The HE corpus contains 10,117 occurrences of the concept innovation.
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Refresh the website if the graphics are not shownInnovation occurs mostly in documents published in Europe, followed by North America, Asia, Africa and Oceania with comparatively smaller contributions. Overall, the top five contributors in terms of occurrences are IGO, NGO, NGO_Fed, Net and State organisations.
IGO documents provide the greatest number of occurrences, primarily from general documents published in Europe. Occurrences from NGO, NGO_Fed, Net and State were mostly obtained from activity reports published in Europe.
is a/an
area
process
objective
result
often risky investment
can be categorised by
age
value
scale
origin
field/sector
area of focus
humanitarian objective
has three main types
technological innovation, which
has an enormous impact on humanitarian work
drives change
can prevent disaster
requires adaptation
can merit scepticism
humanitarian innovation, which
helps improve outcomes
allows cutting edge work
has an ethical dimension
can be pragmatic
can focus on immediate needs
requires evaluation
requires participation
social innovation, which
is contrasted with technological innovation
focuses on behaviours, relationships & perspectives
is pursued by
humanitarian organisations
private industry
governments
affected populations
results in three types of humanitarian contributions
establishing methodologies
providing resources
inventing technologies
requires
cooperation & partnership
platforms, labs & other infrastructure
special funding
failure and the willingness to fail
creative staff & culture
self-assessment
sharing knowledge
participation from affected populations
new technologies
problem recognition
has attitudinal barriers
has infrastructural barriers
has communication barriers
has financial barriers
has deployment barriers
has consequences, which can
worsen conditions
create new challenges
require adaptation
require new expertise
Apart from one explicit, objective definition, most definitional contexts for innovation generally consist of valuations and partial descriptions. Definitional contexts, generally from European and North American Activity Reports, give innovation several meanings, as seen in the contexts below and in Categorisation.
The explicit definition includes innovations as a type of product, perhaps the most typical usage and the only one that accepts the plural form. Other usages refer to innovation in more abstracted ways, e.g., as a process.
Innovation is “an idea, practice, or object that is perceived as new by the individual or other unit of adaption” (Rogers, 2003). From this definition, innovation is relative. The Humanitarian Innovation Fund (HIF), which supports the identification and sharing of solutions to the challenges facing effective humanitarian assistance, took this definition one step further by including the purpose and outcomes of the innovation, which in turn imply that innovation is a process: “Innovations are dynamic processes which focus on the creation and implementation of new or improved products and services, processes, positions and paradigms. Successful innovations are those that result in improvements in efficiency, effectiveness, quality or social outcomes/impacts” (HIF, 2013a).
Rather than define innovation explicitly, organisations sometimes offer their interpretation of the term with a more personalised tone. In these cases it is often viewed as a process or way of doing things.
To us, innovation means scaling up new solutions from other organisations and developing new solutions ourselves and with partners.
For us, innovation means doing things differently, so they have a greater impact, are more effective, cheaper and more sustainable.
Innovation for us means addressing a social problem with a novel solution that is more effective, more efficient, more sustainable, or simply more fair and then using testing and research to back up our theories.
Some contexts explicitly or implicitly consider innovation as an organisational value and a type of culture that should be promoted.
Towards a culture of innovation in humanitarian agencies The concept of innovation itself, as an organisational aspiration and area of activity, has taken root in the humanitarian system.
Openness and flexibility, just like cross-fertilization and innovation, are part of our DNA.
We are committed to learning and innovation, because it is part of who we are and how we have progressed over the past 20 years.
