Saturday, 30 June 2018

Public-sector digitization: The trillion-dollar challenge

The full benefits of digitization could be huge, but to realize them, governments need to tackle the factors that make many e-government efforts fall short of their promise.
Citizens and businesses now expect government information to be readily available online, easy to find and understand, and at low or no cost. Governments have many reasons to meet these expectations by investing in a comprehensive public-sector digital transformation. Our analysis suggests that capturing the full potential of govern­ment digitization could free up to $1 trillion annually in economic value worldwide, through improved cost and operational performance. Shared services, greater collaboration and inte­gra­tion, improved fraud management, and productivity enhancements enable system-wide efficiencies. At a time of increasing budgetary pressures, governments at national, regional, and local levels cannot afford to miss out on those savings.
Indeed, governments around the world are doing their best to meet citizen demand and capture benefits. More than 130 countries have online services. For example, Estonia’s 1.3 million residents can use electronic identification cards to vote, pay taxes, and access more than 160 services online, from unemployment benefits to property registration. Turkey’s Social Aid Infor­ma­tion System has consolidated multiple government data sources into one system to provide citizens with better access and faster decisions on its various aid programs. The United Kingdom’s gov.uk site serves as a one-stop information hub for all government departments. Such online services also provide greater access for rural populations, improve quality of life for those with physical infirmities, and offer options for those whose work and lifestyle demands don’t conform to typical daytime office hours.
However, despite all the progress made, most governments are far from capturing the full benefits of digitization. To do so, they need to take their digital transformations deeper, beyond the provision of online services through e-government portals, into the broader business of government itself. That means looking for opportunities to improve productivity, collabo­ration, scale, process efficiency, and innovation.

The public-sector challenge

Digital transformations require changes, to both processes and IT systems, that are more challenging to implement in the public sector than in the private sector. A joint study by McKinsey and Oxford University found that public-sector IT projects requiring business change were six times more likely to experience cost overruns and 20 percent more likely to run over schedule than such projects in the private sector.1
The public sector must cope with additional management issues, including multiple agencies, a range of organizational mandates and constit­uencies, longer appropriations timelines, and the challenge of maintaining strategic continuity even as political administrations change.
Therefore, it is important that private-sector companies supporting public IT transformations understand that the public sector operates in a different context. For example, it can be challeng­ing to set a specific target, build consensus, align on a leadership structure, secure funding, and meet implementation timelines.
Similarly, when systems and data are owned by different departments and functions, on a range of platforms and with differing taxonomies and access requirements, it can be difficult to invest at scale and generate sufficient economies. Silos, fragmentation, and the absence of a central owner for nationwide IT infrastructure and common components can make it hard to connect the internal “plumbing” to create a seamless experience for the end user, be it a government worker, a business user, an average citizen, or another intergovernmental office. It doesn’t make the task easier when the complexity of large-scale digital projects requires specialized skills and expertise that come at a high price and are often in short supply. In consequence, many e-government efforts fall short of their promise.

