Sweden is paying people to fix their belongings instead of throwing them away

To combat its”throwaway consumer culture’, Sweden has announced tax breaks on repairs to clothes, bicycles, fridges and washing machines. On bikes and clothes, VAT has been reduced from 25% to 12% and on white goods consumers can claim back income tax due on the person doing the work.

The incentives are intended to reduce the environmental impact of the things Swedes buy. The country has ambitious targets to reduce greenhouse gas emissions but has found that the impact of consumer choices is actually increasing.

The scheme is expected to cost the state some $54 million in lost taxes, which will be more than outweighed by income from a new tax on harmful chemicals in white goods. Moreover, Sweden’s economy is growing strongly and the government has an $800 million budget surplus.

Bright Thought of the Day

I’m reading Evolved Enterprise – How to Re-think, Re-imagine, and Re-invent Your Business by Yanik Silver and just saw this quote. 
It’s so perfect for a concept I’ve been teaching for the last decade:

The Real Power Comes from Putting Others in the Spotlight

I work with influencers, entrepreneurs, and authors who want to make a difference in the world. They don’t mind getting well known but mostly want to take the stage (or the social media equivalent) not for the fame, it’s where they think it’s best to share. 
I’m good at getting them on that stage… though after working with hundreds of these people, I realized that helping them put others on the stage was even more effective.
We move from seeking the limelight to putting the limelight on others. The guy behind the spotlight gets to choose where to shine it. His boss can install multiple spotlights.
There’s more to this for another day. I’ve got to get back to this great book.

Man-Made Rainbow Trapped Inside This Gallery Is Made Of 1000s Of Colored Threads

The Great Gallery of Toledo Museum of Art, Ohio, is usually filled with classic art pieces that date back decades and even hundreds of years back. But now it’s been refreshed by this gorgeous man-made rainbow placed right in the middle of it.

The artist behind it is Gabriel Dawe, a Mexican-born creator who specializes in mixed media and installations made out of colored threads which look like light beams bouncing around confined spaces. The one below is his most recent installation called Plexus no. 35, which will be decorating the Toledo Museum of Art’s Great Gallery until January 22nd, 2017.

For more amazing thread installations head over to Gabriel’s website.

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This article originally appeared at: http://www.boredpanda.com/thread-rainbow-installation-plexus-35-gabriel-dawe/

Blockchain technology is coming to the solar panels on your roof

Where there’s a market with creaking infrastructure to be disrupted, blockchain technology will disrupt it. At least that’s what some proponents of blockchain tech, which shares many of the same principles underpinning bitcoin, are hoping to do with the energy sector.

While blockchain tech has taken high-finance by storm, with advocates touting it for everything from remittances to replacing securities clearinghouses, it has been slow to gain adoption beyond money men. That’s starting to change, as advocates in other industries begin to eye their own legacy software systems and wonder why those, too, can’t be enhanced or replaced with a shiny, new, cryptographically secured, blockchain.

One proponent from the energy world is Stefan Grosjean, founder of Smappee, a Belgian company offering energy meters for the home. Grosjean didn’t start Smappee with blockchain tech in mind—it was supposed to be a way for consumers to track their energy usage in more detail, making it easier to save money. Over 100,000 Smappee meters have been sold since it was founded in 2012, the company says.

Now Grosjean is hoping to ride surging interest in both solar energy and blockchain tech. Two-thirds of Smappee’s users have solar panels, which they can now use to earn a cryptocurrency called SolarCoin.

SolarCoin is an “altcoin” in crypto parlance—just one of the many cryptocurrencies that compete for the attention of the market. It’s tiny relative to bitcoin: All the SolarCoin in circulation is worth about $2 million, compared to the $11.8 billion that all the bitcoin in the world is worth.

