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<url>
  <loc>https://www.aacflow.io/blog/secret-provenance</loc>
  <image:image>
    <image:loc>https://www.aacflow.io/blog/secret-provenance/cover.jpg</image:loc>
    <image:title><![CDATA[Tracking Secrets Through an Agent Run]]></image:title>
    <image:caption><![CDATA[How AACFlow tracks the secrets an agent run actually uses, carries that provenance across tools and storage, redacts values at every egress boundary, and records which run touched which credential.]]></image:caption>
  </image:image>
</url>
<url>
  <loc>https://www.aacflow.io/blog/agent-as-yjs-peer</loc>
  <image:image>
    <image:loc>https://www.aacflow.io/blog/agent-as-yjs-peer/cover.jpg</image:loc>
    <image:title><![CDATA[The Agent Is Just Another Peer]]></image:title>
    <image:caption><![CDATA[How we let an AI agent write into a live collaborative document by making it an ordinary Yjs peer, and the things that turned out to be easy, hard, and surprising.]]></image:caption>
  </image:image>
</url>
<url>
  <loc>https://www.aacflow.io/blog/enterprise</loc>
  <image:image>
    <image:loc>https://www.aacflow.io/blog/enterprise/cover.jpg</image:loc>
    <image:title><![CDATA[AACFlow for Enterprise]]></image:title>
    <image:caption><![CDATA[Access control, BYOK, SSO & SAML, Admin API, and flexible data retention—enterprise features for teams with strict security and compliance requirements.]]></image:caption>
  </image:image>
</url>
<url>
  <loc>https://www.aacflow.io/blog/multiplayer</loc>
  <image:image>
    <image:loc>https://www.aacflow.io/blog/multiplayer/cover.jpg</image:loc>
    <image:title><![CDATA[Realtime Collaboration]]></image:title>
    <image:caption><![CDATA[A high-level explanation into AACFlow realtime collaborative workflow builder - from operation queues to conflict resolution.]]></image:caption>
  </image:image>
</url>
<url>
  <loc>https://www.aacflow.io/blog/executor</loc>
  <image:image>
    <image:loc>https://www.aacflow.io/blog/executor/cover.jpg</image:loc>
    <image:title><![CDATA[Inside the AACFlow Executor - DAG Based Execution with Native Parallelism]]></image:title>
    <image:caption><![CDATA[How we built a DAG-based execution engine with native parallel processing, intelligent edge routing, and stateful pause/resume capabilities]]></image:caption>
  </image:image>
</url>
</urlset>