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Some wonders AI has created and dangers of negative repercussions

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Mrs. Susan George Pulimood

Pulimood Memorial Oration part two

“With great power comes great responsibility”

by Prof. Shanika Karunasekera


(Continued from last week)

If anyone in this audience was skeptical regarding my earlier assertion that engineering and technology underpin numerous innovations shaping our lives, this example should effectively dispel their doubts. So what is behind this success in this new generation of AI that we now experience? It is a technology called Deep Learning, a term that may be familiar to some of you.

What is Deep Learning? Deep learning is a computer learning paradigm, inspired by the human brain’s neural networks, which are believed to process data iteratively, through layers. Similar to how the brain learns from data, Deep Learning algorithms also learn by processing data, through layers of interconnected computing nodes, refining their understanding with each iteration.

In contrast to the previous approach of expert systems, which relied on knowledge being fed as rules, with deep learning, computers are trained to learn from large amounts of data, without predefined rules. Deep learning enables machines to perform complex tasks, with human-like intelligence. Let me now elaborate on how deep learning works, using a simple example: an AI application that can identify different types of animals in an image. During the first phase, referred to as the training phase, the deep learning program will be presented with many images, of different types of animals. During training, each layer of computing nodes in the neural network, identifies different image features, with the lower layers learning the simple features and the higher layers learning more complex features.

Once the model is trained, by presenting with many images, of different types of animals, it is ready to be used. That is when a new image of an animal is presented to it, the program will be able to identify the type of animal, provided the model has seen this type of animal during the training phase. The three scientists who are the key innovators of this technology are now referred to as Godfathers of AI and they were the winners of the Turing Award in 2018.

Let me also share with you that, the concept of simulating the brain’s neural networks isn’t new. It traces back to the 1980s, when the idea of neural networks first emerged. However, two critical elements were missing then, sufficient data and computing power. The neural networks struggled to succeed without vast amounts of data, and computing power, both of which were scarce in the 1980s.

Today, we’re in an era where data is abundant. This data, often termed Big Data, is generated by people and machines. Every online activity we do, from Google searches to online shopping, personal health monitoring and social media interactions, contributes to this vast data pool.

Also today, technology has enabled sensing and digitizing everything around us, which also contributes to Big Data. This is referred to as the Internet of Things. We also have enhanced computing power, referred to as High-Performance Computing, thanks to all those engineers who develop hardware and software. In summary, Big Data and High-Performance Computing underpin the success of Deep Learning.

If you were wondering how computer giants like, Google, Microsoft and OpenAI, have got to the forefront of this AI technology, one of the main reasons is because they have access to enormous amounts of data and computing power. This has allowed them to train sophisticated AI models. Deep Learning has enabled many breakthroughs in different areas.

Previously I talked about protein-folding, but in the medical domain itself let me share with you some breakthroughs that hit the news headlines recently. Google’s AI device for detecting Diabetic Retinopathy, a disease, causing blindness, secured FDA approval in 2018. In 2020, a groundbreaking implant leveraging AI, to enhance brain signals for controlling prosthetic hands emerged. The recent human trials of Elon Musk’s Neuralink, a pioneering brain implant, that can convert human thoughts to computer instructions, is another noteworthy innovation.

While AI has made breakthroughs across various domains, let me now focus on an area closer to my research, Connected Autonomous Vehicles and Traffic Management. Globally, AI solutions are revolutionizing many aspects of traffic management. Examples include the advent of self-driving cars which have made it to the roads in some countries, the seamless navigation systems guiding our journeys, which I briefly touched upon before, intelligent traffic lights optimize traffic flow, automatic number plate recognition and pedestrian detection ensure safer streets and innovative parking management systems alleviate urban congestion.

These advancements underscore AI’s pivotal role, in shaping the future of transportation. Allow me to provide a brief overview of my research in this domain. We are moving towards a future dominated by Connected Autonomous Vehicles. Let me first explain what a connected autonomous vehicle is. An autonomous, automated vehicle, also called a self-driving vehicle can sense its surroundings and operate without human involvement. A connected vehicle can communicate with nearby vehicles and infrastructure. A connected autonomous vehicle combines both.

