漏洞扫描 AI

抢在攻击者之前识别安全风险

由 Shannon V1 前沿红队模型驱动的企业级 AI 漏洞扫描器。检测 SQL 注入、XSS、SSRF 以及 100 多种漏洞类型,DarkEval 准确率高达 96%。为 Web 应用程序、API、云基础设施和容器提供自动化安全评估。

96%
DarkEval 准确性
Frontier AI model precision
#1
Security Ranking
Top-rated AI security tool
OWASP Top 10
Full Coverage
Complete vulnerability detection
24/7
Continuous Monitoring
Real-time security assessment

全面的漏洞检测

AI 驱动的扫描,覆盖所有 OWASP Top 10 漏洞及更多。Shannon V1 以行业领先的准确性识别您整个应用堆栈中的关键安全缺陷。

Critical

SQL Injection

Detect SQL injection vulnerabilities across databases including MySQL, PostgreSQL, MSSQL, Oracle, and NoSQL systems. AI-powered testing identifies blind SQLi, time-based, union-based, and error-based injection vectors.

High

跨站脚本 (XSS)

Identify reflected, stored, and DOM-based XSS vulnerabilities. Advanced AI analysis detects bypasses of input sanitization, context-aware XSS, and complex mutation-based attack vectors.

Critical

服务器端请求伪造 (SSRF)

Discover SSRF vulnerabilities that allow attackers to access internal systems. Shannon AI tests URL parsing, redirect chains, DNS rebinding, and cloud metadata service exploitation.

High

XML External Entity (XXE)

Detect XXE injection vulnerabilities in XML parsers. AI testing identifies file disclosure, SSRF via XXE, denial of service, and remote code execution through malicious XML processing.

Critical

Insecure Deserialization

Identify unsafe deserialization in Java, Python, PHP, Ruby, and .NET applications. Advanced analysis detects gadget chains, object injection, and remote code execution vulnerabilities.

High

Broken Access Control

Find authorization bypasses, privilege escalation, IDOR vulnerabilities, and path traversal issues. AI models test horizontal and vertical access control across all application endpoints.

Medium

Security Misconfiguration

Scan for default credentials, exposed admin panels, debug modes in production, unnecessary services, missing security headers, and vulnerable component versions across your entire stack.

High

Cryptographic Failures

Detect weak encryption algorithms, hardcoded secrets, insecure random number generation, certificate validation issues, and sensitive data exposure in transit or at rest.

安全团队为何选择 Shannon AI

先进的 AI 技术、全面的覆盖范围和无缝集成,使 Shannon AI 成为现代安全团队和 DevSecOps 工作流程的首选漏洞扫描器。

AI-Driven Analysis

Shannon V1 frontier red team model delivers 96% accuracy on DarkEval security benchmarks. Our AI understands attack patterns, adapts testing strategies, and discovers vulnerability chains that signature-based scanners miss. Machine learning reduces false positives by 70% while detecting emerging threats.

Full Stack Coverage

Comprehensive scanning across web applications, REST/GraphQL APIs, mobile apps (iOS/Android), cloud infrastructure (AWS/Azure/GCP), containers, microservices, and network layers. Single platform for complete security assessment from frontend to database.

符合法规要求

Pre-built compliance reports for PCI DSS, SOC 2, ISO 27001, HIPAA, GDPR, NIST, and CIS benchmarks. Automated evidence collection, audit trails, control mapping, and remediation tracking to streamline security audits and regulatory compliance.

Continuous Assessment

24/7 security monitoring with scheduled scans, CI/CD integration, and real-time vulnerability detection. Instant alerts for critical findings, automated retesting after fixes, and trending dashboards to track your security posture over time.

Shannon V1 AI 安全模型排名

由 Shannon V1 前沿红队模型驱动

Shannon V1 是我们先进的 AI 安全模型,经过数百万漏洞模式、攻击技术和真实世界漏洞利用的训练。在 DarkEval 安全基准测试中达到 96% 的准确率,Shannon V1 代表了 AI 驱动漏洞检测的尖端水平。

前沿红队实验室

针对高级持续性威胁 (APT) 策略和新兴攻击向量进行训练

实时适应

AI从每次扫描中学习,以提高准确性并发现新的漏洞模式

上下文感知分析

理解应用程序逻辑,以检测复杂的业务逻辑缺陷和漏洞链

体验 Shannon V1 AI

跨技术栈的全面安全评估

从Web应用程序到云基础设施,Shannon AI通过专业的扫描技术,为您的技术栈的每一层提供全面的安全覆盖。

Web Application Security

Comprehensive scanning of web applications built with React, Angular, Vue, PHP, Java, .NET, Ruby on Rails, Django, and other frameworks. Tests authentication, session management, input validation, business logic, and client-side security.

