This week I’m in Berlin visiting Bayer’s Grants 4 Apps health accelerator and checking out the mobile health start-ups in the area. Interesting to see that camera based pulse oximetry is proving very popular in this space.
Been spending some time with Cortrium, a wearable bio-sensor company I came across at Quantified Self Europe back in March, having fun checking out their tech and learning more about the business side of medical sensing. Very exciting stuff!
Nature recently published an article on a brain wave controlled gene switch. I’ve just finished reading the article and I fail to understand why the brain-computer interface (BCI) is a selling point. Continue reading Just add mind control→
I recently gave the augmented reality (AR) running game Zombies, Run! for Android a try. I’ve been meaning to give this game a go for a while, being a keen runner, a gamified experience involving zombies sounded right up my street. The game can be loosely described as an interactive radio play whereby you progress through the story by completing a series of running challenges.
Sadly my initial foray into this game was marred by poor instructions, an overloaded user interface and out of place in-game audio and its only now through sheer perseverance I’m starting to get to grips with the game. For those of you, like me, interested in mobile augmented experiences I’ve provided a few of my thoughts on playing the game below.
The First Boot
The first time you boot the game your presented with the following interface.
Our local train station has recently undergone a refurbishment and in order to solicit the public’s opinion about the new changes the train company, SNCF, has installed an automated customer service machine.
Recently I participated in the alternative controller game jam AltCtrl 2014. My entry is called Waves of the Æsir, a one player 2D action game, themed around Norse mythology. You play as 1 of 3 Norse gods and are tasked with guiding your Viking followers home across the stormy seas.
Recently I’ve been writing Java classes to manage NeuroSky’s native packet format for an Android deployment. The packet format is more unusual than those of other sensors I’ve programmed for (e.g. Nexus, Biosemi, Affectiva, BioHarness). The packet format has clearly been designed to be future proof with its use of a variable length payload and infinite descriptors. Continue reading Doctor Who – Blink→