The Multibillion-Dollar Potential Of Social Innovation

Societies worldwide are facing changes on a monumental scale. We are already experiencing the consequences of aging populations, digitization and climate change. The emergence of artificial intelligence and advanced automation technologies, as well as the ability to manipulate the human genome will have a comparable impact. Will we be able to rise to the challenges these changes pose and convert them into opportunities for the benefit of humanity? The answer to this question depends largely on how adaptable our societal systems are.

Social entrepreneurs can and do contribute to this transformation in important ways. Take breast cancer – a disease that kills more than 40,000 women each year in the United States alone – as an example: Discovering Hands, a social enterprise in Germany, has found that specially trained, blind women are able to discover tiny tumors in breast tissue using only the touch of their hands. This allows for earlier detection of breast cancer, thereby increasing the chances of survival for patients and reducing the cost of treatment. More than 20 health insurance companies in Germany already cover this screening service. Thus, the social enterprise does not only add value through a new health service but has also created a new, meaningful occupation for blind women.

The faster societies adopt such innovations and make prevention the focus of their health care systems, the better they will be able to address the needs of an aging population without uncontrollable cost increases. This principle applies to other spheres, too: the faster we manage to transition to a circular economy, the better we will be able to handle climate change. And the faster we create an education system that enables young people to become active shapers of society, the better we will be able to respond to digitization.

Social ventures like Discovering Hands focus on increasing life expectancy and creating jobs for blind women, but these innovations also make sense economically. In a recently published joint study, the social entrepreneurship network Ashoka and management consulting firm McKinsey find that if early breast cancer detection in the style of Discovering Hands was the norm, it would save society between EUR 80 and EUR 160 million per year in Germany alone. Similar examples can be found in the education system: the social venture Apeiros helps schools reduce absenteeism by looking at early warning signs and coordinating better with other administrative bodies. If these processes were institutionalized, the costs for dealing with extreme truants would be reduced by EUR 900 million per year. In the US, this number would be closer to $4 billion.

If even small changes to a system can have such a large impact, then why are they so hard to implement? Some critical self-reflection is in order: many social entrepreneurs lack the right strategy to collaborate successfully with health insurance companies or government agencies. Their self-perception as heroic saviors can also be a problem: those who believe they can change a social system on their own will have a hard time finding supporters and building alliances.

That said, there are also structures and decision makers in government, foundations and other public or private institutions that can make change unnecessarily difficult. A somewhat unexpected culprit is the current donor culture. Funding from foundations and public sources tends to go to direct relief projects, that is to those working directly with people affected by a specific problem. Those who want to achieve systemic change, however, will need resources to build networks, share knowledge and shape political decisions.

Besides funding, a willingness to experiment is another scarce resource. Most public agencies require long and complex approval processes before social innovations can even be tested on an institutional level. In some cases, a collaboration is not possible at all unless the social venture is recognized as charitable. To solve this challenge, “sand boxes” and budgets earmarked for experimentation would be helpful.

Source: Ashoka