How Helsinki Became the Most Successful Open-Data City in the World


Olli Sulopuisto in Atlantic Cities:  “If there’s something you’d like to know about Helsinki, someone in the city administration most likely has the answer. For more than a century, this city has funded its own statistics bureaus to keep data on the population, businesses, building permits, and most other things you can think of. Today, that information is stored and freely available on the internet by an appropriately named agency, City of Helsinki Urban Facts.
There’s a potential problem, though. Helsinki may be Finland’s capital and largest city, with 620,000 people. But it’s only one of more than a dozen municipalities in a metropolitan area of almost 1.5 million. So in terms of urban data, if you’re only looking at Helsinki, you’re missing out on more than half of the picture.
Helsinki and three of its neighboring cities are now banding together to solve that problem. Through an entity called Helsinki Region Infoshare, they are bringing together their data so that a fuller picture of the metro area can come into view.
That’s not all. At the same time these datasets are going regional, they’re also going “open.” Helsinki Region Infoshare publishes all of its data in formats that make it easy for software developers, researchers, journalists and others to analyze, combine or turn into web-based or mobile applications that citizens may find useful. In four years of operation, the project has produced more than 1,000 “machine-readable” data sources such as a map of traffic noise levels, real-time locations of snow plows, and a database of corporate taxes.
A global leader
All of this has put the Helsinki region at the forefront of the open-data movement that is sweeping cities across much of the world. The concept is that all kinds of good things can come from assembling city data, standardizing it and publishing it for free. Last month, Helsinki Region Infoshare was presented with the European Commission’s prize for innovation in public administration.

The project is creating transparency in government and a new digital commons. It’s also fueling a small industry of third-party application developers who take all this data and turn it into consumer products.
For example, Helsinki’s city council has a paperless system called Ahjo for handling its agenda items, minutes and exhibits that accompany council debates. Recently, the datasets underlying Ahjo were opened up. The city built a web-based interface for browsing the documents, but a software developer who doesn’t even live in Helsinki created a smartphone app for it. Now anyone who wants to keep up with just about any decision Helsinki’s leaders have before them can do so easily.
Another example is a product called BlindSquare, a smartphone app that helps blind people navigate the city. An app developer took the Helsinki region’s data on public transport and services, and mashed it up with location data from the social networking app Foursquare as well as mapping tools and the GPS and artificial voice capabilities of new smartphones. The product now works in dozens of countries and languages and sells for about €17 ($24 U.S.)

Helsinki also runs competitions for developers who create apps with public-sector data. That’s nothing new — BlindSquare won the Apps4Finland and European OpenCities app challenges in 2012. But this year, they’re trying a new approach to the app challenge concept, funded by the European Commission’s prize money and Sitra.
It’s called Datademo. Instead of looking for polished but perhaps random apps to heap fame and prize money on, Datademo is trying to get developers to aim their creative energies toward general goals city leaders think are important. The current competition specifies that apps have to use open data from the Helsinki region or from Finland to make it easier for citizens to find information and participate in democracy. The competition also gives developers seed funding upfront.
Datademo received more than 40 applications in its first round. Of those, the eight best suggestions were given three months and €2,000 ($2,770 U.S) to implement their ideas. The same process will be repeated two times, resulting in dozens of new app ideas that will get a total of €48,000 ($66,000 U.S.) in development subsidies. Keeping with the spirit of transparency, the voting and judging process is open to all who submit an idea for each round….”

How Britain’s Getting Public Policy Down to a Science


in Governing: “Britain has a bold yet simple plan to do something few U.S. governments do: test the effectiveness of multiple policies before rolling them out. But are American lawmakers willing to listen to facts more than money or politics?

In medicine they do clinical trials to determine whether a new drug works. In business they use focus groups to help with product development. In Hollywood they field test various endings for movies in order to pick the one audiences like best. In the world of public policy? Well, to hear members of the United Kingdom’s Behavioural Insights Team (BIT) characterize it, those making laws and policies in the public sector tend to operate on some well-meaning mix of whim, hunch and dice roll, which all too often leads to expensive and ineffective (if not downright harmful) policy decisions.