The categorisation below expands and reformulates explicit definitions and incorporates other definitional contexts. In the humanitarian sphere, the following statements can be made:
innovation is an area of humanitarian operations, seen on par with transparency, accountancy, and impact (AR-2228)
innovation is a continual process regardless of its outcomes: failing to innovate is part of that process ("innovation requires failure" - GD-15)
innovation is an objective or goal that organisations strive for (AR-2121)
innovations are the discrete results or "products" (AR-872) of the above-mentioned processes and objectives
area
area of activity, development
theme
issue
venue for exchanging knowledge
process
complex process
way of thinking
cycle
objective
goal
organisational aspiration, value
factor for success
criterion
result
new idea, practice or object
product of unconventional viewpoints
The most frequently mentioned types of innovation are technological innovation and humanitarian innovation, each with over 200 cases. This is followed by social innovation, with over 100 cases, and various other types, many of which have between 10 and 50 cases. Types are organised below by main characteristic.
age
new innovation
recent innovation
value
successful, effective innovation
important, major, key innovation
promising innovation
scale
small, large innovation
local innovation
regional innovation
systemic innovation
origin
Swedish innovation
military innovation
U.S. global development lab innovation
field/sector
technological, technical, technology innovation
digital innovation
scientific innovation
social innovation
agricultural innovation
medical, health innovation
business innovation
humanitarian innovation
financial innovation
area of focus
process innovation
operational innovation
internal innovation
strategic innovation
practical innovation
institutional innovation
product innovation
program innovation
green innovation
policy innovation
humanitarian objective
innovation in humanitarian action
innovation in humanitarian response
innovation for poverty action
innovation in disaster risk reduction, assessment, management
innovation in measuring inequality
development innovation
social policy innovation
59 contexts were found that offer specific examples of innovations. Over half came from Europe, followed distantly by North America other regions. IGO, NGO and NGO_fed were the highest represented organisation types. Activity Reports contribute the large majority of cases.
To make a wide array of innovations more comparable, they were broadly categorised by the type of contribution being made by the organisation: methodologies, resources, and technologies. While these areas can overlap considerably, this schema shows what innovation usually refers to in the humanitarian context. This sample suggests that
in most cases, organisations innovate by creating and putting into practice new methodologies;
providing resources in a novel way, in the form of knowledge, items, or tools, is also considered an innovation;
inventing new technologies can be supported by or pursued by organisations, although it is less common.
The three contexts below exemplify each category, although there is a wide variety of applications. Follow the link below to see the whole sample.
Method
Fundraising innovations included the launch of chatbots, and instant debits for face-to-face.
(General Document, Europe, IGO, 2017, GD-233)
An application of existing technology to improve a process & its outcomes
Resource
Notable innovations include the provision of voice recorders in cooking areas and safe spaces, for women to use anonymously.
(General Document, Europe, C/B, 2018, GD-146)
Supplying existing technologies to those in need.
Technology
Examples of innovation within our 2017 research portfolio include a project funded by the Humanitarian Innovation Fund, where we researched the application of Moringa leaves as a handwashing product in water- and soap-scarce contexts in Ghana.
(Activity Report, Europe, NGO_Fed, 2017, AR-459)
Research for a new technology.
Technological innovation appears most often in the General Document and Strategy subcorpora, with most cases coming from Europe, despite the highest relative densities being in CCSA, North America, and Africa.
As the most-referenced type of innovation, technological innovation is seen as having an enormous impact on the humanitarian field. External innovations force organisations to adapt, while some organisations hope to invent new technologies and others assist in that process. Technological innovation may offer radical ways to improve conditions for some, yet it is not equally available and can exacerbate problems. See Debates & Controversies for more discussion.
Leaps in technological innovation have been fundamental in the 21st century and education technology innovation continues to evolve. However, innovation in education technology exacerbates the division between the world's learners.
We also hope to spur technological innovation in the water and sanitation fields and to help launch initiatives to encourage changes in hygiene and sanitation practices that would lead to greatly improved health as well as economic and social benefits.
Technological Innovations Appropriate and timely usage of technology can not only help avert disasters but also help to cover the disastrous effects of a calamity.
Recently, there has been growing interest in technological innovation that leaps the paths that developed countries have trodden and the backflow of new technologies that have been demonstrated and commercialized in developing countries to developed countries (reverse innovation).
For example, we're planning to move our core systems to the cloud to make sure we benefit from the security, flexibility and cost savings such services offer, as well as helping us to keep up with the pace of technological innovations .
Although these technologies have been around for three decades and are widely used among humanitarians, several new trends in technological innovations are cause for great excitement, but are also the source of scepticism within the humanitarian community.
