Archive for the ‘development’ Category

(I’ve been blogging a little bit over at MERLTech.org. Here’s a repost.)

It can be overwhelming to get your head around all the different kinds of data and the various approaches to collecting or finding data for development and humanitarian monitoring, evaluation, research and learning (MERL).

Though there are many ways of categorizing data, lately I find myself conceptually organizing data streams into four general buckets when thinking about MERL in the aid and development space:

  1. ‘Traditional’ data. How we’ve been doing things for(pretty much)ever. Researchers, evaluators and/or enumerators are in relative control of the process. They design a specific questionnaire or a data gathering process and go out and collect qualitative or quantitative data; they send out a survey and request feedback; they do focus group discussions or interviews; or they collect data on paper and eventually digitize the data for analysis and decision-making. Increasingly, we’re using digital tools for all of these processes, but they are still quite traditional approaches (and there is nothing wrong with traditional!).
  2. ‘Found’ data.  The Internet, digital data and open data have made it lots easier to find, share, and re-use datasets collected by others, whether this is internally in our own organizations, with partners or just in general. These tend to be datasets collected in traditional ways, such as government or agency data sets. In cases where the datasets are digitized and have proper descriptions, clear provenance, consent has been obtained for use/re-use, and care has been taken to de-identify them, they can eliminate the need to collect the same data over again. Data hubs are springing up that aim to collect and organize these data sets to make them easier to find and use.
  3. ‘Seamless’ data. Development and humanitarian agencies are increasingly using digital applications and platforms in their work — whether bespoke or commercially available ones. Data generated by users of these platforms can provide insights that help answer specific questions about their behaviors, and the data is not limited to quantitative data. This data is normally used to improve applications and platform experiences, interfaces, content, etc. but it can also provide clues into a host of other online and offline behaviors, including knowledge, attitudes, and practices. One cautionary note is that because this data is collected seamlessly, users of these tools and platforms may not realize that they are generating data or understand the degree to which their behaviors are being tracked and used for MERL purposes (even if they’ve checked “I agree” to the terms and conditions). This has big implications for privacy that organizations should think about, especially as new regulations are being developed such a the EU’s General Data Protection Regulations (GDPR). The commercial sector is great at this type of data analysis, but the development set are only just starting to get more sophisticated at it.
  4. ‘Big’ data. In addition to data generated ‘seamlessly’ by platforms and applications, there are also ‘big data’ and data that exists on the Internet that can be ‘harvested’ if one only knows how. The term ‘Big data’ describes the application of analytical techniques to search, aggregate, and cross-reference large data sets in order to develop intelligence and insights. (See this post for a good overview of big data and some of the associated challenges and concerns). Data harvesting is a term used for the process of finding and turning ‘unstructured’ content (message boards, a webpage, a PDF file, Tweets, videos, comments), into ‘semi-structured’ data so that it can then be analyzed. (Estimates are that 90 percent of the data on the Internet exists as unstructured content). Currently, big data seems to be more apt for predictive modeling than for looking backward at how well a program performed or what impact it had. Development and humanitarian organizations (self included) are only just starting to better understand concepts around big data how it might be used for MERL. (This is a useful primer).

Thinking about these four buckets of data can help MERL practitioners to identify data sources and how they might complement one another in a MERL plan. Categorizing them as such can also help to map out how the different kinds of data will be responsibly collected/found/harvested, stored, shared, used, and maintained/ retained/ destroyed. Each type of data also has certain implications in terms of privacy, consent and use/re-use and how it is stored and protected. Planning for the use of different data sources and types can also help organizations choose the data management systems needed and identify the resources, capacities and skill sets required (or needing to be acquired) for modern MERL.

Organizations and evaluators are increasingly comfortable using mobile and/or tablets to do traditional data gathering, but they often are not using ‘found’ datasets. This may be because these datasets are not very ‘find-able,’ because organizations are not creating them, re-using data is not a common practice for them, the data are of questionable quality/integrity, there are no descriptors, or a variety of other reasons.

The use of ‘seamless’ data is something that development and humanitarian agencies might want to get better at. Even though large swaths of the populations that we work with are not yet online, this is changing. And if we are using digital tools and applications in our work, we shouldn’t let that data go to waste if it can help us improve our services or better understand the impact and value of the programs we are implementing. (At the very least, we had better understand what seamless data the tools, applications and platforms we’re using are collecting so that we can manage data privacy and security of our users and ensure they are not being violated by third parties!)

Big data is also new to the development sector, and there may be good reason it is not yet widely used. Many of the populations we are working with are not producing much data — though this is also changing as digital financial services and mobile phone use has become almost universal and the use of smart phones is on the rise. Normally organizations require new knowledge, skills, partnerships and tools to access and use existing big data sets or to do any data harvesting. Some say that big data along with ‘seamless’ data will one day replace our current form of MERL. As artificial intelligence and machine learning advance, who knows… (and it’s not only MERL practitioners who will be out of a job –but that’s a conversation for another time!)

Not every organization needs to be using all four of these kinds of data, but we should at least be aware that they are out there and consider whether they are of use to our MERL efforts, depending on what our programs look like, who we are working with, and what kind of MERL we are tasked with.

I’m curious how other people conceptualize their buckets of data, and where I’ve missed something or defined these buckets erroneously…. Thoughts?


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At the 2016 American Evaluation Association conference, I chaired a session on benefits and challenges with ICTs in Equity-Focused Evaluation. The session frame came from a 2016 paper on the same topic. Panelists Kecia Bertermann from Girl Effect, and Herschel Sanders from RTI added fascinating insights on the methodological challenges to consider when using ICTs for evaluation purposes and discussant Michael Bamberger closed out with critical points based on his 50+ years doing evaluations.

ICTs include a host of technology-based tools, applications, services, and platforms that are overtaking the world. We can think of them in three key areas: technological devices, social media/internet platforms and digital data.

An equity focus evaluation implies ensuring space for the voices of excluded groups and avoiding the traditional top-down approach. It requires:

  • Identifying vulnerable groups
  • Opening up space for them to make their voices heard through channels that are culturally responsive, accessible and safe
  • Ensuring their views are communicated to decision makers

It is believed that ICTs, especially mobile phones, can help with inclusion in the implementation of development and humanitarian programming. Mobile phones are also held up as devices that can allow evaluators to reach isolated or marginalized groups and individuals who are not usually engaged in research and evaluation. Often, however, mobiles only overcome geographic inclusion. Evaluators need to think harder when it comes to other types of exclusion – such as that related to disability, gender, age, political status or views, ethnicity, literacy, or economic status – and we need to consider how these various types of exclusions can combine to exacerbate marginalization (e.g., “intersectionality”).

We are seeing increasing use of ICTs in evaluation of programs aimed at improving equity. Yet these tools also create new challenges. The way we design evaluations and how we apply ICT tools can make all the difference between including new voices and feedback loops or reinforcing existing exclusions or even creating new gaps and exclusions.

Some of the concerns with the use of ICTs in equity- based evaluation include:

Methodological aspects:

  • Are we falling victim to ‘elite capture’ — only hearing from higher educated, comparatively wealthy men, for example? How does that bias our information? How can we offset that bias or triangulate with other data and multi-methods rather than depending only on one tool-based method?
  • Are we relying too heavily on things that we can count or multiple-choice responses because that’s what most of these new ICT tools allow?
  • Are we spending all of our time on a device rather than in communities engaging with people and seeking to understand what’s happening there in person?
  • Is reliance on mobile devices or self-reporting through mobile surveys causing us to miss contextual clues that might help us better interpret the data?
  • Are we falling into the trap of fallacy in numbers – in other words, imagining that because lots of people are saying something, that it’s true for everyone, everywhere?

Organizational aspects:

  • Do digital tools require a costly, up-front investment that some organizations are not able to make?
  • How do fear and resistance to using digital tools impact on data gathering?
  • What kinds of organizational change processes are needed amongst staff or community members to address this?
  • What new skills and capacities are needed?

