An Interview with DataDyne's Joel Selanikio

About 1 year ago, some colleagues from graduate school and I had the privelage to work with DataDyne for our final project for our studies. We had the opportunity to work with Dr. Joel Selanikio, the co-founder, and evaluate user adoption of DataDyne's EpiSurveyor in Kenya.
If you are not familiar with EpiSurveyor, I won't hesitate to say that you should be. EpiSurveyor is one of DataDyne's key products and has won a number of acolades and awards over the past few years (including the 2008 Tech Museum Award for Health, the 2009 Wall Street Journal Innovation Award, and the MIT-Lemelson award for Sustainability).
The basic premise is that a user can download the software from the web and create forms for data collection. Data can then be collected regardless of internet or mobile connection, as the mobile phone acts as a database. Once the user has a signal, they can send that data to be aggregated at a central loctaion.
The technology has been used primarily for public health data collection, although users from all over the world can choose to use the application for whatever their needs may be. When I was with my team in Kenya last year, Ministry of Health officials were using EpiSurveyor during a Polio outbreak.
EpiSurveyor just passed a major milestone, with more than 25,000 forms being uploaded to episurveyor.org since July '09. I wanted to check in with Joel to get some of his thoughts on this recent success. Below are Joel's responses to the questions I raised.
1. Chloe Feinberg: DataDyne’s EpiSurveyor is now one of the leading mobile technology platforms for public health data collection. Are there any major differences between your original vision for the software and where it is now?
Joel Selanikio: Oh, yes! When we first started out we:
- were thinking of Palm Pilots, not mobile phones (because the latter weren’t widely available)
- were thinking of locally-installed programs, not web applications (because the latter hadn’t ever been used in international development and were just getting started in the commercial world)
- were just thinking about how to make one thing – data collection – easier, not about using that as an example of how to scale software for int’l development on the web
2. CF: Are there any key lessons you’ve learned along the way in terms of software development and implementation?
JS: 1. That the technology changes quickly (e.g. the death of the Palm PDA platform and the advent of the mobile phone from the ashes of the PDA), so you’d better not get tied to one technology. 2. That if you make your application a web app it can scale more easily. In Silicon Valley this is an obvious point, but EpiSurveyor is still the only web application for global health, and probably for international development.
3. CF: You recently hit a huge milestone of users uploading forms for data collection from mobile phones at the rate of 10,000 per month, demonstrating user demand for EpiSurveyor product. What are some of the key attributes of EpiSurveyor that have led to this success and what are some newer trends you are seeing in terms of functionality that users are or will be demanding in the future?
JS: Well, first of all we’ve slowed down a bit, to about 7000-8000 per month. Depending on what activities the users are doing the rate goes up and down. We did recently pass the 25,000 mark for forms uploaded, however, which is pretty cool.
I think the key attributes are:
- It meets a widespread need that isn’t being addressed: for consultant-free mobile data collection
- We’ve eliminated just about every barrier to use: it’s available anywhere in a browser, it requires no special training. You don’t need to even ask us to use it. And the basic version is free. Like Gmail. “No meetings, no money, no MOU.”
4. CF: I’ve heard you mention before that your vision is for DataDyne to become the Google of mobile health, can you elaborate on this vision?
JS: Gosh, I think we may have gotten that wrong. I don’t see much connection between us as an organization and Google. But certainly we look to Google and other web organizations as a role model in making simple, affordable tools available to anyone online (without the need for consultants!).
5. CF: Though EpiSurveyor is arguably DataDyne’s most popular initiative, can you share any new developments happening with your other programs? How do they all fit together to serve DataDyne’s goals?
JS: Sure, our MIP (Mobile Info Project) takes the same philosophy to mobile data distribution: it’s designed to allow anyone to go online and setup an SMS-based content delivery system. Right now we’re still testing and refining it, but when we’re done (likely before the end of this year) anyone will be able to go to the website, create an “SMS broadcast system” for any content. Right now, it’s being used by PAHO to provide continuing education to health workers via SMS. In Chile, it’s used to send agricultural info from the Ag ministry to rural farmers – and soon we’ll be using it to provide SMS-based info to people in the earthquake affected areas.