Humanitarian innovation has the most cases in General Documents but a relatively high frequency in Strategy. Europe is by far the largest source of cases.
Humanitarian innovation is seen as an important element of this sector, which can help it maintain agency in the face of external innovations and offer new paths forward. The term is defined in S-132 and is often mentioned as a point of discussion in the HE corpus.
Given the nature of the humanitarian sector, this type of innovation has its own unique characteristics and limitations. For one, the ethical dimension of innovation is given priority. Humanitarian innovations may also tend to be highly focused and aim for a certain pragmatism, particularly to solve immediate needs.
The term humanitarian innovation refers to new products, forms of cooperation or other solutions that are measurably better than those that are in use today. Such solutions may lead to improvements in effectiveness or in quality. They may be more sustainable and environmentally friendly or have other positive ripple effects. Innovation and innovative solutions may also reduce costs, and thus help to reduce the humanitarian funding gap.
Defining successful humanitarian innovation : three core criteria We can identify the criteria for successful innovation by reflecting on the value that an innovation process offers across a range of scenarios: The 'ideal' scenario, in which innovation is fully successful and has causally contributed to improvements in humanitarian action. The 'missing middle' scenario, in which an innovation has developed an effective idea for improving humanitarian action but may not have been adopted by many humanitarian organisations. The 'good fail' scenario, in which the original idea turned out to be ineffective or unfeasible, but lessons are generated that can support future successful innovations.
Innovation in humanitarian action has become an important issue for the sector, with new technologies and dynamic ideas changing the way it provides critical assistance to disaster and conflict.
Professor Betts underlined that new areas of humanitarian work require ethical guidance. For example, principles for humanitarian innovation have been part of the World Humanitarian Summit consultations, and this has raised a number of ethical dilemmas. To be ethical, humanitarian innovation has to be for a humanitarian purpose and strengthen the primary relationship in humanitarian response between provider and beneficiaries, without any intermediary.
But in the aftermath of crisis, natural disaster or conflict, finding ways to provide even the most fundamental elements of humanitarian aid often requires extraordinary effort. As a result, humanitarian innovations in the region tend to overcome problems using what is available, mixing low and high technology, importing from other sectors and designing for cost-effectiveness and robustness. This type of "frugal innovation" is increasingly recognized in business and development in West and Central Africa.
There was also agreement on the need to evaluate humanitarian innovations, noting that the need to experiment and take risks was not always conducive with immediate evaluation, but that it was a necessity to prevent unintended harmful consequences and to ensure that new approaches contributed to improved humanitarian outcomes.
These staff guide and carry out humanitarian resilience and response activities, and we need to engage with them to ensure that they can actively participate in the humanitarian innovation agenda.
Much of humanitarian innovation has focused to date on ‘product’ innovation, solutions that solve specific, well-defined problems. The big, high impact challenges are often far more complex, ranging from the multiple factors driving Gender-based Violence to the combinations of elements needed to take innovation to scale.
Social innovation appears in 105 documents, generally Activity Reports, although frequencies are heavily skewed towards a single organisation (documents AR-2315 to AR-2320). Social innovation is contrasted with technological innovation; it focuses more on behaviours, relationships, and perspectives than material invention.
Hivos will change its core process towards promoting social innovation , which entails generating new ideas, approaches and initiatives that will contribute to solving persistent and complex social, cultural, economic and environmental issues.
Innovation has always defined human history, whether by great inventions or social innovations developed over centuries.
ACFID sees social innovation as critical to today's international development and humanitarian response, where its impact and effectiveness is gauged by its contribution to achieving social outcomes.
For Oxfam to achieve change at scale, we need intentional social innovation. This includes: supporting country programs to effectively develop cutting edge programs; exploring alternative models of delivery; focusing on innovation: and building a culture of considered risk-taking to accelerate solutions to the world's most pressing social issues.
The process of innovation in the humanitarian field has characteristics that are identifiable by terms where innovation is used as a modifier. Below are some of the most significant compounds with innovation.
