One of the things I see at Make: is a lot of new boards, and — at least at the moment — most of these boards try and sell themselves somehow on simplifying development for the Internet of Things.
There’s also a definite trend right now — I call it the ‘kitchen sink’ trend — to throw more, or a least different, radios onto the board. Or to back the board with a cloud service that may, or may not, be there in a years time. For those of you that follow along, you might realise that I have some reservations about that sort of thing.
My approach to each of these boards as they drop onto my desk is take them with a grain of salt, as I try and figure out “…what will this let me do that I couldn’t do yesterday.”
The Esquilo Kickstarter pitch.
Amongst these new arrivals the Esquilo board is rather interesting, as it takes the “kitchen sink” trend and stands it on its head. Fully funded, and in the closing couple of days of its Kickstarter campaign, it has everything — including the development environment — running on board.
In a similar manner to the Beaglebone Black — which ships with the Cloud9 web-based development environment on the board — the Esquilo boots with an on-board web-based IDE with a source-level debugger and command console. However the interesting twist is that the on-board IDE, and the board itself, can be accessed from anywhere using the Esquilo Nest cloud service.
“Our philosophy is that the cloud enhances IoT but it should not be required in order to use it. Our cloud site serves only as a management and remote access portal for the device.”
The Esquilo cloud service effectively acts as a management service, rather than a fully blown development environment. It’s an interesting compromise, that I actually sort of like.
The Esquilo hardware is designed to fit the Arduino form-factor, it’s hardware compatible, and includes all the peripherals and bus support that you’d expect. However it’s far from software compatible, as the board is programmed using Squirrel.
However, there are advantages, especially for IoT applications. Squirrel runs inside a virtual machine, which makes recovering from application crashes somewhat more robust, and for those people coming from an Arduino background there is also a Squirrel library that makes it look — more or less — somewhat Arduino like.
The board also ships with what the team is calling Esquilo Remote Procedure Call (or E-RPC for short). Effectively this lets you build your application’s front end using the onboard web server, as a web app, and easily integrate it with the Squirrel application that’s doing the heavily lifting using just a couple of lines of code.
If you’re interested in picking up an Esquilo, you’ll need to hurry. There’s only a couple of days left before their Kickstarter project closes.