6. CF: You recently wrote an article with Ken Banks of Kiwanja.net in Interfaces magazine on “10 Things You Might Want to Know Before Building for Mobile”, are there any other lessons you would add for the budding technologist/social entrepreneur that may not be using mobiles but another type of invention?
JS: In terms of lessons, I would say the future lies in “disintermediation”: taking processes that require consultants or specialists or technologists and using software to eliminate all those middlemen. You used to need a programmer to build a website: now you don’t (you can build it near-instantly with Facebook or lots of similar sites). It’s a do-it-yourself future filled with empowerment of the end-user.
I'm looking forward to watching how EpiSurveyor and the other DataDyne programs continue to enable users all over the world to accurately collect data in a cost- and time-efficient manner. Thanks to Joel for taking the time to answer some of my questions!
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Women & Mobile: A Global Opportunity
I received this by email recently:
"The Cherie Blair Foundation for Women and the GSMA Development Fund are pleased to announce the publication of Women & Mobile: A Global Opportunity, following it’s launch yesterday (Feb 16, 2010) at the Mobile World Congress in Barcelona. The report is the first detailed study of its kind on the mobile phone gender gap in low and middle-income countries and showcases how using a mobile phone can improve the socio-economic status of women. We hope to use the report to launch a larger initiative to increase women’s access to the mobile market."
The document appears to appeal to shed light on issues about women and mobile technology, including hang-ups and market opportunities. As I've heard more and more about mobile technology's ability to address gender equality, I thought it might be helpful to pass along.
Pieces of interest from the table of contents (partial):
Women Benefit from Mobile Phone Ownership
I Feel Safer Because I Own a Mobile Phone
I Feel More Connected Because I Own a Mobile Phone
I Feel More Independent Because I Own a Mobile Phone
Mobile Phones Unlock Economic Opportunities
Mobile Phones Enable Women’s Voices to be Heard
Case Study: Project Zumbido uses Mobile Phones to Create Virtual Communities in Mexico
Case Study: Rural Women in Kosovo ‘Mobile-ise’ for a Say in Their Constitution
Mobile Phone Ownership and Usage
Five Key Traits Predict Mobile Phone Ownership
Women Who Borrow or Do Not Use Mobile Phones
Barriers to Mobile Phone Ownership
Case Study: Tostan and UNICEF build Literacy and Leaders with SMS-Based Community Forum
Women’s Mobile Phone Ownership
Download the document here (PDF 5.1 MB)
***
About The Cherie Blair Foundation for Women:
The Cherie Blair Foundation for Women strengthens the capacity of women entrepreneurs in countries where they lack equal opportunities. It specifically helps women entrepreneurs fill the gap in the economy commonly referred to as missing meddle small and medium enterprises. The Foundation works in partnership with local organizations to develop and implement joint projects providing women entrepreneurs with access to business development tools, networks and finance.
About the GSMA:
The GSMA represents the interests of the worldwide mobile communications industry. Spanning 219 countries, the GSMA unites nearly 800 of the world’s mobile operators, as well as more than 200 companies in the broader mobile ecosystem, including handset makers, software companies, equipment providers, Internet companies, and media and entertainment organizations. The GSMA is focused on innovating, incubating and creating new opportunities for its membership, all with the end goal of driving the growth of the mobile communications industry.
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Episode 9 of the AshokaTECH Podcast: Interview with the CEO and Co-Founder of Kiva Matt Flannery

On this week’s episode of the AshokaTECH Podcast, host Alex Budak interviews the co-founder and CEO of Kiva.org Matt Flannery.
Kiva empowers individuals to lend to an entrepreneur across the globe through the internet. By combining microfinance with the internet, Kiva creates a global community of people connected through lending. As of last November, Kiva had facilitated over $100 Million Dollars in loans world-wide, with an extremely high repayment rate of over 98%.
Focusing on how technology can change and improve microfinance, Alex and Matt discuss how to make philanthropy more social thanks to web 2.0 technologies, how to balance economic and social goals, and best practices for social entrepreneurs looking to choose business partners in developing countries.