Achieving comprehensive public digitization

While digital transformation in the public sector is particularly challenging, a number of successful government initiatives show that by translating private-sector best practices into the public context it is possible to achieve broader and deeper public-sector digitization. Each of the six most important levers is best described by success stories.
1. Win government-wide and agency-deep commitment to specific digital targets. The launch of gov.uk in 2012 marked the creation of one of the most accessible digital-government services in the world. Its success in providing citizens, businesses, and government users with accurate, streamlined, and comprehensive services is the result of strong central leadership and implementation provided by the UK’s Government Digital Service. This unit of the government’s Cabinet Office was charged with overseeing the country’s digital strategy and implementing the transformation of its service provisioning to what it described as “digital by default.”2By including seasoned digital leaders from different public departments, the Government Digital Service gained the needed experience and expertise, as well as the buy-in of those departments. A clear mandate helped steer the implementation and build awareness.
The unit worked to sustain momentum for the sometimes-challenging change efforts by being as transparent as possible. It published its strategy, scheduled targets for each department, and reported performance against those targets frequently. According to government estimates, gov.uk saved £42 million in government spending within a year of its launch. In October 2013, it had, for the first time, two million visits in one day.3
2. Establish government-wide coordination of IT investments. To better coordinate large-scale IT projects across the government and generate cost efficiencies, Denmark established IT Projektraad, a digitization council reporting to the Ministry of Finance, to function as its central IT steering group. The agency’s goal is to ensure that the benefits and gains targeted in a project’s business case are realized. This has allowed it to apply a test-and-learn approach, using pilot projects to ensure investments are effective and then bringing lessons learned to other agencies. To that end, the digitization agency requires government institutions to adhere to specific methodologies and guidelines when planning their IT investments. It also develops and shares best practices, conducts risk evaluations for projects over a certain cost threshold, participates in project reviews, and helps oversee the government’s IT project pipeline. Such central oversight has helped the Danish government reduce unnecessary investments, enforce common standards, and build greater project synergies.
3. Redesign processes with the end user in mind. In 2011, the Netherlands released i-NUP, its government-wide implementation agenda for e-government services, to prioritize citizen- or user-centered design by boosting convenience and trimming red tape. One of the implementation rules, for instance, states, “We do not pose superfluous questions. Data included in one of the basic registrations will not be asked for again.”4Under the plan, municipalities would serve as “citizens’ desks” and be the first line of contact to field or refer questions, supported by a website, customer-contact center, and central phone number. As of 2014, most municipalities are connected to a single access number.
The plan called for a similar overhaul of the country’s government-to-business services. To make that happen, the Dutch launched a comprehensive digital-infrastructure project led by the national digital-governance agency, Logius. The project steering group included central and local governments and public IT agencies. Together, using world-class stan­dards, they defined the technical specifications for the 13 central databases involved and their interconnections. They also created a government-wide dashboard to highlight project status and risks and used conferences and social media to disseminate and refine key lessons with public-sector IT managers around the country. As a result of these initiatives, physical visits to municipalities and government offices have decreased significantly. For example, the number of visits to Rotterdam municipality offices decreased by around 50 percent from 2010 to 2013.
4. Hire and nurture the right talent. Digital transformations call for specialized skills that are in high demand and therefore increasingly hard to come by. Government organizations often struggle to compete for such talent, since the private sector frequently can offer higher wages, a more entrepreneurial culture, and more clearly defined career paths. However, a few governments have found ways to attract or nurture IT talent for their digital projects. In South Korea, for instance, a significant portion of government IT infrastructure is centralized in a few data centers providing numerous e-government services to citizens. The size and breadth of these centers make it possible to offer IT staff engaging career paths with the chance, for example, to improve a variety of online services while tackling the challenges of managing a large-scale data center. In the United Kingdom, the government actively seeks to attract talented individuals from the private sector by offering fast-track career opportunities for high performers. For example, the government CIO and the head of digital services spent most of their careers in the private sector. In addition, high-performing graduates are offered fast promotion opportunities in various government-service areas, including IT.
5. Use big data and analytics to improve decision making. The US government has been one of the most active in leveraging data to support government decision making. In 2009, it gave open data a legal and privacy framework that led to the creation of data.gov, a repository of government tools, resources, and information on anything from energy and science to global development and health. In all, more than 85,000 data sets are available to help businesses and private citizens conduct research, develop web and mobile apps, and create design visualizations. To populate data troves, government departments were required to identify and share their most valuable data. Competitions, such as Apps for America and Apps for Democracy, have been organized to attract talented developers to build applications that use government data.
6. Protect critical infrastructure and confidential data. Data security has become a top national-security issue. In 2013, the World Economic Forum identified cyberattacks and critical-systems failure as two of the most dangerous global risks. Beyond financial losses, cyberattacks may pose serious reputation risks for companies and governments.
Governments can protect critical infrastructure and confidential data through several initiatives. For example, most major developed economies have created a national cybersecurity strategy in the past five years. They are also developing information-sharing mechanisms to detect and respond to cyberthreats more quickly. One example is the UK Fusion Cell, which brings experts from government and the private sector together in an information-sharing and threat-analysis hub.

