Waterfront Vancouver will soon be bringing tens of thousands of people to the bank of the Columbia River. Imagine a light sculpture on Hayden Island that engages and entertains people on both sides of the river. That’s what this proposal is about.
Data visualization of live IoT sensors and opt-in cell phone apps enable reflections on our shared environment. Providing a simple, organic installation that is useful, challenging and amusing is a primary goal. PDX Hackerspace and Island in Space are collectives of engineers, designers and artists.
Hayden Island’s northern 20 foot high river bank is filled with huge boulders and is not accessible by the public. But imagine a large scale interactive light sculpture near the water line. People on both sides of the river could interact with it. A curtain of addressable LED lights draped over a series of poles might be an initial construct.
The goal is to encourage engagement and cooperation on both sides of the river. It could be seen (and controlled) from both Washington and Oregon while bringing a smile to people. Even provide useful information.
This light sculpture might include the following features:
2. Organic. These sculptures would only be visible at night. They would form images of common themes such as clouds, sun, the river, fish or birds.
The theme on the waterfront could be repeated in a land-based sculpture. It could provide proximity lighting in the pedestrian tunnel or shelter in the Jantzen Beach Mall.
3. Useful. The sculpture can be programmed to indicate weather (clouds or sun) as well as current conditions for fishing or traffic.
Hayden Island Benefits:
The light sculpture would barely be seen by Hayden Island residents, although they could view it when near the river bank edge. It could promote Hayden Island hotels and businesses but it’s primary benefit may be to encourage mutual self interest and cooperation between Washington and Oregon through engagement.
Another concept would place a 50 ft high totum near the Columbia River, just west of the I-5 bridge.
Most of the time, the HiSpire serves as a passive focal point for residents, with an evening LED light show. It also contains a cache for emergency preparedness, solar powered batteries, amateur radio and WiFi for local communications. But its unique shape and location near the riverbank also make it an ideal location-based augmented reality landmark. A smartphone’s camera “recognizes” the HiSpire and overlays a graphic on your phone’s live camera image. That’s augmented reality. It moves when your phone moves.
Pokémon GO was considered the breakthrough AR app for gaming. Everyone has a phone. Your phone generates overlays that move with your position. Nothing to buy.
Play games. Advertise without being “seen”. Create a community and prepare for disaster. The LED configuration could trigger a different interaction depending on time or circumstance.
How do you make an AR experience for the HiSpire? Google’s ARCore. Works for IOS and Android. It enables your phone to sense its environment, using your camera and GPS sensors. Shared AR experiences such as community-wide games (and advertising) are now possible.
The Moai statues of Easter Island are 13 feet tall and nearly 14 tons on average, and have stood on the island since they were originally built sometime between the years 1250 and 1500. They are carved from compressed volcanic ash. They’re now digitized for modeling in VR/AR.
Imagine a dozen statues lined up, maybe 12 feet high. Mast in the middle. Like a boat.
Jewell James stands with a totem pole he carved to urge the return an orca to Puget Sound. Build it in VR. See it on your phone. Just point your phone camera at the pyramid – the app will generate an overlay on the live camera image of the island. Anything you want. Battles between Oregon and Washington territories, Yacht Wars, Easter Island.
Using Bluetooth 5.0, a Beacon on the Oregon shore should reach a mile or more… especially if a small 12db panel antenna boosts the effective power of the Beacon. No internet connection necessary. No WiFi. The phone’s data connection makes the link to the web app page.
Bluetooth 5 incorporates a Flooding Mesh, which is a networking technique where every incoming packet to one (lighting) node is repeated to all connected nodes. The main BLE scanning and advertising Beacon on the Oregon side means that every received packet is broadcast again, until the packet reaches the destination node. It’s all about advertising and location.
Portland-based Rigado has a Bluetooth 5 IoT Gateway. Get your message out – using your phone’s data plan. It redirects to your Facebook page that streams Coast Guard radio, Marine Traffic, weather, or Twitter/Facebook chat. Fast. Easy. No apps. It’s the Columbia Broadcast System.
The waterproof LEDs could be draped over a series of 12 ft poles, near the waterline. It could extend some 50-100 feet, near the river’s edge. Alternately, a series of 4x4s could be laid along the 45 degree slant of the river bank. Each 4×4 would have a number of translucent “quills” (for the LEDs). Projection mapping would require a large water screen from a fireboat or small barge.
The Vivid Sydney Festival turns The Bridge into an interactive light sculpture. Colour The Bridge, created by production company 32 Hundred Lighting in partnership with Intel, covers the bridge with 2,000 LEDs and over half a mile of fiber optics. The light display is controlled by the public who can choose from a palette of colors using a simple interface.
The Willamette Light Brigade, the experts in projects like this, also sponsors the Portland Winter Light Festival. The Oregon Cultural Trust champions and invests in the statewide cultural exchange and creative expression.
An interactive light sculpture along the river bank could appealing and mutually beneficial with the right concept and approach.
What do you think?
– Sam Churchill