Check out the podcast in iTunes to subscribe and automatically download episodes as they’re released.
To listen to the online-stream or download the .mp3 directly, please visit the official site of the AshokaTECH Podcast.
'New Commerce' Comes to Kenya

Kenya is the global hotspot for all things mobile money. The two chief payment systems, Safaricom M-PESA and Zain Zap, not only share ten million subscribers, but moved ten percent of Kenyan gross domestic product last year. According to Danson Muchemi, Philip Nyamwaya and Agosta Liko, the respective CEOs of JamboPay, iPay and PesaPal, those figures represent a massive market opportunity.
Danson highlights “very low banking services penetration” as the impetus behind JamboPay, the first online payment gateway in Kenya that processes credit & debit cards. By topping up an “online purse” via credit/debit card or mobile money, JamboPay enables users to buy online goods from Kenyan merchants without exposing their information. Unbanked users can access the service by topping up their accounts via mobile money. Ultimately, JamboPay aims to mitigate the same market failure that gave rise to PayPal in the West: the need for secure and multi-channel access to e-commerce.
When asked how iPay works, Philip responds “We are riding on giants.” iPay enables merchants to accept M-PESA and Zap online and process transactions in real-time. Given that merchant processing can take up to forty-eight hours under the current system, the thought of real-time mobile money processing is revolutionary. Philip sees the explosive growth of mobile money across Africa as an opportunity to connect users to global e-commerce, stating that “we've come up with Kenyan solutions for Kenya, for the region, for the continent.”
Instead of focusing on one payment system or another, Agosta Liko of PesaPal takes a whole-of-system approach. He says that Kenyans need “a payments firewall” in order “to bring sanity into the payments space.” In addition to M-PESA, Zap and YuCash, he points to the fact that most banks have their own payment systems, such as Hello Money, KCB Connect and Easy 24. By serving the role of master merchant, Agosta aims to enable online merchants to accept payments from every channel, including international channels like Visa, MasterCard and PayPal.
Together, JamboPay, iPay and PesaPal represent the front lines of what Agosta terms “new commerce”, the integration of internet and mobile channels to form a larger, more inclusive payments ecosystem. By giving Kenyans access to the services they want through the systems they have, these innovations promise to put the global marketplace within the reach of millions.
The True Apocalypse in the Global Pharma Ecosystem
By now you may have seen or heard of 2012, the movie that is.
I only saw it recently, and only by the grace of KLM’s onboard entertainment system. It is standard fare from the apocalypse genre. The Earth has a cyclical destiny, which involves at crucial points in this cycle a confrontation with some life-wiping monstrosity. In the movie 2012, the choice of monstrosity is also pretty standard fare – a disease in the Earth’s crust, mangling the Earth’s magnetic field, displacing the continents, and necessitating the building of a new Noah-type ark – or rather a number of them.
I was not so much worried about the plausibility of this disaster movie as I was about its fatalist non-consequentialism. There isn’t much we can do about unpredictable Earth-chewing bugs now, is there? To all intents and purposes, whatever moral was in the tale of 2012 can't matter much to the lives of you and me.
I have had another kind of apocalypse in mind these past few weeks. It would make for a most underwhelming disaster movie though, and I have no intent of dramatizing the issue. But as quasi-seismic events in the health of the species go – and the fate of the species and the planet are much conjoined nowadays, are they not? – this one is worth at least a cursory thought.
In 2012 (the year, not the movie), the planet faces what the sensationalist press has dubbed a “Patent Cliff”, though a “patent trough” is much closer to the mark of veracity. Because the issue, when one takes a deep enough look at it, is more one of major global drug companies losing their edge in the game rather than just their most valuable drug patents, and it is largely up to them how long they languish in this abyss they have in a certain sense dug for themselves.

There is no denying the fact that the massive expirations of patent protection that shall hit major drug companies will create considerable threats to their profitability. The world’s biggest blockbuster drug, Pfizer’s Lipitor, whose annual sales outstrip the GDP of most West African nations, for instance, will be faced with stiff generic competition. Other blockbusters like Sanofi-Aventis’ Plavix, Merck’s Cozaar, Pfizer’s Viagra, and Bristol Myers Squibb’s Abilify are in the line of fire too.