Regardless of where a public-sector organization is in its digitization journey, these six lessons can help as it starts, scales, or evaluates its program. The stakes are high. When digital public-sector transformations succeed, citizens and businesses will benefit from better access, and governments can operate more nimbly and achieve substantial savings.

16 real-world digital transformation success stories



Companies are increasingly launching digital initiatives to expand or build digital capabilities aimed at business efficiency or top-line revenue growth. And as digital transformation success stories emerge, the trend is gaining steam.
IDC estimates that all 40 percent of all technology spending will go toward digital transformations, with enterprises spending in excess of $2 trillion in 2019. “IT leaders who have not fundamentally changed their organizations to focus on digital will find that their business colleagues will turn to outsourcing to handle development needs,” says Joseph Pucciarelli, an IT executive adviser at IDC.
Going digital on such a broad scale requires CIOs to tackle change managementand other challenges. Committing to digital often requires CIOs to partner with business peers more closely to achieve desired business outcomes — a striking change in its own right.
Indeed, a Gartner survey shows that 95 percent of 3,160 CIOs expect their jobs to change or be remixed due to digitalization. Respondents believe that the two biggest transformations in the CIO role will be the need to become a change leader, followed by increased and broader responsibilities and capabilities. Moreover, technology trends such as cybersecurity and artificial intelligence (AI) will significantly change how CIOs do their jobs in the near future.


The stakes are high. Leading digital companies generate better gross margins, better earnings and better net income than organizations in the bottom quarter of digital adopters, according to Harvard Business School. Leaders post a three-year average gross margin of 55 percent, compared to just 37 percent for digital laggards.
CIO.com checked in on 16 digital transformations underway at some of the world’s leading brands. Following are snapshots of their digital initiatives in progress.

Armstrong World Industries

When CIO Dawn Kirchner-King joined Armstrong World Industries in 2015, IT was an order-taking organization for the 150-year-old manufacturer of ceilings. IT was also a "black-hole cost center," in which business leaders didn’t know what they were getting for their money, Kirchner-King tells CIO.com.


Kirchner-King quickly adopted lean and agile principles espoused by Armstrong's manufacturing teams. She convened daily stand-up meetings with IT staff and business process leaders. The meetings provided a "sense of urgency we had not had before," and transparency for the business, who could see how their money was being spent, she says. This, in turn, made the business more comfortable in communicating their critical needs.


"With this transparency came a level of trust in what we’re doing," Kirchner-King says.
As for the technical projects, Kirchner-King upgraded ERP financial applications to the latest version of SAP, improved and extended a Salesforce.com CRM suite to Asia and Europe and migrated travel management to Concur. Customers will also note a new website. "Agile really brought speed and urgency to those projects," Kirchner-King says.
Kirchner-King says she re-allocated savings associated with the move to lean and agile to cybersecurity and other critical projects. IT is now exploring analytics to help Armstrong anticipate quality issues with its manufacturing processes, which generate 5,000 data points on details such as ceiling tile quality and thickness.

Putnam Investments

Putnam Investments CIO Sumedh Mehta says that CEO Bob Reynolds asked him for a business plan for technology that could help improve performance for the provider of mutual funds, institutional investment strategies and retirement services.
Mehta encouraged his business partners to ask for solutions they need, such as tools they could use to research and generate financial insights for Putnam's financial advisors. Mehta added "Facebook-like" collaboration tools to foster communication between IT and the business, as well as Google-like enterprise search capabilities and other tools to better automate workflow.
Projects underway include retiring legacy applications, migrating applications to the cloud and investments in data analytics. Putnam also established a data science center of excellence to explore machine learning technologies that help generate business insights for and about clients. Underpinning all of these moves is a broader shift toward agile in which IT and business build software in two-week cycles.
Mehta says the efforts have stimulated interest from business partners who are willing to embrace new ways of working. "By creating this level of change, we had a stronger engagement with our business folks because they were hungry to see what we worked on the night before," Mehta tells CIO.com. "Companies that embrace that change will become the digital companies of the future."