A common attitude in the HE corpus is that innovation requires cooperation between a variety of actors, both within and between organisations. This is borne out in compounds such as innovation cooperation, innovation partnership, and innovation contest.
Through the technological innovation cooperation programs (PROCIs), IICA continued to bolster mutual cooperation among countries of the five regions.
A humanitarian innovation contest was held by the World Humanitarian Summit secretariat ahead of the regional consultation. The innovation contest was for humanitarian projects and initiatives, ongoing or under development, in the Eastern and Southern Africa region that used an innovative approach to improve the efficiency of humanitarian response.
Several compounds reflect the need for innovation to be pushed forward with systems and infrastructure designed for this exact purpose. Building innovation platforms, labs, hubs, and agendas is common to make innovation an earnest organisational objective and to share results. Organisations may build this infrastructure for their own operations, but also to serve local populations in their innovation processes.
Innovation Platform (IP) The IPs are a space for learning and change for individuals and organizations. Five IPs have been established to bring together farmers, traders, food processors, researchers, government officials, etc, to diagnose problems, identify opportunities and explore ways to achieve their goals.
The protection innovation lab is expected to be established in 2018 and will assist in identifying and scaling-up innovative processes to protection challenges.
The means to produce innovations can require sources of funding specifically oriented towards research and development. Such funding may be a necessity especially because innovation is seen as a risky investment.
A dedicated Innovation Fund is financing promising early-stage projects like these, and UNICEF's Global Innovation Centre is expanding the most effective initiatives.
The funding is being invested in programmes across all our change themes and in an Innovation Fund that will enable us to support programmes that are more creative, with potential for high impact but carrying higher risk.
Especially in Activity Reports, organisations describe what they consider are the preconditions of successful innovation. While these are not necessarily universal (see Debates & Controversies), the contexts below offer a broad sense of how organisations approach innovation.
Innovation A key asset of SPARK is its flexibility and creative staff and therefore its ability to innovate.
For Medair, innovation also means nurturing a culture of holistic continuous improvement by empowering our staff to creatively solve problems.
Realistic self-assessment lies at the heart of learning and innovation , both for us as an organisation as well as for conflict stakeholders and actors.
For innovation to occur there must be an open exchange of different ideas and concepts.
Our approach to innovation involves forging partnerships across the private sector and civil society too, as they can bring ideas welltested in other situations.
Innovation involves cooperation, the private sector, and listening to affected people.
By contrast, in the humanitarian sector, funding originates primarily from government donors, with a different set of incentives and low tolerance for risk – a serious handicap, given that, in the words of one private sector interviewee, 'innovation requires failure'.
The most successful innovations usually begin when a problem or challenge is recognized, defined and articulated.
Technological advances have not only transformed work; they are also engines for new forms of creativity and innovation .
Out of innovation's sibling concepts, impact may be one of the most significant to the humanitarian field. There is the sense that innovation results in and can even "multiply" impact.
We want innovation to multiply our impact and we will invest in innovation and research.
criteria
impact potential, collaboration
transparency, accountancy, governance, impact
themes
quality, transparency, growth, fundraising
areas
capacity building, technological development
goals
scale, impact
organisational values
openness, flexibility, cross-fertilization
learning
issues
climate change, sustainable development goals
ways of thinking
creativity, critical thinking, problem solving, decision-making, learning
Frequent words that accompany a term are known as collocates. A given term and its collocates form collocations. These can be extracted automatically based on statistics and curated manually to explore interactions with concepts.
Comparisons over time between organisation types with the greatest number of hits (IGO, NGO, NGO_Fed, Net and State organisations) may prove to be meaningful. Below is an histogram for the top yearly collocation for each of the five organisations with the greatest contribution as well as across all organisation types.
Collocational data for Innovation was found to be scarce. Across all 5 organisation types analysed, only 4 top collocates were obtained:
HIF (Humanitarian Innovation Fund)
technology
technological; and
systemic
IGO documents generated technological as top collocate in 2013.
NGO documents generated HIF as top collocate in 2017 with the highest overall score. Other top NGO collocates include creativity and technological.