….One of the prime BIT examples for why facts and not intuition ought to drive policy hails from the U.S. The much-vaunted “Scared Straight” program that swept the U.S. in the 1990s involved shepherding at-risk youth into maximum security prisons. There, they would be confronted by inmates who, presumably, would do the scaring while the visiting juveniles would do the straightening out. Scared Straight seemed like a good idea — let at-risk youth see up close and personal what was in store for them if they continued their wayward ways. Initially the results reported seemed not just good, but great. Programs were reporting “success rates” as high as 94 percent, which inspired other countries, including the U.K., to adopt Scared Straight-like programs.

The problem was that none of the program evaluations included a control group — a group of kids in similar circumstances with similar backgrounds who didn’t go through a Scared Straight program. There was no way to see how they would fare absent the experience. Eventually, a more scientific analysis of seven U.S. Scared Straight programs was conducted. Half of the at-risk youth in the study were left to their own devices and half were put through the program. This led to an alarming discovery: Kids who went through Scared Straight were more likely to offend than kids who skipped it — or, more precisely, who were spared it. The BIT concluded that “the costs associated with the programme (largely related to the increase in reoffending rates) were over 30 times higher than the benefits, meaning that ‘Scared Straight’ programmes cost the taxpayer a significant amount of money and actively increased crime.”

It was witnessing such random acts of policymaking that in 2010 inspired a small group of political and social scientists to set up the Behavioural Insights Team. Originally a small “skunk works” tucked away in the U.K. Treasury Department, the team gained traction under Prime Minister David Cameron, who took office evincing a keen interest in both “nonregulatory solutions to policy problems” and in spending public money efficiently, Service says. By way of example, he points to a business support program in the U.K. that would give small and medium-sized businesses up to £3,000 to subsidize advice from professionals. “But there was no proven link between receiving that money and improving business. We thought, ‘Wouldn’t it be better if you could first test the efficacy of some million-pound program or other, rather than just roll it out?’”

The BIT was set up as something of a policy research lab that would scientifically test multiple approaches to a public policy problem on a limited, controlled basis through “randomized controlled trials.” That is, it would look at multiple ways to skin the cat before writing the final cat-skinning manual. By comparing the results of various approaches — efforts to boost tax compliance, say, or to move people from welfare to work — policymakers could use the results of the trials to actually hone in on the most effective practices before full-scale rollout.

The various program and policy options that are field tested by the BIT aren’t pie-in-the-sky surmises, which is where the “behavioural” piece of the equation comes in. Before settling on what options to test, the BIT takes into account basic human behavior — what motivates us and what turns us off — and then develops several approaches to a policy problem based on actual social science and psychology.

The approach seems to work. Take, for example, the issue of recruiting organ donors. It can be a touchy topic, suggesting one’s own mortality while also conjuring up unsettling images of getting carved up and parceled out by surgeons. It’s no wonder, then, that while nine out of 10 people in England profess to support organ donations, fewer than one in three are officially registered as donors. To increase the U.K.’s ratio, the BIT decided to play around with the standard recruitment message posted on a high-traffic gov.uk website that encourages people to sign up with the national Organ Donor Register (see “‘Please Help Others,’” page 18). Seven different messages that varied in approach and tone were tested, and at the end of the trial, one message emerged clearly as the most effective — so effective, in fact, that the BIT concluded that “if the best-performing message were to be used over the whole year, it would lead to approximately 96,000 extra registrations completed.”

According to the BIT there are nine key steps to a defensible controlled randomized trial, the first and second — and the two most obvious — being that there must be at least two policy interventions to compare and that the outcome that the policies they’re meant to influence must be clear. But the “randomized” factor in the equation is critical, and it’s not necessarily easy to achieve.

In BIT-speak, “randomization units” can range from individuals (randomly chosen clients) entering the same welfare office but experiencing different interventions, to different groups of clientele or even different institutions like schools or congregate care facilities. The important point is to be sure that the groups or institutions chosen for comparison are operating in circumstances and with clientele similar enough so that researchers can confidently say that any differences in outcomes are due to different policy interventions and not other socioeconomic or cultural exigencies. There are also minimum sampling sizes that ensure legitimacy — essentially, the more the merrier.

