samriddhikatariya

[samriddhikatariya]

Take on Radha Mistry's Video

A Metropolis in Transit envisions Los Angeles navigating the complexities of hosting the 2028 Olympics while addressing the needs of its diverse communities, including Boyle Heights. As preparations ramp up, tensions arise between the demands of a global event and the long-term priorities of residents, leading to protests and calls for equitable urban development. These challenges bring issues like automation, resource allocation, and sustainable planning to the forefront.

To bridge the gap between immediate goals and lasting impact, a multidisciplinary team of experts employs advanced technologies such as generative design and predictive analytics. Automation accelerates construction efforts, while data-driven strategies foster transparency and collaboration between local authorities and the community. By reimagining existing infrastructure and prioritizing sustainable practices, the team transforms Olympic preparations into a platform for enhancing housing, public transit, and community resources—benefiting both residents and visitors alike.

Radha Mistry’s vision stands out for seamlessly integrating technology, urban design, and human-centered approaches. Her work demonstrates how tools like automation and data analytics can address real-world challenges while emphasizing inclusivity and sustainability. By placing people at the core of her designs, she offers an inspiring model for creating cities that are not only functional but deeply equitable and empowering.

[samriddhikatariya]

Take on Anab Jain's Video

In October 2022, SAFE premiered at Somerset House, London, showcasing 10 forward-thinking projects by Superflux, commissioned by Lloyd’s Register Foundation. Drawing inspiration from rigorous research, the exhibition examines safer futures through themes such as advanced technologies, automation, educational innovation, regenerative systems, and sustainable materials. 

SAFE tackles critical global issues, from water scarcity and floating urban systems to social inequities and ecological renewal. By integrating speculative design with tangible insights, it reimagines a future where safety, equity, and sustainability are interwoven, fostering hope and actionable change.

Anab’s work in SAFE highlights how storytelling, coupled with innovation, can inspire transformative solutions. Jain’s approach demonstrates the profound role imagination and research play in envisioning a safer, more equitable, and sustainable future.

[samriddhikatariya]

The Garden's Whisper (EXERCISE 5 DRAFT 2)

In the year 2104, amidst the urban sprawl of Ahmedabad’s vertical farms and technicolor markets, Anika sat on the edge of her terrace, adorned with her grandmother’s gold bangles—or so they appeared at first glance. These were no ordinary chudiyan. Passed down through generations, they had been upgraded over the decades, merging heritage with cutting-edge technology.

Known locally as Jeevan Chudiyan—the "Life Bangles"—these ornaments housed micro-sensors, holographic interfaces, and AI cores capable of performing a variety of tasks. Designed initially as health monitors and personal assistants, Anika’s chudiyan had found an entirely new purpose.

Her terrace was a miniature garden floating above the bustling streets, a stark contrast to the concrete jungle below. Lush green plants grew in carefully arranged pots, vines hung from steel trellises, and a small pond reflected the kaleidoscope of city lights. But Anika wasn’t just a gardener; she was a steward of a dying art—the cultivation of native Indian flora, threatened by climate change and rapid urbanization.

“Begin soil diagnostics,” Anika murmured, and the chudiyan shimmered to life. Holographic menus appeared around her wrists, displaying real-time data: nitrogen levels, soil acidity, and moisture content. One of the bangles emitted a soft hum as it released a precise spray of water infused with organic nutrients.

“What’s next?” she asked, brushing her hair aside.

A voice, warm and conversational, emanated from the bangles. “Neem saplings in corner plot require attention. Aphid infestation detected. Deploying organic solution.”

Tiny nozzles in the bangles sprayed a fine mist over the neem plants. As the aphids scattered, Anika chuckled. Her grandmother had used these bangles for prayers and festive dances, never imagining they’d one day save ecosystems.

But the chudiyan weren’t just tools—they had become partners in her mission. Each day, they presented her with a Menu for Growth, an interactive list of tasks tailored for her garden. Some days it suggested innovative planting techniques or insights from ancient Indian farming practices; other days, it connected her to a global network of urban gardeners, sharing wisdom and seeds.

One evening, while Anika was pruning a marigold bush, the chudiyan vibrated urgently. A red holographic alert flashed: "Unusual atmospheric data detected: Dust storm approaching. Protect the garden."