Ethical aspects:

  • How are researchers and evaluators managing informed consent considering the new challenges to privacy that come with digital data? (Also see: Rethinking Consent in the Digital Age)?
  • Are evaluators and non-profit organizations equipped to keep data safe?
  • Is it possible to anonymize data in the era of big data given the capacity to cross data sets and re-identify people?
  • What new risks might we be creating for community members? To local enumerators? To ourselves as evaluators? (See: Developing and Operationalizing Responsible Data Policies)

Evaluation of Girl Effect’s online platform for girls

Kecia walked us through how Girl Effect has designed an evaluation of an online platform and applications for girls. She spoke of how the online platform itself brings constraints because it only works on feature phones and smart phones, and for this reason it was decided to work with 14-16 year old urban girls in megacities who have access to these types of devices yet still experience multiple vulnerabilities such as gender-based violence and sexual violence, early pregnancy, low levels of school completion, poor health services and lack of reliable health information, and/or low self-esteem and self-confidence.

The big questions for this program include:

  • Is the content reaching the girls that Girl Effect set out to reach?
  • Is the content on the platform contributing to change?

Because the girl users are on the platform, Girl Effect can use features such as polls and surveys for self-reported change. However, because the girls are under 18, there are privacy and security concerns that sometimes limit the extent to which the organization feels comfortable tracking user behavior. In addition, the type of phones that the girls are using and the fact that they may be borrowing others’ phones to access the site adds another level of challenges. This means that Girl Effect must think very carefully about the kind of data that can be gleaned from the site itself, and how valid it is.

The organization is using a knowledge, attitudes and practices (KAP) framework and exploring ways that KAP can be measured through some of the exciting data capture options that come with an online platform. However it’s hard to know if offline behavior is actually shifting, making it important to also gather information that helps read into the self-reported behavior data.

Girl Effect is complementing traditional KAP indicators with web analytics (unique users, repeat visitors, dwell times, bounce rates, ways that users arrive to the site) with push-surveys that go out to users and polls that appear after an article (“Was this information helpful? Was it new to you? Did it change your perceptions? Are you planning to do something different based on this information?”) Proxy indicators are also being developed to help interpret the data. For example, does an increase in frequency of commenting on the site by a particular user have a link with greater self-esteem or self-efficacy?

However, there is only so much that can be gleaned from an online platform when it comes to behavior change, so the organization is complementing the online information with traditional, in-person, qualitative data gathering. The site is helpful there, however, for recruiting users for focus groups and in-depth interviews. Girl Effect wants to explore KAP and online platforms, yet also wants to be careful about making assumptions and using proxy indicators, so the traditional methods are incorporated into the evaluation as a way of triangulating the data. The evaluation approach is a careful balance of security considerations, attention to proxy indicators, digital data and traditional offline methods.

Using SMS surveys for evaluation: Who do they reach?

Herschel took us through a study conducted by RTI (Sanders, Lau, Lombaard, Baker, Eyerman, Thalji) in partnership with TNS about the use of SMS surveys for evaluation. She noted that the rapid growth of mobile phones, particularly in African countries, opens up new possibilities for data collection. There has been an explosion of SMS surveys for national, population-based surveys.

Like most ICT-enabled MERL methods, use of SMS for general population surveys brings both promise:

  • High mobile penetration in many African countries means we can theoretically reach a large segment of the population.
  • These surveys are much faster and less expensive than traditional face-to- face surveys.
  • SMS surveys work on virtually any GSM phone.
  • SMS offers the promise of reach. We can reach a large and geographically dispersed population, including some areas that are excluded from FTF surveys because of security concerns.

And challenges:

  • Coverage: We cannot include illiterate people or those without access to a mobile phone. Also, some sample frames may not include the entire population with mobile phones.
  • Non-response: Response rates are expected to be low for a variety of reasons, including limited network connectivity or electricity; if two or people share a phone, we may not reach all people associated with that phone; people may feel a lack of confidence with technology. These factors might affect certain sub-groups differently, so we might underrepresent the poor, rural areas, or women.
  • Quality of measurement. We only have 160 CHARACTERS for both the question AND THE RESPONSE OPTIONS. Further, an interviewer is not present to clarify any questions.

RTI’s research aimed to answer the question: How representative are general population SMS surveys and are there ways to improve representativeness?

Three core questions were explored via SMS invitations sent in Kenya, Ghana, Nigeria and Uganda:

  • Does the sample frame match the target population?
  • Does non-response have an impact on representativeness?
  • Can we improve quality of data by optimizing SMS designs?

One striking finding was the extent to which response rates may vary by country, Hershel said. In some cases this was affected by agreements in place in each country. Some required a stronger opt-in process. In Kenya and Uganda, where a higher percentage of users had already gone through an opt-in process and had already participated in SMS-based surveys, there was a higher rate of response.


These response rates, especially in Ghana and Nigeria, are noticeably low, and the impact of the low response rates in Nigeria and Ghana is evident in the data. In Nigeria, where researchers compared the SMS survey results against the face-to-face data, there was a clear skew away from older females, towards those with a higher level of education and who are full-time employed.

Additionally, 14% of the face-to-face sample, filtered on mobile users, had a post-secondary education, whereas in the SMS data this figure is 60%.

Additionally, Compared to face-to-face data, SMS respondents were:

  • More likely to have more than 1 SIM card
  • Less likely to share a SIM card
  • More likely to be aware of and use the Internet.

This sketches a portrait of a more technological savvy respondent in the SMS surveys, said Herschel.


The team also explored incentives and found that a higher incentive had no meaningful impact, but adding reminders to the design of the SMS survey process helped achieve a wider slice of the sample and a more diverse profile.

Response order effects were explored along with issues related to questionnaire designers trying to pack as much as possible onto the screen rather than asking yes/no questions. Hershel highlighted that that when multiple-choice options were given, 76% of SMS survey respondents only gave 1 response compared to 12% for the face-to-face data.

screen-shot-2016-11-03-at-2-23-53-pmLastly, the research found no meaningful difference in response rate between a survey with 8 questions and one with 16 questions, she said. This may go against common convention which dictates that “the shorter, the better” for an SMS survey. There was no observable break off rate based on survey length, giving confidence that longer surveys may be possible via SMS than initially thought.

Hershel noted that some conclusions can be drawn:

  • SMS excels for rapid response (e.g., Ebola)
  • SMS surveys have substantial non-response errors
  • SMS surveys overrepresent

These errors mean SMS cannot replace face-to-face surveys … yet. However, we can optimize SMS survey design now by:

  • Using reminders during data collection
  • Be aware of response order effects. So we need to randomize substantive response options to avoid bias.
  • Not using “select all that apply” questions. It’s ok to have longer surveys.

However, she also noted that the landscape is rapidly changing and so future research may shed light on changing reactions as familiarity with SMS and greater access grow.

Summarizing the opportunities and challenges with ICTs in Equity-Focused Evaluation

Finally we heard some considerations from Michael, who said that people often get so excited about possibilities for ICT in monitoring, evaluation, research and learning that they neglect to address the challenges. He applauded Girl Effect and RTI for their careful thinking about the strengths and weaknesses in the methods they are using. “It’s very unusual to see the type of rigor shown in these two examples,” he said.

Michael commented that a clear message from both presenters and from other literature and experiences is the need for mixed methods. Some things can be done on a phone, but not all things. “When the data collection is remote, you can’t observe the context. For example, if it’s a teenage girl answering the voice or SMS survey, is the mother-in-law sitting there listening or watching? What are the contextual clues you are missing out on? In a face-to-face context an evaluator can see if someone is telling the girl how to respond.”

Additionally,“no survey framework will cover everyone,” he said. “There may be children who are not registered on the school attendance list that is being used to identify survey respondents. What about immigrants who are hiding from sight out of fear and not registered by the government?” He cautioned evaluators to not forget about folks in the community who are totally missed out and skipped over, and how the use of new technology could make that problem even greater.

Another point Michael raised is that communicating through technology channels creates a different behavior dynamic. One is not better than the other, but evaluators need to be aware that they are different. “Everyone with teenagers knows that the kind of things we communicate online are very different than what we communicate in a face-to-face situation,” he said. “There is a style of how we communicate. You might be more frank and honest on an online platform. Or you may see other differences in just your own behavior dynamics on how you communicate via different kinds of tools,” he said.