As a matter of popular political culture, the BIT’s approach is known as “nudge theory,” a strand of behavioral economics based on the notion that the economic decisions that human beings make are just that — human — and that by tuning into what motivates and appeals to people we can much better understand why those economic decisions are made. In market economics, of course, nudge theory helps businesses tune into customer motivation. In public policy, nudge theory involves figuring out ways to motivate people to do what’s best for themselves, their families, their neighborhoods and society.

When the BIT started playing around with ways to improve tax compliance, for example, the group discovered a range of strategies to do that, from the very obvious approach — make compliance easy — to the more behaviorally complex. The idea was to key in on the sorts of messages to send to taxpayers that will resonate and improve voluntary compliance. The results can be impressive. “If you just tell taxpayers that the majority of folks in their area pay their taxes on time [versus sending out dunning letters],” says the BIT’s Service, “that adds 3 percent more people who pay, bringing in millions of pounds.” Another randomized controlled trial showed that in pestering citizens to pay various fines, personal text messages were more effective than letters.

There has been pushback on using randomized controlled trials to develop policy. Some see it as a nefarious attempt at mind control on the part of government. “Nudge” to some seems to mean “manipulate.” Service bridles at the criticism. “We’re sometimes referred to as ‘the Nudge Team,’ but we’re the ‘Behavioural Insights Team’ because we’re interested in human behavior, not mind control.”

The essence of the philosophy, Service adds, is “leading people to do the right thing.” For those interested in launching BIT-like efforts without engendering immediate ideological resistance, he suggests focusing first on “non-headline-grabbing” policy areas such as tax collection or organ donation that can be launched through administrative fiat.”

Is Your City’s Crime Data Private Property?


