Unified memory and context
You know the drill. You open a chat, paste in the spec, remind it which customer you mean, explain that the migration shipped last week, and finally ask your question. Tomorrow you do it all again. The model is smart, but it has the memory of a goldfish, and you are the one paying the tax — in keystrokes and in patience.
The fix isn’t a longer prompt. It’s giving the AI a place to remember. Skynet reads from the systems where your work actually lives and turns them into a single context layer. Connect a Slack channel and it understands the back-and-forth. Connect your docs and it knows the decisions. Connect support tickets and GitHub PRs and it can see what broke, what was promised, and what shipped. Ask a question once, and the answer arrives already grounded in your reality.
One context, everything draws on it
The point of unified memory is that it’s unified. The same context feeds your multi-model chats, the agents that run multi-step work, and the mini apps that turn a brief into something finished. You don’t maintain it three times. You build it once.
Say a customer goes quiet after a rough week. Instead of opening five tabs to reconstruct the story, you ask Skynet and it pulls the signals together: the frustrated Slack thread from their account manager, the two support tickets still marked open, the GitHub PR that fixed their bug but hasn’t deployed, the renewal note buried in a doc. One summary, with the issues that actually matter flagged — not a wall of raw search results.
That same context is sitting there when an agent drafts the follow-up email, or when a custom agent you built runs its weekly account review on a schedule. Memory isn’t a feature of one product. It’s the ground everything stands on.
You decide what it remembers
Context is only useful if you trust it, so control is the default, not an afterthought. Nothing connects itself. You choose which sources Skynet can see, and you choose what it’s allowed to remember from them. A private channel can stay private. A scratch doc can stay forgotten. And anything remembered can be reviewed, scoped, or deleted — memory you can’t inspect is just a liability with good PR.
Getting started takes about a minute.
Connect a source
Pick somewhere your context already lives — a Slack workspace, a Notion or docs folder, your support inbox, a GitHub repo. Authorize the connection and tell Skynet which channels, spaces, or repos are in scope.
Set what's remembered
Choose what Skynet keeps versus what it only reads in the moment. Narrow the scope to the projects and accounts that matter so the signal stays clean.
Ask in plain language
Open a chat and ask something that would normally need a paragraph of setup. The answer comes back grounded in your sources, with no copy-paste preamble from you.
Let it compound
Every connected source and every clarification makes the next answer sharper. Point agents and mini apps at the same context and the whole workspace gets smarter together — not just the one chat you happened to be in.
Because Skynet integrates with these tools rather than just reading them, the memory loop doesn’t end at “here’s a summary.” The same connection that lets it understand a Slack thread lets an agent reply in it, open the issue, or update the Notion page. Context goes in; action comes out.
You still steer. Skynet just stops making you start from zero every time.
Frequently asked questions
From the sources you connect — Slack threads, documents, support tickets, GitHub PRs, Notion, and more. Skynet builds context from your real work, not from a blank profile you have to fill in by hand.
You control access. Connecting a source does not make it public — memory respects the scopes you set, so a private channel or a restricted repo stays restricted to the people allowed to see it.
Yes. You choose which sources are connected and what is remembered from each, and you can narrow that scope or delete remembered context at any time. Anything Skynet keeps is reviewable.
Yes. Once a source is connected, new threads, tickets, and PRs flow into the shared context as they happen, so what your chats, agents, and apps know stays current without a manual re-sync.