Forest Laboratories, Pfizer and Astrazeneca are, according to the research outfit Zack, said to be the big pharma players most threatened by the coming upheaval.
You would have thought Health Activists would be rejoicing. After all, it is frequently argued that pharmaceutical patents are one of the key blocks to increasing access to essential medicines in the developing world, and that increased generic competition should improve upon such access in the poorest parts of the world.

The truth is that health activists have moved on. While the press still enjoys portraying the issue of low access to essential medicines in places like Africa as consisting chiefly of titanic struggles between reformers and greedy big pharma, the situation has evolved, quietly but substantially, into one of relative complexity, wherein collaboration, cooperation, and cooption amongst foundations, activists, big pharma, intergovernmental agencies and NGOs are the order of the day.
It is no longer the consensus that ditching patents automatically improves access to essential medicines. Indeed most of the diseases that afflict the poorest parts of the world can be effectively managed by medicines that have been around for almost 3 decades (patent protection in most jurisdictions last for 2 decades, and because of extensive clinical trials may have an effective lifetime of 15 years or less, though of course it is also true that pharmaceutical companies try hard to extend the lifetime of such patents through shrewd tactics).
In Ghana, for instance, despite the lack of detailed empirical data, my own direct observations and credible anecdotal evidence suggest that systemic waste and a chronically outmoded financing regime are the key barriers to access. A chaotic public distribution system means that oftentimes even free in-patent medicines do not reach poor patients. It is hard to conceive how any generic medicine can compete with a zero-priced patented rival. Which raises another issue.
It has also come to light, that the erstwhile fixation on market pricing, especially of branded medicines, ignored the emergence of production capacity even in the poorest countries, such as Ghana, Togo and Nigeria. These upstart producers often consider their business to be at greater risk from other generic producers in places like China, India, Asia Minor and Eastern Europe. More curiously, the same local producer of a cleverly selected portfolio of generics targeted at a niche in the local market would also usually be the local representative of a major multinational brand in other niches. Indeed, most generic producers in the Deep South built the capital needed to enter the industry by initially acting as representatives of overseas brands. And already, the generic industry has begun losing its erstwhile saintly aura, as activists realize that these guys are in the business to grow and make profit too, and at a certain level of expansion acquire most of the characteristics of Big Pharma (as the recent allegation by European antitrust authorities of illegal collusion between Teva, a major Israeli generics producer, and Sanofi-Aventis appear to indicate). At any rate, big pharma's entry into the generics space blurs the casual distinction between the two categories of the industry.
Simply put, it has become less cut and dried what factors most effectively promote access to quality medicines in under-resourced regions of the world. As new models of cooperation between disparate actors in the pharmaceutical ecosystem in the South emerge, the health of the pharmaceutical industry in its entirety – branded as well as generic – is increasingly being seen as important if the endgame is really about improved access to quality medicines in the Global South, rather than anti-capitalism generally.
Such models as patent pooling, which allows different organizations to group specific patents in order to deliver a particular product, usually in accordance with a set standard, are gradually penetrating the mindset of the pharmaceutical industry, enabling the prospects of new value chains. We have also seen foundations such as the Medicines for Malaria Venture (MMV) enter the pharmaceutical innovation space, bringing the tried and tested advantages of social entrepreneurship into the this difficult arena.
Some big pharma players now see the strategic importance of re-conceptualising the nexus between commercial profitability, research and development, and goodwill (see this paper for some common criticisms). They now see an emerging pharmaceutical industry less anchored on blockbuster molecules and more reliant on a company’s relevance to health systems holistically defined. The issue is what they are doing about what they are seeing.
The aforementioned point may sound somewhat novel or arcane, but it is actually pretty straightforward. There is widespread agreement amongst scientists that the geographical patterns of disease stand to change in a more interconnected, populated, socially experimental, world. What is now considered a disease of the South may soon become commonplace in the North, and vice versa. Furthermore, as attention shifts from palliative care and disease management to general wellness, cultural notions of medicine become much more relevant and the very concept of pharmaceutical innovation, and R&D in particular, must adapt to keep pace.
