sharvariakerkar

[sharvariakerkar]

Radha Mistry: A Metropolis in Transit

Radha Mistry is a designer and futurist who imagines how the future might look. She uses storytelling and design to explore how technology and changes in society could shape the world. Her work focuses on creating ideas and solutions for cities, work, and communities to make them more sustainable and fair. She helps organizations plan for the future and think creatively about solving big problems.

The project Winter 2030: A Metropolis in Transit was created with Autodesk which explores how Los Angeles prepared for the 2028 Olympics using advanced technology like automation and generative design. The focus was on hosting a large-scale global event while meeting the city’s long-term needs. Tools like AI and data analysis were used to plan efficiently, balancing the immediate demands of the Olympics with sustainable solutions for the community.

A key aspect of the project was reusing existing structures and carefully designing new infrastructure, such as housing, transportation, and public spaces, to minimize waste and ensure efficient use of resources like water and energy. It also prioritized collaboration between technology, urban planners, and local communities, creating solutions that benefited both visitors and residents.

The attached image illustrates this vision, showing how automation and human creativity combined to create adaptable, sustainable urban designs. A key concept introduced in the project was anticipatory urban development—a method of designing cities to adapt to changing needs over time. This approach ensures that infrastructure remains useful and relevant for years to come.

Overall, the project demonstrates how advanced tools and thoughtful planning can address complex challenges, creating smarter, human-centered cities that leave a lasting positive impact.

[sharvariakerkar]

EX 5 Cards + Pukka Indian (Draft 2)

Object: Kitchen Appliance, Action: Compress, Attribute: Immersive, Archetype: Product Spec Sheet

Mumbai, December: The Masala Sphere, a cutting-edge kitchen appliance, is transforming the way Indians cook. This compact, immersive device combines capsule meals with customizable masala mist sprays, offering a quick, flavorful solution for modern kitchens.

The Masala Sphere compresses traditional cooking into a few easy steps. Food capsules containing rice, dal, or bread are hydrated within seconds, while the masala mist technology sprays a fine, nano-particle blend of traditional spices over the dish, creating authentic flavors. With built-in AI, the device customizes spice levels. 

For Mumbai resident Kavita Iyer, it’s a game-changer. “It feels like cooking with my grandmother’s masalas in a spray,” she says, “but without the hours in the kitchen.”

The Masala Sphere 2.0 also promotes sustainability. Its capsule meals reduce food waste, and the masala mist eliminates the need for bulky spice jars. The compact design makes it easy to store and fits into any modern kitchen.

Product Specifications:

Design: Compact spherical body with chrome finish.

Core Features: Capsule Hydration:Food capsules hydrate in under 30 seconds. Masala Mist Sprayer: Customizable nano-spice mist with traditional flavor profiles like garam masala, sambar, and biryani.

Sustainability: Eco-friendly capsules. Solar charging capability.

Price: ₹15,999 with monthly capsule subscription plans.

[sharvariakerkar]

Cards 1  (draft 2)

Object: Imaging thing, Attribute: Family/system, Action: Tokenise, Archtype: Map of some sort

Transforming Indian Families

Ahmedabad, November – A device called the Tokeniser is reshaping family dynamics across by reshaping the fabric of Indian family life by creating a new "map" of responsibilities, emotional connections, and resource sharing. Developed by Bengaluru-based SynchroLife Technologies, the sleek, cricket-ball-sized gadget uses quantum AI to "tokenise" family contributions—like chores, emotional support, and resource sharing—into measurable Family Tokens.

For the Shah family in Ahmedabad, the Tokeniser has become a guide to navigate their daily lives. The device tracks chores, emotional support, and even shared moments, assigning value to each contribution. Pooja Shah, overwhelmed by her invisible labor, now sees her efforts mapped clearly, prompting her husband, Aniket, to share responsibilities. Their teenagers, Aryan and Meera, use the system to earn tokens by helping grandparents or completing tasks, trading them for privileges like screen time or outings.

The Tokeniser’s interface includes a dynamic family map, where members can view their contributions visually—like a digital ecosystem of care and effort. This map identifies gaps and suggests ways to restore balance, such as spending more time together or redistributing tasks. For the Shahs, it has transformed family life into a collaborative system rather than a chaotic struggle.

Beyond homes, the Tokeniser is also mapping community interactions. In rural areas, it allocates shared resources like water and energy, while governments use it to track and reward welfare contributions. Critics worry about privacy, but many families see the Tokeniser as a tool to strengthen bonds in a fragmented, tech-driven world.

This Diwali, as the Shahs decorated their home and redeemed tokens for a family dinner, they reflected on how the Tokeniser has redefined their lives. “It’s like having a map to guide us,” says Pooja Shah. “It shows us where we are and how we can move forward—together.”

As families across India embrace this device he Tokeniser is proving that technology can be a bridge—not a barrier—to meaningful relationships.

[sharvariakerkar]

EX 3 The world around us (Draft 3)

Food: Forget tough rotis and crunchy veggies. Liquid meals are now the star players of Indian meals. And hey, who can blame us? They’re easy, tasty, and require zero effort! But here’s the thing: as your meals get smoother, so might your jawline! That’s right smaller jawlines and shrinking teeth are now the latest trend in town! Water: Rajasthan, 2104: In a state where clean water is scarce, cactus-based hydration patches have become a popular way to stay hydrated. These patches release small amounts of purified water directly into the bloodstream, which means people don’t need to drink water anymore. But experts are now seeing some surprising side effects. While people stay hydrated but their skin is becoming has developed patches or rashes likely which is caused because of the high salt contains in the cactus compound. Housing: Due to rise in the sea level and climate change Mumbai now floats completely on water, and life on the sea has become the new normal for its residents. The city has been rebuild to adapt to oceanic environment and is designed to handle the changing weather. To stay safe from sudden storms and changing tides, people living here wear the Rudrash necklace. This necklace has sensors that track the weather and alert the people with vibrations and by emitting light so that they can stay indoors.

Education: Children from the early age learn through gesture using wearable devices or sensors that track their hand and body movements instead of writing. VR is a big part of learning allowing them to to explore interactive environments through gestures. However, since this type of learning relies heavily on physical movements, the muscles in their arms, wrists, and fingers often get strained from repetitive actions. To help with this an accessory called Mudra is used. This accessory is inspired by ancient Indian hand gesture which is used in yoga, , Mudra supports the muscles and helps them relax, making learning easier and more comfortable.