USCIS

When Mark Schwartz took the helm as CIO of the U.S. Citizenship and Immigration Service (USCIS) in 2010, he revamped IT around agile, DevOps and human-centered design principles.


Eschewing the government’s one-contractor-to-rule-them-all model, Schwartz brought in vendors to compete for UCSIS’ business, a model he called Flexible Agile Development Services (FADS). High performers were permitted to add more teams, says Schwartz, who counted contractors' ability to collaborate with other vendors as part of the assessment criteria.
"The results were phenomenal," Schwartz says, adding that the teams embraced the challenge and shipped code more quickly. Schwartz also moved significant portions of the agency's IT systems to Amazon Web Services, including the organization's E-Verify application. "We went cloud-first on everything," says Schwartz, who in late 2017 joined AWS as an enterprise strategist.
Schwartz says he hopes USCIS and other government agencies institutionalize best practices so that tech "SWAT teams" don't have to come in from Silicon Valley to save the day, as so many did in 2014 when health care exchanges failed. "We need agencies to try to do the right thing and share best practices and I hope that continues with other agencies trying it," Schwartz says.

Sprint

If you've ever wondered what digital transformation looks like at a telecommunications carrier, look no further than Sprint. The telco, under pressure from large rivals such as Verizon and AT&T and in merger talks with T-Mobile, is reinvesting in technology after years of significant cost reduction, says CIO Scott Rice, who is leading the charge. The focus is largely around analyzing data to improve the customer experience.
Sprint is using Elastic Stack open-source software to churn through 50 terabytes of data generated by logs, databases, emails and other sources to gauge the performance of Sprint.com. That data helps IT staff determine where glitches are impeding Sprint’s ability to facilitate transactions, ranging from basic browsing, to phone purchases, to upgrades consumers are trying to complete online. Analyzing bugs and other delays helps Sprint determine when and why a customer is abandoning a transaction. Previously, each application team monitored its own software performance, creating large data silos that couldn't be leveraged to bolster performance, Rice says. “It’s a redesigned [customer] journey based on data,” Rice adds.
Sprint has also created a Hadoop-based data lake to analyze customer data, in an effort to improve the way it recommends products to consumers. For example, a 10-year user of Android phones will get Android phone offers. "It's about building a breadth of information about you and your relationship with us,” Rice says. Sprint’s transformation is continuing across all aspects of the business and the “IT organization is right in the middle of every transformation project," Rice says, adding that he is moving most of the organization to agile development conducted in small, self-directed teams to improve software delivery.

Town of Cary, N.C.

You might not associate the term “digital transformation” with a municipality but Town of Cary, N.C., CIO Nicole Raimundo is trying to create a slice of Silicon Valley in the south. She’s eliminating more than 100 disparate legacy applications the town uses to operate, including work orders, permits and onboarding, in favor of Salesforce.com. “I embarked on a platform strategy that would enable us to very quickly get quick wins,” Raimundo tells CIO.com. The platform, which includes field service, IT service management, marketing and collaboration tools, is intended to help Raimundo get a 360-degree view of Cary’s citizens, including utilities payments, parks and recreation class registration and other details.
Raimundo and her staff of 30 also built a “skill,” essentially a small app for Amazon Echo that will allow citizens to start the process of opening up work orders and other tools without using the phone to initiate such business processes. And, recognizing that people increasingly wish to facilitate transactions through messaging tools, she is also exploring the use of chatbots to let citizens initiate processes with town departments through their phones. “Our goal is to meet our citizens where they are,” she says. Also afoot: internet of things, including smart lighting, smart parking and smart recycling on the town’s municipal campus, which she says serves as a sort of innovation lab for emerging digital tools.
As part of this big culture shift, Raimundo has also created open workspaces and has employed agile and design thinking processes to propel minimum viable products. The Town of Cary has also hosted hackathons, ideally to lure talent from the local Research Triangle Park, which includes Red Hat, Cisco Systems, IBM, Microsoft and other top tech vendors. “Those are drivers to bring in the talent we want,” she says.