Adam Wisnieski at the Crime Report: “In February, the Minneapolis Police Department (MPD) announced it was moving into a new era of transparency and openness with the launch of a new public crime map.
“Crime analysis and mapping data is now in the hands of the city’s citizens,” reads the first line of the press release.
According to the release, the MPD will feed incident report data to RAIDS (Regional Analysis and Information Data Sharing) Online, a nationwide crime map operated by crime analysis software company BAIR Analytics.
Since the announcement, Minneapolis residents have used RAIDS to look at reports of murder, robbery, burglary, assault, rape and other crimes reported in their neighborhoods on a sleek, easy-to-use map, which includes data as recent as yesterday.
On the surface, it’s a major leap forward for transparency in Minneapolis. But some question why the data feed is given exclusively to a single private company.
Transparency advocates argue in fact that the data is not truly in the hands of the city’s residents until citizens can download the raw data so they can analyze, chart or map it on their own.
“For it to actually be open data, it needs to be available to the public in machine readable format,” said Lauren Reid, senior public affairs manager for Code for America, a national non-profit that promotes participation in government through technology.
“Anybody should be able to go download it and read it if they want. That’s open data.”
The Open Knowledge Foundation, a national non-profit that advocates for more government openness, argues open data is important so citizens can participate and engage government in a way that was not possible before.
“Much of the time, citizens are only able to engage with their own governance sporadically — maybe just at an election every 4 or 5 years,” reads the Open Knowledge website. “By opening up data, citizens are enabled to be much more directly informed and involved in decision-making.
“This is more than transparency: it’s about making a full ‘read/write’ society — not just about knowing what is happening in the process of governance, but being able to contribute to it.”.
Minneapolis is not alone.
As Americans demand more information on criminal activity from the government, police departments are flocking to private companies to help them get the information into the public domain.
For many U.S. cities, hooking up with these third-party mapping vendors is the most public their police department has ever been. But the trend has started a messy debate about how “public” the public data actually is.
Outsourcing Makes It Easy
For police departments, outsourcing the presentation of their crime data to a private firm is an easy decision.
Most of the crime mapping sites are free or cost very little. (The Omega Group’s CrimeMapping.com charges between $600 and $2,400 per year, depending on the size of the agency.)
The department chooses what information it wants to provide. Once the system is set up, the data flows to the companies and then to the public without a lot of effort on behalf of the department.
For the most part, the move doesn’t need legislative approval, just a memorandum of understanding. A police department can even fulfill a new law requiring a public crime map by releasing report data through one of these vendors.
Commander Scott Gerlicher of the MPD’s Strategic Information and Crime Analysis Division says the software has saved the department time.
“I don’t think we are entertaining quite as many requests from the media or the public,” he told The Crime Report. “Plus the price was right: it was free.”
The companies that run some of the most popular sites — The Omega Group’s CrimeMapping.com, Public Engines’ CrimeReports and BAIR Analytics’ RAIDS — are in the business of selling crime analysis and mapping software to police departments.
Some departments buy internal software from these companies; though some cities, like Minneapolis, just use RAIDS’ free map and have no contracts with BAIR for internal software.
Susan Smith, director of operations at BAIR Analytics, said the goal of RAIDS is to create one national map that includes all crime reports from across all jurisdictions and departments (state and local police).
For people who live near or at the edge of a city line, finding relevant crime data can be hard.
The MPD’s Gerlicher said that was one reason his department chose RAIDS — because many police agencies in the Minneapolis area had already hooked up with the firm.
The operators of these crime maps say they provide a community service.
“We try to get as many agencies as we possibly can. We truly believe this is a good service for the community,” says Gabriela Coverdale, a marketing director at the Omega Group.
Raw Data ‘Off Limits’
However, the sites do not allow the public to download any of the raw data and prohibit anyone from “scraping,” using a program to automatically pull the data from their maps.
In Minneapolis, the police department continues to post PDFs and excel spreadsheets with data, but only RAIDS gets a feed with the most recent data.
Alan Palazzolo, a Code for America fellow who works as an interactive developer for the online non-profit newspaper MinnPost, used monthly reports from the MPD to build a crime application with a map and geographic-oriented chart of crime in Minneapolis.
Nevertheless, he finds the new tool limiting.
“[The MPD’s] ability to actually put out more data, and more timely data, really opens things up,” he said. “It’s great, but they are not doing that with us.”
According to Palazzolo, the arrangement gives BAIR a market advantage that effectively prevents its data from being used for purposes it cannot control.
“Having granular, complete, and historical data would allow us to do more in-depth analysis,” wrote Palazzolo and Kaeti Hinck in an article in MinnPost last year.
“Granular data would allow us to look at smaller areas,” reads the article. “[N]eighborhoods are a somewhat arbitrary boundary when it comes to crime. Often high crime is isolated to a couple of blocks, but aggregated data does not allow us to explore this.
“More complete data would allow us to look at factors like exact locations, time of day, demographic issues, and detailed categories (like bike theft).”
The question of preference gets even messier when looking at another national crime mapping website called SpotCrime.
Unlike the other third-party mapping sites, SpotCrime is not in the business of selling crime analysis software to police departments. It operates more like a newspaper — a newspaper focused solely on the police blotter pages — and makes money off advertising.
Years ago, SpotCrime requested and received crime report data via e-mail from the Minneapolis Police Department and mapped the data on its website. According to SpotCrime owner Colin Drane, the MPD stopped sending e-mails when terminals were set up in the police department for the public to access the data.
So he instead started going through the painstaking process of transferring data from PDFs the MPD posted online and mapping them.
When the MPD hooked up with RAIDS in February, Drane asked for the same feed and was denied. He says more and more police departments around the country are hooking up with one of his competitors and not giving him the same timely data.
The MPD said it prefers RAIDS over SpotCrime and criticized some of the advertisements on SpotCrime.
“We’re not about supporting ad money,” said Gerlicher.
Drane believes all crime data in every city should be open to everyone, in order to prevent any single firm from monopolizing how the information is presented and used.
“The onus needs to be on the public agencies,” he adds. “They need to be fair with the data and they need to be fair with the public.” he said.
Transparency advocates worry that the trend is going in the opposite direction.
Ohio’s Columbus Police Department, for example, recently discontinued its public crime statistic feed and started giving the data exclusively to RAIDS.
The Columbus Dispatch wrote that the new system had less information than the old…”