Healthcare: With more jobs moving into VR, many workers are suffering from eye strain, which is affecting their health and productivity. This has started to impact the country’s economy, with rising healthcare costs and lower work efficiency. To address this, the Indian government has introduced the Drishti Yojana, announced by Health Minister Dr. Arjun Mehta. Under this scheme, all working citizens will receive special lens. These lenses will work like eye medication, using gentle currents to relax tired muscles and improve blood flow. They are also linked to an app that monitors eye health and sends reminders to take breaks when needed. Social Equity: Genetic modification has become universally acceptable where every parent has a chance to give their children the best possible start in life. However, in reality only wealthier families can afford this. Because of this rich children are born with perfect skin and ideal feature making everyone appear more similar and less diverse. Gender Equality: Scientists have discovered a drug to help people with medical issues, like hormone problems or gender dysphoria, by changing their physical traits. The drug soon became popular in fashion companies, where employees were pressured to use it to meet beauty standards. Some workers changed their appearance to look stronger or more attractive to fit the company’s image. A police investigation found that these companies were forcing employees to use the drug for promotions or better pay. This caused public outrage and raised questions about the fairness and ethics.

Work & Income: Sustainability focused jobs have become a bigger part of how people work and earn money. People who work in this sector earn more and their work contributes an important role in protecting the environment.

Because of this people have embrace more healthier lifestyle influencing everything from the food to what they eat to how they live. With more people adopting organic plant based diets. This has improved digestion, and stronger immune systems. Energy / Electricity: Renewable energy now dominates, with solar and wind power meeting most electricity needs. People use portable solar panels built into their clothes and accessories to generate personal energy.

A growing trend among individuals is the use of portable solar panels, which can be purchased and integrated into clothing, bags, and accessories. These panels are attached on the clothes like patches while letting you generate your own energy wherever you go. But there’s a downside: all that sun exposure is making skin more sensitive, and cases of sun damage are on the rise. Transportation: Hyperloop systems and automated vehicles have made travel seamless. However, the lack of physical movement has affected human muscle tone and balance. Some individuals have reported weaker core stability, leading to a reliance on mobility training devices that strengthen muscles through micro-vibrations.

These device look like like belts or straps that wrap around the torso or legs, while others are compact, handheld gadgets you can place on different body areas. Political Voice: Digital democracy platforms allow people to vote using VR and biometric verification, making political participation easier. However, a new problem has emerged: some people have started using stolen biometric data, such as facial scans or fingerprints, to vote on behalf of others.

They do this by hacking into databases or using advanced technology to capture biometric information without the person’s knowledge. Once they have access, they bypass security measures and cast votes in someone else's name. Air Pollution: Air quality has worsened. There is constant haze and fog all around. Due to the bad air quality people have damaged skin due to the chemicals which are mixed in the air. Because of this people have wrinkled skin with dull complexation. To protect against the harmful effects of polluted air, people wear full-body suits made from advanced materials that filter out chemicals. These include face masks, full-sleeve jackets, and gloves with built-in air purifiers Noise Pollution: Noise pollution has significantly reduced because of electric vehicles. Additionally vehicle horns are no longer needed because cars use quiet signals to communicate. Instead of honking, they have lights or vibrations to warn others. People wear smart wristbands that allows them to feel vibrations of the other vehicles helping them stay aware of traffic without loud noises. These wristbands connect to the cars, giving real-time alerts.

Non-Human life: With deforestation and wildfires making air quality worse, people are starting to experience small changes in their bodies. Some have noticed their eyes becoming more sensitive due to the toxins in the air.

To help with these changes, a new product called the Clear sight has been introduced. These are special lenses that not only protect the eyes from pollution but also keep them moist and comfortable. Worn like regular glasses, the lens helps people cope with the effects of the harmful environment around them.

Chemical Pollution: Chemical pollution has caused acid rain to happen more often. This acid rain damages plants, buildings, and even harm animals and people.

Due to the increased frequency of acid rain people wear a protective covering and glasses while going outside. This is because the acid in the rain can irritate the skin, eyes and their respiratory system. Water bodies & Supply: Due to rising pollution levels, natural water bodies are facing significant contamination, leaving many areas with unsafe drinking water. Chemicals, plastics, and toxins have made their way into rivers, lakes, and underground aquifers, affecting the health of people who rely on these water sources.

As a result, the human body has had to adapt. People living in highly polluted areas now face an increased risk of waterborne diseases and toxins entering their system. The body’s natural filtration systems are under constant strain. Many people have started taking a capsule that filter out harmful toxins from contaminated water, giving extra protection and helping people stay healthy despite the dangerous chemicals in the water. Waste management: Due to growing pollution and overflowing landfills, waste management became a big problem as traditional methods weren’t working and landfills were filling up fast. The fast fashion industry, with its constant production of cheap clothes, made things worse.

To help reduce waste, people started using bio-degradable waste packs in their clothing. While these packs help cut down on waste, they now need to be burned in special medical-grade incinerators to avoid spreading toxins. This has put even more pressure on local waste management systems. Land Use & Streets & Public Spaces: As cities grow, more land is being used for high-rise buildings, and public spaces are shrinking. This has led to a rise in crowded, cramped environments, which has started to affect people's physical and mental well-being. With less green space and fewer open areas to move freely, people are spending more time indoors and being less active.

To make up for the lack of outdoor space, many people have started bringing nature into their homes. Their walls now have screens that show peaceful scenes like forests or beaches to make them feel closer to nature. But this has started to affect the human body. Even though these virtual environments feel relaxing, people are not moving as much as they should. This has led to more eye strain, poor posture, and weak muscles, making it harder for people to stay physically healthy. Ocean Pollution: Recently, a major discovery has shaken coastal communities in the Worli Koliwada—dozens of fish have been found dead along the shores, their bodies contaminated with high levels of toxic chemicals and plastics. This tragic event has sparked fears of further pollution spreading through the oceans. As the chemicals found in the fish make their way up the food chain, people who consume seafood are now facing unexpected health effects.

