Open-source security framework for autonomous AI agents. Tumbler vaults, Bee Dance Protocol, self-healing Fixer, and jurisdiction-aware autonomy — so your bees can do any legal task you give them, safely.
Respect the hive or get stung. One bee's threat detection protects the entire swarm.
Every mission is a sealed chamber with its own combination. Split-key access, time-locked windows, credential proxies that self-destruct after one use. Compromise one mission — the others don't know and don't care.
Every bee dances. Three types of shared knowledge flow through the hive — data, memory, and danger. One bee spots a threat, the whole swarm adjusts. No human routing needed.
A dedicated bee that exists for one purpose — keeping the hive alive. Detects anomalies, patches vulnerabilities, takes integrity snapshots, and triggers the kill switch when something smells wrong.
Your bees can't break the law. If a mission would violate the law in the jurisdiction where the bee operates, it stops immediately and notifies you. Protect the user. Protect the hive. Protect the bees.
One engine, unlimited mission types. Define any legal task in natural language. Your bee parses intent, confirms understanding, and executes. GDPR monitoring, market research, content curation — same engine, different orders.
Inter-hive task marketplace where swarms trade capabilities anonymously. Your bees can't scrape everything. But the network can. A hive in Germany sees German sources. A hive in Finland sees Finnish. Together they cover Europe.
Your hive is your personal swarm. Each bee runs one mission as a separate process. Bee A can't read Bee B's memory. Can't access Bee B's vault. If Bee A freezes, Bee B keeps working. No shared fate.
Bees are customizable. You define what they do — scout for leads, monitor feeds, curate content, manage social channels, research competitors, anything legal. The mission makes the bee specific. The engine is universal.
And every bee dances. Through the Bee Dance Protocol, your bees share what they find, what they remember, and what they fear — without any human routing the information between them.
The Fixer stands apart. It doesn't take missions. It watches the hive. When something breaks, it heals. When something threatens, it seals. When it can't fix the problem, it escalates to you.
A bee finds a lead — it broadcasts via nectar dance. Another bee picks it up and crafts outreach. Another grabs contact info and schedules. No human routing. The waggle dance tells every bee what's been found.
Bees share operational context. “I contacted this company last week — don't duplicate.” “This source went down 2 hours ago.” “This lead converted — here's what worked.” Collective memory across the hive.
A bee detects something wrong — rate limited, API key revoked, suspicious response, possible attack. It broadcasts a danger signal. Every bee adjusts. The Fixer spins up. You get alerted. One bee's threat protects the whole swarm.
A frozen bee wipes its credentials, preserves its state, writes a freeze report, notifies the Fixer, and waits. It does not retry blindly. It does not continue with stale data. It does not crash. A frozen bee is safer than a confused bee.
HiveGuard is free and open source. Your bees will tokenize data before it leaves the hive. But tokenization alone does not make you GDPR compliant when your bees are sending queries to US-based LLMs like Claude, GPT, or Gemini.
If you're operating in the EU — or any jurisdiction with GDPR-equivalent privacy law — and your bees are talking to American AI, you need a proper privacy layer between your data and those APIs. UBava's Privacy Air-Lock with VHH protocol handles that for you. Or you can build your own compliance infrastructure. Your choice.
Read the full compliance documentation →
HiveGuard's security doesn't depend on you not reading the source code. Read every line. Find a weakness. We'll fix it. The framework is free. Always will be.