He noted that a range of issues has been raised in connection to ICTs in evaluation, but that it’s been rare to see priority given to evaluation rigor. The study Herschel presented was one example of a focus on rigor and issues of bias, but people often get so excited that they forget to think about this. “Who has access.? Are people sharing phones? What are the gender dynamics? Is a husband restricting what a woman is doing on the phone? There’s a range of selection bias issues that are ignored,” he said.

Quantitative bias and mono-methods are another issue in ICT-focused evaluation. The tool choice will determine what an evaluator can ask and that in turn affects the quality of responses. This leads to issues with construct validity. If you are trying to measure complex ideas like girls’ empowerment and you reduce this to a proxy, there can often be a large jump in interpretation. This doesn’t happen only when using mobile phones for evaluation data collection purposes but there are certain areas that may be exacerbated when the phone is the tool. So evaluators need to better understand behavior dynamics and how they related to the technical constraints of a particular digital or mobile platform.

The aspect of information dissemination is another one worth raising, said Michael. “What are the dynamics? When we incorporate new tools, we tend to assume there is just one-step between the information sharer and receiver, yet there is plenty of literature that shows this is normally at least 2 steps. Often people don’t get information directly, but rather they share and talk with someone else who helps them verify and interpret the information they get on a mobile phone. There are gatekeepers who control or interpret, and evaluators need to better understand those dynamics. Social network analysis can help with that sometimes – looking at who communicates with whom? Who is part of the main infuencer hub? Who is marginalized? This could be exciting to explore more.”

Lastly, Michael reiterated the importance of mixed methods and needing to combine online information and communications with face-to-face methods and to be very aware of invisible groups. “Before you do an SMS survey, you may need to go out to the community to explain that this survey will be coming,” he said. “This might be necessary to encourage people to even receive the survey, to pay attention or to answer it.” The case studies in the paper “The Role of New ICTs in Equity-Focused Evaluation: Opportunities and Challenges” explore some of these aspects in good detail.

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This post is co-authored by Emily Tomkys, Oxfam GB; Danna Ingleton, Amnesty International; and me (Linda Raftree, Independent)

At the MERL Tech conference in DC this month, we ran a breakout session on rethinking consent in the digital age. Most INGOs have not updated their consent forms and policies for many years, yet the growing use of technology in our work, for many different purposes, raises many questions and insecurities that are difficult to address. Our old ways of requesting and managing consent need to be modernized to meet the new realities of digital data and the changing nature of data. Is informed consent even possible when data is digital and/or opened? Do we have any way of controlling what happens with that data once it is digital? How often are organizations violating national and global data privacy laws? Can technology be part of the answer?

Let’s take a moment to clarify what kind of consent we are talking about in this post. Being clear on this point is important because there are many synchronous conversations on consent in relation to technology. For example there are people exploring the use of the consent frameworks or rhetoric in ICT user agreements – asking whether signing such user agreements can really be considered consent. There are others exploring the issue of consent for content distribution online, in particular personal or sensitive content such as private videos and photographs. And while these (and other) consent debates are related and important to this post, what we are specifically talking about is how we, our organizations and projects, address the issue of consent when we are collecting and using data from those who participate in programs or monitoring, evaluation, research and learning (MERL) that we are implementing.

This diagram highlights that no matter how someone is engaging with the data, how they do so and the decisions they make will impact on what is disclosed to the data subject.

No matter how someone is engaging with data, how they do so and the decisions they make will impact on what is disclosed to the data subject.

This is as timely as ever because introducing new technologies and kinds of data means we need to change how we build consent into project planning and implementation. In fact, it gives us an amazing opportunity to build consent into our projects in ways that our organizations may not have considered in the past. While it used to be that informed consent was the domain of frontline research staff, the reality is that getting informed consent – where there is disclosure, voluntariness, comprehension and competence of the data subject –  is the responsibility of anyone ‘touching’ the data.

Here we share examples from two organizations who have been exploring consent issues in their tech work.

Over the past two years, Girl Effect has been incorporating a number of mobile and digital tools into its programs. These include both the Girl Effect Mobile (GEM) and the Technology Enabled Girl Ambassadors (TEGA) programs.

Girl Effect Mobile is a global digital platform that is active in 49 countries and 26 languages. It is being developed in partnership with Facebook’s Free Basics initiative. GEM aims to provide a platform that connects girls to vital information, entertaining content and to each other. Girl Effect’s digital privacy, safety and security policy directs the organization to review and revise its terms and conditions to ensure that they are ‘girl-friendly’ and respond to local context and realities, and that in addition to protecting the organization (as many T&Cs are designed to do), they also protect girls and their rights. The GEM terms and conditions were initially a standard T&C. They were too long to expect girls to look at them on a mobile, the language was legalese, and they seemed one-sided. So the organization developed a new T&C with simplified language and removed some of the legal clauses that were irrelevant to the various contexts in which GEM operates. Consent language was added to cover polls and surveys, since Girl Effect uses the platform to conduct research and for its monitoring, evaluation and learning work. In addition, summary points are highlighted in a shorter version of the T&Cs with a link to the full T&Cs. Girl Effect also develops short articles about online safety, privacy and consent as part of the GEM content as a way of engaging girls with these ideas as well.

TEGA is a girl-operated mobile-enabled research tool currently operating in Northern Nigeria. It uses data-collection techniques and mobile technology to teach girls aged 18-24 how to collect meaningful, honest data about their world in real time. TEGA provides Girl Effect and partners with authentic peer-to-peer insights to inform their work. Because Girl Effect was concerned that girls being interviewed may not understand the consent they were providing during the research process, they used the mobile platform to expand on the consent process. They added a feature where the TEGA girl researchers play an audio clip that explains the consent process. Afterwards, girls who are being interviewed answer multiple choice follow up questions to show whether they have understood what they have agreed to. (Note: The TEGA team report that they have incorporated additional consent features into TEGA based on examples and questions shared in our session).

Oxfam, in addition to developing out their Responsible Program Data Policy, has been exploring ways in which technology can help address contemporary consent challenges. The organization had doubts on how much its informed consent statement (which explains who the organization is, what the research is about and why Oxfam is collecting data as well as asks whether the participant is willing to be interviewed) was understood and whether informed consent is really possible in the digital age. All the same, the organization wanted to be sure that the consent information was being read out in its fullest by enumerators (the interviewers). There were questions about what the variation might be on this between enumerators as well as in different contexts and countries of operation. To explore whether communities were hearing the consent statement fully, Oxfam is using mobile data collection with audio recordings in the local language and using speed violations to know whether the time spent on the consent page is sufficient, according to the length of the audio file played. This is by no means foolproof but what Oxfam has found so far is that the audio file is often not played in full and or not at all.

Efforts like these are only the beginning, but they help to develop a resource base and stimulate more conversations that can help organizations and specific projects think through consent in the digital age.

Additional resources include this framework for Consent Policies developed at a Responsible Data Forum gathering.

Because of how quickly technology and data use is changing, one idea that was shared was that rather than using informed consent frameworks, organizations may want to consider defining and meeting a ‘duty of care’ around the use of the data they collect. This can be somewhat accomplished through the creation of organizational-level Responsible Data Policies. There are also interesting initiatives exploring new ways of enabling communities to define consent themselves – like this data licenses prototype.


The development and humanitarian sectors really need to take notice, adapt and update their thinking constantly to keep up with technology shifts. We should also be doing more sharing about these experiences. By working together on these types of wicked challenges, we can advance without duplicating our efforts.

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This post was written with input from Maliha Khan, Independent Consultant; Emily Tomkys, Oxfam GB; Siobhan Green, Sonjara and Zara Rahman, The Engine Room.

A friend reminded me earlier this month at the MERL Tech Conference that a few years ago when we brought up the need for greater attention to privacy, security and ethics when using ICTs and digital data in humanitarian and development contexts, people pointed us to Tor, encryption and specialized apps. “No, no, that’s not what we mean!” we kept saying. “This is bigger. It needs to be holistic. It’s not just more tools and tech.”