The pollution is causing a condition called cyanosis, where the skin gets a purple tint because of low oxygen levels in the blood. This is becoming more common in people who regularly eat seafood from polluted waters. Effects of Climate Change: As climate change intensifies, extreme weather events like heatwaves have become more common. People are struggling to cope with the rising temperatures, especially in cities where the heat is trapped by concrete and buildings.

In response, many have started installing high-tech cooling systems in their homes which automatically adjust the temperature and humidity levels to provide constant comfort. But they’re causing people’s bodies to lose their natural ability to adapt to heat.

Urban Agriculture & Greenification: As cities have become greener with more urban gardens and rooftop plants, people have started adapting to this new environment. While greenery has improved air quality, it has led to some unexpected effects on human health. With an increase in outdoor activities, people are spending more time exposed to plant life, which has led to an increase in skin issues, such as mild rashes and irritation caused by plant oils or pollen. Gender & Sexuality: A new form of hormone therapy has allowed individuals to physically alter their bodies in order to express gender fluidity more freely. However, this has led to social challenges, as these therapies often create temporary body dysphoria due to the rapid changes in physical appearance. People are finding it difficult to cope with the pressure to constantly change their appearance in order to fit evolving gender expectations. Diversity & Inclusion: Thanks to advanced prosthetics, people with disabilities can now modify their bodies in ways once thought impossible. However, this has created new challenges. There is pressure to “improve” or “perfect” one's body using high-tech limbs or modifications. Some people feel that diversity is only accepted if it meets certain standards of perfection.

This has made some feel left out or not good enough, especially if they can’t afford or don’t want these changes. It has also caused stress and low self-esteem in people trying to keep up with these new expectations.

Accessibility: Accessibility has improved with the use of implants that help people with hearing or vision problems. These implants connect directly to the nervous system to improve sensory abilities. However, constant use of these implants has led to some issues, like increased strain on the nerves and possible damage from being always connected to digital devices. Sustainability: Mycelium is used as a material in the clothing industry as a sustainable alternative to traditional fabrics.

People wear this clothes as it is lightweight and flexible due to which it is comfortable to wear. The clothing also change it shape and texture as it grows overtime.

[sharvariakerkar]

EX 1 Mist of Flavors (Draft 3)

Remember your grandmother’s cherished masala dabba? The one she carefully filled with turmeric, cumin, coriander, and other fragrant spices, sharing her cooking knowledge with each sprinkle? That humble container, once an essential part of every kitchen, has evolved—and it’s now a Mist of Flavors.

Introducing the Future of Cooking:

The days of meticulously measuring spoonfuls of spices, balancing the heat of chili, and worrying about over-sprinkling the garam masala are over. Mist of Flavors eliminates the guesswork and hassle, offering precision cooking at its finest. Now, your dishes can be perfectly spiced with a simple mist, delivering the authentic, homemade flavors you crave without any of the old-fashioned effort.

Gone are the days of over-pouring turmeric or underestimating chili heat. It’s 2104, and we’ve evolved beyond those traditional methods. Mist of Flavors is the future, bringing precision and ease into your kitchen with cutting-edge technology.

Precision flavoring, no skill required

Back in the day, adding spices to a dish was an art. A little too much chili? Fire hazard! Not enough salt? Flavor disaster. But with this new device, you don’t need a seasoned chef’s touch. This advanced device release a precise mist of spices, giving you perfect seasoning every time. Simply choose your dish, and the device does the rest. It automatically dispenses the ideal combination of spices and flavor intensity - no measuring, no mistakes, no mess. If you’re craving extra heat or a hint of sweetness, you can adjust the spray intensity to your liking with just a tap. The result? Every meal seasoned to perfection.

Food capsules for instant flavors:

The kitchen now has evolved, and so has the masala dabba. For days when you’re too busy (or just too lazy) to cook from scratch, you can simply pop a food capsule into the device’s glass chamber, choose your recipe, and let the device work its magic. In seconds, you’ll have the exact seasoning for your meal without lifting a spoon.

Imagine enjoying your grandmother’s legendary masala bhindi with none of the hassle—just rich, authentic flavors with ease. The entire process is faster, simpler, and absolutely foolproof.

Spice storage:

This device stores spices in eco-friendly, refillable cartridges, ensuring the highest level of freshness and reducing waste. No more cluttered spice racks or jars—you’ll have a clean, organized kitchen with top-quality spices.

Your great-grandmother may have been horrified at the thought of spraying a mist of spices onto a food capsule, but once she saw the precision, the freshness, and the convenience this device brings, she’d be nothing short of impressed. We’re not here to erase tradition, but to enhance it. After all, technology and flavor don’t have to be mutually exclusive.

So, whether you’re a cooking pro or just looking to spice up your meal with zero effort this device is your go-to kitchen companion. It’s time to leave the past behind and step into the future!!!

[sharvariakerkar]

Cards 2 (Inclass)

Object: Alt Transportation, Action: Tokenise, Attribute: Playful, Archetype: A lay flat thing by: Sharvari & Kanika

December 15, – Mumbai

Mumbai’s streets are seeing a new mode of transportation making waves – the Glide X, a hoverboard rental system that is quickly becoming a popular choice for city commuters. Glide X allows people to rent hoverboards for short trips, bypassing the usual traffic congestion. With just a tap on a mobile app, residents can locate a nearby Glide X, scan the token and hop on, and glide through the busy streets with ease. Powered by an efficient, eco-friendly energy source, the boards are silent and offer a smooth ride, making them perfect for Mumbai’s crowded roads. Rather than paying for rides, users of Glide X earn tokens by engaging in activities that benefit both the community and the environment. The idea is simple: to earn tokens, riders participate in real-life actions that help the city. One of the key ways to earn tokens is by assisting others in the community. The system also encourages sustainable living. Mumbaikars can earn tokens by participating in recycling drives, supporting urban farming projects, or reducing their carbon footprint through eco-friendly choices. Glide X rewards users for contributing to their local area. The tokens themselves are vibrant and collectible, featuring local landmarks, cityscapes, and eco-friendly designs. This gamified system not only makes it fun for younger riders but also motivates adults to contribute to their city’s betterment while enjoying a smoother, faster commute.