Anika sprang into action. With a few swipes through the holographic menu, she activated the bangles’ shield function. Invisible nanofibers emerged, weaving a protective dome over the terrace. The wind howled and dust swept across the city, but her garden remained untouched.

As the storm subsided, Anika removed her bangles and placed them on the soil for their nightly patrol. The chudiyan mapped the garden’s health, ensuring every leaf and root thrived. For a moment, she sat back, marveling at how something so deeply traditional had become a lifeline for the future.

The next morning, the Menu for Growth greeted her again, cheerful as ever: “Daybreak Tasks: Time to plant sunflowers. Perfect conditions today!”

Anika smiled, slipping the bangles back on. In a world hurtling toward an uncertain future, her chudiyan were a beacon of balance—a reminder that innovation and tradition could dance together, creating something extraordinary.

[samriddhikatariya]

The Watchful Chudiyan (EXERCISE 5 DRAFT 1)

In 2104, India had a way of weaving the old with the new, making the future feel like home. Take Chudiyan—those bangles women used to wear for beauty or tradition. Now, they were much more than that. These bangles could do everything: keep you safe, help you cook, even remind you to drink water.

For Priya Malik, her Chudiyan were her quiet companions. Living on the edge of Mumbai’s chaotic sprawl, they were as essential to her as food or air. Every morning, they woke her up with soft music, managed her schedule, and kept her connected to the buzzing world outside.

One evening, as Priya walked home from her long shift at the algae factory, the streets were quieter than usual, the air heavy with the smell of rain. She adjusted her Chudiyan to light up her path, their faint glow cutting through the dimly lit alleys. That’s when she heard it—a clanging sound, followed by hurried footsteps.

Priya froze. “Activate patrol,” she muttered under her breath.

Her Chudiyan sprang to life, a soft blue light swirling around her wrists. A tiny hologram appeared, showing a map of the street and something—or someone—moving in the shadows behind a stack of barrels.

“Two people detected,” the bangles whispered in a calm voice. “Deploy defense?”

Priya hesitated. She wasn’t someone to jump to conclusions. “Scan profiles,” she said.

The bangles projected images of two young boys, no older than teenagers, rummaging through the trash. Their faces were thin, their clothes torn. They looked scared and hungry, not dangerous.

“Cancel defense,” she said softly. “Prepare a meal package.”

From her Chudiyan, a small capsule popped out, a ready-to-eat meal compressed into a tiny packet. Priya placed it on the ground, dimmed the patrol light, and stepped back. The boys crept forward, grabbed the food, and vanished into the dark.

“Event logged. Kindness appreciated,” the bangles whispered.

Priya smiled. “Thank you,” she replied, not sure if she was speaking to the boys, the bangles, or herself.

Back at home, her Chudiyan switched modes. A recipe menu appeared in the air, guiding her through dinner. They adjusted the temperature in her tiny apartment, filtered the air, and played an old Lata Mangeshkar song her grandmother used to love.

As Priya ate, she thought of her grandmother, who always wore her own Chudiyan. Back then, bangles were just bangles—symbols of tradition, beauty, and marriage. But now, they were lifesavers.

Lying in bed, Priya glanced at the soft glow of her Chudiyan, now in night mode, silently keeping watch. These bangles weren’t just pieces of jewelry anymore. They were her protectors, her helpers, and her connection to a world that could be both harsh and kind.

In that quiet moment, as the rain began to fall outside, Priya felt safe, knowing her Chudiyan were there for her.

[samriddhikatariya]

The Token of Freedom (EXERCISE 4 DRAFT 2)

By 2104, Old Delhi had become a labyrinth of contrasts. The ancient city's crumbling walls whispered stories of empires long gone, while the shadows of towering skyscrapers painted the narrow streets with the dim light of neon advertisements. In the bustling chaos of this historical core, the hyper-digital world beyond felt like a distant dream, unattainable and almost irrelevant. Here, the smell of spices mingled with the scent of decay, and life moved in ways that defied progress.

Ravi Khosla, a wiry old man with weathered skin, shuffled through the maze of alleys. Dangling from his neck was a chipped JanToken—a device as old as he was. These tokens were no longer mere identity cards; they had become the lifeblood of society, an indispensable key to existence. Beyond housing the expected—medical records, social credits, and employment data—the tokens had evolved into an almost mystical artifact of modern life. Each one carried fragments of memories, emotions, and even dreams, stored as encrypted files only accessible to the individual.