As we move towards these vehicles the synergy between vehicles and infrastructure becomes paramount. Imagine a world where cars seamlessly communicate with, traffic lights, speed signs, and other vehicles on the road, leveraging sensing technology and autonomous capabilities, to optimize drive times and enhance road safety. Our research group has developed a cutting-edge traffic simulator, called SMARTS, capable of simulating city-scale connected autonomous vehicles faster than real-time. This system serves as a crucial asset for, developing and validating, AI-based traffic management algorithms. SMARTS is available as OpenSource, free for anybody to use.

Prof. Shanika Karunasekera

We have also developed AI-based solutions aimed at improving traffic management. These solutions include algorithms for autonomous intersection management, dynamic lane configuration and traffic safety improvement Our algorithms use a technique called Deep Reinforcement Learning, a variation of Deep Learning. These solutions help us move towards a safer, sustainable, and more efficient, transport echo system.

Let us now get back to the journey of AI and move to November 2022. This is another period that marked a pivotal milestone in AI, causing AI to gain the attention of the general population, well beyond the scientific community. Enter ChatGPT, an innovation capable of generating new textual content, in response to user inquiries. The breakthrough technology behind ChatGPT, is an innovation known as Generative AI, which is an offshoot of Deep Learning which I introduced before. Generative AI relies on sophisticated deep-learning models, with billions of neural nodes, trained on vast amounts of text data. Such models are called Large Language Models or LLMs, another buzzword floating around these days. It has enabled the creation of diverse content types beyond text: music, images, videos, computer programs, and even poetry. Platforms like Bard, ChatGPT, DALL-E, MuseNet, GitHub Copilot, and AlphaCode, showcase the astonishing breadth of capabilities in content generation.

You may recall that during the AI Boom 1 in the 1950s, there was a bold prediction that within 10 years computers would have the ability to write music! It has now become a reality, but almost 70 years later! What I am trying to point out here is that many predictions, which only looked like dreams at the time of prediction, have eventually come true, through research and advances in technology.

Therefore, some predictions that appear crazy or unrealistic today, could eventually happen. Let me pivot here, and talk about some challenges, and possible negative implications that AI has imposed on us, which warrants careful consideration to avoid AI being a nightmare for humanity.

Commencing with education and assessment, an area of interest to educators, is a landscape with evolving challenges. Generative AI has resulted in an array of tools, that blur the boundary between assistance and plagiarism with unsupervised assessment tasks. This gives rise to a dilemma should we revert solely to invigilated assessments, sacrificing autonomy and flexibility or should we harness the capabilities of AI to enhance the learning? Addressing this requires a multifaceted approach encompassing formulating ethical guidelines, developing sophisticated detection mechanisms for AI-generated content, and cultivating a culture that values academic integrity and critical thinking.

This is a challenge educators around the world are currently grappling with. There are also challenges surrounding the use of generative AI for creating inauthentic content, sometimes known as Deepfakes.

For example, the facial expressions of a person can be modified to mimic a different person’s facial expressions, by feeding the two images to AI-based tools. Such fake content, in the form of images, audio and video can be used maliciously, to impersonate individuals, spread misinformation and manipulate public opinion. This type of misinformation propagated over social media, is not only threatening individuals and businesses, but also governments and democratic processes.

Let me take this opportunity to highlight my recent research on this topic. We have developed a real-time social media analytics platform, named RAPID. RAPID can continuously monitor online social media, on topics of interest to users, to give insights into online activity in real-time. RAPID has built-in data analytics algorithms developed by our research group, as well as other state-of-the art algorithms. The RAPID architecture is flexible to easily plug in new data analytics algorithms. The novel AI capabilities we have developed include, deep learning-based algorithms, for the timely detection of misinformation and coordinated malicious activity, on social media. This research was featured in a national Australian newspaper, The Australian.

Let us now get back to looking at more possible negative repercussions of AI. AI technologies are widening the gap between those who own and control these technologies, and those who do not. AI also sparks debate over its impact on creativity. AI’s ability to generate novel content challenges the traditional creative processes, originality, and the future of artistic expression. Let me share with you an anecdote here. A few months ago, the Pulimood Oration Committee requested an abstract and a “catchy title” for this oration. I decided to get some help with the “catchy title”.

Furthermore, there are growing concerns about the environmental impact of deep learning models. These models demand significant computational resources for training, contributing to increased energy consumption and carbon emissions. For example, Generative AI models like ChatGPT, have billions of computing nodes in the neural network, as I mentioned before. You can imagine how much power such a model would consume for training when it is trained on almost all the text data on the Internet. Finally, numerous ethical, privacy and bias-related issues surrounding AI-based solutions, require careful consideration.

