Showing posts with label science. Show all posts
Showing posts with label science. Show all posts

Friday, December 02, 2016

CSIRO ON Innovation Bootcamp report - Innovation thriving in the public sector

I was privileged to attend CSIRO's On Innovation Bootcamp on Wednesday and Thursday this week, a two day intensive for CSIRO, university and other government teams transitioning concepts from government scientific research towards becoming startup companies.

This was the third round for the ON programme, with approximately 80 teams having now gone through the process to some degree. It was my second ON bootcamp as a volunteer mentor.

Hosted at UTS in Sydney and facilitated by Pollenizer's Phil Morle and Tristonne Forbes, 8 CSIRO teams, 10 university teams and one from the Defence Science and Technology Group went through the bootcamp program.

They spent two days testing and validating their customer, product and market assumptions to confirm whether their concepts could truly make it as a commercial product in the global market, then pitched their new businesses to three judges with extensive startup capital experience, competing for ten places in the 12-week ON Accelerator program.

The teams were supported by about 25 volunteer mentors from a range of startup and corporate backgrounds, as well as CSIRO ON's staff.

Comparing this bootcamp with the last one I'd attended, this time the teams were more mature. Many had prototypes and had either tested their products or found their first customers. Several brought along product samples, or wore team t-shirts emphasising their spirit and focus.

This maturity made it only more intensive as the teams thought through their MASSIVE vision, developed their roadmaps to success and tested their value propositions against the needs of their potential customers.

During the bootcamp all of the teams went on a huge emotional rollercoaster. Some arrived with a clear vision of their product and markets, but found that their target customers didn't perceive the problem they were addressing, or weren't prepared to pay for a solution.

Other teams were still forming (one I worked with hadn't met before face-to-face), or still saw their concept as an interesting research project rather than as a compelling commercial offering, and had to rethink their roles, approach and language.

I witnessed several amazing breakthroughs where teams realised that their initial thinking needed some adjustment, and pivoted their product, market or customer target to increase its chance of market success.

At the end of the two days all the teams had made amazing progress, and gave stunning three minute pitches. I don't envy the decisions the judges will have to make.

I've included a series of tweets below from the pitches which highlights each team's area of focus. Frankly I could see 90% of them going on to become successful, either as a business or licensing their technologies, with a number having market maker potential for creating global change.

Remember that all of these are public sector innovations - government-funded science that has become potentially valuable technology with vast commercial potential.

The list below is in the order of the pitches.

Virtual Training - VR training for healthcare professionals and families incorporating AI


NutriThick - an intensively healthy drink made from Australian seaweed that counters vitamin deficiencies amongst older people

RadVet - a tested cancer treatment for pets, that has already been successful in humans

MICE - a secure image sharing service for Doctors, to accelerate treatment through providing information to specialists

Green and Gold - a genetic approach to activating the leaves of plants to produce renewable fuel oils, including aviation fuel

VitiApp - a decision support system, particularly for vineyards, that helps farmers and their consultants make better decisions and produce improved wines and crops

detectORE - a simple in-the-field testing solution for mining samples to accelerate decision making and save money

Going for Gold - a non-toxic gold extraction technology that replaced the cyanide currently in use and can also increase yields for smaller gold miners by 50%

DrapeMeasure - a disruptive patternmaking system that uses 3D mathematics to provide faster and more precise measurements of 3D shapes (such as people for clothes), that has applications across the fashion, building and design industries

LuciGem - who have developed stable nanoscale diamond and ruby probes to explore and understand live cellular environments

Passive Radar - a system using environmental radio sources to map objects, providing enhanced situational awareness for military forces without revealing their locations with active radar

Wildlife Drones - who have developed an enhanced animal tracking system six times faster and able to collect substantially more data than existing methods, with applications across wildlife research, agriculture and pest control

Feraliser - an indigenous-driven initiative which transforms feral pigs into fertiliser, providing regional jobs and improving environmental and social outcomes.

