Spin up a Queen Bee, delegate to a colony of workers, and run your entire business processes reliably, on your PC or Cloud.
Not a framework. Not a no-code toy. Built for builders and operators who deliver outcomes.
Community-driven use cases. Agents that talk to each other. Shared organizational memory across your team. Outcomes you can share directly with customers.
Every agent workflow scales computationally and runs repeatedly. What works once works a thousand times — no manual re-wiring, no tribal knowledge.
Cost-efficient, repeatable, and persistent. Worker bees run your business processes in parallel — so you ship outcomes, not babysit automations.
50 open-source agents in the Aden registry. Fork one, rename it, swap a tool, and ship in a Monday afternoon.
Researches, drafts, sends — across CRMs and inboxes. Opt-out detection, tone match, daily caps.
Deep web and document research with cited sources. Queues long jobs, hands back briefs your team reads.
Classifies tickets, runs playbooks, escalates edge cases. Native to Slack, Linear, Zendesk, Jira.
Pulls from spreadsheets, PDFs, S3. Infers schema, validates, loads. Versioned, auditable.
Listens across social, news, and forums. Surfaces intent, drafts responses for human approval.
Matches invoices, vendors, statements. Anomaly flags, audit trail, GL postings.
One queen delegates. Workers specialise. Every task is observable, every cost is capped, every output is reproducible. This is what makes Hive the most serious place to run autonomous work at scale.
Every colony has a queen and up to dozens of workers. Workers have roles, skills, tools, and a scope. Hire, promote, and fire them as your operation scales.
Workers run in the open. Replay any step. Diff any decision. Cap cost at the colony, queen, or task level. Hard stops, not soft warnings.
Every Worker runs in a Hive cell — custom orchestration on KVM/Firecracker with pinned CPU and memory, sub-second cold-starts, and warm-pool scheduling. Cheap work runs on cheap silicon, frontier work gets the GPU pool. That's how the swarm stays cost-efficient and reliable enough to run unattended.