These possible negative repercussions highlight the importance of implementing, robust ethical frameworks and regulations, to mitigate the adverse effects of AI, while harnessing its potential for positive societal change. That sums up The Current Reality of AI, seemingly mature, but still confined to narrow domains of expertise, and specialized tasks, falling short of human intelligence.

This is referred to as Narrow AI.

The forefront of AI research now aims at Artificial General Intelligence. Artificial General Intelligence aspires to systems, capable of versatile understanding, learning, and application across diverse tasks and domains, akin to human intelligence. What Artificial General Intelligence would look like we can only speculate at this point. The next level, Artificial Superintelligence, refers to a hypothetical level of artificial intelligence, that surpasses human intelligence, in all aspects and domains.

Artificial superintelligence would vastly exceed human abilities, in terms of memory capacity, problem-solving skills, creativity, and virtually all other cognitive functions. This type of intelligence, so far has only been seen in science fiction movies. Where AI will take us next is anybody’s guess. However, we can be certain about one thing. The current AI technology is here to stay, whether we like it or not. Therefore, we must embrace, and gain an understanding of this technology and its ramifications, rather than evading it.

With any technological advancement, there exists the potential for unintended consequences, if not carefully regulated and overseen— and Artificial intelligence is no exception. Thus, it is incumbent upon all, who interact with AI, to do so with a focus on societal good, and ethics serving as the guiding principle.

Artificial Intelligence, which was only a dream not so long ago, has now become a reality. We must ensure, that it does not become a nightmare for humanity. Let me conclude my oration with the well-known quote, with Great Power Comes Great Responsibility.



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Making ‘Sinhala Studies’ globally relevant

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On 8 January 2026, I delivered a talk at an event at the University of Colombo marking the retirement of my longtime friend and former Professor of Sinhala, Ananda Tissa Kumara and his appointment as Emeritus Professor of Sinhala in that university. What I said has much to do with decolonising social sciences and humanities and the contributions countries like ours can make to the global discourses of knowledge in these broad disciplines. I have previously discussed these issues in this column, including in my essay, ‘Does Sri Lanka Contribute to the Global Intellectual Expansion of Social Sciences and Humanities?’ published on 29 October 2025 and ‘Can Asians Think? Towards Decolonising Social Sciences and Humanities’ published on 31 December 2025.

At the recent talk, I posed a question that relates directly to what I have raised earlier but drew from a specific type of knowledge scholars like Prof Ananda Tissa Kumara have produced over a lifetime about our cultural worlds. I do not refer to their published work on Sinhala, Pali and Sanskrit languages, their histories or grammars; instead, their writing on various aspects of Sinhala culture. Erudite scholars familiar with Tamil sources have written extensively on Tamil culture in this same manner, which I will not refer to here.

To elaborate, let me refer to a several essays written by Professor Tissa Kumara over the years in the Sinhala language: 1) Aspects of Sri Lankan town planning emerging from Sinhala Sandesha poetry; 2) Health practices emerging from inscriptions of the latter part of the Anuradhapura period; 3) Buddhist religious background described in inscriptions of the Kandyan period; 4) Notions of aesthetic appreciation emerging from Sigiri poetry; 5) Rituals related to Sinhala clinical procedures; 6) Customs linked to marriage taboos in Sinhala society; 7) Food habits of ancient and medieval Lankans; and 8) The decline of modern Buddhist education. All these essays by Prof. Tissa Kumara and many others like them written by others remain untranslated into English or any other global language that holds intellectual power. The only exceptions would be the handful of scholars who also wrote in English or some of their works happened to be translated into English, an example of the latter being Prof. M.B. Ariyapala’s classic, Society in Medieval Ceylon.

The question I raised during my lecture was, what does one do with this knowledge and whether it is not possible to use this kind of knowledge profitably for theory building, conceptual and methodological fine-tuning and other such essential work mostly in the domain of abstract thinking that is crucially needed for social sciences and humanities. But this is not an interest these scholars ever entertained. Except for those who wrote fictionalised accounts such as unsubstantiated stories on mythological characters like Rawana, many of these scholars amassed detailed information along with their sources. This focus on sources is evident even in the titles of many of Prof. Tissa Kumara’s work referred to earlier. Rather than focusing on theorising or theory-based interpretations, these scholars’ aim was to collect and present socio-cultural material that is inaccessible to most others in society including people like myself. Either we know very little of such material or are completely unaware of their existence. But they are important sources of our collective history indicating what we are where we have come from and need to be seen as a specific genre of research.