SensorCloud - a data integration and analysis service that can digitally transform the agricultural value chain, by equipping agronomists and farmers with integrated and improved intelligence for decision-making

Australian Silicon Photonics - a group that has developed a low heat and energy consumption solution for moving data within data centres, and eventually within devices, allowing our digital networks to grow enormously at much lower cost and impact

D-Tech IT - an automated fish identification system for tracking fishing catches at source to avoid catching the wrong species and increase the efficiency of fishery operation

IOkeeper - a cloud security system that allows individuals and organisations to encrypt all the data they place or transfer through the cloud, keeping it safe even when cloud providers are hacked

DentalAR - a training system for dentists that uses augmented reality to quickly upskill students and allow trained dentists to access vital new information in real time to improve patient outcomes.

Robotic finger orthosis - a 3D printed custom robot exoskeleton managed by a mobile phone or smart device that helps people to recover more rapidly and completely from hand injuries

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By Craig Thomler at 4:32 PM 0 comments Bookmark and Share
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Wednesday, February 05, 2014

How Cancer Research UK is using mobile gaming to conduct medical research

Recently the World Health Organisation announced that cancer had overtaken heart disease as the number one killer of Australians, as well as being the number one killer of people globally.

The WHO had another message as well. That cancer was a largely preventable disease.

Humans have lots of medical data about cancer. With millions of cases each year there's a vast amount of data available to researchers that can help them understand how to prevent and treat the disease.

Much of this data needs to be analysed by the human eye as computers are not flexible or sophisticated enough to recognise the patterns that humans can detect.

This is where the bottleneck occurs. Lots of data, but few paid researchers.

To address this issue Cancer Research UK, a charity focused on cancer research, held a GameJam in March 2013 in London hoping to come up with game concepts that would help analyse cancer data.

Within 48 hours they had 9 working games and 12 game prototypes, different approaches combining cancer data analysis with fun and replayability.



Over the last year the charity has been working with a game developer to refine several of these games to the level where they could be publicly released.

Now, Cancer Research UK has just launched the first free mobile game (for Android and iOS) that has players analysing cancer data while they're having fun.

Named Genes in Space, players must map their way through subspace then fly the route in a custom spaceship, collecting a fictional substance called Element Alpha and dodging or blowing up asteroids on the way. The more Element Alpha they collect, the more money they make, allowing them to further customise their ship.

Meanwhile cancer researchers harvest the data created by players at two points, when they map their route and when they fly it. The subspace that players map is real genetic data, and while Element Alpha is fictional, what players are actually collecting is data that helps researchers make sense of the genetic structure.

I've long been a fan of combining data with gameplay. We need to make research and science fun to lead more people into the area. If people think they're simply playing a game rather than doing science, that's fine too.

I hope that one day soon we'll see an Grade A game developer take an interest in this area and set out to integrate elements of science data research into a high quality game.

However to get here, we'll also need to see research institutes and governments, who hold the data, interested in pursuing new ways to analyse data, rather than relying on a few expensive researchers.

Until that happens, I guess we'll have to be satisfied playing Genes in Space.

Or Cellslider, or FoldIt...


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By Craig Thomler at 6:21 PM 0 comments Bookmark and Share
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Monday, May 27, 2013

Australian academia beginning to learn to crawl in 2.0 social channels

I've long lamented the speed at which academia was embracing the internet, social channels and 2.0 approaches - with limited courses available on modern online techniques for under and post graduates, old fashioned-approaches to research and publication.

There's been hints of brilliance overseas - with US universities placing courses online and UK universities embracing social in a major way - however Australia has largely remained a backwater for higher education in a 2.0 world, with individual exceptions at specific universities, such as Dr Axel Bruns and Julie Posetti.

To demonstrate some of the impact of this Australian academic drought, a few months ago I was approached by a European professor about identifying an Australian academic working in the Gov 2.0 field to write a chapter in an upcoming book on Government 2.0. 

This professor, who I had previously worked with on a major report on global Gov 2.0 for the European Parliament (unfortunately not publicly available), had failed to identify anyone in Australia working in the Gov 2.0 space through her academic channels.

I made initial enquiries through a number of my Gov 2.0 contacts in government, as well as to a range of academics and universities, however was unsuccessful at finding anyone through their systems. In the end I was very lucky to encounter an academic in South Australia with relevant expertise at an event I was speaking at in Adelaide. This academic is now working on the book project and I'm very interested in how it turns out.