That is why I hinted earlier on in the discussion that the obsession with so-called “Patent Cliffs” risk oversimplifying the true, variegated, picture that is emerging. The industry is entering a stage where traditional models of valuation for intellectual property, particularly patents, are showing their frayed bottoms. Those within the industry who cling to the old heraldry of innovation are increasingly sounding like those moribund health activists who latch on to patent-bashing as a convenient means of hiding their inability to confront a rapidly changing ecosystem.
There is thus a genuine onset of a “patent trough” – a period of decreasing contribution to industry vitality of the old conceptions of intellectual property, especially the over-reliance on blockbuster patents. A world of tighter margins beckons - a world of patient-centredness and value dispersion that shall not be kept at bay by the artificial consolidation of mergers and acquisitions sweeping big pharma.
The possibility that both drug producers and health activists may have failed to adequately prepare for the realities of this new world is where we must look for any hint of true apocalypse in the global healthcare space, else whatever Noah’s arks we build shall sink.
**Bright Simons is affiliated with the African think-tank, IMANI (www.imanighana.org), and is the inventor of the mPedigree approach to drug quality assurance (www.mPedigree.Net)**
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Fab Lab Sets Its Sights on Haiti
Also published on the TechSoup Blog.
I wrote a blog post a few months ago about Fab Lab, a network of community-operated workshops springing up all over the world. I was excited about Fab-Fi, Fab Lab's name for the simple directional antennas they're using to build a mesh wireless network all over Jalalabad, Afghanistan.
Of course, to get the full effect of what's cool about Fab Lab, it's useful to take a step back. Fab Lab isn't about free wi-fi; it's about providing people with tools to produce whatever they want, tools that were inaccessible to consumers only a few years ago. Afghans are using the same set of tools to bring the Internet to Jalalabad that this young man in south Boston used to build an electric violin:
By equipping citizens with the tools of production, I think that Fab Lab and projects like it have the potential to completely transform the process of infrastructure building. I was thrilled, then, to find out that Fab Lab is now working toward a presence in Port-au-Prince, Haiti.
According to lab organizer Amy Sun, the first step is to host Haitian students at labs worldwide. This serves two purposes: training people to build and staff the lab, and providing temporary housing for displaced students. The next (simultaneous) step is to raise money to build a lab and find the right Haitian partner organization.
Why invest in a Haitian Fab Lab? As Haiti faces so many dire needs, is this really the best kind of aid? It's a complicated question. From Fab Lab:
Fablabs aren’t going to solve any of Haiti's immediate problems. They can't help with distributing food or administering medicine. But Fablabs are more than just a bunch of machines sitting in a room. We've installed Fablabs in places as diverse as an agricultural school in rural India, community centers in innercity Boston, shantytowns in South Africa, the northernmost towns in Norway, and Jalalabad, Afghanistan. No two Fablabs end up being alike.
Fablabs help people learn how to make things as much as they help people make things. Once a Fablab gets through their initial training phase, it is up to them to start working on what they want. Fablabs make things as diverse as tractors, directional wi-fi antennas, hand-powered flashlights, and chocolate boxes.
A Fablab in Haiti is more than a production facility for communication devices or prosthetics. It is a place where Haitians can start taking control of their education and what they want to learn. It is our way of helping Haiti rebuild Haiti.
That line "helping Haiti rebuild Haiti" is important. Last month, I was fortunate enough to attend the Tech4Society conference in Hyderabad, India, a production of Ashoka and The Lemelson Foundation. The innovators and ideas that Ashoka celebrates reflect its motto, "Everyone a Changemaker," the idea that change doesn't work on a top-down model: the best ideas are those that empower everybody to make a change.
Photo: Port-au-Prince residents use a Linksys router to build a makeshift Internet cafe.
Is This High-Tech Facility in Uganda the Start of A New Era in Pharma Manufacturing?

