Peter looks into his crystal ball for 2018 and sees computers with eyes, computers with ears, and computers with brains.
I quite like the idea of broadcasting my URL from a friendchip bracelet.
Alan Kay’s initial description of a “Dynabook” written at Xerox PARC in 1972.
Anecdotes about the development of Apple’s original Macintosh, and the people who made it.
Like a real-life Halt And Catch Fire.
Along the lines of John’s recent post, Henrik makes the business case for progressive web apps.
He also points out how they can be much better than native apps for controlling hardware.
They can be up and running in a fraction of the time whether or not they were already “installed” and unlike “apps” can be saved as an app on the device at the user’s discretion!
Essentially they’re really great for creating “ad hoc” experiences that can be “cold started” on a whim nearly as fast as if it were already installed.
Then there’s the inflatable doorknob.
Ben points to a new product aiming to ease the pain of connected devices bumping up against the harsh realities of shearing layers:
By exposing the ‘hardwiring’ of our electrical systems, Conduct emphasises how much we rely on existing systems to power our ‘new’ technology – the rate of change and advancement in our traditional technologies moves at a much slower pace than our mobile app-based world and there are physical limitations as a result of this hardwired legacy.
I am—unsurprisingly—in favour of exposing the seams like this.
As part of an ongoing series where we ask industry professionals what they use to get the job done, we speak to Jeremy, technical director at Clearleft.
I couldn’t resist the smartarse answer about my “dream setup.”
A 1983 article from 73 Magazine on the surprisingly plausible Rube Goldberg/Heath Robinson device created by E.T. to call home.
This is so wonderful! A 3D fly-through of the Apollo 11 command module, right in your browser. It might get your fan whirring, but it’s worth it.
Click through for lots of great details on the interface controls, like which kinds of buttons and switches were chosen for which tasks.
And there’s this lovely note scrawled near the sextant by Michael Collins (the coolest of all the astronauts):
Spacecraft 107, alias Apollo 11, alias ‘Columbia.’ The Best Ship to Come Down the Line. God Bless Her.
A browser for Android that specifically touts privacy and security as its key features.
Seb is going to be closing out the Brighton Digital Festival with a bang.
Seb unravels all the geeky details about how your favourite retro gadgets work, including Nintendo light guns, Casio keyboards and the cathode ray tube televisions that once dominated our living rooms.
It’s going to be like Seb: The Musical …with lasers.
Jonathan takes a look at the physical web. Like me, he’s excited by the possibilities. Although he says:
Sadly, my mind quickly devolved into the annoyance of numerous notifications, like popup windows and other distracting adverts, vying for my attention.
This is a common worry with the physical web, but it’s unfounded. All a beacon does is broadcast a URL. You have to actively look for the URLs being broadcast—they can’t send notifications.
It all just feels like QR codes. They’ll be all over the place and most of them won’t be very useful.
I understand this concern, but whereas QR codes are completely opaque to humans, at least URLs can—and should—be human-readable …so, unlike QR codes, a URL can give you some idea of what awaits.
mozilla-magnet/magnet-client-desktop: A simple Physical Web menu-bar app for URL discovery and broadcast
This should be a lot more straightforward than process I linked to before.
A wonderful investigation of a culture-shifting mobile device: the kaleidoscope. A classic Gibsonian example of the street finding its own uses for technology, this story comes complete with moral panics about the effects of augmenting reality with handheld devices.
(I’m assuming the title wasn’t written by the author—this piece deals almost exclusively with pre-Victorian England.)
Well, this is interesting! It turns out you can turn your laptop into a beacon for broadcasting a URL to devices that support The Physical Web.
Related: this great chat between Jen Simmons and Stephanie Rieger.
But we are promised and shown a world where technology is gorgeous and streamlined and helpful and light and unobtrusive. We don’t live in that world. That world is a fantasy. The hope that the Internet of Things will allow us to be free from daily headaches and logistical errors is naive.
We need the Internet of Things to be the next step in the series that began with the general purpose PC and continued with the Internet and general purpose protocols—systems that support personal autonomy and choice. The coming Internet of Things envisions computing devices that will intermediate every aspect of our lives. I strongly believe that this will only provide the envisioned benefits or even be tolerable if we build an Internet of Things rather than a CompuServe of Things.
Imagine a location service that sold itself on the fact that your personal information was securely contained in its environs, used by you and you alone. You could have devices on your person that used their sensors to know things about you – when you last ate, what your dining preferences are, what your blood-sugar is, and so on, but these devices would have no truck with the cloud, and they would not deliver that information to anyone else for analysis.