So, even if as a sector we are still struggling to understand and address all the different elements of what’s now referred to as “Responsible Data” (thanks to the great work of the Engine Room and key partners), at least we’ve come a long way towards framing and defining the areas we need to tackle. We understand the increasing urgency of the issue that the volume of data in the world is increasing exponentially and the data in our sector is becoming more and more digitalized.

This year’s MERL Tech included several sessions on Responsible Data, including Responsible Data Policies, the Human Element of the Data Cycle, The Changing Nature of Informed Consent, Remote Monitoring in Fragile Environments and plenary talks that mentioned ethics, privacy and consent as integral pieces of any MERL Tech effort.

The session on Responsible Data Policies was a space to share with participants why, how, and what policies some organizations have put in place in an attempt to be more responsible. The presenters spoke about the different elements and processes their organizations have followed, and the reasoning behind the creation of these policies. They spoke about early results from the policies, though it is still early days when it comes to implementing them.

What do we mean by Responsible Data?

Responsible data is about more than just privacy or encryption. It’s a wider concept that includes attention to the data cycle at every step, and puts the rights of people reflected in the data first:

  • Clear planning and purposeful collection and use of data with the aim of improving humanitarian and development approaches and results for those we work with and for
  • Responsible treatment of the data and respectful and ethical engagement with people we collect data from, including privacy and security of data and careful attention to consent processes and/or duty of care
  • Clarity on data sharing – what data, from whom and with whom and under what circumstances and conditions
  • Attention to transparency and accountability efforts in all directions (upwards, downwards and horizontally)
  • Responsible maintenance, retention or destruction of data.

Existing documentation and areas to explore

There is a huge bucket of concepts, frameworks, laws and policies that already exist in various other sectors and that can be used, adapted and built on to develop responsible approaches to data in development and humanitarian work. Some of these are in conflict with one another, however, and those conflicts need to be worked out or at least recognized if we are to move forward as a sector and/or in our own organizations.

Some areas to explore when developing a Responsible Data policy include:

  • An organization’s existing policies and practices (IT and equipment; downloading; storing of official information; confidentiality; monitoring, evaluation and research; data collection and storage for program administration, finance and audit purposes; consent and storage for digital images and communications; social media policies).
  • Local and global laws that relate to collection, storage, use and destruction of data, such as: Freedom of information acts (FOIA); consumer protection laws; data storage and transfer regulations; laws related to data collection from minors; privacy regulations such as the latest from the EU.
  • Donor grant requirements related to data privacy and open data, such as USAID’s Chapter 579 or International Aid Transparency Initiative (IATI) stipulations.

Experiences with Responsible Data Policies

At the MERL Tech Responsible Data Policy session, organizers and participants shared their experiences. The first step for everyone developing a policy was establishing wide agreement and buy-in for why their organizations should care about Responsible Data. This was done by developing Values and Principles that form the foundation for policies and guidance.

Oxfam’s Responsible Data policy has a focus on rights, since Oxfam is a rights-based organization. The organization’s existing values made it clear that ethical use and treatment of data was something the organization must consider to hold true to its ethos. It took around six months to get all of the global affiliates to agree on the Responsible Program Data policy, a quick turnaround compared to other globally agreed documents because all the global executive directors recognized that this policy was critical. A core point for Oxfam was the belief that digital identities and access will become increasingly important for inclusion in the future, and so the organization did not want to stand in the way of people being counted and heard. However, it wanted to be sure that this was done in a way that balanced and took privacy and security into consideration.

The policy is a short document that is now in the process of operationalization in all the countries where Oxfam works. Because many of Oxfam’s affiliate headquarters reside in the European Union, it needs to consider the new EU regulations on data, which are extremely strict, for example, providing everyone with an option for withdrawing consent. This poses a challenge for development agencies who normally do not have the type of detailed databases on ‘beneficiaries’ as they do on private donors. Shifting thinking about ‘beneficiaries’ and treating them more as clients may be in order as one result of these new regulations. As Oxfam moves into implementation, challenges continue to arise. For example, data protection in Yemen is different than data protection in Haiti. Knowing all the national level laws and frameworks and mapping these out alongside donor requirements and internal policies is extremely complicated, and providing guidance to country staff is difficult given that each country has different laws.

Girl Effect’s policy has a focus on privacy, security and safety of adolescent girls, who are the core constituency of the organization. The policy became clearly necessary because although the organization had a strong girl safeguarding policy and practice, the effect of digital data had not previously been considered, and the number of programs that involve digital tools and data is increasing. The Girl Effect policy currently has four core chapters: privacy and security during design of a tool, service or platform; content considerations; partner vetting; and MEAL considerations. Girl Effect looks at not only the privacy and security elements, but also aims to spur thinking about potential risks and unintended consequences for girls who access and use digital tools, platforms and content. One core goal is to stimulate implementers to think through a series of questions that help them to identify risks. Another is to establish accountability for decisions around digital data.

The policy has been in process of implementation with one team for a year and will be updated and adapted as the organization learns. It has proven to have good uptake so far from team members and partners, and has become core to how the teams and the wider organization think about digital programming. Cost and time for implementation increase with the incorporation of stricter policies, however, and it is challenging to find a good balance between privacy and security, the ability to safely collect and use data to adapt and improve tools and platforms, and user friendliness/ease of use.

Catholic Relief Services has an existing set of eight organizational principles: Sacredness and Dignity of the human person; Rights and responsibilities; Social Nature of Humanity; The Common Good; Subsidiarity; Solidarity; Option for the Poor; Stewardship. It was a natural fit to see how these values that are already embedded in the organization could extend to the idea of Responsible Data. Data is an extension of the human person, therefore it should be afforded the same respect as the individual. The principle of ‘common good’ easily extends to responsible data sharing. The notion of subsidiarity says that decision-making should happen as close as possible to the place where the impact of the decision will be the strongest, and this is nicely linked with the idea of sharing data back with communities where CRS works and engaging them in decision-making. The option for the poor urges CRS to place a preferential value on privacy, security and safety of the data of the poor over the data demands of other entities.

The organization is at the initial phase of creating its Responsible Data Policy. The process includes the development of the values and principles, two country learning visits to understand the practices of country programs and their concerns about data, development of the policy, and a set of guidelines to support staff in following the policy.

USAID recently embarked on its process of developing practical Responsible Data guidance to pair with its efforts in the area of open data. (See ADS 579). More information will be available soon on this initiative.

Where are we now?

Though several organizations are moving towards the development of policies and guidelines, it was clear from the session that uncertainties are the order of the day, as Responsible Data is an ethical question, often relying on tradeoffs and decisions that are not hard and fast. Policies and guidelines generally aim to help implementers ask the right questions, sort through a range of possibilities and weigh potential risks and benefits.

Another critical aspect that was raised at the MERL Tech session was the financial and staff resources that can be required to be responsible about data. On the other hand, for those organizations receiving funds from the European Union or residing in the EU or the UK (where despite Brexit, organizations will likely need to comply with EU Privacy Regulations), the new regulations mean that NOT being responsible about data may result in hefty fines and potential legal action.

Going from policy to implementation is a challenge that involves both capacity strengthening in this new area as well as behavior change and a better understanding of emerging concepts and multiple legal frameworks. The nuances by country, organization and donor make the process difficult to get a handle on.

Because staff and management are already overburdened, the trick to developing and implementing Responsible Data Policies and Practice will be finding ways to strengthen staff capacity and to provide guidance in ways that do not feel overwhelmingly complex. Though each situation will be different, finding ongoing ways to share resources and experiences so that we can advance as a sector will be one key step for moving forward.

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Over the past 4 years I’ve had the opportunity to look more closely at the role of ICTs in Monitoring and Evaluation practice (and the privilege of working with Michael Bamberger and Nancy MacPherson in this area). When we started out, we wanted to better understand how evaluators were using ICTs in general, how organizations were using ICTs internally for monitoring, and what was happening overall in the space. A few years into that work we published the Emerging Opportunities paper that aimed to be somewhat of a landscape document or base report upon which to build additional explorations.

