Beam

the problem

Lighting is tied to rooms, not people. Lighting should adapt the space for its occupants.

why existing solutions aren’t so great

  • Brittle UX design
  • Disposal due to frustration
  • More hardware failure points

research

what’s the root need?

  • Turn lights on from a distance
  • Replace the bulb
  • Dynamic brightness

design goals

  • Simpler than light switches
  • Adapt to user needs
  • Reduces waste

prototyping

initial prototypes

Two breadboard prototypes, each with a microcontroller, a radar presence sensor and a short strand of LEDs

existing bulbs are bulky due to a legacy form factor.

A standard LED bulb labeled diffuser, LED, power supply and screw connector, beside the much thinner Beam module labeled LED module and compute module

fixtures

designed for beam fixtures

  • Emphasize technology
  • Built to last
  • Cohesive family

sketching

Collage of blue line sketches of table lamps, pendants and floor lamps

form exploration

About twenty quick CAD models of lamps in blue and cream, from lanterns to mushroom-shaped table lamps

final product

The Beam logo beside the Beam module on its screw-in bulb adapter, and the module on its own

intelligent lighting.

senses who’s in the room.

adapts through the day.

no internet, no setup.

Top-down floor plan with lines linking every Beam light directly to the others

Beam figures out your spaces for you.

intuitive adjustment.

Spinning the knob adjusts all the lights in the room.

A Beam table lamp with a knob on its base, under three Beam pendant lights

the aqua family

clean, organic, translucent.

The aqua family: a blue lantern with a white dish shade, a blue and white pendant, and a frosted glass table lamp on a blue base

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