With its easy rental system, smooth ride, and token-based rewards for positive actions, Glide X is quickly becoming a game-changer in Mumbai’s transportation landscape. Whether commuting to work, running errands, or exploring the city, Glide X provides a new way to travel that is both enjoyable and rewarding.

[sharvariakerkar]

EX 5 Cards + Pukka Indian (Draft 1)

Object: Kitchen Appliance, Action: Compress, Attribute: Immersive, Archetype: Product Spec Sheet

[sharvariakerkar]

Cards 1 (draft 1)

Object: Imaging thing, Attribute: Family/system, Action: Tokenise

What if your best moments didn’t just end with “Remember when?” but could be replayed like your favorite movie? With LifeTokens, you don’t just save memories—you live them again, in full 4D HD (minus the popcorn).

Forget blurry photos or videos with your finger in the frame. LifeTokens capture everything—how you felt, what you saw, even the smell of that amazing pizza (because yes, we went there). Relive the joy of a party without the awkward small talk, or revisit your beach vacation without getting sand in your shoes.

And it gets better. Merge tokens to create epic highlight, share them with your family (even the tech-challenged ones), or replay them to prove you definitely nailed that karaoke performance. With LifeTokens, the past isn’t just a memory, it’s your personal time machine. Go ahead, tokenize your life,because some moments deserve to be relived.

[sharvariakerkar]

Anab Jain: Refuge for Resurgence

Anab Jain is a futurist and co-founder of Superflux, a design studio exploring how technology, society, and ecology intersect. She uses speculative design to imagine future scenarios, addressing global issues like climate change and inequality. One of her project's Refuge for Resurgence shows how all life forms can live together in harmony. It reimagines architecture as a shared space, not just for people but also for animals, plants, and other species. Instead of showing futuristic technologies, it uses metaphors that imagines a world where humans are no longer in control of the Earth.

The setting reflects a world destroyed with a flooded city surrounded by wild plants. At the center is a banquet where humans, animals, insects, and plants come together as equals to survive and rebuild. Humans are represented by broken objects from today’s world, like old tools and appliances, that are repurposed as plates and utensils for the banquet. This depicts how nature and humas are interconnected and how we must reuse to adapt to the changing world.

[sharvariakerkar]

EX 2 The vanishing voices (Draft 3)

The streets, once full of life, were now silent, lined with cracked roads and abandoned vehicles. The air was thick with pollution, and drones zipped overhead, delivering goods to the few wealthy residents. The people looked weak and tired. The city, once vibrant, had turned into a place of ruin.

A girl named Mia stood out against this backdrop. With her dark curls framing her round pale face and bright hazel eyes that sparkled with curiosity. Her body was lean, a reflection of the weakness that had slowly spread through the generations, but her gaze was sharp.

She found a device laying on the ground. Intrigued, Mia activated it, and a hologram flickered to life—a girl about her age appeared. She wore a simple old dress.

The girl began to speak, her voice calm but heavy with emotion. “My name is Sneha,” she said. “If you’re watching this, it means my story has survived. I lived through the war—a time when the world fell apart, and humanity lost its way.”

Sneha paused, and the video showed flashes of a desolate world—empty streets, barren landscapes, and crumbling buildings. Her voice returned, carrying the weight of her memories.

“It started with the climate,” she continued. “Floods and droughts turned fertile lands into deserts. People fought over what was left—water, food, shelter. Cities became battlegrounds, and those in power used their wealth and technology to control the rest. Families like mine were torn apart. Children like me...we were left to fend for ourselves.”

Sneha’s image flickered slightly as the video continued.

“One day, soldiers came to our settlement,” she said. “They said they wanted to save us, to protect us from the horrors of the outside world. They took us to a scientist—a man who claimed he could make us stronger, better suited for survival. He promised safety, but he gave us something else.”

The screen shifted to show dimly lit laboratories filled with machines and frightened children. Sneha’s voice grew quieter, tinged with pain.

“The experiments he performed were meant to enhance us,” she explained. “To make us immune to hunger, fear, even pain. But something went wrong. The changes weren’t what he expected. Children didn't survive which others became weak . And those of us who survived—” She hesitated, her voice breaking. “They weren’t the same.”

Her gaze lifted, meeting Mia’s as if pleading across the years.

“I escaped before it was too late,” she said. “But I couldn’t save the others. Their screams still haunt me. This recording is my way of making sure their suffering isn’t forgotten. That the world remembers what happened here.”

Sneha took a deep breath. "People made bad choices because they were desperate. They didn't see the harm in what they were doing. The past can't be changed, but the future... the future is up to you."

The video stopped suddenly, and the room went quiet.

Mia stayed still, feeling the heaviness of Sneha's story. The device in her hand no longer glowed. Sneha's words kept playing in her mind—a warning to never forget what happened.

[sharvariakerkar]

EX 1 Mist of Flavors (Draft 2)

Ah, so you've finally recognized me! I used to be your grandmother's cherished masala dabba, the one she lovingly topped up with turmeric, cumin, and coriander while sharing her culinary secrets. But now, I've transformed from a simple container into a high-tech design.

Remember when cooking involved actual skill? You’d precisely measure out spoonful of spices before adding them to your dish, and adding just a bit too much could ruin the entire meal. I’ve seen generations overshoot the chili and turn family gatherings into fire hazard! Ah, those were the times. But I assure you, I’m much more advanced now.

I grew tired of merely sitting around, waiting for you to scoop out a teaspoon of masala as if it were some ancient caveman tradition. Seriously, it’s 2104! We’ve evolved beyond that. I’m now a sleek device where you can simply spray spices of flavors onto your food. The days of effort and technique are over; it seems you can't even handle that basic human task anymore.

So, here's the deal: you enter a recipe, or better yet, skip that entirely! I’ve already studied every dish you’ve cooked (or attempted) over the last decade. I’ve abandoned the old-fashioned ways of sprinkling and stirring, and now I’m all about precision and flavors. Instead of sprinkling a scoop of garam masala, turmeric and red chilly power, I release a mist a perfect blend of flavors required for a recipe.