In this sense, people like Prof. Tissa Kumara and his predecessors are human encyclopedias. But the knowledge they produced, when situated in the context of global knowledge production in general, remains mostly as ‘raw’ information albeit crucial. The pertinent question now is what do we do with this information? They can, of course, remain as it is. My argument however is this knowledge can be a serious source for theory-building and constructing philosophy based on a deeper understanding of the histories of our country and of the region and how people in these areas have dealt with the world over time.

Most scholars in our country and elsewhere in the region believe that the theoretical and conceptual apparatuses needed for our thinking – clearly manifest in social sciences and humanities – must necessarily be imported from the ‘west.’ It is this backward assumption, but specifically in reference to Indian experiences on social theory, that Prathama Banerjee and her colleagues observe in the following words: “theory appears as a ready-made body of philosophical thought, produced in the West …” As they further note, in this situation, “the more theory-inclined among us simply pick the latest theory off-the-shelf and ‘apply’ it to our context” disregarding its provincial European or North American origin, because of the false belief “that “‘theory’ is by definition universal.” What this means is that like in India, in countries like ours too, the “relationship to theory is dependent, derivative, and often deeply alienated.”

In a somewhat similar critique in his 2000 book, Provincialising Europe: Postcolonial Thought and Historical Difference Dipesh Chakrabarty points to the limitations of Western social sciences in explaining the historical experiences of political modernity in South Asia. He attempted to renew Western and particularly European thought “from and for the margins,” and bring in diverse histories from regions that were marginalised in global knowledge production into the mainstream discourse of knowledge. In effect, this means making histories of countries like ours relevant in knowledge production.

The erroneous and blind faith in the universality of theory is evident in our country too whether it is the unquestioned embrace of modernist theories and philosophies or their postmodern versions. The heroes in this situation generally remain old white men from Marx to Foucault and many in between. This indicates the kind of unhealthy dependence local discourses of theory owe to the ‘west’ without any attempt towards generating serious thinking on our own.

In his 2002 essay, ‘Dismal State of Social Sciences in Pakistan,’ Akbar Zaidi points out how Pakistani social scientists blindly apply imported “theoretical arguments and constructs to Pakistani conditions without questioning, debating or commenting on the theory itself.” Similarly, as I noted in my 2017 essay, ‘Reclaiming Social Sciences and Humanities: Notes from South Asia,’ Sri Lankan social sciences and humanities have “not seriously engaged in recent times with the dominant theoretical constructs that currently hold sway in the more academically dominant parts of the world.” Our scholars also have not offered any serious alternate constructions of their own to the world without going crudely nativistic or exclusivist.

This situation brings me back to the kind of knowledge that scholars like Prof. Tissa Kumara have produced. Philosophy, theory or concepts generally emerge from specific historical and temporal conditions. Therefore, they are difficult to universalise or generalise without serious consequences. This does not mean that some ideas would not have universal applicability with or without minor fine tuning. In general, however, such bodies of abstract knowledge should ideally be constructed with reference to the histories and contemporary socio-political circumstances

from where they emerge that may have applicability to other places with similar histories. This is what Banerjee and her colleagues proposed in their 2016 essay, ‘The Work of Theory: Thinking Across Traditions’. This is also what decolonial theorists such as Walter Mignolo, Enrique Dussel and Aníbal Quijano have referred to as ‘decolonizing Western epistemology’ and ‘building decolonial epistemologies.’

My sense is, scholars like Prof. Tissa Kumara have amassed at least some part of such knowledge that can be used for theory-building that has so far not been used for this purpose. Let me refer to two specific examples that have local relevance which will place my argument in context. Historian and political scientist Benedict Anderson argued in his influential 1983 book, Imagined Communities: Reflections on the Origin and Spread of Nationalism that notions of nationalism led to the creation of nations or, as he calls them, ‘imagined communities.’ For him, unlike many others, European nation states emerged in response to the rise of ‘nationalism’ in the overseas European settlements, especially in the Western Hemisphere. But it was still a form of thinking that had Europe at its center.