Xylem

CIO Nicholas Colisto has his hands full at Xylem. The maker of water management solutions includes five business units that have added several disparate systems over time. “The business was having trouble making [technology] decisions because they were so fragmented,” Colisto says.
Colisto’s staff has spent the past several years consolidating legacy IT systems in favor of a single platform focused on fostering customer engagement, operational efficiency and growth. The Xylem Integrated System (XIS), or Xylem One, as it’s also known, leverages social, mobile, IoT, analytics and other tools in a service-oriented architecture to help connect employees with customers. XIS helped the company generate over $30 million of net value in 2016. “We created a business operating platform,” Colisto says.
In 2018, IT will continue to execute initiatives across all priorities, but there will be more emphasis on business simplification efforts to better establish a continuous improvement culture, Colisto says. This will include a Global Business Services (GBS) unit designed to provide a new service delivery model and roadmap for savings through process improvements, standard technology platforms and robotic process automation (RPA).

StubHub

When CIO Marty Boos joined StubHub five-plus years ago the ticket retailer’s infrastructure was struggling to handle the sheer volume of a business that processes thousands of ticket transactions daily for concerts and sporting events. Leveraging Linux servers and technology from VMware, Akamai and Oracle, Boos built a private cloud that scales elastically. To better support global transactions in the wake of StubHub’s purchase of Ticketbis, Boos is close to picking a public cloud vendor to process payments locally in 44 countries worldwide. “We’re going to use that to get the transaction closer to the consumer,” Boos says.
The private but soon-to-be hybrid cloud supports several customer-facing initiatives. With more than 50 percent of StubHub’s traffic funneling in from mobile devices, Boos’ team is enabling sellers to use their phone to take a picture of tickets and post them online. The IT department is also working with business development teams to add music and other content to reimagine StubHub.com as more of a destination website, and mulling how to enable groups of Facebook friends to purchase and pay each other for tickets. “A lot of what we’re doing is making discovery and planning processes easier for customers,” Boos says.

HD Supply

Frank Olszewksi is preparing for the day when the construction industry finds itself “Uber-ized” and “Airbnb-ed” by digital trends in service delivery. To prepare for that day the HD Supply CTO has shifted a virtualized and software-defined data center into a co-location facility (so he doesn’t have to manage data centers) where the hypervisors and container technologies are programmable. That is, Olszewski’s engineers can shift, spin up and wind down compute resources by clicking a few buttons.'
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Olszewski says that this construct, combined with customer-facing mobile technologies will prepare HD Supply’s maintenance staff and field service agents to take pictures of parts with their smartphones, which query the company’s back-end systems to find out what fulfillment center they are located in. Ideally, this will enable HD Supply to provide same-day delivery to its customers. In the future, Olszewksi says that HD Supply may rent others’ distribution centers “Airbnb” style, as needed. “I need to be ready to handle these workloads, six or 12 months from now,” Olszewski says. “We will test, investigate and play with a few things.”

JetBlue

At JetBlue, CIO Eash Sundaram has deployed high-speed internet and streaming, mobile payments, and other tools to improve passengers’ experiences. Earlier this year the company launched JetBlue Technology Ventures (JTV) to invest in startups seeking to bring to the travel market machine learning and analytics as well as new approaches to customer service. Think of it as another channel for innovation. "If you just pile everything into the mothership, things don't move as fast as you want them to move," says Sundaram, who has also set his sights on near field communication as a replacement for self-service kiosks and check-in desks.
For a deeper look at JetBlue’s digital transformation, see: “JetBlue CIO drives innovation through IT’s ‘toolkit’.”

