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What is Hinoki Offensive One (HO1)?

Hinoki Offensive One (HO1) represents a cutting-edge AI solution in the realm of cybersecurity, specifically developed for offensive security tasks while also supporting defensive assessments and research endeavors. This advanced tool is accessible on several developer platforms, including Claude Code, OpenAI Codex, OpenCode, Visual Studio Code, and Cursor, enabling cybersecurity professionals to effortlessly incorporate it into their coding practices and operational workflows. The official product website showcases its capability to undertake complex, multi-step tasks and its benchmarking against various cybersecurity standards. Designed primarily for security researchers, penetration testers, and defenders involved in sanctioned evaluations, vulnerability assessments, and security testing, HO1 underscores the importance of obtaining clear authorization, maintaining robust safeguards, and adhering to responsible usage guidelines during its implementation. Furthermore, Hinoki offers comparative evaluations with other cybersecurity-focused and general AI models, which assists technical users in gauging the efficacy of HO1 for security-related functions. The commitment to ethical deployment is a crucial aspect of this model, ensuring that it is used responsibly and with due consideration for cybersecurity best practices. In doing so, it promotes a culture of accountability within the cybersecurity community.

What is Google AI Threat Defense?

Google AI Threat Defense is an autonomous cybersecurity platform engineered to help organizations defend against modern AI-powered cyber threats through continuous risk management, intelligent analysis, and automated remediation. Designed for complex enterprise environments, the platform combines the reasoning and analysis capabilities of Gemini and other advanced AI models with contextual risk prioritization from Wiz, code remediation technologies from Gemini and CodeMender, and the global threat intelligence expertise of Mandiant. The solution follows a structured four-stage security framework—Prepare, Scan, Remediate, and Monitor—that enables organizations to proactively identify, assess, and eliminate security risks before they can be exploited. In the preparation stage, the platform continuously maps multicloud, hybrid, SaaS, AI, and application environments to identify exposed attack paths, misconfigurations, shadow assets, legacy technologies, and ownership gaps. Advanced scanning capabilities perform deep code analysis, vulnerability validation, exploitability assessment, and AI-driven adversarial testing, providing security teams with contextual insights rather than large volumes of theoretical findings. Automated remediation workflows generate tailored fixes directly within developer environments, accelerate vulnerability resolution, and enable organizations to manage increasing volumes of AI-discovered security issues. Continuous monitoring capabilities leverage AI-powered detection, threat hunting, behavioral analysis, and automated security operations to identify hidden threats and respond rapidly to anomalous activity across networks, applications, identities, and software development pipelines.

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Media

Integrations Supported

Claude Code
Cursor
OpenAI Codex
OpenCode
Visual Studio Code

Integrations Supported

CodeMender
Gemini
Gemini Enterprise Agent Platform
Google Cloud Platform
Wiz

API Availability

API Availability

Pricing Information

Pricing not provided

Pricing Information

Pricing not provided

Supported Platforms

SaaS

Supported Platforms

SaaS

Customer Service / Support

Not specified

Customer Service / Support

Web-Based Support

Training Options

Not specified

Training Options

Documentation Hub

Company Facts

Organization Name

Hinoki

Date Founded

2026

Company Location

United States

Company Website

hinoki.security/

Company Facts

Organization Name

Google

Date Founded

1998

Company Location

United States

Company Website

cloud.google.com/security/ai-threat-defense

Categories and Features

AI Cybersecurity

Not specified

AI Models

Not specified

Categories and Features

Agentic Cybersecurity

Not specified

AI Cybersecurity

Not specified

AI Security

Not specified

Code Security

Not specified

Static Code Analysis

Not specified

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