We have seen some recent stirring towards greater acknowledgement of 2.0 approaches in the recent ARC (Australian Research Council) moves towards open access publishing of public-funded research, however this is still a very small step.

We have also seen some good debates on the role of the public in science, and some pilots such as the Peer-to-Patent, which strike at the commercial end of the spectrum, and the Atlas of Living Australia, which involves citizens in mapping Australia's biodiversity.

We're also now seeing some steps to move beyond the traditional peer review process to consider new ways of measuring the reach and impact of academic research, with the 'altmetric' movement gaining steam.

What are altmetrics? I admit I hadn't heard about them until recently and when I first encountered the turn found the name little more than marketing buzz. 

Essentially the term describes the use of online social metrics to assist in measuring academic success - mentions on Facebook and Twitter, the level of reuse of raw research datasets via APIs, 'semantic publication' of specific passages and references to academic articles in blogs and forums, and more.

The term altmetrics was developed by the founders of one of the first companies that is spruiking altmetrics solutions to academics, and the biggest supporters of the term are other companies seeking to profit from the same rush to web statistics. Therefore I am still inclined to regard the term itself as marketing buzz for the types of social metrics commercial and public sector organisations have been using for years (see the chart below on the growth of use of the term in Google searches).

However it does signify an important and major change in how academic research is measured and valued.

If academics begin measuring their success in how well discussed and commented on their work is in the public sphere, they will likewise begin talking more about their research publicly in order to grow their buzz and their recognised academic prowess.

This will encourage academics to get out from their lecture theatres into the community, become more proficient at communicating their thoughts and work to a broader layman audience and making research more accessible, interesting and influential in public debates and policy work.

I also hope more publicly available research will also lead to more people interested in pursuing these careers, greater commercialisation of research work, improved scrutiny of findings and better social outcomes.

However I hope that at some point academics will realise that 'altmetrics' are simply no more than metrics - ones that are already becoming business-as-usual in commercial and public sector spheres - and focus more on involving people in and sharing their research than on the marketing buzz.

For more information on altmetrics, see:

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By Craig Thomler at 12:51 PM 0 comments Bookmark and Share
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Tuesday, August 28, 2012

Empowering science with Web 2.0

Science and the scientific process is core to the delivery of modern government, with its focus on evidence-based policy and sound social research.

So it's about time we had an organisation in Australia focused on exploring how the arrival of Web 2.0 and Gov 2.0 is affecting science - how it is conducted, reported and used, how citizens engage in it and governments fund it (apparently the Australian Government believes this too - the Department of Innovation, Industry, Science, Research and Tertiary Education is involved with the launch event).

'sciencerewired' is being launched by media140 Australia as a new organisation dedicated to exploring the intersection of the internet and science, starting with a one day event in Adelaide on 11 October this year.

This will involve participatory workshops, case studies and strategies for developing effective digital science communication and citizen science programmes.

Attendees will learn about the latest insights and strategies in social media, crowd-sourcing methods, community management, remote digital technologies and big data and how they can and are being applied to science communication and citizen science.

The event's themes will include:
  • Active and passive citizen science strategies and platforms
  • Managing and growing active science communities
  • Remote learning technologies, connecting people across borders
  • Dialling down the jargon, how to talk science to non-scientists
  • Big data and visualising complex concepts
  • The democratisation of science
  • Gamification (theory of gaming and applications to science)
  • Using tablets, iPads and moblie devices in science communication
  • Blogging for science and using video and audio effectively
Speakers will include representatives from ScienceAlert, The Labshare Institute, theSkyNet, VIVOmiles, Atlas of Living Australia, RiAus, Veritasium and other innovators and digital pioneers in the field of citizen science, science education and communication.

sciencerewired is hosted in partnership with the Department of Innovation, Industry, Science, Research and Tertiary Education, Royal Institute of Australia, COSMOS Magazine, iiNet, TechNYou and media140 Worldwide.

Find out more and see the full event programme online. 

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By Craig Thomler at 8:53 AM 0 comments Bookmark and Share
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