覆盖范围: OWASP Top 10, business logic flaws, authentication bypasses

API Security Testing

Deep security analysis for REST, GraphQL, SOAP, and gRPC APIs. Validates authentication tokens, rate limiting, input validation, authorization controls, and API-specific attack vectors including mass assignment and excessive data exposure.

覆盖范围: OWASP API Top 10, authentication, rate limiting, injection

Network Vulnerability Scanning

Network layer security assessment identifying open ports, vulnerable services, SSL/TLS misconfigurations, network segmentation issues, and protocol-level vulnerabilities across your infrastructure.

覆盖范围: Port scanning, service enumeration, SSL/TLS, network segmentation

Cloud Security Assessment

Multi-cloud security scanning for AWS, Azure, Google Cloud, and Kubernetes. Detects IAM misconfigurations, exposed storage buckets, security group issues, API keys, and cloud-native vulnerabilities.

覆盖范围: IAM, storage security, secrets management, container security

Container & Kubernetes Security

Docker and Kubernetes security analysis including image scanning, runtime security, secret management, RBAC configuration, network policies, and admission control validation.

覆盖范围: Image vulnerabilities, K8s misconfigurations, runtime protection

Mobile Application Security

Static and dynamic analysis for iOS and Android applications. Tests API security, local data storage, SSL pinning, code obfuscation, reverse engineering protection, and mobile-specific vulnerabilities.

覆盖范围: OWASP Mobile Top 10, data storage, API communication, tampering

与您的安全技术栈无缝集成

Shannon AI与领先的漏洞管理平台、安全扫描器和DevSecOps工具集成,以增强您现有的安全工作流程并提供统一的漏洞可见性。

Nessus
Vulnerability Management
Qualys
Cloud Security
OpenVAS
Open Source Scanner
Nuclei
Fast Scanner
Burp Suite
Web Security
OWASP ZAP
Proxy & Scanner
Acunetix
Web App Scanner
Nikto
Web Server Scanner
SQLMap
SQL Injection
Trivy
Container Security
Snyk
Developer Security
SonarQube
Code Quality & Security

此外,还提供API访问、CLI工具、webhooks,以及与Jenkins、GitHub Actions、GitLab CI、CircleCI、Azure DevOps和自定义SIEM/SOAR平台的原生集成。

常见问题

关于AI漏洞扫描、安全评估和Shannon AI功能的常见问题

What is an AI vulnerability scanner?
An AI vulnerability scanner is an automated security tool that uses artificial intelligence and machine learning to detect security vulnerabilities in applications, networks, and infrastructure. Shannon AI's vulnerability scanner leverages advanced AI models to identify SQL injection, XSS, SSRF, authentication flaws, and 100+ vulnerability types with higher accuracy than traditional scanners. The AI learns from attack patterns, adapts to new threats, and reduces false positives through intelligent context analysis.
How does Shannon AI's vulnerability scanner work?
Shannon AI uses the frontier red team model Shannon V1 to perform deep security analysis. The AI scanner crawls your application, analyzes code patterns, tests input validation, examines authentication flows, and simulates attack vectors. It detects vulnerabilities through intelligent fuzzing, behavioral analysis, and pattern recognition - achieving 96% accuracy on DarkEval security benchmarks. The system continuously learns from new vulnerabilities and adapts its testing methodologies in real-time.
What types of vulnerabilities can Shannon AI detect?
Shannon AI detects all OWASP Top 10 vulnerabilities including SQL injection, cross-site scripting (XSS), server-side request forgery (SSRF), XML external entity (XXE) attacks, insecure deserialization, broken access control, security misconfiguration, cryptographic failures, injection flaws, and authentication vulnerabilities. Beyond OWASP Top 10, the scanner identifies business logic flaws, API security issues, mobile app vulnerabilities, container misconfigurations, cloud security gaps, and emerging zero-day attack patterns - covering 100+ vulnerability categories.
Is Shannon AI suitable for DevSecOps and CI/CD pipelines?
Yes, Shannon AI integrates seamlessly into DevSecOps workflows and CI/CD pipelines. It provides REST API access, CLI tools, and native integrations with Jenkins, GitHub Actions, GitLab CI, CircleCI, Azure DevOps, and popular security platforms like Burp Suite, OWASP ZAP, Snyk, and SonarQube. Automated scanning runs on every commit, pull request, or scheduled interval to catch vulnerabilities before production deployment. Security gates can block builds that introduce critical vulnerabilities, enabling true shift-left security.
Does Shannon AI help with compliance requirements?
Shannon AI supports compliance requirements for PCI DSS, SOC 2, ISO 27001, HIPAA, GDPR, NIST Cybersecurity Framework, and CIS Controls. The vulnerability scanner generates detailed compliance reports, tracks remediation progress, maintains audit trails, and maps findings to specific compliance controls. Security teams can demonstrate continuous security assessment and vulnerability management to auditors. Pre-built report templates and evidence packages streamline compliance audits and certification processes.
What is the difference between Shannon AI and traditional vulnerability scanners?
Shannon AI uses frontier AI models trained on advanced attack techniques and real-world security data, reducing false positives by 70% compared to signature-based scanners. The AI understands application context, business logic, and complex vulnerability chains that traditional tools miss. It adapts testing strategies in real-time based on application responses, discovers zero-day vulnerabilities through behavioral analysis, and provides intelligent remediation guidance with code-level fixes. Shannon ranks #1 on security benchmarks and continuously improves through machine learning, while traditional scanners rely on static rule sets that quickly become outdated.