Like many altcoins, and like bitcoin itself, SolarCoin is an open-source project. It’s administered by a volunteer group called the SolarCoin Foundation. The project’s goal is to motivate people to generate solar energy by rewarding them with SolarCoins, a spin on how bitcoin incentivizes miners to commit processing power to the network by rewarding them with bitcoins for each block of transactions mined. Each SolarCoin is worth however much the market decides it’s worth, and there are several exchanges that allow coins to be traded.

One megawatt hour of energy generated by solar panels can be redeemed for one SolarCoin. These SolarCoins can in turn be traded on crypto-markets for other liquid digital currencies like bitcoin (including its rival ether) or US dollars.

SolarCoins aren’t worth very much right now. Each coin trades for a fraction of a bitcoin, translating to just $0.60 a coin in dollar terms. One bitcoin currently trades for upwards of $730. So why would anyone bother with this scheme? The answer, as with many things blockchain, lies in network effects.

Grosjean talks about how an enterprising user could install solar panels abroad, in places with high “solar resource” potential, like some African countries. “You could install solar panels in Africa and get electricity deducted in my home here in Belgium,” he says.

There is also a local opportunity for blockchain tech and energy. Since the production of renewable energy depends on the vagaries of the weather, some of it goes to waste. A blockchain could thus allow consumers to trade the tokens they earn from generating energy with one another; if one home has produced too much solar energy, it could sell it on to a neighbor in the form of digital tokens.

Firms like LO3 in New York are already building these “microgrids” and experimenting with adding a blockchain to the mix as well. “Being able to exchange information and pricing, and to do settlement almost in real-time allows us to match demand with generation,” Grosjean says. “This is the key thing in the renewable energy landscape. You can’t program the wind and the sun.”

Grosjean and Smappee aren’t alone in thinking that a world of decentralized power sources calls for a decentralized grid linked by a blockchain. Firms like RWE, one of Germany’s largest electricity producers, are also experimenting with the technology. It has developed a pilot using Ethereum smart contracts to manage billing for electric car charging stations, for instance.

Carsten Stöcker leads blockchain work at Innogy, the consulting offshoot of RWE. He talks about an “energy transition” where renewables form a larger part of a grid’s power sources. A decentralized transaction layer in the form of a blockchain would handle that transition smoothly, he says. “With the blockchain, this can all be kind of built in a machine-to-machine-economy way,” he says.

Not everyone is as sanguine about blockchain technology’s prospects on the grid. Toby Coppel is a founder of Mosaic Ventures, a venture capital firm in London that has invested in some of the highest-profile bitcoin and blockchain companies on the scene.

While Coppel thinks blockchain tech should be a natural fit for the energy business, he hasn’t seen it gain much traction. “Blockchain tech makes sense due to the highly decentralized and distributed nature of the end-producers,” he says. But he admits: “I am afraid I have seen very little of interest in the energy space.”

Blockchain continues to capture the imagination of usually languid industries—whether it’s securities settlement or energy transportation. Executives like Stöcker remain bullish, with plans to move out of the lab and involve “real customers” next year.

It’s clear that blockchain technology, in one form or another, will be with us for the foreseeable future.

Read full story

Patient data API pivotal to DeepMind’s push into UK’s NHS

DeepMind Health’s inaugural collaboration with the U.K.’s National Health Service (NHS), initially focused on building an app for helping early detection of Acute Kidney Injury (AKI), was relaunched earlier today — under a new information-sharing agreement with the Royal Free NHS Trust, and a broader scope for the collaboration.

The agreement lasts until at least 2021.

Under the arrangement, patient identifiable data (PID, aka people’s medical records) continues to be shared across a wide range of data types for some 1.6 million+ individuals who are being treated or have been treated at the Royal Free’s three London hospitals (five years of historical in-patient data is also made accessible under the arrangement).

The types of data being shared under ISA 1 and 2 (aka the legal contracts that set out how the data can be used) are described as “similar” by DeepMind — and a spokesman confirmed that patient data shared under the original arrangement has therefore not been deleted (given that they view it as a continuation of the same arrangement). The relevant section of ISA 2, detailing the data types being shared, can be found at the bottom of this post.