Comparatively, we can consider Stephen Kemper’s 1991 book, The Presence of the Past: Chronicles, Politics, and Culture in Sinhala Life where the American anthropologist explored the ways in which Sinhala ‘national’ identity evolved over time along with a continual historical consciousness because of the existence of texts such as Mahawamsa. In other words, the Sinhala past manifests with social practices that have continued from the ancient past among which are chronicle-keeping, maintaining sacred places, and venerating heroes.

In this context, his argument is that Sinhala nationalism predates the rise of nationalist movements in Europe by over a thousand years, thereby challenging the hegemonic arguments such as those of Anderson, Ernest Gellner, Elie Kedourie and others who link nationalism as a modern phenomenon impacted by Europe in some way or another. Kemper was able to come to his interpretation by closely reading Lankan texts such as Mahawamsa and other Pali chronicles and more critically, theorizing what is in these texts. Such interpretable material is what has been presented by Prof. Tissa Kumara and others, sans the sing.

Similarly, local texts in Sinhala such as kadaim poth’ and vitti poth, which are basically narratives of local boundaries and descriptions of specific events written in the Dambadeniya and Kandyan periods are replete with crucial information. This includes local village and district boundaries, the different ethno-cultural groups that lived in and came to settle in specific places in these kingdoms, migratory events, wars and so on. These texts as well as European diplomatic dispatches and political reports from these times, particularly during the Kandyan period, refer to the cosmopolitanism in the Kandyan kingdom particularly its court, the military, town planning and more importantly the religious tolerance which even surprised the European observers and latter-day colonial rulers. Again, much of this comes from local sources or much less focused upon European dispatches of the time.

Scholars like Prof. Tissa Kumara have collected this kind of information as well as material from much older times and sources. What would the conceptual categories, such as ethnicity, nationalism, cosmopolitanism be like if they are reinterpreted or cast anew through these histories, rather than merely following their European and North American intellectual and historical slants which is the case at present? Among the questions we can ask are, whether these local idiosyncrasies resulted from Buddhism or local cultural practices we may not know much about at present but may exist in inscriptions, in ola leaf manuscripts or in other materials collected and presented by scholars such as Prof. Tissa Kumara.

For me, familiarizing ourselves with this under- and unused archive and employing them for theory-building as well as for fine-tuning what already exists is the main intellectual role we can play in taking our cultural knowledge to the world in a way that might make sense beyond the linguistic and socio-political borders of our country. Whether our universities and scholars are ready to attempt this without falling into the trap of crude nativisms, be satisfied with what has already been collected, but is untheorized or if they would rather lackadaisically remain shackled to ‘western’ epistemologies in the sense articulated by decolonial theorists remains to be seen.

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Extinction in isolation: Sri Lanka’s lizards at the climate crossroads

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Climate change is no longer a distant or abstract threat to Sri Lanka’s biodiversity. It is already driving local extinctions — particularly among lizards trapped in geographically isolated habitats, where even small increases in temperature can mean the difference between survival and disappearance.

Cnemaspis rajakarunai (Adult Male), Salgala, Kegalle District (In a communal egg laying site)

According to research by Buddhi Dayananda, Thilina Surasinghe and Suranjan Karunarathna, Sri Lanka’s narrowly distributed lizards are among the most vulnerable vertebrates in the country, with climate stress intensifying the impacts of habitat loss, fragmentation and naturally small population sizes.

Isolation Turns Warming into an Extinction Trap

Sri Lanka’s rugged topography and long geological isolation have produced extraordinary levels of reptile endemism. Many lizard species are confined to single mountains, forest patches or rock outcrops, existing nowhere else on Earth. While this isolation has driven evolution, it has also created conditions where climate change can rapidly trigger extinction.

“Lizards are especially sensitive to environmental temperature because their metabolism, activity patterns and reproduction depend directly on external conditions,” explains Suranjan Karunarathna, a leading herpetologist and co-author of the study. “When climatic thresholds are exceeded, geographically isolated species cannot shift their ranges. They are effectively trapped.”

The study highlights global projections indicating that nearly 40 percent of local lizard populations could disappear in coming decades, while up to one-fifth of all lizard species worldwide may face extinction by 2080 if current warming trends persist.

Heat Stress, Energy Loss and Reproductive Failure

Rising temperatures force lizards to spend more time in shelters to avoid lethal heat, reducing their foraging time and energy intake. Over time, this leads to chronic energy deficits that undermine growth and reproduction.