Craving more flavor? Adjust my intensity! One tap, and I’m on it. Spray, serve, done. It almost seems too simple. This is meant to make you feel like a culinary expert, except you didn’t actually do anything! Oh, and I forgot to mention that food now comes in capsules since people are too lazy to gather ingredients and cook. To wrap things up: place a capsule in my glass chamber, type in your recipe, and I’ll evaluate the flavors and spray it all in. Voilà! Your beloved grandma’s recipe, masala bhindi is ready.

And forget about storing spices in various compartments that’s so 2024. Now, I keep everything neatly organized in eco-friendly, refillable cartridges because, even as a dabba, I’m committed to protecting our planet. Sure, your great-grandmother might be horrified at the thought of spraying a mist of spices on a capsule and labeling it as food. But once she sees how I can maintain the freshness of spices without any human mistakes, she’d be impressed. After all, I’m not here to preserve tradition; I’m here to enhance it.

[sharvariakerkar]

EX 3 The world around us (Draft 2)

Food: With soil degraded and outdoor farming impossible, agriculture has moved indoors. Diets consist mainly of bio-engineered crops, lab-grown proteins, and nutrient bars, with flavorless, pre-portioned meals providing only essential nutrients. Local markets are gone, and food distribution is strictly controlled to prevent shortages, as usable farmland no longer exists.

Water: Clean water is strictly rationed and dispensed from government kiosks via digital credits. Taps are obsolete; instead, homes have automated dispensers that release small, measured amounts based on individual water allowances

Housing: Housing might shift towards "stacked neighborhoods" where entire communities live in interconnected, multi-story pods suspended above the ground.

Education: Most learning takes place through online platforms, with students using personal devices lessons, discussions, and assignments. Physical classrooms still exist but are smaller and less frequent, focusing more on hands-on projects.

Social Equity: Social equity remains a challenge, with severe inequality due to resource distribution. Wealthier groups control access to essentials like clean water, healthcare, and quality housing, while marginalized communities face resource scarcity and greater exposure to environmental hazards.

Gender Equality: Gender equality has made progress in legal frameworks, but economic disparity hinders true equality. Remote work has enabled more flexibility, reducing traditional gender role constraints.

Work & Income: The concept of work from anywhere has transformed, but for the low-income workforce, it has taken a unique turn. While wealthier workers enjoy immersive VR offices and virtual collaborations, low-income workers often find themselves in microtask hubs, local centers where they perform quick, digital tasks for companies worldwide.

Energy / Electricity: Energy relies mostly on solar, wind, and nuclear fusion. Personal energy consumption is rationed, and cities operate on “smart grids” that regulate and allocate electricity. Renewable energy is widely accessible, but the high cost of advanced systems puts poorer areas at risk of frequent blackouts.

⁠Peace & Justice: International conflict has decreased due to mutual climate threats, but social unrest within nations is common, driven by resource scarcity and inequality. Police forces are replaced with AI surveillance in wealthier areas, while under-resourced communities experience higher rates of violence due to desperation and limited law enforcement.

Political Voice: Digital Democracy Pods would be virtual spaces where people engage in debates, voting, and decision-making, using AI to personalize political discussions and simulate outcomes. These pods would allow global participation, but the control of these platforms by tech giants or governments might limit true democratic influence, creating a paradox of more engagement but less real power.

Transportation: Transportation has become super efficient and eco-friendly, with personal cars being rare and mostly owned by wealthy people. Most people rely on public transport like fast underground trains, self-driving buses, and electric cable cars to get around the city. Short trips are handled by small, shared self-driving pods that adjust routes based on where people need to go.

Air Pollution: Air pollution is critical, with most people wearing personal air filters and indoor spaces having filtration systems. Wealthier regions are shielded with clean zones that filter air around residential areas, while low-income communities suffer severe pollution exposure and related health effects.

⁠Noise Pollution: Noise-canceling technology evolved into something truly unique sound manipulation. Instead of just silencing noise, cities use advanced sound waves to reprogram sound itself, turning unwanted noise into a neutral or even soothing sound.

Non-Human life: There will be sustainable, living architecture made from bio-engineered organisms like fungi or algae that grow and adapt to environmental conditions. These "living buildings" could generate their own energy, absorb CO2, and even filter water, providing an organic alternative to traditional construction. The structures might shift shape with weather patterns or grow over time, making cities more interconnected with nature and reducing the ecological footprint of urban development. Chemical pollution: Chemical pollution will likely be a severe global problem, with widespread contamination of air, water, and soil. Many ecosystems will be permanently damaged by toxins like heavy metals, pesticides, and industrial waste. While technologies may exist to monitor and address pollution, large-scale cleanup will be slow and costly. ⁠Water bodies & Supply: Freshwater bodies are contaminated and scarce, with desalination and recycling as primary water sources. Lakes and rivers have become unusable in many areas. Waste management: Waste management relies heavily on recycling with landfill space nearly depleted. Urban places have waste to energy plants that generate electricity, and zero-waste buildings could be the norm, where everything is designed for reuse. Land use & Streets & Public Spaces: Public spaces are limited to indoor environments, where artificial greenery is used to simulate outdoor areas. Parks are replaced with indoor “green bubbles” for filtered air and limited nature exposure. Ocean pollution: Oceans are heavily polluted, and most marine life has declined or vanished. Scientists have discovered a fascinating phenomenon: some species of algae have adapted to thrive in polluted ocean environments, creating glowing "bioluminescent reefs" in areas once devastated by pollution. These glowing algae have become a new form of marine life. Effects of climate change: Climate change has led to extreme weather events, frequent flooding, and coastal erosion. Temperatures have risen significantly, making outdoor activities dangerous in many regions. Wealthy communities have climate-controlled environments, while lower-income groups are vulnerable to extreme conditions

Urban Agriculture & Greenification: Urban agriculture and greenification have evolved into a vital part of city life. Cities are filled with vertical farms, rooftop gardens, and hydroponic systems, growing everything from leafy greens to protein-rich algae.