Domino’s

Domino’s Pizza has incorporated capabilities to allow consumers to place orders from any computing device. The company's AnyWhere platform allows you to place orders through smartphones, smartwatches and smart TVs, by entering orders into the Domino’s website, and by tweeting and texting emojis. “Choice drives our whole mobile and digital platform,” Domino’s CIO Kevin Vasconi tells CIO.com. “Millennials love that.” Domino's current challenge? Getting Dom, its voice-activated virtual assistant, to understand and facilitate all of the different ways people order food through speech.
For more about Domino’s digital transformation, see “Why Dominos' virtual assistant struggles to understand your orders.”

Target

Target's digital journey has suffered through its fits and starts and a devastating data breach in 2013 didn't help matters. To help jumpstart its digital transformation, the retailer hired CIO Mike McNamara from Tesco, where he had led several digital initiatives for the U.K. grocery chain. McNamara spent much of 2016 flipping the software development model from outsourced to insourced and spearheading custom software development, including new supply-chain applications to better align inventory availability with consumer demands.
Check out “Target CIO adds custom apps, fresh talent to fortify supply chain” for more about Target’s digital transformation.

Wal-Mart

Like Target, Wal-Mart has been refashioning its software stack as a custom platform, which includes a new search engine and several cloud applications. Based on OpenStack, Wal-Mart's new ecommerce platform is designed to help the retailer compete better with the OpenStack cloud platform. In fact, open source is a huge part of Wal-Mart's digital transformation. The group earlier this year launched OneOps, a platform that lets programmers test and switch among different cloud providers, a crucial benefit as companies embrace hybrid cloud models.
For more on Wal-Mart’s digital transformation journey, see: “How Wal-Mart enables ‘innersource’ with GitHub.”

Capital One

Capital One has built a huge banking and credit card business thanks to solid customer service, with a major assist from digital capabilities. Its mobile banking app was among the first to support Apple's TouchID biometric software. In 2016, the bank was the first to enable voice-activated financial service transactions via Amazon.com's Alexa virtual assistant. Now CIO Rob Alexander is overseeing a major shift to devops to facilitate faster software creation. “Winners in banking are going to be the ones that recognize that technology is really going to play a central role in how consumers want to bank in the future,” Alexander tells CIO.com. “We’ve got to be great at building software.”
Check out “Capital One shifts to DevOps to keep pace with customers” for an inside look at Capital One’s digital transformation.

CVS

Pharmaceutical retailers are rarely mistaken for digital innovators. CVS Health is trying to change that by consolidating its websites and mobile applications. It later hired CDO Brian Tilzer to lead the company's digital strategy but rather than whine and lament what many in his position view as a threat, CVS CIO Stephen Gold welcomed the addition to the executive suite. To that end, Tilzer and Gold opened a digital innovation lab in Boston in 2015. Early projects, including digital prescription and insurance card scanning and integration with Apple Watch, have come to fruition. The company also integrated technology from startup Curbside into a mobile app that lets shoppers order and pick up products in front of a CVS store. Gold says the innovation team’s remit is to fail fast. “Part of the output of innovating is going to be things that don’t work and that’s fine as long as you discover that early in the process as opposed to late in the process,” Gold says.
For more about CVS’ digital transformation journey, see “Customers' digital behavior drives CIOs to partner with CDOs, CMOs.”

Walgreens

CVS’ chief rival Walgreens has been steadily transforming its business as well, with CIO Abhi Dhar assuming the reins of the company’s digital strategy in 2015. With what he describes as a “maniancal focus on customers,” Dhar has redesigned the company’s mobile app to allow consumers to manage their medication schedules from their Apple Watches and enabled Balance Rewards members to earn and redeem points using Apple Pay. 
Check out “Walgreens CIO starts with the customer and works backward” for more on Walgreens’ digital transformation.

Subway

Subway’s transformation is only in its infancy but CIO Carman Wenkoff is leaving little to chance. He’s hiring more than 150 technology, marketing and operational professionals to help overhaul the company’s mobile app and redesign the sandwich chain’s stores for the future, including self-service kiosks and other capabilities. Wenkoff this summer also tacked on the title of CDO, which he says will help bring coherence to the business strategy.