NGO_Fed documents generated systemic as top collocate in 2011. Other top NGO_Fed collocates include creativity and technological.
Net documents generated HIF as top collocate for 2010.
State documents generated entrepreneurship as top collocate for 2014.
Organisation subcorpora present unique and shared collocations with other organisation types. Unique collocations allow to discover what a particular organisation type says about innovation that others do not.
IGO documents feature the following top ten unique collocates:
competitiveness
intellectual
diffusion
prize
productivity
stream
leverage
high-threat
foreword
catalyse
NGO documents feature the following top ten unique collocates:
volume
continuity
vaccine
potentiate
distinction
disruptive
ADRRN (Asian Disaster Reduction and Response Network)
mediterranean
philanthropy
CIGI (Centre for International Governance Innovation)
NGO_Fed documents feature the following top ten unique collocates:
systemic
EWB (Engineers Without Borders)
agility
georgetown
maternal
atrium
incubate
horizon
problem-solve
PPA (Programme Partnership Arrangement)
Net documents feature the following top ten unique collocates:
DEPP (Disasters and Emergencies Preparedness Programme)
luck
ALNAP (Active Learning Network for Accountability and Performance)
masterclass
catalyze
localisation
GFDRR (Global Facility for Disaster Risk Reduction)
DRM (Disaster Risk Reduction)
interviewee
well-design
State documents feature the following top ten unique collocates:
FTIF (Fiscal Transparency Innovation Fund)
high-impact
sophistication
stifle
taskforce
emerging
UAE (United Arab Emirates)
measurable
producer
Norway
Shared collocations allow to discover matching elements with organisations who discuss innovation. These constitute intersections between subcorpora.
Top collocates shared by 2 organisation types are:
experimentation
TLMTI (The Leprosy Mission Trust India) (NGO_Fed + IGO)
spur (NGO_Fed + NGO)
scaling (NGO_Fed + NGO)
industrialization (State + IGO)
ELRHA (Enhancing Learning and Research for Humanitarian Assistance) (NGO+ Net)
creative (NGO + IGO)
risk-taking (NGO + IGO)
accelerate (NGO + IGO)
pipeline (State + NGO)
Top collocates shared by 3 organisation types are:
creativity (NGO_Fed + NGO + IGO)
HIF (NGO_Fed + NGO + Net)
entrepreneurship (State+ NGO + IGO)
stimulate (NGO_Fed + NGO + IGO)
scientific (State+ NGO + IGO)
harness (NGO_Fed + NGO + IGO)
embrace (NGO_Fed + NGO + IGO)
green (State+ NGO_Fed + IGO)
excellence (NGO_Fed + NGO + IGO)
efficiency (State+ NGO + IGO)
Top collocates shared by 4 organisation types are:
hub (State+ NGO + Net + IGO)
science (State+ NGO + Net + IGO)
learning (NGO_Fed + NGO + Net + IGO)
digital (State + NGO_Fed + NGO + IGO)
idea (NGO_Fed + NGO + Net + IGO)
introduce (State + NGO_Fed + NGO + IGO)
test (State + NGO_Fed + NGO + IGO)
collaboration (State + NGO_Fed + NGO + IGO)
sustainability (State + NGO_Fed + NGO + IGO)
leadership (NGO_Fed + NGO + Net + IGO)
Top collocates shared by 5 organisation types are:
technological (State + NGO_Fed + NGO + Net + IGO)
lab (State + NGO_Fed + NGO + Net + IGO)
technology (State + NGO_Fed + NGO + Net + IGO)
foster (State + NGO_Fed + NGO + Net + IGO)
promising (State + NGO_Fed + NGO + Net + IGO)
innovation (State + NGO_Fed + NGO + Net + IGO)
research (State + NGO_Fed + NGO + Net + IGO)
drive (State + NGO_Fed + NGO + Net + IGO)
knowledge (State + NGO_Fed + NGO + Net + IGO)
research (State + NGO_Fed + NGO + Net + IGO)
The chart below represents the distribution of innovation between 2005 and 2019 in terms of the number of occurrences and relative frequency of occurrences. It also allows you to view the distribution across Regions, Organisations and Document types.
