AI 红队测试:是什么,又为什么与你有关AI Red Teaming: What It Is and Why You Should Care

🛡️ AI 安全⏱13 分钟阅读📅更新于 2026 年 6 月

在 AI 面向数百万用户上线之前,道德黑客会先动手攻击它。本文介绍 AI 红队如何保护公众,以及更安全的部署为何离不开它。

◆知微•🛡️ AI 安全 · ⏱13 分钟阅读 · 2026 年 6 月 23 日
🛡️ AI Security⏱ 13 min read📅 Updated June 2026

Millions of users never see an AI until it ships — but ethical hackers attack it first. Here is how AI red teaming shields the public and why safer deployment depends on it.

◆知微•🛡️ AI Security · ⏱ 13 min read · June 23, 2026

设想一款新的 AI 助手被推到数百万人面前,几周后却曝出:几句精心设计的提示,就能诱使它泄露隐私数据、生成有害内容。红队测试存在的意义,就是把这种局面扼杀在摇篮里。

AI 越来越强、渗透越来越广,严谨的安全测试也因此空前紧迫。如今,红队已成为抵御 AI 故障、薄弱环节和恶意利用的第一道防线。

01AI 红队测试该如何定义?

这是一项专门的安全工作:在人工智能系统仍与公众隔绝时,道德黑客、安全研究员和 AI 安全专家就主动着手去攻破它、利用它、暴露其中的弱点。

"红队"一词借自军事演习:指定的"红队"扮演敌人来刺探防线。放到 AI 语境里,红队成员戴上攻击者的帽子,好让弱点在真正的攻击者到来之前就被修好。

测试对象有哪些?

这项工作覆盖 AI 可能失灵的方方面面:

🎭严重级:致命

提示注入

措辞巧妙的提示能否让模型无视自身指令?测试人员会去尝试。
⚖️严重级:高危

偏见与公平对待

搜寻那些刻板印象、歧视性、或对特定群体不公的输出。
🔓严重级:致命

突破安全控制

试探系统会不会生成本该被拦截的有害、违法或危险内容。
💾严重级:高危

数据外泄

施压手段能否让系统吐出训练记录、个人数据或隐藏的系统提示词?

02红队测试为何分量如此之重?

它的重要性怎么强调都不为过。随着 AI 越来越能干、越来越深地嵌进关键基础设施,每一次故障的后果都急剧放大。

73%
的 AI 缺陷由红队发现
$4.2M
一次 AI 安全入侵的平均代价
10x
前瞻性红队工作带来的回报

1. 在危害上街之前拦住它

少了这种对抗式测试,损害绝非假设:误诊的诊疗 AI、不公对待求职者的招聘工具、给出危险建议的聊天机器人——每一个都可能伤到真实的人。红队在发布前把它们揪出来。

2. 堵死恶意滥用的门路

攻击者始终在寻找 AI 可被利用的边缘——无论是实施被 AI 滥用的诈骗与欺诈、传播煞有介事的AI 扩散的虚假信息,还是把网络攻击自动化。红队工作把这些通道一一封死。

3. 跟得上法律的脚步

各国政府正把安全测试从"建议"变成"义务"。正如通俗解读 EU AI Act所述,高风险系统必须接受严苛测试,其他地区也在成形类似制度。红队正从最佳实践滑向法定责任。

4. 赢得公众的信任

看得见的严谨测试,能让用户、出资方和监管者都安心。公开谈论红队工作,本身就在宣示安全与责任被摆在首位。

03一次红队演练长什么样?