10 social projects using digital technology for good

At White Fuse, we are constantly impressed by the sheer breadth of creative social projects out there that use digital technology for good. It’s exciting that there are so many initiatives using digital technology to bring about change, providing access to skills, knowledge, employment, health expertise and other services. We thought we’d share the top 10 examples we've come across through our work building charity websites

 1. Ushahidi

Ushahidi (meaning testimony in Swahili) is a nonprofit tech company that develops free and open source software for information collection, visualisation and interactive mapping. Their first website was developed to map reports of violence in Kenya during the post-election crisis in 2008 and was designed for citizen journalists. Their software has since been used all around the world.
They’re also branching out into hardware with Brck, a backup generator to the internet designed for countries with poor digital infrastructure.

 2. Avaaz

Avaaz launched in 2007 with a simple democratic mission: organize citizens of all nations to close the gap between the world we have and the world most people everywhere want.
“Avaaz is only five years old, but has exploded to become the globe’s largest and most powerful online activist network.” - The Guardian
Campaign wins include saving fin whales from butchery, stopping mass Maasai evictions, securing safety in the UK for half the Afghan translators employed by the British Army, and getting 75 retail giants to sign an enforceable worker safety plan following the Bangladeshi garment factory collapse in May 2013.
Avaaz

 3. M-Pesa

M-Pesa is a mobile-based money transfer and microfinancing system operated by the two largest mobile network operators in Kenya and Tanzania. It’s currently the most developed mobile payment system in the world and brings banking to millions previously unable to access it. Over 50% of the adult population in Kenya uses the service to send money, receive money from far-flung relatives, and pay for services.

 4. Zooniverse

The Zooniverse is home to the internet’s largest, most popular and most successful citizen science projects. It started with a single project, Galaxy Zoo in July 2007 and now provides a valuable free learning resource, viewed by thousands of people worldwide.
10 projects using digital technology for positive social impact - 

 5. Coding Academy at Khan Academy

Since 2006 the Khan Academy, founded by Salman Khan, has provided free video lectures on subjects such as maths, biology and history. They have recently introduced computer programming lectures which are more interactive (following demands by critics that the lectures are not experiential enough). Khan is planning on rolling out more products for educators, for free, which is a big deal. Some are saying its such a big deal that (along with Jimmy Wales, founder of Wikipedia), he’s changing the very economics of education.

 6. Broadband for the Rural North

As a Northerner please allow me a cheeky plug. Despite occasional initiatives from our (thoroughly Southern) government, regional inequality persists. Happily, there are some initiatives taking this into their own hands. Broadband 4 Rural North (B4RN) is an innovative community-led project to bring high-speed broadband internet connectivity to domestic and business properties in rural Lancashire, functioning as an internet service provider. Much of the labour to dig trenches was supplied by local volunteers, rewarded with shares or a chance to get a connection to their families or businesses.

 7. Academic Earth

Academic Earth believes everyone deserves access to a world-class education, and offer free online courses from the world’s top universities to achieve this. 
Here's a video they made about bitcoin.
(or a lesson in Mongolian throat singing, if that's more your thing.)

 8. Pennies

Google Global Impact Challenge WinnerPennies, gives consumers the option to donate a few pennies of electronic change with a single click, bringing back the habit of dropping coins into a charity box. Over three years Pennies is planning on establishing a mobile channel to expand its services, and to raise £7 million for UK charities. Imagine that in pennies...

 9. Connect Teaching by War Child

In 2012 War Child launched a project aimed at improving the quality of teaching and children’s learning in South Sudan. Teachers are provided with tablets with up-to-date lessons, scholastic packages and exercises that were not dependent on internet connectivity. On a monthly basis, these tablets are updated by supervisors, who also train teachers to make their lessons child-centred, participatory and inclusive. While many digital learning projects require regular internet access, this approach recognises the lack of digital infrastructure and is therefore replicable in many other places worldwide.