There are some notable additions to the project at this point — such as a plan to create a technical audit infrastructure to track and log individual access to patient data, and an explicit commitment in the ISA that Google will not use the PID for any other purpose, nor combine it with other data, nor sell data to third parties. (Although one legal expert we contacted was less reassured, noting for example there is no explicit bar on Google conducting marketing on the data.)

But buried at the bottom of the PR announcing the forthcoming roll-out of the Streams app in Royal Free hospitals in early 2017 is a major new facet to the collaboration: a plan to develop a data-sharing access infrastructure for the Royal Free, aka a FHIR (fast healthcare interoperability resources) API.

Noting this new development project in passing on the Streams website, DeepMind writes:

In time, we hope that [Streams] can help unlock the next wave of innovation in the NHS. The infrastructure that powers Streams is built on state-of-the-art open and interoperable standards (known as FHIR) allowing the Royal Free to have other developers build new services that integrate more easily with their systems.

More detail is provided in an FAQ further down the page — where it becomes clear the Streams AKI app is really just the initial showcase for the underlying data access and streaming infrastructure DeepMind is intending to create to facilitate/broker access to NHS patient data, via its API, with the aim of powering a third-party health app ecosystem.

Here DeepMind writes:

Currently, [patients’ complete medical history] information exists across several different hospital systems that don’t talk to each other as efficiently as they could, which has a knock-on effect on patient care. Streams will help bring that information together and allow doctors to access it securely and instantly on smartphones when they need it. But to make this happen, Streams and those systems need to use a shared computer language.

We have committed to building our infrastructure on open and interoperable standards, namely the FHIR API (Fast Healthcare Interoperability Resources Application Programming Interface) that many others across the sector have agreed will be a new standard in health tech. Not only will this ensure the data we process is in a modern infrastructure, but it will help to develop common information processing standards that other technologists and clinicians can also use to build their apps and other software which will improve patient care (subject to those third parties seeking all the appropriate approvals).

The first mention of the FHIR on the Streams website was earlier today — when DeepMind also added this explainer infographic of the intended infrastructure …

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More at TechCrunch

5 TED Talks Every Business Owner Needs to Watch

When you’re running a small business, the last thing you need is to waste time watching videos online. That is, unless those videos might help your bottom line.

In the days leading up to Small Business Saturday, the shopping holiday that encourages people to shop or dine at local independent businesses, entrepreneurs should take the time to re-examine their hiring strategies, set better goals, and create engaging social media campaigns.

Here are five innovative TED talks that can help.

On hiring the right talent

If you’re about to hire a candidate with an Ivy league education, a perfect resume, and a glowing recommendation, pause for a moment. The person described is “the Silver Spoon,” a candidate seemingly destined for success. But, as UPS human resources VP Regina Hartley asks in this TED talk, “If your whole life has been engineered toward success, how will you handle the tough times?”

In the hiring process, it’s easy to overlook what Hartley calls “the Scrapper,” the candidate whose experiences read like a patchwork quilt. “Take this resume,” Hartley says to the audience. “This guy’s parents give him up for adoption. He never finishes college. He job-hops quite a bit, goes on a sojourn to India for a year, and to top it off, he has dyslexia. Would you hire this guy?”

She then reveals: “His name is Steve Jobs.”

On leading a team through change

Reorganizations don’t have to result in chaos. Organizational change expert Jim Hemerling says leaders need to be directive when leading their staff through a time of change and ensure everyone is on the same page. “In order to capture the hearts and minds of people, you also need to be inclusive,” he says. The business landscape is constantly evolving, and Hemerling discusses five imperatives company leaders need to navigate it effectively.