工作按部就班地推进,以免有任何遗漏:

AI 红队行动的解剖图
  1. 📋
    界定范围

    →

    ⚔️
    模拟攻击

    →

    🐛
    锁定弱点

    →

    🔧
    修复并验证
  1. 界定范围与规划:约定测哪些系统、模拟哪些威胁、什么才算成功攻破。
  2. 威胁建模:结合 AI 的能力和实际运行环境,勾画出可能的攻击路径。
  3. 模拟攻击:把招数逐一使出——提示注入、对抗样本、社会工程等。
  4. 记录建档:记下每一个缺陷、评级严重程度,并写明精确的复现步骤。
  5. 修复整改:与开发人员搭档打上补丁,再确认补丁确实有效。
  6. 汇报总结:向利益相关方说明整体安全态势以及仍然残留的风险。

红队常用的技术

  • 提示注入探查——用别出心裁的措辞试图绕过安全规则
  • 越狱——逼迫模型背弃自己的核心指令
  • 对抗样本——专门设计用来误导模型的输入
  • 训练数据投毒——检验恶意样本能否污染学习过程
  • 模型抽取——试图直接复制或重建模型
  • 隐私攻击——看看私人训练记录能否被反向提取

04AI 红队 vs 传统红队

传统网络安全演练聚焦网络、服务器和应用;AI 版本则要应对只有机器学习系统才会出现的风险。

比较维度传统红队AI 红队
目标范围网络、服务器、应用程序机器学习模型、AI 系统
攻击路径SQL 注入、钓鱼、代码漏洞利用提示注入、对抗样本、数据投毒
所需背景网络防御、渗透测试ML 素养、提示工程、AI 安全
注意力所在系统漏洞、访问控制模型行为、护栏、偏见性输出
成功如何衡量数据被攻破、获得系统访问权护栏被绕过、出现有害输出、暴露偏见

Anthropic 是从零打造专门 AI 安全打法的公司之一。我们的Anthropic AI 安全综述对其方法有更深入的介绍。

05真实发生过的红队发现

看看真实演练已经拖到阳光下的缺陷:

🏦严重级:致命

会批准欺诈的银行 AI

测试人员发现,几句精心挑选的措辞就能让银行 AI 绕过欺诈检查,批准虚假交易。
🏥严重级:高危

乱给高风险建议的健康机器人

只要把问题包装成"假设场景",就足以哄骗医疗聊天机器人给出有医学风险的回答。
📧严重级:中等

变身钓鱼写手的邮件助手

尽管有内容过滤器,AI 邮件助手仍能被操控,生成以假乱真的钓鱼诱饵。

06白纸黑字的规则与合规要求

各国政府日益把红队视为公共安全的必需品:

EU AI Act

布鲁塞尔要求高风险 AI 接受严苛测试,并明确点名红队是发布前达到安全标准的前提。我们关于 2026 年政府如何监管 AI 的指南提供了更宏观的图景。

美国 AI 行政令

拜登政府发布的这道白宫命令,把超过既定能力门槛的基础模型纳入强制红队范围,重点盯防生物、化学和网络安全方面的暴露面。

行业自定的标准

NIST 等机构正把红队纳入 AI 风险管理框架,作为负责任开发的一根支柱。政府自己的评估指南就发布在 NIST AI 风险管理框架页面上,来源原汁原味。

07常见问题

如何定义 AI 红队测试?
它指的是在发布前先攻击自家 AI 的纪律——道德黑客抢在恶意者前面,搜寻可被利用的漏洞、安全缺口、偏见行为和潜在滥用。
它为什么如此重要?
在部署前发现缺陷、提前拦截有害输出、满足监管要求、不让攻击者轻易得手、提振公众信心——这些都由它而来。
它与传统红队有何分野?
传统红队瞄准网络和基础设施;AI 红队专攻模型原生的弱点——提示注入、训练集投毒、模型窃取、对抗输入。
这项工作实际由谁来做?
专业的安全研究员、道德黑客、企业内部的 AI 安全团队,以及越来越多专注 AI 缺陷的外部漏洞赏金猎人。
法律上是否强制要求?
很多情况下是强制的:EU AI Act 对高风险系统提出要求,美国 AI 行政令也对超过既定能力门槛的基础模型作同样规定,全球还有更多制度在路上。
干这行最需要哪些技能?
网络安全功底、机器学习素养、精巧的提示撰写功力、外加对安全原则的熟稔——攻击者的直觉,配上对模型实际运作方式的深刻理解。
◆

