI code assistants represent one of the most transformative productivity tools of our lifetime. But by focusing solely on code, they lack context– missing critical signals like security policies and standards, compensating controls, and business risk,” said Idan Plotnik, Co-founder and CEO of Apiiro. “This disconnect introduces significant risk to enterprises, as ungoverned AI coding tools are adopted faster than application security teams can keep up. Our AutoFix AI Agent doesn’t just detect issues– it intelligently fixes them using the same contextual understanding and organizational knowledge that application security and risk management teams rely on to make informed decisions.”
The AutoFix AI Agent uses data from Apiiro’s platform, which maps software architecture across all material changes, powered by Deep Code Analysis (DCA), Code-to-Runtime matching, and the Risk Graph engine. Core capabilities include:
  • AutoFix: Automatically fixes design and code risks with runtime context.
  • AutoGovern: Enforces policies, standards, and secure coding guardrails automatically.
  • AutoManage: Automates risk lifecycle management measurement across the software development lifecycle (SDLC).
  • “In a world where AI generates code, no software should ship without an AI AppSec agent securing it,” said Plotnik. “We’re enabling security teams to unlock full developer productivity while automatically fixing the most critical risks to the business.”

    AI is impacting nearly every aspect of the channel, with more marketers adopting technology to equip themselves with necessary tools and strategies. For more insights, see the AI webinars, guides, and certifications from the CMA and channelWise focused on practical AI adoption.
    Source: Originally published at Channel Insider on August 4, 2025.

    Frequently Asked Questions (FAQ)

    About Apiiro's AutoFix AI Agent

    Q: What is Apiiro's AutoFix AI Agent? A: Apiiro's AutoFix AI Agent is an industry-first AI tool designed to automatically fix design and code risks in software development, utilizing runtime context. Q: How does the AutoFix AI Agent work? A: It operates directly within developers' Integrated Development Environments (IDEs) via a remote Model Context Protocol (MCP) connection, without requiring plugins. It uses runtime context, software architecture, and organizational policies to identify and fix risks. Q: What problem does Apiiro's AutoFix AI Agent address? A: It addresses the risks associated with AI coding assistants like GitHub Copilot and Gemini Code Assist, which can generate code with vulnerabilities and bypass security policies due to a lack of governance and context. Q: What types of risks can the AutoFix AI Agent fix? A: The agent can fix issues related to Static Application Security Testing (SAST), Software Composition Analysis (SCA), secrets management, and API security findings. Q: What is the significance of "runtime context" in AutoFix AI Agent's functionality? A: Runtime context allows the agent to make precise, risk-based decisions tailored to an organization's specific software architecture, security policies, and business impact, ensuring fixes align with enterprise standards rather than generic solutions. Q: What are the core capabilities of Apiiro's AutoFix AI Agent? A: The core capabilities are AutoFix (automatically fixing risks), AutoGovern (enforcing policies and guardrails), and AutoManage (automating risk lifecycle management).

    Crypto Market AI's Take

    The introduction of Apiiro's AutoFix AI Agent highlights a critical trend in software development: the integration of AI to enhance security and efficiency. This mirrors the advancements we're seeing in the cryptocurrency space, where AI is increasingly being leveraged for market analysis, trading automation, and risk management. At Crypto Market AI, we understand the importance of robust AI solutions that not only drive innovation but also ensure security and compliance. Our platform offers AI-powered crypto trading bots that utilize advanced algorithms for market analysis and automated execution, aiming to provide a secure and efficient trading experience. As AI continues to mature, tools like Apiiro's AutoFix AI Agent will become indispensable for safeguarding development pipelines, much like how AI is becoming crucial for navigating the complexities and risks of the cryptocurrency market.

    More to Read:

  • AI Agents: Capabilities, Risks, and Growing Role
  • How AI-Driven Crypto Trading Tools Reshape Market Strategies in 2025