On creating a social media strategy

Reddit co-founder Alexis Ohanian tells the story of how he used social media to get people to care about whales even though the majority of them were not whale lovers. His bottom line? Be genuine, be honest, and don’t be afraid to lose control of your campaign. In fact, the key to a successful social media campaign requires you to relinquish control so the messaging does not come from the top down. Instead, Ohanian explains how staying true to your company’s brand can turn a small social media campaign into an Internet sensation.

On losing control of your brand

Now that we’ve discussed what could happen when you lose control over a social media campaign, let’s talk about losing control of your entire reputation. Though it might be a tough pill to swallow for an entrepreneur who has worked long and hard to build a reputable brand, marketing expert Tim Leberecht says you’re bound to lose control because you’ve never really been in control in the first place. “What happens on Wall Street no longer stays on Wall Street,” he says. “What happens in Vegas ends up on YouTube. Reputations are volatile. Loyalties are fickle.” In this 6-minute TED Talk, Leberecht explains how losing control can help companies recalibrate their values.

On building a business that lasts

Strategist Martin Reeves says there’s one statistic that will keep every entrepreneur up at night: The 32% chance that your company will not be around in five years. In this compelling TED Talk, Reeves explains how founders can build a dynamic and resilient business that lasts 100 years.

This article originally appeared at: http://fortune.com/2016/11/22/ted-talks-small-business/?xid=entrepreneur

Giving Patients an Active Role in Their Health Care

As payment and care delivery models shift in the United States from episodic, fee-for-service care toward population health and value-based reimbursement, health care leaders are focused more than ever on patient engagement as a key to driving down costs and improving outcomes. And yet, as so many of us know who have attempted to manage our own care or tend to sick family members, the U.S. health care system rarely feels like it’s been set up to help us succeed.

What’s needed is a fundamental redesign of the patient’s role — from that of a passive recipient of care to an active participant charged with defined responsibilities, equipped to dispatch them, and accountable for the results. In other words, we need to view the patient’s role as a job and then design that job in such a way as to drive the best health outcomes possible.

The Patient’s “Burden of Treatment”

Patient advocates and others who have studied the U.S. health care system have catalogued the degree of “unpaid,” and unsupported, work patients take on in service of their own care. The average, low-risk patient must follow up on referrals to specialists, fill and manage medications, and comply with physical therapy and other regimes. With legacy, pre-internet software systems still the norm in most hospital environments, patients also become unpaid couriers, shuttling critical health data from one provider to the next.

According to a 2015 survey on the patient experience, nearly 30% of patients physically carry x-rays, test results, and other critical health data from one provider’s office to the next. And 55% say their medical history is missing or incomplete when they visit their doctor.

For patients who suffer from chronic or complex conditions, as a Mayo Clinic paper recently argued, the “burden of treatment” must be shouldered alongside the “burden of illness.” A 2012 study cited by the study’s authors estimated that the self-management of a chronic illness demands, on average, two hours of patient work each day — work that is often poorly supported, stressful, and frustrating in nature.

For all the articles advocating for “patient-centered care,” this is the change that we ultimately must be willing to make: Rather than having patients as passive recipients of care, they must be active producers of their care, in partnership and coordination with physicians and clinical staff. So what are the requirements for getting to that end state?

Account for Patient Work Across the Full Care Journey

First, we need to acknowledge and account for all the patient work that now goes unrecognized and unsupported. This means grappling with the complexity of tasks patients take on as they seek care across an ever-expanding number of settings — work that varies widely depending on acuity level, disease state, demographics, insurance type, socioeconomic conditions, and so on.

For years, hospitals and medical groups, looking to move the needle on patient satisfaction, have focused largely on managing and optimizing isolated episodes of care. CAHPS surveys, for example, which serve as the industry standard for measuring the patient experience, focus on patient satisfaction with individual encounters within a single institution.