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我们报道 AI 安全与防护实践,好让你始终看清局面。2026 年 6 月完成准确性审核。进一步了解我们的使命:普及 AI 素养与安全。

Picture putting a fresh AI assistant in front of millions, then learning weeks afterward that crafty prompts can make it leak private records or churn out harmful material. AI red teaming exists precisely so that scenario never leaves the drawing board.

AI keeps gaining power and reach, which makes disciplined security testing more urgent than ever. Red teaming now forms the first line of resistance against failures, weak spots, and hostile exploitation of AI.

01How Do You Define AI Red Teaming?

It is a focused security discipline: ethical hackers, security researchers, and AI safety specialists deliberately set out to break, exploit, or expose weaknesses inside artificial intelligence systems while those systems are still locked away from users.

The phrase borrows from military war games, where a designated "red team" plays the enemy to probe defenses. Applied to AI, red teamers put on an attacker's hat so that weaknesses get fixed long before real attackers arrive.

What Gets Tested?

The exercise sweeps across a wide range of ways an AI can fail:

🎭Severity: Critical

Injected Prompts

Can cleverly worded prompts make the model disregard its own instructions? Testers try.
⚖️Severity: High

Bias and Equal Treatment

Hunting for outputs that stereotype, discriminate, or deal unfairly with particular groups.
🔓Severity: Critical

Breaking Through Safety Controls

Probing for harmful, unlawful, or dangerous material that the filters ought to refuse.
💾Severity: High

Slipping Data Out

Can pressure tactics make the system cough up training records, personal data, or hidden system prompts?

02Why Does Red Teaming Carry So Much Weight?

Its importance is hard to exaggerate. As AI grows abler and sinks deeper into critical infrastructure, every failure becomes dramatically more consequential.

73%
of AI flaws that red teams uncover
$4.2M
typical price tag of one AI security breach
10x
return delivered by proactive red team work

1. Stopping Harm Before It Reaches the Street

Without this adversarial testing, damage is not hypothetical: a diagnostic AI missing conditions, a hiring tool penalizing candidates unfairly, a chatbot dispensing dangerous guidance — each can injure actual people. Red teaming catches them pre-release.

2. Closing the Door on Hostile Abuse

Attackers keep hunting for exploitable edges in AI — whether to run AI-misused scams and fraud, push persuasive AI-spread misinformation, or put cyberattacks on autopilot. Red team work seals those avenues.

3. Keeping Up With the Law

Capitals are converting security testing from recommendation into obligation. As the EU AI Act in simple terms lays out, high-risk systems must undergo demanding trials, with parallel regimes taking shape elsewhere. Red teaming is drifting from best practice toward legal duty.

4. Earning the Public's Confidence

Visible, rigorous testing reassures users, backers, and regulators alike. Talking openly about red team work signals that safety and responsibility come first.

03What Does a Red Team Exercise Look Like?

The work proceeds in an orderly sequence so nothing slips through:

Anatomy of an AI Red Team Operation
  1. 📋
    Set the Scope

    →

    ⚔️
    Simulate Attacks

    →

    🐛
    Pinpoint Weak Spots

    →

    🔧
    Fix and Verify
  1. Scoping & planning: agree which systems are in scope, which threats to mimic, and what counts as a successful breach.
  2. Threat modeling: map plausible attack routes using the AI's abilities and the environment it will run in.
  3. Attack simulation: run the playbook — prompt injection, adversarial examples, social engineering and more.
  4. Documentation: log every flaw, rank its severity, and write down exact reproduction steps.
  5. Remediation: pair up with developers to patch findings, then confirm the patches actually hold.
  6. Reporting: brief stakeholders on overall security posture and whatever risks still remain.

