Running production agents at
Describe how you find leads in plain language. Hive spawns a real browser, works the pages the way you would.

Scan your LinkedIn connections and our offering to define your ideal customer profile - firmographics, technographics, and behavioral signals in one document.
Build a TAM/SAM/SOM map for your vertical from news, LinkedIn, and hiring signals - market size, growth rate, competitive density, and wedge opportunities.
Track competitors’ sites, pricing, blogs, hiring, and founders’ activity. Get a weekly digest of what changed and what it means for your positioning.
Turn your ICP into a live prospect list from LinkedIn - names, emails, titles, technographics, and buying signals, at least 10 contacts to start.
Scan the web for intent signals on each prospect - posts, threads, reviews, forums - and flag conversations where they’re complaining about a problem you solve.
Draft a personalized 5-email sequence over 30 days for every prospect - optimized titles, your Calendly CTA and signature - saved as drafts for your approval.
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.
Every company we onboard gets its own coverage - press releases and spotlight articles the queens write from what's happening on your site, then publish to earn authority and backlinks.
An in‑depth analysis of the transition from Software as a Service (SaaS) to Agents as a Service (AaaS), highlighting technical breakthroughs, economic impact, and future outlook.
Read →BLOGA deep‑dive technical article redefining Service Level Agreements for probabilistic AI, proposing Synthetic SLAs to guarantee outcome reliability and 99.9% uptime.
Read →BLOGAn in‑depth look at why rate limits, throttling, and retries are critical for AI applications and how to build resilient architectures.
Read →BLOGA deep dive into why static Directed Acyclic Graphs limit multi‑agent AI systems and how dynamic topology, graph rewriting, blackboard patterns, and choreography unlock adaptive, resilient architectures.
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