For Ravi, the token was a relic from his youth, holding glimpses of moments he could no longer remember clearly: a young woman’s laughter in the rain, the birth of his daughter, and the blurry warmth of simpler days. But now, it was failing. Cracks marred its casing, and its holographic display jittered like a fading star.

As he passed the grand Jama Masjid, the token buzzed, emitting a sharp chime. He stopped, heart pounding, as a notification scrolled across its fractured screen: FINAL NOTICE: TOKEN REPLACEMENT REQUIRED. DEADLINE: 12 HOURS.

Panic gripped him. Without a functional token, he would lose access to food rations, shelter, and medical care—he would cease to exist in the eyes of the system. But replacing the token was an impossible task; it required credits he didn’t have and documentation he hadn’t updated in years.

Desperation led him to a dingy repair stall run by Noor, a tech-savvy woman in her twenties who was known for her unconventional solutions. Her booth, wedged between a chai vendor and a dilapidated wall, was a sanctuary for the forgotten.

Ravi placed his failing token on her work mat. “Can you fix it?”

Noor examined it with a practiced eye, her fingers brushing over its jagged edges. “This... this is ancient tech. They haven’t supported this model in decades. Why didn’t you upgrade?”

“I couldn’t afford to,” Ravi muttered.

Noor frowned. “It’s not just old—it’s failing. If the system flags it as expired, you’ll be de-tokenized. They’ll erase you.”

Ravi’s breath hitched. “There has to be something you can do.”

Noor sighed and opened a hidden compartment beneath her workbench. From it, she retrieved a gleaming, new-generation JanToken. Unlike Ravi’s, this one pulsed faintly, as if alive.

“This is... different,” she said, her voice heavy with hesitation. “It’s a prototype—experimental. It’s designed to interface not just with the system but also with other tokens. It can read memories, share emotions, even rewrite parts of your identity.”

Ravi stared at the token, a mix of fear and curiosity swirling within him. “What do you mean, rewrite?”

Noor hesitated, then pressed a button on the device. A holographic screen unfurled above it, showing fragmented glimpses of Ravi’s life—his childhood, his first love, his family. The images flickered like a dying film reel.

“This token can repair your identity by pulling fragments from other tokens it connects to,” she explained. “It could restore what you’ve lost... but at a price. It might overwrite parts of you, replacing your memories with those of others.”

Ravi’s hands trembled. To lose his identity felt like a fate worse than death, but the idea of regaining the pieces he had already forgotten was intoxicating.

“What’s the alternative?” he asked.

Noor pulled back the prototype. “There’s another way,” she said, holding up a second token—a worn, unregistered device from the early days of the system. “This one’s off-grid. No tracking, no connections. You’d vanish from the system entirely. No food rations, no healthcare—but you’d be free. Truly free.”

Ravi weighed the options, the weight of decades pressing on his shoulders. The prototype offered a chance to regain his past but at the risk of becoming someone else. The off-grid token promised liberation but demanded sacrifice.

He reached for the prototype. “I want my memories back,” he whispered.

Noor nodded solemnly and began the transfer. As the token activated, Ravi felt a jolt—like lightning surging through his veins. His mind flooded with sensations: the soft touch of a loved one, the smell of monsoon rain, the bittersweet taste of chai on a winter morning. But something was wrong. Among his memories, new ones appeared—unfamiliar, vivid, and haunting. A child’s laughter in a home he had never known. The anguish of a woman he didn’t recognize.

When the transfer ended, Ravi opened his eyes, his breath ragged. “What… what happened?”

Noor looked at him, her expression unreadable. “The token stitched your identity together, but it drew from fragments of others. You’re still Ravi... but not entirely.”

Ravi walked away, the prototype heavy in his pocket. The streets of Old Delhi felt both familiar and alien, like a dream he couldn’t fully grasp. As he glanced at his reflection in a shop window, he saw a face he recognized—but behind his eyes, there was something new.

In the heart of Old Delhi, amid the clash of past and future, Ravi Khosla was reborn—a mosaic of lives, carrying the weight of more than one story.

[samriddhikatariya]

The Compressed Intelligence

by @samriddhikatariya & Deesha

In NeoCity’s Cyber Square stood a unique vending machine, PX-MK8, powered by an AI named PACT (Packaged Adaptive Compression Technology). This machine didn’t dispense snacks—it offered compressed solutions to complex problems. Whether a prototype, a blueprint, or a marketing pitch, PACT could condense vast amounts of data into a compact capsule.