10. StreetBank

StreetBank is an online network of people who share stuff with their neighbours. According to Carrie Lloyd, blogging in the Huffington Post, Streetbank is “possibly the only social network site that actually makes us sociable”. In 2012 Streetbank was awarded funding of £45,000 by Nesta and they currently have 23,000 users.
What are your favourites? Let us know in the comments below.
Inspired to do something yourself? Read more about how to start a charity. 

Friday, 29 June 2018

Digitization opens up growth opportunities for the insurance industry

Development in the 21st century is moving at lightning speed, primarily due to digitization. Technological advancements have radically changed the way industries function, and the multimillion-dollar insurance industry is no exception. As technology has gained a solid footing in the world of insurance, market opportunities in the industry have grown fourfold, making digitization the most lucrative option.
The insurance industry is improving its multiple layers of operating channels through digital tools and technology, and is venturing into smarter and faster approaches through technological upgradation. Digital innovation is not only creating more efficient channels for underwriting, policy processing, customer service and claims management, but is also identifying fraud. Fair pricing and transparency have reached new heights.
Digital insurance has an edge over traditional insurance due to its efficiency and effectiveness. Technological advancements have a substantial impact on insurers’ revenue and costs. Studies show that insurers that have implemented technology in their operations and are seeing marked increases in revenue due to lower policy administration costs and claims payouts. Industry analyses indicate that digitization would to a large extent reduce the cost potentials of multiple components, like net claims, loss adjustment expenses, acquisition costs, underwriting and policy administration costs in the coming years. For example, with digitization net claims, which constitute more than 50% of an insurer’s total operating expenses, will go down by 15%-20%, three to five years down the line.
Technologies implemented by the insurance industry such as digital sales, the Internet of Things, advanced analytics and machine learning in risk management are having a positive effect on insurers’ operations. We believe the following key technologies will accelerate industry growth:
  • Transformation of physical channels: A fair share of physical activities – such as policy purchases, claims, renewals, servicing and payments – will be digitized in the near future.
  • Algorithmic approach to risk management: Insurance companies are moving towards implementation of real-time algorithmic computing technologies to make decisions about policyholders. Risk management is not only about forecasting risk anymore; it also involves managing and mitigating risk in real time. Insurers are using continuous algorithmic analysis for risk management through data streaming. They also use sophisticated algorithms to track consumer loyalty and sales opportunities.
  • Internet of Things (IoT) in insurance: Insurers are increasingly focusing on the IoT as a major source of data streaming. The IoT includes
    • Wearable or personal technology (fit-tech)
    • Location-based sensors (including smart thermostats)
    • Sensors on objects (which measure distance, speed and frequency of travel of personal and commercial vehicles and shipping containers) and
    • Geographic Information Systems (GIS; these provide geographical, hydrological and climatological data)
  • Advanced analytics and machine learning: These processes help insurers to get crucial insight into customer preferences. Machine learning makes insurers’ information systems adapt swiftly to new data, without the need for re-programming. Insurers use machine learning for policy underwriting, pricing products and claims management
These technologies share a common feature – practical relevance. Many insurers have already included these technologies in their value chains, and we expect them to be freely accessible in the next five years.
Multiple factors drive demand for digitization in the insurance industry. The main one is millennials’ demand for convenience as they wish to have the same level of accessibility, for example, as in online retailing, travel booking and banking. They require information and services on mobile applications and websites, increasing demand for digital content. The emergence of fully automatic cars is also making digitization an indispensable option for insurers, who need to capture new data related to such vehicles, to analyze and to take pre-emptive measures in response to regulatory pressures. Automotive insurance would also need to soon adapt to driverless vehicles, a completely new concept.
Amid this push for digitization, insurers should look beyond technological modification and innovate newer and better ways of serving the customer, with support from skilled employees motivated to work in a digital milieu.
Moody’s Analytics Knowledge Services’ Corporates and Consulting team regularly studies and analyzes trends in this multibillion-dollar industry, to help clients identify such trends and improve their growth curves.
Sources: Case Study by Bain & Google, Industry Reports by Mckinsey, i-Scoop, Multiple News Articles

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