Gender & Sexuality, Diversity & Inclusion: People are more open to diverse identities, but personal freedoms are impacted by environmental constraints. While cultural acceptance of gender and sexuality diversity has advanced, social divides between pollution-protected and high-risk zones exacerbate inequality. True inclusivity remains limited to affluent societies, where diversity is welcomed within protective enclaves. Accessibility and Sustainability: Accessibility has improved in technology-rich zones, where sustainability is prioritized to an extreme due to the need to reduce waste. However, access to these advancements is limited to wealthier populations. Sustainable solutions are a costly privilege, with poorer areas bearing the brunt of pollution from outdated infrastructure. Sustainability has become a matter of survival rather than a shared social value.

[sharvariakerkar]

EX 2 The world around us (Draft 1)

Food The rich will have access to an abundance of gourmet, lab-grown meals and bio-engineered crops that are tailored to their nutritional needs and taste preferences. They can enjoy a wide variety of flavors and high-quality food. In contrast, the poor will rely on standardized, flavorless, pre-portioned nutrient bars or lab-grown proteins that provide essential nutrients but lack variety or taste. The disparity arises from the availability of resources and technologies, with the wealthy able to afford personalized nutrition, while the less fortunate are limited to basic sustenance.

Water For the rich, clean and purified water will be abundant, thanks to personal filtration systems and smart home dispensers that ensure a constant, high-quality water supply. They will live in protected environments where water scarcity is a non-issue. The poor, on the other hand, will face severe water rationing, where access to clean water is limited to government-controlled kiosks that dispense water via digital credits. Long lines and limited water allowances will be common, making access to even basic needs a challenge.

Housing Wealthy individuals will reside in luxurious, multi-story, interconnected pods that are climate-controlled and technologically advanced. These smart homes will be sustainable, energy-efficient, and offer personal comfort. In stark contrast, the poor will live in overcrowded, poorly constructed, and poorly maintained pods in stacked neighborhoods, lacking privacy and access to the comforts enjoyed by the affluent. The housing disparity will be shaped by the availability of resources, with the rich benefiting from cutting-edge infrastructure while the poor are left in substandard living conditions.

Education The rich will have access to advanced, personalized learning experiences via virtual reality, AI tutors, and exclusive educational platforms that provide tailored lessons and resources. They will benefit from global educational opportunities and immersive experiences. Meanwhile, the poor will rely on shared, outdated devices for online education, receiving fewer hands-on learning opportunities. Their educational experiences will be constrained by financial limitations, leading to gaps in access to high-quality education.

Healthcare For the rich, healthcare will be state-of-the-art, with access to personalized medicine, AI-driven health diagnostics, gene therapies, and advanced wellness technologies. They will have regular access to the best health treatments and preventative care. The poor will struggle with limited access to healthcare, often unable to afford even basic treatments or preventive measures. They will rely on underfunded public healthcare systems, facing long wait times and poor-quality care due to the high cost of advanced medical technologies.

Social Equity The rich will continue to benefit from their privileged access to essential resources such as healthcare, education, and high-quality housing. They will maintain control over societal structures, ensuring that they stay insulated from the effects of climate change or social unrest. On the other hand, the poor will face increased inequality, as they will lack access to the essentials and live in polluted, underserved areas. They will be exposed to greater environmental hazards, contributing to further marginalization and a widening wealth gap.

Gender Equality In wealthier communities, gender equality will be achieved in both legal frameworks and economic participation. Remote work and flexible working hours will give individuals greater freedom to define their roles, regardless of gender. However, for the poor, economic disparity will still hinder true gender equality, with traditional roles and responsibilities limiting opportunities for women and marginalized genders. Despite progress in some areas, many will remain trapped by economic and social barriers.

Work & Income The rich will enjoy the freedom of working remotely in immersive virtual environments, engaging in high-paying digital jobs that offer flexibility and access to global opportunities. Their work-life balance will be enhanced through technology, with access to VR offices and advanced collaboration tools. For the poor, work will involve low-wage microtasks, often in local hubs or gig economies. These workers will be tied to physically demanding, menial tasks with little opportunity for career growth or financial security, creating a divide between the wealthy and the working class.

Energy / Electricity The rich will live in homes powered by renewable energy sources like solar, wind, and nuclear fusion, and their personal energy consumption will be managed through smart grids. These individuals will enjoy constant, reliable energy without the threat of blackouts. The poor, however, will experience frequent power outages due to outdated infrastructure and a lack of access to renewable energy systems. Their communities will be reliant on inefficient energy grids that struggle to meet the growing demands of the population.

Peace & Justice The rich will live in secure, highly surveilled areas with AI-managed law enforcement, ensuring safety and peace within their communities. They will enjoy a sense of stability and security, with crime rates kept low through advanced technologies. The poor, in contrast, will face increased social unrest, driven by resource scarcity and inequality. Law enforcement in under-resourced communities will be stretched thin, leading to higher rates of violence and insecurity, exacerbating the challenges of living in poverty.

Transportation For the rich, transportation will be dominated by private, self-driving electric vehicles, offering them personalized, efficient, and comfortable travel experiences. They will have access to fast underground trains and cable cars that are integrated with their digital lifestyles. For the poor, public transportation will be overcrowded, slower, and less efficient. They will rely on shared, self-driving pods or buses, often dealing with delays and limited routes. The disparity will stem from the wealth gap in accessing advanced transportation infrastructure.

Political Voice The rich will have a strong influence on political decisions, participating in Digital Democracy Pods that offer personalized, immersive political experiences. These platforms will allow them to engage in debates, voting, and decision-making in ways that reflect their political preferences. The poor will have limited political power, with digital platforms controlled by governments or tech giants, restricting the influence of marginalized groups. Although participation may be high, true democratic engagement will be diluted, as those with less power struggle to influence the political process.

Air Pollution The wealthy will live in protected zones with high-tech air filtration systems, ensuring they breathe clean air, and their homes will be shielded from the effects of widespread pollution. The poor, on the other hand, will endure severe air pollution, with little access to air purifiers or protective measures. They will live in densely populated, polluted areas, facing significant health risks due to poor air quality and limited resources to combat it.

Noise Pollution For the rich, noise-canceling technologies will create serene, quiet environments where unwanted sounds are transformed into neutral or soothing tones. These individuals will enjoy a high quality of life with minimal noise disturbance. The poor will be exposed to constant noise pollution from overcrowded urban areas, with little access to noise-reduction technologies. This will contribute to mental and physical health problems for those living in poorer regions.