A few weeks ago I had the opportunity to attend a meeting at Georgetown University, which featured TLG Capital and members of Quality Chemical Industries Limited (QCIL). QCIL is the first World Health Organization-approved pharmaceutical manufacturing facility in sub-sarahan Africa. Their goals, which include expanding accessibility of antimalarial and antirevtrovirals by guaranteeing affordability and quality drugs.
Their state-of-the-art facility looks like it could be found in any technology park in a "developed" country. I had the privilege of watching a full-length video tour of the facility at the event. Though I do not have access to that film, here is a shorter clip which is styled as a welcome video for visitors.
You can see the high level of detail paid to maintaining a highly sterile and secure facility. Be sure to check out some other photos of the facility. The products they manufacture are Duovir-N, the antiretroviral for HIV/AIDS treatment and Lumartem, the combination drug which is used to treat malaria (also know as ACT).
One of the interesting things about this facility is that due to regulations, in developed countries, it is prohibited to blend Artemether and Lumefantrine -- both of which are anti-malarials. Therefore, patients need to take -- and pay for -- two separate drugs. I was told the African subcontinent is exempt from this regulation, thus allowing a company like QCIL to manufacture a blended therapy. This can lead to increased access to medicines on multiple fronts:
- cheaper to buy due to buying one medicine vs. two
- easier to take in one pill versus two
- increased likelihood of patient compliance -- often, if a treatment regime is not followed (e.g. a patient only takes one pill rather than both, or misses doses) adverse affects can occur in the form of side effects, or worse, increased resistance to the drug or increased vulnerability to the disease
So how did this happen? High-tech facilities don't just go building themselves, do they? They don't. That is why I was also happy to see that TLG Capital is committed to investing in sub-Saharan African iniatives and businesses which are in high demand, yet extremely lacking in supply of capital. Other investments include their stake in the Ghana Cancer Centre. These two investments into large-scale health facilities in Africa are examples of what I hope there will be more of in the future.
No longer can the African continent be viewed as a non-investable region. New business models combined with state of the art technologies can be an extremely powerful force in the future. Can you point to other examples? If so, please leave a comment!
Photo credit: The East African/ Morgan MBABAZI
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WiHood Bracelets Make Computer Education Portable
This post contributed by Ashley Metz Cummings.

Across the globe, the computers used in underfunded schools share similar characteristics. Outdated hardware grumbles to a start each morning to serve classrooms crowded with children. Slow processors and limited storage space confine the possibilities for learning computer skills and using the Internet. The students in these classrooms have never dreamt of owning their own PCs and cannot fathom the world on the other side of an Internet connection – they have enough on their minds at home.
Yet in many of these places, the speed of the Internet connection is ample for mainstream computing purposes and children are eager and excited to learn. WiHood, a name originating in the phrase, The World is Your Neighbor, offers a virtual personal PC that overcomes the physical barriers to digital learning by making clever use of cloud computing and modified USB drives.
The WiHood USB bracelet holds open source versions of Microsoft-compatible software packages, an email client, RSS reader, games and a child-safe web blocker. The bracelets plug into any computer and allow users to see their very own familiar desktop and access their files stored in the cloud at WiHood’s servers. The portable, personal device bypasses computing and storage bottlenecks, ensures the safety of personal documents and gives students familiarity and ownership in their digital learning. As is sometimes the case in social enterprises, the value of the product is hard to pin down – between the software, the pride in owning something, the power of information, the safety of hosting documents online and the fashion statement, it covers a lot of ground.
Founded in Norway in 2007 and the United States in early 2008, WiHood aims to, “provide the possibility for a future of opportunities.” The WiHood bracelet and service are available all over the world and usable at any internet-enabled PC and have thus far been sold in the United States, Europe and Africa. The service was designed to work on 10-year-old PCs to maximize the educational return on scarce and outdated computer resources. By storing all files online, the service works as fast as the internet connection will allow, making use of the lastest available technology while bypassing the computing bottleneck of slow processors that plague inner-city and rural schools.