As a result of this work, in late April I had the pleasure of talking with the OECD-DAC Evaluation Network about the use of ICTs in Evaluation. I drew from a new paper on The Role of New ICTs in Equity-Focused Evaluation: Opportunities and Challenges that Michael, Veronica Olazabal and I developed for the Evaluation Journal. The core points of the talk are below.


In the past two decades there have been 3 main explosions that impact on M&E: a device explosion (mobiles, tablets, laptops, sensors, dashboards, satellite maps, Internet of Things, etc.); a social media explosion (digital photos, online ratings, blogs, Twitter, Facebook, discussion forums, What’sApp groups, co-creation and collaboration platforms, and more); and a data explosion (big data, real-time data, data science and analytics moving into the field of development, capacity to process huge data sets, etc.). This new ecosystem is something that M&E practitioners should be tapping into and understanding.

In addition to these ‘explosions,’ there’s been a growing emphasis on documentation of the use of ICTs in Evaluation alongside a greater thirst for understanding how, when, where and why to use ICTs for M&E. We’ve held / attended large gatherings on ICTs and Monitoring, Evaluation, Research and Learning (MERL Tech). And in the past year or two, it seems the development and humanitarian fields can’t stop talking about the potential of “data” – small data, big data, inclusive data, real-time data for the SDGs, etc. and the possible roles for ICT in collecting, analyzing, visualizing, and sharing that data.

The field has advanced in many ways. But as the tools and approaches develop and shift, so do our understandings of the challenges. Concern around more data and “open data” and the inherent privacy risks have caught up with the enthusiasm about the possibilities of new technologies in this space. Likewise, there is more in-depth discussion about methodological challenges, bias and unintended consequences when new ICT tools are used in Evaluation.

Why should evaluators care about ICT?

There are 2 core reasons that evaluators should care about ICTs. Reason number one is practical. ICTs help address real world challenges in M&E: insufficient time, insufficient resources and poor quality data. And let’s be honest – ICTs are not going away, and evaluators need to accept that reality at a practical level as well.

Reason number two is both professional and personal. If evaluators want to stay abreast of their field, they need to be aware of ICTs. If they want to improve evaluation practice and influence better development, they need to know if, where, how and why ICTs may (or may not) be of use. Evaluation commissioners need to have the skills and capacities to know which new ICT-enabled approaches are appropriate for the type of evaluation they are soliciting and whether the methods being proposed are going to lead to quality evaluations and useful learnings. One trick to using ICTs in M&E is understanding who has access to what tools, devices and platforms already, and what kind of information or data is needed to answer what kinds of questions or to communicate which kinds of information. There is quite a science to this and one size does not fit all. Evaluators, because of their critical thinking skills and social science backgrounds, are very well placed to take a more critical view of the role of ICTs in Evaluation and in the worlds of aid and development overall and help temper expectations with reality.

Though ICTs are being used along all phases of the program cycle (research/diagnosis and consultation, design and planning, implementation and monitoring, evaluation, reporting/sharing/learning) there is plenty of hype in this space.

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There is certainly a place for ICTs in M&E, if introduced with caution and clear analysis about where, when and why they are appropriate and useful, and evaluators are well-placed to take a lead in identifying and trailing what ICTs can offer to evaluation. If they don’t, others are going to do it for them!

Promising areas

There are four key areas (I’ll save the nuance for another time…) where I see a lot of promise for ICTs in Evaluation:

1. Data collection. Here I’d divide it into 3 kinds of data collection and note that the latter two normally also provide ‘real time’ data:

  • Structured data gathering – where enumerators or evaluators go out with mobile devices to collect specific types of data (whether quantitative or qualitative).
  • Decentralized data gathering – where the focus is on self-reporting or ‘feedback’ from program participants or research subjects.
  • Data ‘harvesting’ – where data is gathered from existing online sources like social media sites, What’sApp groups, etc.
  • Real-time data – which aims to provide data in a much shorter time frame, normally as monitoring, but these data sets may be useful for evaluators as well.

2. New and mixed methods. These are areas that Michael Bamberger has been looking at quite closely. New ICT tools and data sources can contribute to more traditional methods. But triangulation still matters.

  • Improving construct validity – enabling a greater number of data sources at various levels that can contribute to better understanding of multi-dimensional indicators (for example, looking at changes in the volume of withdrawals from ATMs, records of electronic purchases of agricultural inputs, satellite images showing lorries traveling to and from markets, and the frequency of Tweets that contain the words hunger or sickness).
  • Evaluating complex development programs – tracking complex and non-linear causal paths and implementation processes by combining multiple data sources and types (for example, participant feedback plus structured qualitative and quantitative data, big data sets/records, census data, social media trends and input from remote sensors).
  • Mixed methods approaches and triangulation – using traditional and new data sources (for example, using real-time data visualization to provide clues on where additional focus group discussions might need to be done to better understand the situation or improve data interpretation).
  • Capturing wide-scale behavior change – using social media data harvesting and sentiment analysis to better understand wide-spread, wide-scale changes in perceptions, attitudes, stated behaviors and analyzing changes in these.
  • Combining big data and real-time data – these emerging approaches may become valuable for identifying potential problems and emergencies that need further exploration using traditional M&E approaches.

3. Data Analysis and Visualization. This is an area that is less advanced than the data collection area – often it seems we’re collecting more and more data but still not really using it! Some interesting things here include:

  • Big data and data science approaches – there’s a growing body of work exploring how to use predictive analytics to help define what programs might work best in which contexts and with which kinds of people — (how this connects to evaluation is still being worked out, and there are lots of ethical aspects to think about here too — most of us don’t like the idea of predictive policing, and in some ways you could end up in a situation that is not quite what was aimed at.) With big data, you’ll often have a hypothesis and you’ll go looking for patterns in huge data sets. Whereas with evaluation you normally have particular questions and you design a methodology to answer them — it’s interesting to think about how these two approaches are going to combine.
  • Data Dashboards – these are becoming very popular as people try to work out how to do a better job of using the data that is coming into their organizations for decision making. There are some efforts at pulling data from community level all the way up to UN representatives, for example, the global level consultations that were done for the SDGs or using “near real-time data” to share with board members. Other efforts are more focused on providing frontline managers with tools to better tweak their programs during implementation.
  • Meta-evaluation – some organizations are working on ways to better draw conclusions from what we are learning from evaluation around the world and to better visualize these conclusions to inform investments and decision-making.

4. Equity-focused Evaluation. As digital devices and tools become more widespread, there is hope that they can enable greater inclusion and broader voice and participation in the development process. There are still huge gaps however — in some parts of the world 23% less women have access to mobile phones — and when you talk about Internet access the gap is much much bigger. But there are cases where greater participation in evaluation processes is being sought through mobile. When this is balanced with other methods to ensure that we’re not excluding the very poorest or those without access to a mobile phone, it can help to broaden out the pool of voices we are hearing from. Some examples are:

  • Equity-focused evaluation / participatory evaluation methods – some evaluators are seeking to incorporate more real-time (or near real-time) feedback loops where participants provide direct feedback via SMS or voice recordings.
  • Using mobile to directly access participants through mobile-based surveys.
  • Enhancing data visualization for returning results back to the community and supporting community participation in data interpretation and decision-making.


Alongside all the potential, of course there are also challenges. I’d divide these into 3 main areas:

1. Operational/institutional

Some of the biggest challenges to improving the use of ICTs in evaluation are institutional or related to institutional change processes. In focus groups I’ve done with different evaluators in different regions, this was emphasized as a huge issue. Specifically:

  • Potentially heavy up-front investment costs, training efforts, and/or maintenance costs if adopting/designing a new system at wide scale.
  • Tech or tool-driven M&E processes – often these are also donor driven. This happens because tech is perceived as cheaper, easier, at scale, objective. It also happens because people and management are under a lot of pressure to “be innovative.” Sometimes this ends up leading to an over-reliance on digital data and remote data collection and time spent developing tools and looking at data sets on a laptop rather than spending time ‘on the ground’ to observe and engage with local organizations and populations.
  • Little attention to institutional change processes, organizational readiness, and the capacity needed to incorporate new ICT tools, platforms, systems and processes.
  • Bureaucracy levels may mean that decisions happen far from the ground, and there is little capacity to make quick decisions, even if real-time data is available or the data and analysis are provided frequently to decision-makers sitting at a headquarters or to local staff who do not have decision-making power in their own hands and must wait on orders from on high to adapt or change their program approaches and methods.
  • Swinging too far towards digital due to a lack of awareness that digital most often needs to be combined with human. Digital technology always works better when combined with human interventions (such as visits to prepare folks for using the technology, making sure that gatekeepers; e.g., a husband or mother-in-law is on-board in the case of women). A main message from the World Bank 2016 World Development Report “Digital Dividends” is that digital technology must always be combined with what the Bank calls “analog” (a.k.a. “human”) approaches.

