Blogs Posts Template

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Here are the steps to integrate Discourse & map category to channels with Doc-E slackbot:

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Step 1. Build a new community on Discourse.

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Step 2. Go to the left side and click on 'Admin'. You'll find the 'Advanced' button. After clicking there, you will see the 'API keys' option.

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Step 3. Click on 'Webhooks'. You will see the 'New Webhook' option."

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Step 4. Paste “Payload URL” in box as https://bz4q3gf6p2.execute-api.us-east-2.amazonaws.com/default/slack-discourse-integration.

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Step 5. Tick all the “Topic Events”.

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Step 6. Tick all “Category Events” and “Tag Events”.

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Step 7. Scroll down the page and Tick on “Active” Button, webhooks created.

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Step 8. Click on 'New API Key', fill in all the descriptions in the boxes, and save."

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Step 9. A new API key has been generated. Copy this key and save it to continue.

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Step 10. Type command /discourse2slack with <discourse-URL> and the <API-KEY>.

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Step 11. A message for successful link is showing with available discourse categories.

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Step 12. Then type command category2channel with <channel-name> and <category-name> in slack channel to set category with channel.

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Step 13. A message set category for channel is showing.

Now asked questions in discourse category is reflecting to the slack channel.

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How to use Doc-E slackbot?

Doc-E Quickstart Guide

How to deployDoc-E on all public channel?

How todeploy Doc-E in individual public channel?

How to deployDoc-E in a slack connect channel?

How to ask question on discourse to slack?

Zero-Click AI Command Injection in Enterprise Copilots

Enterprise AI copilots are rapidly transforming workplace productivity by integrating with emails, documents, calendars, and internal workflows. However, this deep integration also introduces a new class of security vulnerabilities—zero-click AI command injection attacks. In these attacks, adversaries embed hidden instructions inside emails, documents, or shared content that enterprise copilots automatically process. Without any user interaction, the AI may execute unintended commands, leading to stealth data exfiltration, unauthorized actions, and compliance breaches.

Malware Prompt Injection to Evade AI Security Tools

Artificial intelligence is now widely used in cybersecurity to detect malware, analyze threats, and automate incident response. However, attackers are beginning to weaponize AI techniques against AI-based security tools. One of the most advanced emerging threats is malware prompt injection, where attackers manipulate AI-driven security systems to misclassify malicious code as safe. This technique represents a new frontier in AI-vs-AI cyber warfare, where malicious software actively targets AI models used for detection and defense.

AI Impersonation Campaigns Targeting Governments and Enterprises

Artificial intelligence has made it possible to generate highly realistic synthetic voices, emails, messages, and video content. While these technologies have legitimate uses, they are increasingly being weaponized in AI impersonation campaigns targeting governments, enterprises, and high-profile individuals. Attackers can impersonate diplomats, CEOs, government officials, or trusted employees to extract sensitive information, manipulate decisions, or trigger financial transactions. These AI-driven impersonation attacks represent a major geopolitical and enterprise security risk.

How to integrate Discourse & map category to channels with Doc-E slackbot?

Integrate Discourse & map category to channels with Doc-E slackbot?

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