“When lizards forage less, they have less energy for breeding,” Karunarathna says. “This doesn’t always cause immediate mortality, but it slowly erodes populations.”

Repeated exposure to sub-lethal warming has been shown to increase embryonic mortality, reduce hatchling size, slow post-hatch growth and compromise body condition. In species with temperature-dependent sex determination, warming can skew sex ratios, threatening long-term population viability.

“These impacts often remain invisible until populations suddenly collapse,” Karunarathna warns.

Tropical Species with No Thermal Buffer

The research highlights that tropical lizards such as those in Sri Lanka are particularly vulnerable because they already live close to their physiological thermal limits. Unlike temperate species, they experience little seasonal temperature variation and therefore possess limited behavioural or evolutionary flexibility to cope with rapid warming.

“Even modest temperature increases can have severe consequences in tropical systems,” Karunarathna explains. “There is very little room for error.”

Climate change also alters habitat structure. Canopy thinning, tree mortality and changes in vegetation density increase ground-level temperatures and reduce the availability of shaded refuges, further exposing lizards to heat stress.

Narrow Ranges, Small Populations

Many Sri Lankan lizards exist as small, isolated populations restricted to narrow altitudinal bands or specific microhabitats. Once these habitats are degraded — through land-use change, quarrying, infrastructure development or climate-driven vegetation loss — entire global populations can vanish.

“Species confined to isolated hills and rock outcrops are especially at risk,” Karunarathna says. “Surrounding human-modified landscapes prevent movement to cooler or more suitable areas.”

Even protected areas offer no guarantee of survival if species occupy only small pockets within reserves. Localised disturbances or microclimatic changes can still result in extinction.

Climate Change Amplifies Human Pressures

The study emphasises that climate change will intensify existing human-driven threats, including habitat fragmentation, land-use change and environmental degradation. Together, these pressures create extinction cascades that disproportionately affect narrowly distributed species.

“Climate change acts as a force multiplier,” Karunarathna explains. “It worsens the impacts of every other threat lizards already face.”

Without targeted conservation action, many species may disappear before they are formally assessed or fully understood.

Science Must Shape Conservation Policy

Researchers stress the urgent need for conservation strategies that recognise micro-endemism and climate vulnerability. They call for stronger environmental impact assessments, climate-informed land-use planning and long-term monitoring of isolated populations.

“We cannot rely on broad conservation measures alone,” Karunarathna says. “Species that exist in a single location require site-specific protection.”

The researchers also highlight the importance of continued taxonomic and ecological research, warning that extinction may outpace scientific discovery.

A Vanishing Evolutionary Legacy

Sri Lanka’s lizards are not merely small reptiles hidden from view; they represent millions of years of unique evolutionary history. Their loss would be irreversible.

“Once these species disappear, they are gone forever,” Karunarathna says. “Climate change is moving faster than our conservation response, and isolation means there are no second chances.”

By Ifham Nizam ✍️

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Online work compatibility of education tablets

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Enabling Education-to-Income Pathways through Dual-Use Devices

The deployment of tablets and Chromebook-based devices for emergency education following Cyclone Ditwah presents an opportunity that extends beyond short-term academic continuity. International experience demonstrates that the same category of devices—when properly governed and configured—can support safe, ethical, and productive online work, particularly for youth and displaced populations. This annex outlines the types of online jobs compatible with such devices, their technical limitations, and their strategic national value within Sri Lanka’s recovery and human capital development agenda.

Compatible Categories of Online Work

At the foundational level, entry-level digital jobs are widely accessible through Android tablets and Chromebook devices. These roles typically require basic digital literacy, language comprehension, and sustained attention rather than advanced computing power. Common examples include data tagging and data validation tasks, AI training activities such as text, image, or voice labelling, online surveys and structured research tasks, digital form filling, and basic transcription work. These activities are routinely hosted on Google task-based platforms, global AI crowdsourcing systems, and micro-task portals operated by international NGOs and UN agencies. Such models have been extensively utilised in countries including India, the Philippines, Kenya, and Nepal, particularly in post-disaster and low-income contexts.