United States federal government use of crowdsourcing grows six-fold since 2011


at E Pluribus Unum: “Citizensourcing and open innovation can work in the public sector, just as crowdsourcing can in the private sector. Around the world, the use of prizes to spur innovation has been booming for years. The United States of America has been significantly scaling up its use of prizes and challenges to solving grand national challenges since January 2011, when, President Obama signed an updated version of the America COMPETES Act into law.
According to the third congressionally mandated report released by the Obama administration today (PDF/Text), the number of prizes and challenges conducted under the America COMPETES Act has increased by 50% since 2012, 85% since 2012, and nearly six-fold overall since 2011. 25 different federal agencies offered prizes under COMPETES in fiscal year 2013, with 87 prize competitions in total. The size of the prize purses has also grown as well, with 11 challenges over $100,000 in 2013. Nearly half of the prizes conducted in FY 2013 were focused on software, including applications, data visualization tools, and predictive algorithms. Challenge.gov, the award-winning online platform for crowdsourcing national challenges, now has tens of thousands of users who have participated in more than 300 public-sector prize competitions. Beyond the growth in prize numbers and amounts, Obama administration highlighted 4 trends in public-sector prize competitions:

  • New models for public engagement and community building during competitions
  • Growth software and information technology challenges, with nearly 50% of the total prizes in this category
  • More emphasis on sustainability and “creating a post-competition path to success”
  • Increased focus on identifying novel approaches to solving problems

The growth of open innovation in and by the public sector was directly enabled by Congress and the White House, working together for the common good. Congress reauthorized COMPETES in 2010 with an amendment to Section 105 of the act that added a Section 24 on “Prize Competitions,” providing all agencies with the authority to conduct prizes and challenges that only NASA and DARPA has previously enjoyed, and the White House Office of Science and Technology Policy (OSTP), which has been guiding its implementation and providing guidance on the use of challenges and prizes to promote open government.
“This progress is due to important steps that the Obama Administration has taken to make prizes a standard tool in every agency’s toolbox,” wrote Cristin Dorgelo, assistant director for grand challenges in OSTP, in a WhiteHouse.gov blog post on engaging citizen solvers with prizes:

In his September 2009 Strategy for American Innovation, President Obama called on all Federal agencies to increase their use of prizes to address some of our Nation’s most pressing challenges. Those efforts have expanded since the signing of the America COMPETES Reauthorization Act of 2010, which provided all agencies with expanded authority to pursue ambitious prizes with robust incentives.
To support these ongoing efforts, OSTP and the General Services Administration have trained over 1,200 agency staff through workshops, online resources, and an active community of practice. And NASA’s Center of Excellence for Collaborative Innovation (COECI) provides a full suite of prize implementation services, allowing agencies to experiment with these new methods before standing up their own capabilities.

Sun Microsystems co-founder Bill Joy famously once said that “No matter who you are, most of the smartest people work for someone else.” This rings true, in and outside of government. The idea of governments using prizes like this to inspire technological innovation, however, is not reliant on Web services and social media, born from the fertile mind of a Silicon Valley entrepreneur. As the introduction to the third White House prize report  notes:

“One of the most famous scientific achievements in nautical history was spurred by a grand challenge issued in the 18th Century. The issue of safe, long distance sea travel in the Age of Sail was of such great importance that the British government offered a cash award of £20,000 pounds to anyone who could invent a way of precisely determining a ship’s longitude. The Longitude Prize, enacted by the British Parliament in 1714, would be worth some £30 million pounds today, but even by that measure the value of the marine chronometer invented by British clockmaker John Harrison might be a deal.”

Centuries later, the Internet, World Wide Web, mobile devices and social media offer the best platforms in history for this kind of approach to solving grand challenges and catalyzing civic innovation, helping public officials and businesses find new ways to solve old problem. When a new idea, technology or methodology that challenges and improves upon existing processes and systems, it can improve the lives of citizens or the function of the society that they live within….”