The relative frequency of a concept compares its occurrences in a specific subcorpora (i.e. Year, Region, Organisation Type, Document Type) to its total number of occurrences in the entire HE corpus. This indicates how typical a word is to a specific subcorpus and allows to draw tentative comparisons between subcorpora, e.g. Europe vs Asia or NGO vs IGO. You can read these relative frequencies as follows:
Relative frequency is expressed as a percentage, above or below the total number of occurrences, which are set at 100%. This measure is obtained by dividing the number of occurrences by the relative size of a particular subcorpus.
Under 100%: a word is less frequent in a subcorpus than in the entire corpus. This is means that the word is not typical or specific to a given subcorpus.
100%: a word is as frequent in a subcorpus as it is in the entire corpus.
Over 100%: a word is more frequent in a subcorpus than in the entire corpus. This means that the word in question is typical or specific to a given subcorpus.
As an author, you may be interested in exploring why a concept appears more or less frequently in a given subcorpus. This may be related to the concept's nature, the way humanitarians in a given year, region, organisation type or document type use the concept, or the specific documents in the corpus and subcorpora itself. To manually explore the original corpus data, you can consult each Contexts section where available or the search the corpus itself if needs be.
Occurrences of innovation were highest in 2016. However, this concept obtains the highest relative frequency recorded in 2019 (151%).
Europe generated the greatest number of occurrences and North America provided the highest relative frequency with 115%.
The top 5 organisation types with the highest relative frequency of innovation are WHS, Net, C/B, State and Found.
Activity reports provided the greatest number of occurrences and Strategy generated the highest relative frequency with 261%.
This shows the evolution of innovation and in the vast Google Books corpus, which gives you a general idea of the trajectory of the term in English books between 1950 and 2019. Values are expressed as a percentage of the total corpus instead of occurrences.
Please note that this is not a domain-specific corpus. However, it provides a general overview of and its evolution across domains.
Innovation increases progressively until it reaches its peak in 2019.
Discussion about innovation is most common in European General Documents, with many contexts coming from texts with a special focus on the subject. GD-73 is the single largest source of content, and WHS, C/B, and RC are the most common text types.
Among 57 contexts that speak to issues regarding innovation, many refer to barriers that hamper progress in the humanitarian world. These barriers are roughly categorised below into two phases, innovation development and deployment.
attitudinal barriers
risk aversion in humanitarian activities
rigidity, orthodoxy
oversimplification of conditions
narrow conceptualisation of the term (e.g., only considering technologies invented by powerful private actors)
technocratic approaches
not involving affected populations
infrastructural barriers
centralisation
bureaucracy
traditional control of resources & power
privatisation, intellectual property
siloed responses
communication barriers
lack of partnership among humanitarians
lack of cooperation with military, academia, private sector
poor communication between inventors, investors & adopters
effective promotion of innovations
financial barriers
limited funding
cost
corruption
short-term financing
finding new innovations
comparing untested innovations
unequal access to technology
scaling up results
slow deployment
lack of personnel, expertise
uneven adoption rates
respecting humanitarian principles
ethical dilemmas of testing innovations in crisis response
putting lessons learned into practice
measuring the impact of innovations
Humanitarian innovation is part of a larger conversation about change and improvement; however current incentives are poorly aligned to support innovation in the humanitarian system. Barriers continue to exist due to rigid funding requirements by donors, greater aversion to risk, the ways in which political economy and interests inhibit scaling of proven ideas (like cash programming), and the absence of a consolidated evidence and knowledge base.
The challenges of achieving change
Despite this rapid proliferation of innovation initiatives and funding, innovation has yet to be fully integrated within humanitarian operations. Emerging ideas get stuck at the pilot stage or siloed within a single organisation, unable to achieve scale and impact. In order to change this, it is important to understand where this policy agenda has come from, and to see innovation as part of a wider conversation about strategic change and improvement in the humanitarian system.