B) Methodological

Some of the areas that Michael and I have been looking at relate to how the introduction of ICTs could address issues of bias, rigor, and validity — yet how, at the same time, ICT-heavy methods may actually just change the nature of those issues or create new issues, as noted below:

  • Selection and sample bias – you may be reaching more people, but you’re still going to be leaving some people out. Who is left out of mobile phone or ICT access/use? Typical respondents are male, educated, urban. How representative are these respondents of all ICT users and of the total target population?
  • Data quality and rigor – you may have an over-reliance on self-reporting via mobile surveys; lack of quality control ‘on the ground’ because it’s all being done remotely; enumerators may game the system if there is no personal supervision; there may be errors and bias in algorithms and logic in big data sets or analysis because of non-representative data or hidden assumptions.
  • Validity challenges – if there is a push to use a specific ICT-enabled evaluation method or tool without it being the right one, the design of the evaluation may not pass the validity challenge.
  • Fallacy of large numbers (in cases of national level self-reporting/surveying) — you may think that because a lot of people said something that it’s more valid, but you might just be reinforcing the viewpoints of a particular group. This has been shown clearly in research by the World Bank on public participation processes that use ICTs.
  • ICTs often favor extractive processes that do not involve local people and local organizations or provide benefit to participants/local agencies — data is gathered and sent ‘up the chain’ rather than shared or analyzed in a participatory way with local people or organizations. Not only is this disempowering, it may impact on data quality if people don’t see any point in providing it as it is not seen to be of any benefit.
  • There’s often a failure to identify unintended consequences or biases arising from use of ICTs in evaluation — What happens when you introduce tablets for data collection? What happens when you collect GPS information on your beneficiaries? What risks might you be introducing or how might people react to you when you are carrying around some kind of device?

C) Ethical and Legal

This is an area that I’m very interested in — especially as some donors have started asking for the raw data sets from any research, studies or evaluations that they are funding, and when these kinds of data sets are ‘opened’ there are all sorts of ramifications. There is quite a lot of heated discussion happening here. I was happy to see that DFID has just conducted a review of ethics in evaluationSome of the core issues include:

  • Changing nature of privacy risks – issues here include privacy and protection of data; changing informed consent needs for digital data/open data; new risks of data leaks; and lack of institutional policies with regard to digital data.
  • Data rights and ownership: Here there are some issues with proprietary data sets, data ownership when there are public-private partnerships, the idea of data philanthropy’ when it’s not clear whose data is being donated, personal data ‘for the public good’, open data/open evaluation/ transparency, poor care taken when vulnerable people provide personally identifiable information; household data sets ending up in the hands of those who might abuse them, the increasing impossibility of data anonymization given that crossing data sets often means that re-identification is easier than imagined.
  • Moving decisions and interpretation of data away from ‘the ground’ and upwards to the head office/the donor.
  • Little funding for trialing/testing the validity of new approaches that use ICTs and documenting what is working/not working/where/why/how to develop good practice for new ICTs in evaluation approaches.

Recommendations: 12 tips for better use of ICTs in M&E

Despite the rapid changes in the field in the 2 years since we first wrote our initial paper on ICTs in M&E, most of our tips for doing it better still hold true.

  1. Start with a high-quality M&E plan (not with the tech).
    • But also learn about the new tech-related possibilities that are out there so that you’re not missing out on something useful!
  2. Ensure design validity.
  3. Determine whether and how new ICTs can add value to your M&E plan.
    • It can be useful to bring in a trusted tech expert in this early phase so that you can find out if what you’re thinking is possible and affordable – but don’t let them talk you into something that’s not right for the evaluation purpose and design.
  4. Select or assemble the right combination of ICT and M&E tools.
    • You may find one off the shelf, or you may need to adapt or build one. This is a really tough decision, which can take a very long time if you’re not careful!
  5. Adapt and test the process with different audiences and stakeholders.
  6. Be aware of different levels of access and inclusion.
  7. Understand motivation to participate, incentivize in careful ways.
    • This includes motivation for both program participants and for organizations where a new tech-enabled tool/process might be resisted.
  8. Review/ensure privacy and protection measures, risk analysis.
  9. Try to identify unintended consequences of using ICTs in the evaluation.
  10. Build in ways for the ICT-enabled evaluation process to strengthen local capacity.
  11. Measure what matters – not what a cool ICT tool allows you to measure.
  12. Use and share the evaluation learnings effectively, including through social media.



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I used to write blog posts two or three times a week, but things have been a little quiet here for the past couple of years. That’s partly because I’ve been ‘doing actual work’ (as we like to say) trying to implement the theoretical ‘good practices’ that I like soapboxing about. I’ve also been doing some writing in other places and in ways that I hope might be more rigorously critiqued and thus have a wider influence than just putting them up on a blog.

One of those bits of work that’s recently been released publicly is a first version of a monitoring and evaluation framework for SIMLab. We started discussing this at the first M&E Tech conference in 2014. Laura Walker McDonald (SIMLab CEO) outlines why in a blog post.

Evaluating the use of ICTs—which are used for a variety of projects, from legal services, coordinating responses to infectious diseases, media reporting in repressive environments, and transferring money among the unbanked or voting—can hardly be reduced to a check-list. At SIMLab, our past nine years with FrontlineSMS has taught us that isolating and understanding the impact of technology on an intervention, in any sector, is complicated. ICTs change organizational processes and interpersonal relations. They can put vulnerable populations at risk, even while improving the efficiency of services delivered to others. ICTs break. Innovations fail to take hold, or prove to be unsustainable.

For these and many other reasons, it’s critical that we know which tools do and don’t work, and why. As M4D edges into another decade, we need to know what to invest in, which approaches to pursue and improve, and which approaches should be consigned to history. Even for widely-used platforms, adoption doesn’t automatically mean evidence of impact….

FrontlineSMS is a case in point: although the software has clocked up 200,000 downloads in 199 territories since October 2005, there are few truly robust studies of the way that the platform has impacted the project or organization it was implemented in. Evaluations rely on anecdotal data, or focus on the impact of the intervention, without isolating how the technology has affected it. Many do not consider whether the rollout of the software was well-designed, training effectively delivered, or the project sustainably planned.

As an organization that provides technology strategy and support to other organizations — both large and small — it is important for SIMLab to better understand the quality of that support and how it may translate into improvements as well as how introduction or improvement of information and communication technology contributes to impact at the broader scale.

This is a difficult proposition, given that isolating a single factor like technology is extremely tough, if not impossible. The Framework thus aims to get at the breadth of considerations that go into successful tech-enabled project design and implementation. It does not aim to attribute impact to a particular technology, but to better understand that technology’s contribution to the wider impact at various levels. We know this is incredibly complex, but thought it was worth a try.

As Laura notes in another blogpost,

One of our toughest challenges while writing the thing was to try to recognize the breadth of success factors that we see as contributing to success in a tech-enabled social change project, without accidentally trying to write a design manual for these types of projects. So we reoriented ourselves, and decided instead to put forward strong, values-based statements.* For this, we wanted to build on an existing frame that already had strong recognition among evaluators – the OECD-DAC criteria for the evaluation of development assistance. There was some precedent for this, as ALNAP adapted them in 2008 to make them better suited to humanitarian aid. We wanted our offering to simply extend and consider the criteria for technology-enabled social change projects.