But the way we access and experience care has changed. Where we used to have a lifelong relationship with a family doctor, we now switch doctors frequently due to scheduling issues, changes in insurance coverage, and other factors. We’re also more likely to seek care outside the walls of health systems or the boundaries of specific networks — whether it be through urgent care visits, virtual consults, or alternative therapies. And we know that much of what affects our health, for better or worse, happens between visits. Who is accountable for measuring the patient experience over time and across all of these disparate care settings?

As we shift toward population health, with provider reimbursements tied directly to improved outcomes, we need to move from managing episodes of care to managing the entire patient journey across the full ecosystem of care. The patient journey becomes the operational backdrop against which patients, physicians, and other staff and caregivers must play their respective parts.

Intentionally Design the Patient’s Job into the System

If the patient is to have a job in the care-delivery process, we must apply the same principles of intentional work design to their jobs as we do to those of physicians and clinical staff. In a recent Physician Leadership and Engagement Survey conducted by athenahealth with 2,000 doctors, we found that only 20% of doctors surveyed reported high levels of engagement in their jobs. Those who were highly engaged, however, pointed to a few key drivers: trust in leadership and the system, open communication and feedback, and an operationally effective work environment that allows them to deliver high-quality patient care. It’s not a stretch to suggest that patients would be engaged and motivated by the same drivers.

We know from classic management theory (e.g., the work of J. Richard Hackman and Greg R. Oldham) applied and tested in other service-industry contexts what good job design looks like. Well-designed jobs, for example, give individuals a clearly defined role to play with sufficient autonomy and regular performance feedback built in. This not only allows people to execute tasks effectively but also gives them a sense of meaning and satisfaction in their work by seeing the connection between their efforts and outcomes.

In contrast to this ideal work scenario, the roles and responsibilities of patients currently are almost never clearly defined or fully supported. Patients routinely take on frustrating tasks, such as the transfer of vital information from one provider to another, that technology should be designed to handle. They struggle to get access to the information they need to tend to their own care, and get little feedback or satisfaction from seeing their actions move the needle on results. For patients to be satisfied with care, motivated to play their part, attentive to required screenings, and compliant with care, they need the support of a system designed to help them do their jobs effectively.

Support the Patient through Network-Enabled Technology

Saying that the patient has a job to do does not in any way suggest that patients must shoulder the burden of their responsibilities unsupported. Technology is the key enabler of patients’ success, providing the information, visibility, and feedback they need to do their jobs.

So what does this look like? As part of its research and development efforts around population health management, athenahealth has begun the work of mapping out a series of patient journeys tied to distinct patient types. The goal is to understand all the key points of engagement that are needed in order to support the patient before, during, and between visits. Naturally, the patient journey and points of engagement look very different for a healthy 28-year-old than they do for a 55-year-old smoker with diabetes and hypertension. But both have jobs to do that can only be done effectively with the support of surrounding technology.

For example, data aggregated from a multitude of sources — from electronic health records to insurance data — can be used to paint a complete picture of the patient. Smart scheduling systems and patient portals help patients access care on demand. Reminders via text and other modes help the patient arrive on time and prepared. Open data exchange allows personal health information to travel from one provider or encounter to the next so the patient isn’t playing courier.

For high-risk patients, wearable devices and care management apps help them stay compliant and connected to care teams 24/7. Technology can’t do patients’ job for them. They still need to embrace behavior change and take accountability for their own care. But it can make their job easier to do, more likely to be effective, and more satisfying and rewarding.

It’s widely accepted that we will never realize the goals of health care’s Triple Aim — reducing costs, improving the health of populations, and improving the patient experience — without putting patients at the center of their care. To do this effectively, however, health care leaders must do more than retool old mission statements or retrain physicians and frontline staff. They will need to reorient their thinking to acknowledge the critical job of the patient, design it thoughtfully into new operational frameworks, and invest in the networked technology required to support it all. Only when patients, physicians, and staff are all working together, fully engaged and enabled to do what each does best, will we achieve the clinical and financial outcomes we are all aiming for.