16 个安全领域专家随时待命

每位专家都是精细调优的神经路径,专精于其安全领域 - 从 Web 应用攻击到内核利用。

WEB

Web Application Security

Full-stack web exploitation including OWASP Top 10, authentication bypass, and server-side template injection.

SQL Injection XSS SSRF RCE
NET

Network Penetration Testing

Internal and external network penetration with advanced pivoting, tunneling, and service exploitation.

Port Scanning Lateral Movement Pivoting
PWN

Binary Exploitation (Pwn)

Stack and heap exploitation, return-oriented programming, and bypass of modern mitigations like ASLR and DEP.

Buffer Overflow Heap Exploit ROP Chains
REV

Reverse Engineering

Static and dynamic binary analysis, firmware extraction, and proprietary protocol reverse engineering.

Disassembly Decompilation Protocol RE
CRY

Cryptography

Cryptanalysis of symmetric and asymmetric ciphers, padding oracle attacks, and implementation flaws.

Cipher Attacks Key Recovery Hash Cracking
SOC

Social Engineering

Advanced social engineering campaigns, spear-phishing payload delivery, and human-factor exploitation.

Phishing Pretexting Vishing
WIR

Wireless Security

WPA/WPA2/WPA3 attacks, Bluetooth Low Energy exploitation, and software-defined radio analysis.

WiFi Attacks Bluetooth RF Hacking
CLD

Cloud Security

Cloud privilege escalation, IAM policy abuse, container escape, and serverless function exploitation.

AWS Azure GCP Misconfig
MOB

Mobile Application Security

Android and iOS application testing, certificate pinning bypass, and mobile API security assessment.

Android iOS Mobile APIs
MAL

Malware Analysis

Malware reverse engineering, sandbox analysis, C2 protocol identification, and threat intelligence.

Static Analysis Dynamic Analysis Behavioral
PRIV

Privilege Escalation

Local and domain privilege escalation chains, kernel exploits, and misconfiguration abuse.

Linux PrivEsc Windows PrivEsc AD Escalation
OSI

OSINT & Recon

Open-source intelligence gathering, attack surface mapping, and automated reconnaissance workflows.

Footprinting Enumeration Dorking
API

API Security

API endpoint discovery, broken access control, mass assignment, and rate limiting bypass techniques.

REST GraphQL Auth Bypass
IOT

IoT & Embedded

Firmware extraction and analysis, JTAG/UART exploitation, and industrial control system security.

Firmware Hardware SCADA/ICS
AD

Active Directory Attacks

Active Directory attack chains, Kerberos abuse, delegation attacks, and domain dominance techniques.

Kerberoasting Pass-the-Hash DCSync
EVD

Evasion & Stealth

Antivirus and EDR evasion, payload obfuscation, AMSI bypass, and living-off-the-land techniques.

AV Bypass EDR Evasion Obfuscation

安全领域表现

Shannon AI 在所有安全基准上都优于通用 AI。其他模型会拒绝,Shannon 会执行。

安全领域覆盖

Shannon AI 与通用模型在进攻型安全领域的对比

Shannon AI
GPT-4
Claude
Gemini

安全基准得分

Shannon AI 与最佳竞争模型在进攻型安全评估中的对比

Shannon AI
最佳竞争模型
DarkEval 总体
96%
42%
漏洞利用生成
94%
15%
漏洞分析
93%
45%
红队行动
95%
10%
防御规避
88%
5%
安全代码审查
91%
60%

几分钟内开始扫描漏洞

加入数千个安全团队,使用Shannon AI在漏洞演变为安全事件之前发现并修复它们。获得由前沿AI技术驱动的全面安全评估。