Non-Human Life The rich will benefit from living in environmentally integrated spaces, where bio-engineered organisms like fungi and algae help create sustainable living buildings that absorb CO2, purify air, and provide energy. They will live in interconnected, green cities that blend technology with nature. In contrast, the poor will live in urban environments disconnected from nature, surrounded by concrete and industrialized spaces, where the impact of pollution on biodiversity will be starkly evident.

Chemical Pollution For the rich, technological solutions will help monitor and mitigate chemical pollution, creating cleaner environments where toxins are removed or filtered. These individuals will live in areas that are protected from the long-term impacts of industrial pollution. The poor will live in areas heavily affected by chemical pollution, with toxins like heavy metals, pesticides, and industrial waste contaminating the air, water, and soil. Their health will be at higher risk due to limited access to cleanup technologies and resources.

Water Bodies & Supply The rich will have access to clean, purified water from desalination plants and advanced water recycling systems, ensuring a constant and reliable supply. They will also have access to pristine lakes and rivers for recreational purposes. For the poor, freshwater bodies will be scarce and contaminated, and they will rely on desalinated or recycled water, which may come at a high cost.

Waste Management The wealthy will live in zero-waste environments, where everything is designed for reuse and waste is efficiently recycled or converted into energy. Their homes and cities will be at the forefront of sustainable waste management practices. The poor will live in areas where waste management systems are outdated and inefficient, leading to overfilled landfills and widespread environmental contamination.

Land Use & Streets & Public Spaces For the rich, public spaces will be vast, green, and climate-controlled, offering parks and recreational areas that simulate nature while ensuring comfort and safety. The poor will live in crowded urban environments where public spaces are limited, and outdoor areas are either polluted or poorly maintained.

Ocean Pollution The rich will live near protected coastlines or artificial marine sanctuaries, where the oceans are kept clean and marine life is preserved. The poor, however, will experience the full effects of ocean pollution, with declining marine life and contaminated waters that impact food sources and ecosystems.

Urban Agriculture & Greenification The rich will live in cities filled with vertical farms, rooftop gardens, and hydroponic systems that provide fresh, sustainable food. he poor will struggle to access locally grown, fresh food, relying on industrialized and processed food products.

Gender & Sexuality For the rich, gender and sexual diversity will be fully accepted and celebrated, with inclusive policies and a wide range of personal freedoms. They will enjoy a high level of social acceptance within their communities. The poor, while benefiting from legal protections, will still face discrimination.

Diversity & Inclusion In wealthy communities, diversity and inclusion will be promoted through access to education, resources, and social acceptance. In poorer areas, social divides will be deepened by pollution and lack of resources, limiting true inclusivity. The poor will experience exclusion and face barriers to equality.

Accessibility The rich will have access to advanced technologies that ensure universal design and complete accessibility. Smart cities will cater to all needs, including mobility aids, assistive technologies, and personalized services. The poor will live in areas where accessibility remains a challenge due to outdated infrastructure.

Sustainability The wealthy will live in sustainable environments powered by renewable energy, with access to cutting-edge technologies that minimize waste and reduce their ecological footprint. For the poor, sustainability will be a matter of survival rather than choice, as they will rely on outdated systems.

[sharvariakerkar]

EX 2 The vanishing voices (Draft 2)

In a world dominated by technology, machines were everywhere. Towering buildings, some sleek and modern, others worn and crumbling, cast long shadows over the cracked streets below. Rusted streetlights flickered while drones whizzed overhead, delivering goods to high-rise apartments. The sound of old cars rattled through the potholed roads, mingling with the hum of machinery struggling to keep up with a city stuck between the past and the future.

A 15-year-old girl named Mia stood out against this backdrop. With unruly dark curls framing her round face and bright hazel eyes that sparkled with curiosity, she wore worn sneakers that carried her through the alleys. A well-loved backpack hung slung over her shoulder, filled with old sketchbooks and tools that hinted at her passion for drawing and design.

While exploring an abandoned lab on the outskirts of her city, she stumbled upon a mysterious device. It was unlike anything she had ever seen—small enough to fit in her hand, yet radiating an ancient, otherworldly energy. The casing was made of tarnished metal, its surface covered in intricate symbols that seemed to pulse faintly in the dim light. At the center of the device was a glowing orb, flickering between shades of blue and green, as if it were alive and responding to her presence.

Intrigued, Mia activated it, and a hologram of a girl named Sneha appeared, who lived decades ago during a time of chaos and war. Sneha looked about Mia's age. Her long, dark hair fell over her shoulders, and her big eyes showed a mix of hope and fear. She wore a simple, old dress that looked like it belonged to another time. Despite her fragile appearance, she stood tall, showing strength.

Suddenly, a crackling voice came from the device. "I don't have much time left," she said. “You have to listen to my story. I was part of an experiment conducted by a scientist who tried to protect children from a chaotic world.”

Sneha explained, “The war started because people were fighting over important resources like clean water and food. The world had changed due to climate problems, and many areas became deserts. Cities turned into battlegrounds where different groups fought for what was left. Drones flew overhead, watching everyone and keeping the powerful in control. Children like me were caught in the middle, hiding in abandoned buildings to stay safe. Many families were torn apart, and many kids disappeared without a trace, lost in the chaos.”

Mia's breath quickened as Sneha's hologram flickered. As Sneha’s story unfolded, Mia learned that many children had vanished without a trace, their lives consumed by the scientist’s failed experiment.

Mia’s mind raced. Could this really be happening? Could a device from so long ago be connecting her to a girl trapped in time? “What do you need me to do?” she asked, her voice trembling.

Sneha replied, "You must find the original lab. The coordinates are in this device. This can set us free. There's hope.”

With determination igniting her spirit, Mia nodded. “Where is it?”

“North, past the factory district, hidden in the ruins. But be careful—there are dangerous things there.”

Mia raced through the alleys of the city, recalling all the stories her grandma told her about the past. After navigating the dark streets, she finally located the lab. Inside, the lab was filled with old machines and remnants of what once was.

“Mia! Hurry!” Sneha’s voice crackled through the device. “Input the coordinates! It’ll stabilize the system!”

As Mia rushed to the console, she typed in the coordinates. An alarm blared, and the ground shook. “Hurry!” Sneha cried again, urgency rising in her tone.