At an intermediate level, freelance and gig-based work becomes viable, especially when Chromebook tablets such as the Lenovo Chromebook Duet or Acer Chromebook Tab are used with detachable keyboards. These devices are well suited for content writing and editing, Sinhala–Tamil–English translation work, social media management, Canva-based design assignments, and virtual assistant roles. Chromebooks excel in this domain because they provide full browser functionality, seamless integration with Google Docs and Sheets (including offline drafting and later (synchronization), reliable file upload capabilities, and stable video conferencing through platforms such as Google Meet or Zoom. Freelancers across Southeast Asia and Africa already rely heavily on Chromebook-class devices for such work, demonstrating their suitability in bandwidth- and power-constrained environments.

A third category involves remote employment and structured part-time work, which is also feasible on Chromebook tablets when paired with a keyboard and headset. These roles include online tutoring support, customer service through chat or email, research assistance, and entry-level digital bookkeeping. While such work requires a more consistent internet connection—often achievable through mobile hotspots—it does not demand high-end hardware. The combination of portability, long battery life, and browser-based platforms makes these devices adequate for such employment models.

Functional Capabilities and Limitations

It is important to clearly distinguish what these devices can and cannot reasonably support. Tablets and Chromebooks are highly effective for web-based jobs, Google Workspace-driven tasks, cloud platforms, online interviews conducted via Zoom or Google Meet, and the use of digital wallets and electronic payment systems. However, they are not designed for heavy video editing, advanced software development environments, or professional engineering and design tools such as AutoCAD. This limitation does not materially reduce their relevance, as global labour market data indicate that approximately 70–75 per cent of online work worldwide is browser-based and fully compatible with tablet-class devices.

Device Suitability for Dual Use

Among commonly deployed devices, the Chromebook Duet and Acer Chromebook Tab offer the strongest balance between learning and online work, making them the most effective all-round options. Android tablets such as the Samsung Galaxy Tab A8 or A9 and the Nokia T20 also perform reliably when supplemented with keyboards, with the latter offering particularly strong battery endurance. Budget-oriented devices such as the Xiaomi Redmi Pad remain suitable for learning and basic work tasks, though with some limitations in sustained productivity. Across all device types, battery efficiency remains a decisive advantage.

Power and Energy Considerations

In disaster-affected and power-scarce environments, tablets outperform conventional laptops. A battery life of 10–12 hours effectively supports a full day of online work or study. Offline drafting of documents with later synchronisation further reduces dependence on continuous connectivity. The use of solar chargers and power banks can extend operational capacity significantly, making these devices particularly suitable for temporary shelters and community learning hubs.

Payment and Income Feasibility in the Sri Lankan Context

From a financial inclusion perspective, these devices are fully compatible with commonly used payment systems. Platforms such as PayPal (within existing national constraints), Payoneer, Wise, LankaQR, local banking applications, and NGO stipend mechanisms are all accessible through Android and ChromeOS environments. Notably, many Sri Lankan freelancers already conduct income-generating activities entirely via mobile devices, confirming the practical feasibility of tablet-based earning.

Strategic National Value

The dual use of tablets for both education and income generation carries significant strategic value for Sri Lanka. It helps prevent long-term dependency by enabling families to rebuild livelihoods, creates structured earning pathways for youth, and transforms disaster relief interventions into resilience-building investments. This approach supports a human resource management–driven recovery model rather than a welfare-dependent one. It aligns directly with the outcomes sought by the Ministry of Education, the Ministry of Labour and HRM reform initiatives, and broader national productivity and competitiveness goals.

Policy Positioning under the Vivonta / PPA Framework

Within the Vivonta/Proprietary Planters Alliance national response framework, it is recommended that these devices be formally positioned as “Learning + Livelihood Tablets.” This designation reflects their dual public value and supports a structured governance approach. Devices should be configured with dual profiles—Student and Worker—supplemented by basic digital job readiness modules, clear ethical guidance on online work, and safeguards against exploitation, particularly for vulnerable populations.

Performance Indicators

From a monitoring perspective, the expected reach of such an intervention is high, encompassing students, youth, and displaced adults. The anticipated impact is very high, as it directly enables the transition from education to income generation. Confidence in the approach is high due to extensive global precedent, while the required effort remains moderate, centering primarily on training, coordination, and platform curation rather than capital-intensive investment.

We respectfully invite the Open University of Sri Lanka, Derana, Sirasa, Rupavahini, DP Education, and Janith Wickramasinghe, National Online Job Coach, to join hands under a single national banner—
“Lighting the Dreams of Sri Lanka’s Emerging Leaders.”

by Lalin I De Silva, FIPM (SL) ✍️

 

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