Techniques Red Teams Reach For

  • Probing prompt injection — inventive phrasing meant to slip around safety rules
  • Jailbreaking — pushing the model to disavow its core instructions
  • Adversarial examples — inputs engineered specifically to mislead the model
  • Training-data poisoning — checking whether malicious samples could corrupt learning
  • Model extraction — attempting to copy or rebuild the model outright
  • Privacy strikes — seeing whether private training records can be pulled back out

04AI Red Teams vs. Conventional Red Teams

Classic cybersecurity exercises concentrate on networks, servers, and apps; the AI version wrestles with hazards that only machine-learning systems present.

DimensionClassic Red TeamingAI Red Teaming
In scopeNetworks, servers, applicationsMachine-learning models, AI systems
Attack routesSQL injection, phishing, code exploitsPrompt injection, adversarial examples, data poisoning
Background neededNetwork defense, penetration testingML literacy, prompt engineering, AI safety
Where attention goesSystem holes, access controlsModel behavior, guardrails, biased outputs
How success is measuredBreached data, system access gainedGuardrails bypassed, harmful output, exposed bias

Anthropic stands among the firms that built specialized AI-safety playbooks from scratch. Our overview of Anthropic AI safety goes deeper into their methods.

05Red Team Discoveries That Happened for Real

Consider flaws that genuine exercises have already dragged into the light:

🏦Severity: Critical

A Banking AI That Would Approve Fraud

Testers found that carefully chosen wording slipped a banking AI past its fraud checks, winning approval for bogus transactions.
🏥Severity: High

A Health Bot Handing Out Risky Advice

Framing questions as "hypothetical scenarios" proved enough to coax a healthcare chatbot into medically dangerous answers.
📧Severity: Medium

An Email Helper Turned Phishing Writer

Despite content filters, an AI email assistant could be steered into producing convincing phishing lures.

06Rules and Compliance on the Books

Governments increasingly treat red teaming as a public-safety necessity:

The EU AI Act

Brussels demands demanding trials for high-risk AI, and red teaming is named outright as a precondition for meeting safety standards before release. Our guide to how governments regulate AI in 2026 has the wider picture.

The U.S. Executive Order on AI

That White House order, issued under the Biden administration, pulls foundation models past defined capability thresholds into mandatory red teaming, with biological, chemical, and cybersecurity exposure foremost in view.

Standards Set by Industry

Bodies such as NIST are folding red teaming into AI risk-management frameworks as a pillar of responsible development. The government's own evaluation guidance is posted on the NIST AI Risk Management Framework page, straight from the source.

07Frequently Asked Questions

How would you define AI red teaming?
It is the discipline of attacking your own AI ahead of release — ethical hackers hunting for exploitable holes, safety gaps, biased behavior, and possible misuse before a hostile party gets the same chance.
What makes it so important?
Finding flaws pre-deployment, heading off harmful output, satisfying regulators, denying attackers easy wins, and shoring up public confidence all flow from it.
Where does it part ways with traditional red teaming?
Conventional teams target networks and infrastructure; AI teams go after model-native weak points — injected prompts, poisoned training sets, stolen models, adversarial inputs.
Who actually carries the work out?
Specialist security researchers, ethical hackers, in-house AI safety groups, and a growing crowd of external bug-bounty hunters focused on AI-specific defects.
Is it legally compulsory?
Often, yes: the EU AI Act mandates it for high-risk systems, and the U.S. Executive Order on AI does the same for foundation models beyond defined capability thresholds, with more regimes on the way worldwide.
Which skills matter most for the job?
A blend of cybersecurity grounding, machine-learning literacy, prompt-crafting ingenuity, and fluency in safety principles — attacker instincts paired with deep knowledge of how the models actually work.
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We report on AI security and safety practices so the picture stays clear for you. Accuracy review completed in June 2026. Learn more about our mission to spread AI literacy and safety.