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Microsoft Threat Intelligence has observed threat actors using agentic AI tools to search public GitHub repositories for exposed secrets and then using stolen secrets for further malicious activity against the compromised organization.

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Two hundred and thirteen is a lot of anything.

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Specialized Cyber Defense & Operational Agents

Problem Statement

Deception technology relies on placing believable honey-files (e.g., fake passwords, mock financial spreadsheets) on endpoints to trap attackers. If honey-files appear generic or static, experienced threat actors recognize the trap and avoid interacting with them.

Goal

Build an AI agent that analyzes the local host file context and dynamically generates realistic, context-aware synthetic honey-files.

Outcome Measurement

  1. Deception Believability: High interaction rates by attackers in simulated adversary exercises.
  2. Zero Overhead: Instant synthetic document generation tailored to victim host metadata.

How the Code was Built

Uses domain-specific LLM text generation to craft realistic corporate document contents and file structures.

Executable Code

from pydantic import BaseModel, Field
from langchain_openai import ChatOpenAI
class HoneyFileSpec(BaseModel):
suggested_filename: str
target_directory: str
file_contents: str
decoy_canary_url: str
def generate_synthetic_honeyfile(host_role: str, department: str) -> HoneyFileSpec:
llm = ChatOpenAI(model="gpt-4o", temperature=0)
structured_llm = llm.with_structured_output(HoneyFileSpec)
prompt = f"Generate realistic synthetic honey-file content for host role '{host_role}' in department '{department}'."
return structured_llm.invoke(prompt)
if __name__ == "__main__":
res = generate_synthetic_honeyfile("Senior DevOps Engineer", "Cloud Infrastructure")
print(f"Filename: {res.suggested_filename}")
print(f"Target Path: {res.target_directory}")
print("Contents Preview:\n", res.file_contents[:150], "...")

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