Last year, WiHood connected the 465 students at Chelelemunk All Girls Boarding School in Kenya with their own WiHood PC accounts and continues to work with aid organizations and NGOs with reach in needy areas.
Currently in alpha testing and coming soon to its user community, WiHood Mobile will be the iPad equivalent for digitally developing areas. The service will allow users with WiHood accounts to access their own unique phone number through their desktop and send or receive SMSs and phone calls through their accounts. Instead of needing a PC and a phone, users simply need WiHood, the more durable, portable and wearable iPad.

Founder and CEO Thomas Anglero is no stranger to the technology industry. One of the first pioneers of Voice over IP, Mr. Anglero is familiar with the ability of the Internet and technology-equipped education to connect and educate people around the world. Mr. Anglero’s background includes work as a Senior Advisor to the executive team at Telenor AS, (the first mobile operator to offer services in Bangladesh as Grameen Telecom in a partnership with the Grameen Bank) and as CEO of Truly Global Inc. and CEO of Free World Dialup.
In a personal interview about the development and future of WiHood, Mr. Anglero said, “There’s a human element to everything. The bracelets are made of silicon and non-toxic ink, so they are relatively harmless to the environment. The service itself maximizes the use out of assets without creating additional waste and as a company, we prefer to hire local people to conclude projects so they benefit from the extra income and we don’t spend the money and waste in traveling there.”
By creating an easy and portable solution for anyone without their own PC, WiHood aims to enable an easier computing experience, thus facilitating computer use and helping to bridge the digital divide by engaging students in learning. WiHood bracelets are available on Amazon.com, its global distributor.
This February 26 & 27, 2010, Mr. Anglero will be speaking at the 7th Annual Doing Good & Doing Well Conference (www.dgdw.org) to be held at IESE Business School in Barcelona, Spain. He will expound on the benefits of information technology in development during a panel discussion and present WiHood at the Social Entrepreneurship Workshop.
For more information see http://www.wihood.com
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Episode 8 of the AshokaTECH Podcast: Interview with Change.org Founder Ben Rattray

On this week's episode of the AshokaTECH Podcast, host Alex Budak interviews Ben Rattray, the founder of Change.org.
Founded in 2005, Change.org seeks to be the central platform informing and empowering movements for social change around the most important issues of our time. From homelessness to genocide, health care to human trafficking, global warming, and more, Change.org leverages technology and social media to connect people with one another and organizations to advance their common causes.
Alex gets Ben's take on how technology is changing the game for non-profits, strategies for striking a balance between being a competitive organization while not being motivated solely by profits, and what his experience suggests to counter critiques of so-called online "slacktivism."
As always, be sure to follow Alex on Twitter, @TheBudak, for updates on the podcast and your chance to have your own questions answered in future interviews.
Please check out the podcast on iTunes where you can get the latest episode with Ben Rattray, subscribe to the podcast and leave feedback. You can also check out the online-streaming version of the podcast where you can listen and even download the .mp3 directly by visiting the official AshokaTECH Podcast page.
Technology & Social Innovations - Public Discussion Started on SocialEdge
SocialEdge kicked off a new discussion yesterday, led by Ashoka's own Rosa Wang. Continuing on the heels of Tech4Society earlier this month, here's where the discussion starts:
"Technology & Social Innovations
Developing technologies that solve the right problems can be enormously challenging, and then bringing them to the people who need them even more so. Social entrepreneurs from around the world met in Hyderabad earlier this month to share what they have learned about the challenges and successes of technological innovation to serve the poor. Let’s take this further in our discussion here."
Rosa shares a bit about the attendees, connections, learning and conversations what went on at Hyderabad, and opens the same questions to the rest of us:
- What are creative ways that new innovations can reach poorest of the poor?
- What new inventions do you expect to scale and reach the two billion persons at the base of the pyramid?
- What mechanisms enable adoption by local communities that may be hesitant with new technologies?
- What surprising bottleneck or challenge is not being talked about enough?
- Which partnerships between business and the social sector have been most successful at promoting invention-led development?
What do you think? Read what others have posted and add your own knowledge, insights and opinions at SocialEdge.
