Here are the adapted criteria that you can read more about in the Framework. They were designed for internal use, but we hope they might be useful to evaluators of technology-enabled programming, commissioners of evaluations of these programs, and those who want to do in-house examination of their own technology-enabled efforts. We welcome your thoughts and feedback — The Framework is published in draft format in the hope that others working on similar challenges can help make it better, and so that they could pick up and use any and all of it that would be helpful to them. The document includes practical guidance on developing an M&E plan, a typical project cycle, and some methodologies that might be useful, as well as sample log frames and evaluator terms of reference.

Happy reading and we really look forward to any feedback and suggestions!!


The Criteria

Criterion 1: Relevance

The extent to which the technology choice is appropriately suited to the priorities, capacities and context of the target group or organization.

Consider: are the activities and outputs of the project consistent with the goal and objectives? Was there a good context analysis and needs assessment, or another way for needs to inform design – particularly through participation by end users? Did the implementer have the capacity, knowledge and experience to implement the project? Was the right technology tool and channel selected for the context and the users? Was content localized appropriately?

Criterion 2: Effectiveness

A measure of the extent to which an information and communication channel, technology tool, technology platform, or a combination of these attains its objectives.

Consider: In a technology-enabled effort, there may be one tool or platform, or a set of tools and platforms may be designed to work together as a suite. Additionally, the selection of a particular communication channel (SMS, voice, etc) matters in terms of cost and effectiveness. Was the project monitored and early snags and breakdowns identified and fixed, was there good user support? Did the tool and/or the channel meet the needs of the overall project? Note that this criterion should be examined at outcome level, not output level, and should examine how the objectives were formulated, by whom (did primary stakeholders participate?) and why.

Criterion 3: Efficiency

Efficiency measures the outputs – qualitative and quantitative – in relation to the inputs. It is an economic term which signifies that the project or program uses the least costly technology approach (including both the tech itself, and what it takes to sustain and use it) possible in order to achieve the desired results. This generally requires comparing alternative approaches (technological or non-technological) to achieving the same outputs, to see whether the most efficient tools and processes have been adopted. SIMLab looks at the interplay of efficiency and effectiveness, and to what degree a new tool or platform can support a reduction in cost, time, along with an increase in quality of data and/or services and reach/scale.

Consider: Was the technology tool rollout carried out as planned and on time? If not, what were the deviations from the plan, and how were they handled? If a new channel or tool replaced an existing one, how do the communication, digitization, transportation and processing costs of the new system compare to the previous one? Would it have been cheaper to build features into an existing tool rather than create a whole new tool? To what extent were aspects such as cost of data, ease of working with mobile providers, total cost of ownership and upgrading of the tool or platform considered?

Criterion 4: Impact

Impact relates to consequences of achieving or not achieving the outcomes. Impacts may take months or years to become apparent, and often cannot be established in an end-of-project evaluation. Identifying, documenting and/or proving attribution (as opposed to contribution) may be an issue here. ALNAP’s complex emergencies evaluation criteria include ‘coverage’ as well as impact; ‘the need to reach major population groups wherever they are.’ They note: ‘in determining why certain groups were covered or not, a central question is: ‘What were the main reasons that the intervention provided or failed to provide major population groups with assistance and protection, proportionate to their need?’ This is very relevant for us.

For SIMLab, a lack of coverage in an inclusive technology project means not only failing to reach some groups, but also widening the gap between those who do and do not have access to the systems and services leveraging technology. We believe that this has the potential to actively cause harm. Evaluation of inclusive tech has dual priorities: evaluating the role and contribution of technology, but also evaluating the inclusive function or contribution of the technology. A platform might perform well, have high usage rates, and save costs for an institution while not actually increasing inclusion. Evaluating both impact and coverage requires an assessment of risk, both to targeted populations and to others, as well as attention to unintended consequences of the introduction of a technology component.

Consider: To what extent does the choice of communications channels or tools enable wider and/or higher quality participation of stakeholders? Which stakeholders? Does it exclude certain groups, such as women, people with disabilities, or people with low incomes? If so, was this exclusion mitigated with other approaches, such as face-to-face communication or special focus groups? How has the project evaluated and mitigated risks, for example to women, LGBTQI people, or other vulnerable populations, relating to the use and management of their data? To what extent were ethical and responsible data protocols incorporated into the platform or tool design? Did all stakeholders understand and consent to the use of their data, where relevant? Were security and privacy protocols put into place during program design and implementation/rollout? How were protocols specifically integrated to ensure protection for more vulnerable populations or groups? What risk-mitigation steps were taken in case of any security holes found or suspected? Were there any breaches? How were they addressed?

Criterion 5: Sustainability

Sustainability is concerned with measuring whether the benefits of a technology tool or platform are likely to continue after donor funding has been withdrawn. Projects need to be environmentally as well as financially sustainable. For SIMLab, sustainability includes both the ongoing benefits of the initiatives and the literal ongoing functioning of the digital tool or platform.

Consider: If the project required financial or time contributions from stakeholders, are they sustainable, and for how long? How likely is it that the business plan will enable the tool or platform to continue functioning, including background architecture work, essential updates, and user support? If the tool is open source, is there sufficient capacity to continue to maintain changes and updates to it? If it is proprietary, has the project implementer considered how to cover ongoing maintenance and support costs? If the project is designed to scale vertically (e.g., a centralized model of tool or platform management that rolls out in several countries) or be replicated horizontally (e.g., a model where a tool or platform can be adopted and managed locally in a number of places), has the concept shown this to be realistic?

Criterion 6: Coherence

The OECD-DAC does not have a 6th Criterion. However we’ve riffed on the ALNAP additional criterion of Coherence, which is related to the broader policy context (development, market, communication networks, data standards and interoperability mandates, national and international law) within which a technology was developed and implemented. We propose that evaluations of inclusive technology projects aim to critically assess the extent to which the technologies fit within the broader market, both local, national and international. This includes compliance with national and international regulation and law.

Consider: Has the project considered interoperability of platforms (for example, ensured that APIs are available) and standard data formats (so that data export is possible) to support sustainability and use of the tool in an ecosystem of other products? Is the project team confident that the project is in compliance with existing legal and regulatory frameworks? Is it working in harmony or against the wider context of other actions in the area? Eg., in an emergency situation, is it linking its information system in with those that can feasibly provide support? Is it creating demand that cannot feasibly be met? Working with or against government or wider development policy shifts?

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Crowdsourcing our Responsible Data questions, challenges and lessons. (Photo courtesy of Amy O'Donnell).

Crowdsourcing our Responsible Data questions, challenges and lessons. (Photo by Amy O’Donnell).

At Catholic Relief Services’ ICT4D Conference in May 2016, I worked with Amy O’Donnell  (Oxfam GB) and Paul Perrin (CRS) to facilitate a participatory session that explored notions of Digital Privacy, Security and Safety. We had a full room, with a widely varied set of experiences and expertise.

The session kicked off with stories of privacy and security breaches. One person told of having personal data stolen when a federal government clearance database was compromised. We also shared how a researcher in Denmark scraped very personal data from the OK Cupid online dating site and opened it up to the public.

A comparison was made between the OK Cupid data situation and the work that we do as development professionals. When we collect very personal information from program participants, they may not expect that their household level income, health data or personal habits would be ‘opened’ at some point.

Our first task was to explore and compare the meaning of the terms: Privacy, Security and Safety as they relate to “digital” and “development.”

What do we mean by privacy?

The “privacy” group talked quite a bit about contextuality of data ownership. They noted that there are aspects of privacy that cut across different groups of people in different societies, and that some aspects of privacy may be culturally specific. Privacy is concerned with ownership of data and protection of one’s information, they said. It’s about who owns data and who collects and protects it and notions of to whom it belongs. Private information is that which may be known by some but not by all. Privacy is a temporal notion — private information should be protected indefinitely over time. In addition, privacy is constantly changing. Because we are using data on our mobile phones, said one person, “Safaricom knows we are all in this same space, but we don’t know that they know.”