The advent of crowdfunding innovations for development


SciDevNet: “FundaGeek, TechMoola and RocketHub have more in common than just their curious names. These are all the monikers of crowdsourcing websites that are dedicated to raising money for science and technology projects. As the coffers that were traditionally used to fund research and development have been squeezed in recent years, several such sites have sprouted up.
In 2013, general crowdsourcing site Kickstarter saw a total of US$480 million pledged to its projects by three million backers. That’s up from US$320 million in 2012, US$99 million in 2011 and just US$28million in 2010. Kickstarter expects the figures to climb further this year, and not just for popular projects such as films and books.
Science and technology projects — particularly those involving simple designs — are starting to make waves on these sites. And new sites, such as those bizarrely named ones, are now catering specifically for scientific projects, widening the choice of platforms on offer and raising crowdsourcing’s profile among the global scientific community online.
All this means that crowdsourcing is fast becoming one of the most significant innovations in funding the development of technology that can aid poor communities….
A good example of how crowdsourcing can help the developing world is the GravityLight, a product launched on Indiegogo over a year ago that uses gravity to create light. Not only did UK design company Therefore massively exceed its initial funding target — ultimately raising $US400,000 instead of a planned US$55,000 — it amassed a global network of investors and distributors that has allowed the light to be trialled in 26 countries as of last December.
The light was developed in-house after Therefore was given a brief to produce a cheap solar-powered lamp by private clients. Although this project faltered, the team independently set out to produce a lamp to replace the ubiquitous and dangerous kerosene lamps widely used in remote areas in Africa. After several months of development, Therefore had designed a product that is powered by a rope with a heavy weight on its end being slowly drawn through the light’s gears (see video)…
Crowdfunding is not always related to a specific product. Earlier this year, Indiegogo hosted a project hoping to build a clean energy store in a Ugandan village. The idea is to create an ongoing supply chain for technologies such as cleaner-burning stoves, water filters and solar lights that will improve or save lives, according to ENVenture, the project’s creators. [1] The US$2,000 target was comfortably exceeded…”

#Bring back our girls


The Guardian: “The abduction of more than 200 schoolgirls in Nigeria has lead to campaigns calling for their rescue, on social media and offline all around the world.
After Nigerian protestors marched on parliament in the capital Abuja calling for action on April 30, people in cities around the world have followed suit and organised their own marches.
A social media campaign under the hashtag #Bringbackourgirls started trending in Nigeria two weeks ago and has now been tweeted more than one million times. It was first used on April 23 at the opening ceremony for a UNESCO event honouring the Nigerian city of Port Harcourt as the 2014 World Book Capital City. A Nigerian lawyer in Abuja, Ibrahim M. Abdullahi, tweeted the call in a speech by Dr. Oby Ezekwesili, Vice President of the World Bank for Africa to “Bring Back the Girls!”

Another mass demonstration took place outside the Nigerian Defence Headquarters in Abuja on May 6 and many other protests have been organised in response to a social media campaign asking for people around the world to march and wear red in solidarity. People came out in protest at the Nigerian embassy in London, in Los Angeles and New York.

A global “social media march” has also been organised asking supporters to use their networks to promote the campaign for 200 minutes on May 8.
A petition started on Change.org by a Nigerian woman in solidarity with the schoolgirls has now been signed by more than 300,000 supporters.
Amnesty International and UNICEF have backed the campaign, as well as world leaders and celebrities, including Hilary Clinton, Malala Yousafzai and rappers Wyclef Jean and Chris Brown, whose mention of the campaign was retweeted more than 10,000 times.

After three weeks of silence the Nigerian President Goodluck Jonathan vowed to find the schoolgirls on April 3, stating: “wherever these girls are, we’ll get them out”. On the same day, John Kerry pledged assistance from the US.”

