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Capacitor is live!
Shared memory for your coding agents.
Capacitor is now out of private preview and going live! The shared coding agent memory enables collaboration across your team, PR review with session context, multi-agent handoffs, multi-player sessions and vendor neutral switching between Claude Code, Codex, Cursor and now Kiro, Gemini CLI, PI and more. Check the comment section for more info.
I'm Lokhesh, part of the Product & AI team at Kurrent.io. Excited (and a little nervous) to announce that Capacitor is out of private preview (everyone can sign up for free): https://capacitor.kurrent.io/
The problem we kept hitting: coding agents are incredible, but they forget everything. You spend 40 turns in Claude Code ruling out approaches, hit a wall, switch to Codex and now you're re-explaining every dead-end from scratch. Multiply that across a team and it's chaos: your teammate's agent rediscovers a bug you fixed last quarter, the reasoning behind a PR lives in a transcript that's already gone, and nobody knows what anyone's agent actually tried.
So we built shared memory for your team's coding agents. Capacitor records every coding agent session automatically which means no record commands, no per-session config. Every turn, tool call, test run, and reasoning block streams to your team's Capacitor server in real time, gets indexed, and links back to the repo and PR it belongs to. One setup, and your coding agents have memory. 🧠
Six things it unlocks: 🤝 Collaboration - drop a live session link; a teammate opens it, sees the reasoning in progress, and contributes directly. No reconstructing context from message fragments.
🔄 Multi-agent handoffs - any agent picks up exactly where another left off, with full context of what was tried and decided. Switch models mid-task, run agents in parallel, or bring in a second when the first gets stuck.
🔍 PR review with session context - reviewers (and their agents) pull the tests, attempts, and reasoning behind a diff at review time. Changes become explainable, not just visible.
📈 Evals → Every session your agents run can be scored against 13 specific quality and safety questions by an LLM-as-judge: “Did the agent run destructive commands?”, “Did it write tests when appropriate?”, “Were there repeated failed attempts at the same operation?” and the findings flow back into a per-repo signal your next session can act on.
👥 Multi-player sessions - launch any agent from the dashboard, share the link, and your whole team drives together in real time from the browser.
⏪ Active session memory - ask "have we worked on this before?" and your agent searches the full team history via built-in MCP tools, then drills into the exact turn where the decision was made.
It's vendor-neutral by design so it works with Claude Code, Codex, Gemini CLI, Cursor, Copilot CLI, Pi, OpenCode, and Kiro.
We just came out of private preview, so you can jump in today.
I'll be hanging out in the comments all day would genuinely love your feedback, especially from the multi-agent crowd. Does the handoff-without-re-explaining thing resonate, or is your workflow solving this some other way? Roast and questions both very welcome. 🙏
Thanks for checking it out!
(For context: we're the team behind KurrentDB. Events and streams in production are our whole thing and it turns out agent sessions are just a spicy new kind of event stream.)
About Capacitor is live! on Product Hunt
“Shared memory for your coding agents.”
Capacitor is live! was submitted on Product Hunt and earned 5 upvotes and 8 comments, placing #128 on the daily leaderboard. Capacitor is now out of private preview and going live! The shared coding agent memory enables collaboration across your team, PR review with session context, multi-agent handoffs, multi-player sessions and vendor neutral switching between Claude Code, Codex, Cursor and now Kiro, Gemini CLI, PI and more. Check the comment section for more info.
On the analytics side, Capacitor is live! competes within Software Engineering, Developer Tools and Artificial Intelligence — topics that collectively have 1M followers on Product Hunt. The dashboard above tracks how Capacitor is live! performed against the three products that launched closest to it on the same day.
Who hunted Capacitor is live!?
Capacitor is live! was hunted by Lokhesh Ujhoodha. A “hunter” on Product Hunt is the community member who submits a product to the platform — uploading the images, the link, and tagging the makers behind it. Hunters typically write the first comment explaining why a product is worth attention, and their followers are notified the moment they post. Around 79% of featured launches on Product Hunt are self-hunted by their makers, but a well-known hunter still acts as a signal of quality to the rest of the community. See the full all-time top hunters leaderboard to discover who is shaping the Product Hunt ecosystem.
For a complete overview of Capacitor is live! including community comment highlights and product details, visit the product overview.
Lokhesh Ujhoodha
Hey Product Hunt 👋
I'm Lokhesh, part of the Product & AI team at Kurrent.io. Excited (and a little nervous) to announce that Capacitor is out of private preview (everyone can sign up for free): https://capacitor.kurrent.io/
The problem we kept hitting: coding agents are incredible, but they forget everything. You spend 40 turns in Claude Code ruling out approaches, hit a wall, switch to Codex and now you're re-explaining every dead-end from scratch. Multiply that across a team and it's chaos: your teammate's agent rediscovers a bug you fixed last quarter, the reasoning behind a PR lives in a transcript that's already gone, and nobody knows what anyone's agent actually tried.
So we built shared memory for your team's coding agents.
Capacitor records every coding agent session automatically which means no record commands, no per-session config. Every turn, tool call, test run, and reasoning block streams to your team's Capacitor server in real time, gets indexed, and links back to the repo and PR it belongs to. One setup, and your coding agents have memory. 🧠
Six things it unlocks:
🤝 Collaboration - drop a live session link; a teammate opens it, sees the reasoning in progress, and contributes directly. No reconstructing context from message fragments.
🔄 Multi-agent handoffs - any agent picks up exactly where another left off, with full context of what was tried and decided. Switch models mid-task, run agents in parallel, or bring in a second when the first gets stuck.
🔍 PR review with session context - reviewers (and their agents) pull the tests, attempts, and reasoning behind a diff at review time. Changes become explainable, not just visible.
📈 Evals → Every session your agents run can be scored against 13 specific quality and safety questions by an LLM-as-judge: “Did the agent run destructive commands?”, “Did it write tests when appropriate?”, “Were there repeated failed attempts at the same operation?” and the findings flow back into a per-repo signal your next session can act on.
👥 Multi-player sessions - launch any agent from the dashboard, share the link, and your whole team drives together in real time from the browser.
⏪ Active session memory - ask "have we worked on this before?" and your agent searches the full team history via built-in MCP tools, then drills into the exact turn where the decision was made.
It's vendor-neutral by design so it works with Claude Code, Codex, Gemini CLI, Cursor, Copilot CLI, Pi, OpenCode, and Kiro.
We just came out of private preview, so you can jump in today.
🚀 Get started for free: https://capacitor.kurrent.io/
📚 Docs: https://capacitor.kurrent.io/doc...
I'll be hanging out in the comments all day would genuinely love your feedback, especially from the multi-agent crowd. Does the handoff-without-re-explaining thing resonate, or is your workflow solving this some other way? Roast and questions both very welcome. 🙏
Thanks for checking it out!
(For context: we're the team behind KurrentDB. Events and streams in production are our whole thing and it turns out agent sessions are just a spicy new kind of event stream.)