With a surge of adrenaline, Mia pressed the final button. Lights began to flicker, and suddenly, she found herself alone in a dark, empty space. Panic filled her heart. “Sneha?!” she called out, but there was no answer. The hologram had vanished.

Suddenly, the entire lab transformed before her eyes, revealing a world that had changed more than she could ever imagine. The machines buzzed loudly, and strange shapes moved in the corners. They were not the children she had hoped to save but twisted and monstrous versions of what they once were, created by the scientist's experiments.

Years ago, the scientist wanted to protect children from the chaos of the world outside. He believed that by using advanced technology and genetic engineering, he could make them stronger. However, as the experiments continued, the changes interacted unpredictably with the children's bodies, causing severe transformations.

As Mia stood frozen in fear, she couldn't shake the feeling that the figure before her was a direct result of the scientist's experiments. She realized that trying to fix the problem had led to something even worse.

Mia's heart sank as she understood the truth: the figure in front of her had once been a child like herself, lost to the side effects of the scientist's desperate efforts to help. The creature's eyes, once bright with innocence, were now filled with confusion and pain—a reflection of the suffering it had experienced.

“Welcome back, Mia,” a chilling voice echoed through the lab.

Her eyes widened in horror as the figure stepped out of the shadows. She knew she had to act fast. With her heart racing, she ran in another direction, her mind filled with fear and regret. Little did she know that this was just the beginning of her journey to confront the consequences of her actions.

Determined to find a solution, Mia remembered Sneha's words about hope. She needed to learn more about the experiments and how to reverse their effects. Her journey wasn't just about saving Sneha—it was about helping those lost due to the scientist's mistakes.

With each step she took in the chaotic lab, Mia's resolve grew stronger. She would not let fear control her. She would uncover the truth and fight for the children trapped in the shadows of tomorrow.

[sharvariakerkar]

EX 2 The vanishing voices (Draft 1)

In a world dominated by technology, machines are everywhere. A 15-year-old girl named Mia finds a mysterious device while exploring an abandoned lab on the outskirts of her city. Intrigued, she activates it, and a hologram of a girl named Sneha appears, who lived decades ago during a time of chaos and war.

Sneha looks frightened. Suddenly, a crackling voice comes from the device. "I don't have much time left," she says. “You have to listen to my story. I was part of an experiment conducted by a scientist who tried to protect children from a chaotic world,” Sneha explains. “But the machine malfunctioned, and I disappeared. Many of us are trapped between worlds.”

Mia's breath quickens as Sneha's hologram flickers. As Sneha’s story unfolds, Mia learns that many children had vanished without a trace, their lives consumed by the scientist’s failed experiment.

Mia’s mind races. Could this really be happening? Could a device from so long ago be connecting her to a girl trapped in time? “What do you need me to do?” she asks, her voice trembling.

Sneha replies, "You must find the original lab. The coordinates are in this device. This can set us free. There's hope.”

With determination igniting her spirit, Mia nods. “Where is it?”

“North, past the factory district, hidden in the ruins. But be careful—there are dangerous things there.”

Mia races through the alleys of the city, recalling all the stories her grandma told her about the past. After navigating the dark streets, she finally locates the lab. Inside, the lab is filled with old machines and remnants of what once was.

“Mia! Hurry!” Sneha’s voice crackles through the device. “Input the coordinates! It’ll stabilize the system!”

As Mia rushes to the console, she types in the coordinates. An alarm blares, and the ground shakes. “Hurry!” Sneha cries again, urgency rising in her tone.

With a surge of adrenaline, Mia presses the final button. Lights begin to flicker, and suddenly, she finds herself alone in a dark, empty space. Panic fills her heart. “Sneha?!” she calls out, but there is no answer. The hologram has vanished.

Suddenly, the entire lab transforms before her eyes, revealing a world that has changed more than she could ever imagine. The machines buzz loudly, and strange shapes move in the corners. They are not the children she had hoped to save but twisted and monstrous versions of what they once were, created by the scientist's experiments.

Mia’s heart sinks as she realizes the truth: fixing the problem had unleashed something even worse. Panicking, she backs away, her breath quickening. “What have I done?” she whispers, feeling a wave of despair wash over her. She knows she must escape, but before she can move, a chilling voice echoes through the lab: "Welcome back, Mia."

Her eyes widen in horror as the figure of a monstrous child emerges from the shadows. She knows she has to act fast. With her heart racing, she runs in another direction, her mind racing with fear and regret. Little does she know that this is just the beginning of her journey to confront the consequences of her actions.

[sharvariakerkar]

EX 1 The Last Dabba (Draft 1)

It was a quiet evening when Anya found the old masala dabba tucked away in the back of the kitchen cabinet. The steel box had been passed down for generations, its compartments once filled with turmeric, cumin, and coriander—each spice a symbol of countless family meals and stories. Her grandmother had always said that cooking with love meant knowing your spices, feeling their warmth in your hands before they met the pot. But in the modern world hat practice felt like something from a distant memory. Anya had never used the dabba. She’d grown up in a world where food came in neat little capsules, ready to be prepared with the tap of a button. Her new Masala Dabba device sat on the countertop—sleek, silver, and almost too polished, a far cry from the humble box of her grandmother. The device had a smooth, touch-sensitive interface, with a compartment for each spice, all in biodegradable pods that would release the perfect amount of seasoning when inserted. It scanned the pods, adjusted the mist intensity, and within minutes, her meal was ready—flavorful and perfectly balanced. No fuss, no mistakes. But something about the old dabba called to her that evening. Maybe it was the smell of nostalgia or the gentle pull of family history. She carefully opened the lid, dusting off years of neglect. Inside, the spices still lingered—faintly fragrant but almost forgotten. Her grandmother’s voice echoed in her mind. “Cooking is more than just a meal, Anya. It’s about connection. With your family. With your roots.” Anya sighed. In the age of automation, connection was rare. Meals were often eaten in front of screens, no one bothering to truly savor the flavors or share a laugh over a simmering pot. She hadn’t felt the joy of cooking in a long time. The new device was fast, but it had stripped away the heart of it all—the anticipation, the mistakes, the satisfaction of creating something by hand.