Change: 19 Key Essays on How the Internet Is Changing Our Lives


Book by (among others) by Manuel Castells, David Gelernter, Juan Vázquez, Evgeni Morozov et al: “Change: 19 Key Essays on How the Internet Is Changing Our Lives, is the sixth issue of BBVA’s annual series devoted to explore the key issues of our time. This year, our chosen theme is the Internet, the single most powerful vector of change in recent history. In the words of Arthur C Clarke, “Any sufficiently advanced technology is indistinguishable from magic.” The swiftness and reach of the changes wrought by the Internet indeed have a touch of magic about them.
As a tool available to a reasonably wide public, the Internet is only twenty years old, but it is already the fundamental catalyst of the broadest based and fastest technological revolution in history. It is the broadest based because over the past two decades its effects have touched upon practically every citizen in the world. And it is the fastest because its mass adoption is swifter than that of any earlier technology. To put this into perspective – it was only 70 years after the invention of the aeroplane that 100 million people travelled by air; it took 50 years after the invention of the telephone for 100 million people to use this form of communication. The 100-million user mark was achieved by PCs after 14 years. The Internet made 100 million users after just 7 years. The cycles of adoption of Internet-related technologies are even shorter – Facebook acquired 100 million users in 2 years. It is impossible today to imagine the world without the Internet: it enables us to do things which only a few years ago would be unthinkable, and impinges on every sphere of our lives.”

Innovative State: How New Technologies Can Transform Government


“In Innovative State, America’s first Chief Technology Officer Aneesh Chopra tells the story of a new revolution in America. Over the course of our history, America has had a pioneering government matched to the challenges of the day. But over the past twenty years, as our economy and our society have been completely changed by technology, and the private sector has innovated, government has stalled, trapped in models that were designed for the America of the past. Aneesh Chopra, tasked with leading the charge for a more open, tech-savvy government, here shows how we can reshape our government and tackle our most vexing problems, from economic development to affordable healthcare. Drawing on interviews with leaders and building on his firsthand experience, Chopra’s Innovative State is a fascinating look at how to be smart, do more with less, and reshape American government for the twenty-first century.”
Website: http://www.innovativestate.com/
 

You Are Here


you are here: “Every day for the next year, we will make a map of a city in which we have lived.
Each of these maps will be an aggregation of thousands of microstories, tracing the narratives of our collective experience. We will make maps of the little things that make up life — from the trees we hug, to the places where we crashed our bikes, to the benches where we fell in love.
Over time, we will grow this to 100 different maps of 100 different cities, creating an atlas of human experience.
We hope that by showing these stories, we empower people to make their city — and therefore the world — a more beautiful place.

You Are Here is a project of the Social Computing Group at the MIT Media Lab.

MAPS: https://web.archive.org/web/http://youarehere.cc/#/maps “

Open Data Could Unlock $230 Billion In Energy-Efficiency Savings


Jeff McMahon at Forbes: “Energy-efficiency startups just need access to existing data—on electricity usage, housing characteristics, renovations and financing—to unlock hundreds of billions of dollars in savings, two founders of  startups said in Chicago Tuesday.
“One of the big barriers to scaling energy efficiency is the lack of data in the market,” said Andy Frank of Sealed, a startup that encourages efficiency improvements by guaranteeing homeowners a lower bill than they’re paying now.
In a forum hosted by the Energy Policy Institute at Chicago, Frank and Matt Gee, founder of Effortless Energy, advocated an open-energy-data warehouse that would collect anonymized data from utilities, cities, contractors, and financiers, to make the data available for research, government, and industry.
“There needs to be some sort of entity that organizes all this information and has it in some sort of standard format,” said Gee, whose startup pays for home improvements up front and then splits the savings with investors and the homeowner.
According to Gee, the current $9.5 billion energy-efficiency market operates without data on the actual savings it produces for homeowners. He outlined the current market like this:

  1. A regulatory body, usually a public utility commission, mandates that a utility spend money on efficiency.
  2. The utility passes on the cost to customers through an efficiency surcharge (this is how the $9.5 billion is raised).
  3. The utility hires a program implementer.
  4. The program implementer sends auditors to customer homes.
  5. Potential savings from improvements like new insulation or new appliances are estimated based on models.
  6. Those modeled estimates determine what the contractor can do in the home.
  7. The modeled estimates determine what financing is available.

In some cases, utilities will hire consultants to estimate the savings generated from these improvements. California utilities spend $40 million a year estimating savings, Gee said, but actual savings are neither verified nor integrated in the process.
“Nowhere in this process do actual savings enter,” Gee said. “They don’t drive anyone’s incentives, which is just absolutely astounding, right? The opportunity here is that energy efficiency actually pays for itself. It should be something that’s self-financed.”
For that to happen, the market needs reliable information on how much energy is currently being wasted and how much is saved by improvements….”