First, humanitarian innovation as a broad approach is new to many we have engaged with to date, and feedback suggests that the terminology used in innovation discourse is often inaccessible to national and local NGOs, preventing them from actively adopting these concepts.
Innovators know how their own new techniques have performed, but they lack effective means to inform investors and potential adopters. Investors and adopters may have no reliable way to compare innovations or to learn whether a particular innovation would work under different conditions. This information gap is particularly wide in agriculture, where best practices are location-specific and sustainable productivity growth requires diverse innovations to suit particular environments.
The second largest source of debate surrounding innovation centres on the potential consequences of new technologies and methodologies. This is most striking in the digital privacy concerns and increasing inequality caused by technology gaps that humanitarians have to contend with.
However, it is also important to bear in mind that some innovations may throw up new challenges, for example related to protection, corruption or a lack of digital expertise. One weakness of innovation in the humanitarian sector is that the affected population is rarely involved. Humanitarian innovation is also slowed by short-term financing, limited risk appetite, and weak links between the humanitarian sector and the private sector. This makes it important to promote cooperation on innovation, both between humanitarian organisations and between the humanitarian sector and the private sector.
In tandem with the growth of the humanitarian enterprise in the aftermath of the cold war, predictions about a humanitarian crisis of legitimacy and concerns about the integrity of the key humanitarian principles of neutrality, impartiality, universality and humanity have been cropping up at regular intervals. The embrace of technological innovation presents humanitarians with a new set of challenges to the sanctity of these principles.
Real-time information tracking can be abused. For example, if it becomes possible to follow troop movement or migration patterns in real-time, there is a likelihood that this data could be used irresponsibly. Ethics in humanitarian innovation is a serious issue (Blunt, 2015).
A repeated sentiment is that innovation should not be considered a process exclusive to humanitarians and private global actors. Working with affected populations to cooperatively innovate and implement ideas is considered a priority for successful projects.
It will argue that most true innovation is coming not from aid agencies but from affected populations, who are using communications technology to meet everyday needs, join global networks, transfer money and transform their daily lives.
A significant way in which innovations can reach better results is by giving more dignity and choice to crisis-affected populations.
Lessons and guidelines for promoting innovation are also expounded by several organisations. GD-73 offers the most comprehensive assortment of observations. See the link at the end of this section for the full sample of contexts for Debates & Controversies.
Box 1 Key lessons
[....]
Lesson 2: There were considerable contextual and political barriers to innovation.
Lesson 3: Most of the creativity and novelty present in the response involved tactical adaptations to the context.
Lesson 4: Many ‘visible’ and high-profile innovations had no or little connection to the operational setting.
Lesson 5: Transformative innovations need foresight and preparedness if they are to be brought into responses in an effective and timely manner.
Lesson 6: Resourcing for innovation, although potentially available, was not focused and targeted enough on priority challenges.
Lesson 7: Almost all of the innovation that took place in the response was within specific organisations, rather than across organisations.
Lesson 8: International organisations paid insufficient attention to the role of local organisations and end-users in innovation.
Lesson 9: Innovation needs to be thought about and undertaken in a much more open and democratic fashion than is currently the case.
Lesson 10: Operational humanitarian innovation is still very much a nascent effort.
Innovation processes can often appear weak on efficiency, particularly when they involve the development of new technologies or tools. There are, however, clear best practices that organisations can use to improve the timeliness and thus efficiency of their innovation process. For example, having a clear division of tasks and responsibilities across the innovating team and partners was supportive of an efficient innovation process. Also important are wellplanned pilots that include defined times for collecting and responding to feedback, and that are implemented in a way that is complementary to the standard operating procedures, organisational structures or practices of pilot participants.
Researchers also found that the impacts of innovation are closely associated with the size and density of the social networks in which the smallholders operate, suggesting that the livelihood impacts of innovations are often distributed unequally across regions. This study has contributed to the discourse on how innovation systems perspectives can change conventional views of science that study technology adoption as a linear process (research extension adoption), to one that studies how technological change is embedded within larger, more complex systems of diverse actors, their actions and interactions, and the social and economic institutions that condition their cultures, behaviors, and practices
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