Persistent AI memory creates a new attack surface. Malicious data can poison every session. Here is what prompt injection via memory looks like -- and how to build with hygiene.
When critical tools like Notion go offline, business operations grind to a halt because team knowledge is trapped in a single proprietary silo. Modern teams cannot afford to have their
Power users waste hours every week re-explaining context to AI tools. The fresh-session handoff is a tax you should not have to pay.
You have Claude, ChatGPT, and Cursor open. None of them share memory. Here is what that fragmentation costs you -- and how to fix it with an open-source shared memory layer.
Stuffing your AI's context window with everything you can find does not make it smarter. It makes it worse. Here is why context rot is real -- and how curated memory fixes it.
Your AI sees the code, but not the story. Discover how capturing your repo's PR history as institutional memory can revolutionize AI-powered code review and prevent re-litigation of old decisions.
Prompt engineering got you here. Context engineering is what takes AI from generic to genuinely useful.
Native AI memory saves your preferences. It ignores your projects. Here is why that gap matters and what a real persistent memory layer looks like.
If your AI workflow depends on hand-built .cognition folders, prompt rituals, and recap files, the problem is not your discipline. The problem is the missing memory layer.
Every time you start a new Claude Code or Cursor session, you re-explain the same architecture decisions. There's a fix — and it's not a better config file.
You're still repeating yourself, even with huge context windows. Here's why raw token capacity isn't memory—and what actually works for AI that understands your codebase.
We are excited to announce significant enhancements to our Git-sync feature, including the ability to store your commit messages directly in your memories.