ai-kill-chain

面向AI时代威胁的扩展版网络杀伤链（Cyber Kill Chain） 为应对针对LLM与智能体AI攻击的防御者，对洛克希德·马丁（Lockheed Martin）网络杀伤链进行的更新。新增了一个针对模型供应链攻陷的预攻击阶段。在原有的七个阶段中，为每个阶段增加了AI特定的子技术。并将"目标行动（Actions on Objectives）"阶段拆分为三个并列的子阶段：经典数据窃取、模型提取和智能体横向移动。 作者：Gourav Nagar 版本：1.0 日期：2026年5月19日 仓库：https://github.com/gouravnagar-infosec/ai-kill-cha...

pyattck

pyattck のドキュメントへようこそ root@kitploit: . ... | \ \ \ / / / \ | | | / || |/ / | | | \ / / / ^ \ ---| |-------| |----| ,----'| ' / | / \ / / /\ \ | | | | | | | | | | | / \ | | | | | ----.| . \ | | || // \ || || |||\ root@kitploit: MITRE ATT&CK フレームワークと対話するための Python パッケージ...

Introducing SITF: The First Threat Framework Dedicated to SDLC Infrastructure

Moving beyond simple checklists to visualize, map, and block attacks on production SDLC infrastructure...

Inside the attack chain: Threat activity targeting Azure Blob Storage

Azure Blob Storage, like any object data service, is a high-value target for threat actors due to its critical role in storing and managing massive amounts of unstructured data at scale across diverse workloads. Organizations of all sizes use Blob Storage to support key workloads—such as AI, high...

FIST: a Structured Threat Modeling Framework for Fraud Incidents

Fraudulent activities are rapidly evolving, employing increasingly diverse and sophisticated methods that pose serious threats to individuals, organizations, and society. This paper proposes the FIST Framework Fraud Incident Structured Threat Framework, an innovative structured threat modeling...

The Database Kill Chain

Cyber Threat Modeling Frameworks Modern attacks targeting sensitive data have become complex. An organization with many assets might be lost when trying to assess its overall risk, understand the pain points and prioritize the tasks required to secure its information systems. Cyber threat modelin...