Len Schlesinger is Baker Foundation Professor of Business Administration at Harvard Business School. He previously served as the 12th president of Babson College and the vice chairman and chief  operating officer Limited Brands (now L Brands). He is the coauthor of What Great Service Leaders Know and Do.

John Fox is executive director of content at athenahealth and editorial director of athenaInsight, a data-driven web magazine about healthcare. He is the author of The Ball: Discovering the Object of the Game.

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Tesla powers a whole island with solar to show off its energy chops

Tesla completed its $2.6 billion acquisition of SolarCity this week, and, to celebrate, the company has announced a major solar energy project: wiring up the whole island of Ta’u in American Samoa. Previously, the island ran on diesel generators, but over the past year Tesla has installed a microgrid of solar energy panels and batteries that will supply “nearly 100 percent” of power needs for Ta’u’s 600 residents.

The project seems intended to show off the potential benefits of the SolarCity acquisition, with Ta’u’s microgrid comprised of 5,328 solar panels from SolarCity and Tesla, along with 60 Tesla Powerpacks batteries for storage. But buying SolarCity remains a risky move for Tesla, with the purchase including billions of dollars of debt for a company that’s far from profitable (SolarCity spends $6 for every $1 it makes in sales). Nevertheless, Tesla CEO Elon Musk describes the acquisition as “blindingly obvious” — a necessary step in his so-called “Master Plan” to integrate clean energy generation and storage.

The project in Ta’u shows the benefit of this. It was funded by American Samoan and US authorities (including the Department of Interior), and Tesla says it will offset the island’s use of more than 109,500 gallons of diesel per year, as well as the expense of shipping that fuel in. (That’s the amount of fuel used by one generator; the island has three of these in case one breaks, but most of the time only one is in use.) “Factoring in the escalating cost of fuel, along with transporting such mass quantities to the small island, the financial impact is substantial,” said Tesla in a blog post.

The microgrid will allow the island to stay fully powered for three days without sunlight, and its capacity will recharge fully in seven hours. Local businesses, along with essential services like the hospital, police, and fire stations, will all use solar power “This project will help lessen the carbon footprint of the world,” local resident Keith Ahsoon said in a Tesla blog post. “Living on an island, you experience global warming firsthand. Beach erosions and other noticeable changes are a part of life here. It’s a serious problem, and this project will hopefully set a good example for everyone else to follow.”

This article originally appeared at: http://www.theverge.com/2016/11/22/13712750/tesla-microgrid-tau-samoa

Platio turns sidewalks into solar collectors

Platio is a new company from Hungary dedicated to putting solar panels just about everywhere. They’re starting with sidewalks.

Founded by a team of engineers and architects the system uses solid solar panels overlaid on plastic backing that ensures the panels won’t break when stepped on or rolled over and that each panel connects with the next securely. Imre Sziszák is a mechanical engineer who created the injection-molded bases while Miklós Ilyés and József Cseh worked to ensure that the panels look great and work properly.

They’ve raised $70,000 for the project so far and they’ve sold 150 square meters of solar tile for their pilot projects.

The product is recycled out of plastic waste and they click together like Lego. Electric wires inside the panels connect seamlessly as well, ensuring you can place them and forget them.

“The founders are childhood friends and environmentally friendly technology enthusiasts,” said Sziszák. “Two years ago, as all us happened to move to Budapest we started hang out again and realized as having expertise in very various fields we work together efficiently. We started this project two years ago, and founded our company a year ago.”

The project is still a bit pie-in-the-sky but I saw the actual product at the Smart City Expo and the team is already shipping product to pilot customers. It’s a fascinating effort to generate free energy and reduce waste at the same time and, as the team writes, it’s an “alternative to the depressing regular concrete paving elements.”

This article originally appeared at: https://techcrunch.com/2016/11/22/platio-turns-sidewalks-into-a-solar-collectors/