Starship · Projects · Intek Space

Hive King

An instrument for a living hive.

Vision at the door. Sensing in the foundation. Power from the sun. Built slowly, for winters that last, and for work that does not shout.

Advanced R&D · not a storefront kit · peer field projects: Yard-to-Loop · Poop-to-Loop

At the door

Gatekeeper

A narrow entrance. Quiet optics. Count, pollen, invader, mite — seen without thrashing the colony.

In the comb

Chamberlain

eFoundations listen to cells with careful pulses. Air, larva, honey, pollen — power modes that refuse to scorch life.

Through winter

Armorer

Solar. Battery. Midwest cloud. Climate, weight, and steward compute kept on a single calm bus.

Not more noise on the farm.
A clear instrument for those who keep bees as a craft.

What is being built

One architecture. Pro and standard variants. Host, vision, foundations, climate, power.

Road in quiet order

Not a launch calendar. A sequence that refuses thrash.

# Step
1 Power board in KiCAD — rails before ambition
2 Diode pulse table — never harm a larva cell
3 Standard vs Pro eFoundation count
4 Comm hub · then one-side foundation prototype
5 Winter power budget · optics · climate boards

Steward table in Notion · full design files on private OneDrive

Engineering depth (optional)

KiCAD order: Power Conversion → Comm Hub → eFoundation (small matrix first) → HVAC/I/O → entrance optics fixtures.

Bus: Prefer multi-drop RS‑485 hubs over fifty USB cables; Ethernet path under review for video bandwidth.

Diodes: 1N4148-class SOD packages under thermal validation before production scale.

Host: Jetson Orin Nano Super class in current BOM planning — best-in-class path preferred over “good enough.”

Not listed as a default Education Exchange SKU. Kit tracks live on the education page.

Walk with the craft

Serious collaboration, not a funnel. Education kits are open to apply. Hive King remains invitation and R&D.