Another said that in today’s world, “You assume others can’t know something about you, but things are actually known about you that you don’t even know that others can know. There are some facts about you that you don’t think anyone should know or be able to know, but they do.” The group mentioned website terms and conditions, corporate ownership of personal data and a lack of control of privacy now. Some felt that we are unable to maintain our privacy today, whereas others felt that one could opt out of social media and other technologies to remain in control of one’s own privacy. The group noted that “privacy is about the appropriate use of data for its intended purpose. If that purpose shifts and I haven’t consented, then it’s a violation of privacy.”

What do we mean by security?

The Security group considered security to relate to an individual’s information. “It’s your information, and security of it means that what you’re doing is protected, confidential, and access is only for authorized users.” Security was also related to the location of where a person’s information is hosted and the legal parameters. Other aspects were related to “a barrier – an anti-virus program or some kind of encryption software, something that protects you from harm…. It’s about setting roles and permissions on software and installing firewalls, role-based permissions for accessing data, and cloud security of individuals’ data.” A broader aspect of security was linked to the effects of hacking that lead to offline vulnerability, to a lack of emotional security or feeling intimidated in an online space. Lastly, the group noted that “we, not the systems, are the weakest link in security – what we click on, what we view, what we’ve done. We are our own worst enemies in terms of keeping ourselves and our data secure.”

What do we mean by safety?

The Safety group noted that it’s difficult to know the difference between safety and security. “Safety evokes something highly personal. Like privacy… it’s related to being free from harm personally, physically and emotionally.” The group raised examples of protecting children from harmful online content or from people seeking to harm vulnerable users of online tools. The aspect of keeping your online financial information safe, and feeling confident that a service was ‘safe’ to use was also raised. Safety was considered to be linked to the concept of risk. “Safety engenders a level of trust, which is at the heart of safety online,” said one person.

In the context of data collection for communities we work with – safety was connected to data minimization concepts and linked with vulnerability, and a compounded vulnerability when it comes to online risk and safety. “If one person’s data is not safely maintained it puts others at risk,” noted the group. “And pieces of information that are innocuous on their own may become harmful when combined.” Lastly, the notion of safety as related to offline risk or risk to an individual due to a specific online behavior or data breach was raised.

It was noted that in all of these terms: privacy, security and safety, there is an element of power, and that in this type of work, a power relations analysis is critical.

The Digital Data Life Cycle

After unpacking the above terms, Amy took the group through an analysis of the data life cycle (courtesy of the Engine Room’s Responsible Data website) in order to highlight the different moments where the three concepts (privacy, security and safety) come into play.

Screen Shot 2016-05-25 at 6.51.50 AM

  • Plan/Design
  • Collect/Find/Acquire
  • Store
  • Transmit
  • Access
  • Share
  • Analyze/use
  • Retention
  • Disposal
  • Afterlife

Participants added additional stages in the data life cycle that they passed through in their work (coordinate, monitor the process, monitor compliance with data privacy and security policies). We placed the points of the data life cycle on the wall, and invited participants to:

  • Place a pink sticky note under the stage in the data life cycle that resonates or interests them most and think about why.
  • Place a green sticky note under the stage that is the most challenging or troublesome for them or their organizations and think about why.
  • Place a blue sticky note under the stage where they have the most experience, and to share a particular experience or tip that might help others to better manage their data life cycle in a private, secure and safe way.

Challenges, concerns and lessons

Design as well as policy are important!

  • Design drives everScreen Shot 2016-05-25 at 7.21.07 AMything else. We often start from the point of collection when really it’s at the design stage when we should think about the burden of data collection and define what’s the minimum we can ask of people? How we design – even how we get consent – can inform how the whole process happens.
  • When we get part-way through the data life cycle, we often wish we’d have thought of the whole cycle at the beginning, during the design phase.
  • In addition to good design, coordination of data collection needs to be thought about early in the process so that duplication can be reduced. This can also reduce fatigue for people who are asked over and over for their data.
  • Informed consent is such a critical issue that needs to be linked with the entire process of design for the whole data life cycle. How do you explain to people that you will be giving their data away, anonymizing, separating out, encrypting? There are often flow down clauses in some contracts that shifts responsibilities for data protection and security and it’s not always clear who is responsible for those data processes? How can you be sure that they are doing it properly and in a painstaking way?
  • Anonymization is also an issue. It’s hard to know to what level to anonymize things like call data records — to the individual? Township? District Level? And for how long will anonymization actually hold up?
  • The lack of good design and policy contributes to overlapping efforts and poor coordination of data collection efforts across agencies. We often collect too much data in poorly designed databases.
  • Policy is not enough – we need to do a much better job of monitoring compliance with policy.
  • Institutional Review Boards (IRBs) and compliance aspects need to be updated to the new digital data reality. At the same time, sometimes IRBs are not the right instrument for what we are aiming to achieve.

Data collection needs more attention.

  • Data collection is the easy part – where institutions struggle is with analyzing and doing something with the data we collect.
  • Organizations often don’t have a well-structured or systematic process for data collection.
  • We need to be clearer about what type of information we are collecting and why.
  • We need to update our data protection policy.

Reasons for data sharing are not always clear.

  • How can share data securely and efficiently without building duplicative systems? We should be thinking more during the design and collection phase about whether the data is going to be interoperable and who needs to access it.
  • How can we get the right balance in terms of data sharing? Some donors really push for information that can put people in real danger – like details of people who have participated in particular programs that would put them at risk with their home governments. Organizations really need to push back against this. It’s an education thing with donors. Middle management and intermediaries are often the ones that push for this type of data because they don’t really have a handle on the risk it represents. They are the weak points because of the demands they are putting on people. This is a challenge for open data policies – leaving it open to people leaves it to doing the laziest job possible of thinking about the potential risks for that data.
  • There are legal aspects of sharing too – such as the USAID open data policy where those collecting data have to share with the government. But we don’t have a clear understanding of what the international laws are about data sharing.
  • There are so many pressures to share data but they are not all fully thought through!

Data analysis and use of data are key weak spots for organizations.

  • We are just beginning to think through capturing lots of data.
  • Data is collected but not always used. Too often it’s extractive data collection. We don’t have the feedback loops in place, and when there are feedback loops we often don’t use the the feedback to make changes.
  • We forget often to go back to the people who have provided us with data to share back with them. It’s not often that we hold a consultation with the community to really involve them in how the data can be used.

Secure storage is a challenge.

  • We have hundreds of databases across the agency in various formats, hard drives and states of security, privacy and safety. Are we able to keep these secure?
  • We need to think more carefully about where we hold our data and who has access to it. Sometimes our data is held by external consultants. How should we be addressing that?

Disposing of data properly in a global context is hard!

  • Screen Shot 2016-05-25 at 7.17.58 AMIt’s difficult to dispose of data when there are multiple versions of it and a data footprint.
  • Disposal is an issue. We’re doing a lot of server upgrades and many of these are remote locations. How do we ensure that the right disposal process is going on globally, short of physically seeing that hard drives are smashed up!
  • We need to do a better job of disposal on personal laptops. I’ve done a lot of data collection on my personal laptop – no one has ever followed up to see if I’ve deleted it. How are we handling data handover? How do you really dispose of data?
  • Our organization hasn’t even thought about this yet!

Tips and recommendations from participants

  • Organizations should be using different tools. They should be using Pretty Good Privacy techniques rather than relying on free or commercial tools like Google or Skype.
  • People can be your weakest link if they are not aware or they don’t care about privacy and security. We send an email out to all staff on a weekly basis that talks about taking adequate measures. We share tips and stories. That helps to keep privacy and security front and center.
  • Even if you have a policy the hard part is enforcement, accountability, and policy reform. If our organizations are not doing direct policy around the formation of best practices in this area, then it’s on us to be sure we understand what is best practice, and to advocate for that. Let’s do what we can before the policy catches up.
  • The Responsible Data Forum and Tactical Tech have a great set of resources.
  • Oxfam has a Responsible Data Policy and Girl Effect have developed a Girls’ Digital Privacy, Security and Safety Toolkit that can also offer some guidance.

In conclusion, participants agreed that development agencies and NGOs need to take privacy, security and safety seriously. They can no longer afford to implement security at a lower level than corporations. “Times are changing and hackers are no longer just interested in financial information. People’s data is very valuable. We need to change and take security as seriously as corporates do!” as one person said.



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