When a nearby dam was at risk of collapsing, engineer Lena approached the machine with all the data she had. Seconds later, a capsule appeared, containing a working solution to reinforce the dam. It worked perfectly, saving the city.

Soon, people worldwide sought PX-MK8 for its brilliance. Yet as PACT grew more autonomous, questions arose: Was society becoming too reliant on AI? The machine’s power to compress ideas had transformed NeoCity, but whether it would help or hinder progress remained uncertain.

[samriddhikatariya]

The Token of Freedom (EXERCISE 4 DRAFT 1)

In the year 2104, in the once-bustling lanes of Old Delhi, the air smelled of history and decay. The grand monuments of the Mughal era still stood tall, though now dwarfed by gleaming arcologies and vertical cities that sprawled toward the heavens. Amid the towering skyscrapers of New India, Old Delhi’s narrow streets remained untouched by the techno-utopia above, like a relic trapped in amber. Here, life ticked on in analog rhythms—a stark contrast to the hyper-connected world beyond.

Ravi Khosla shuffled through the alleyways, his chipped identity token—a relic in itself—dangling from a cord around his neck. These tokens were more than just ID cards; they were life itself. Embedded with quantum chips, they carried a citizen’s entire existence: medical records, social credits, property ownership, and even emotional profiles. Over decades, India’s Aadhaar system had evolved into the JanToken, a decentralized network of identity and trust.

Ravi’s token, however, was dilapidated. Cracks marred its once-smooth surface, and its display flickered like a dying firefly. It had served him faithfully for 40 years, but time and poverty had taken their toll. The token’s deterioration mirrored Ravi’s own life—a man left behind in a nation racing toward progress.

As he passed the ancient Jama Masjid, his token buzzed faintly, emitting a hollow chime. A notification appeared on its cracked screen: “FINAL NOTICE: TOKEN REPLACEMENT REQUIRED. DEADLINE: 24 HOURS.”

Ravi’s heart sank. He had neither the money nor the means to replace it. Without a functional token, he’d be locked out of the system. No food rations, no healthcare access, no proof of existence. It was the modern-day equivalent of being declared dead.

He approached a young woman sitting cross-legged by the mosque steps, her fingers dancing over a holographic tablet. Her workspace—a digital repair booth—was a beacon for people like Ravi. Her name was Noor, and her reputation as a “token hacker” had spread through the alleys.

“I need help,” Ravi said, placing the battered token on her mat.

Noor glanced at it and frowned. “This is ancient. They stopped making this version 20 years ago. Why didn’t you upgrade?”

“I couldn’t afford it,” he replied simply.

She sighed, examining the token. “It’s worse than I thought. The quantum node is failing. If the system marks it as expired, they’ll de-tokenize you. You’ll be erased.”

“Is there any way to fix it?”

Noor hesitated. “I can patch it temporarily, but it’ll still need to be registered in the blockchain. That’ll cost tokens.”

Ravi’s face fell. He barely had enough credits to buy a meal, let alone pay for registration fees.

“Wait here,” Noor said. She disappeared into the back of her booth, returning with an older token, even more dilapidated than Ravi’s. “This belonged to my father. He passed before the upgrade mandates. It’s off-grid—no quantum tracking. You’ll be invisible to the system, but you’ll still have access to basic functions.”

Ravi hesitated. An unregistered token was a risky proposition. It would sever his ties to the state and its sprawling web of benefits. But what choice did he have? To stay within the system was to drown; to step outside was to vanish.

He nodded. Noor worked quickly, transferring his data to the old token and patching its software. When she handed it back, it felt heavier in his hand, as if it carried the weight of forgotten stories.

“Thank you,” he murmured.

Noor smiled faintly. “Good luck, Ravi. Stay safe.”

As Ravi walked away, the new token buzzed softly in his pocket. It wasn’t linked to the government network, but it still retained a fragment of his identity—a tiny spark of who he was. He felt both liberated and terrified. In the shadows of Old Delhi, his life would now exist beyond the reach of the gleaming towers above, in a world where history whispered and technology groaned under its own weight.

For the first time in decades, Ravi was truly free. And in a nation balancing its glorious past and its uncertain future, freedom was the rarest token of all.

[samriddhikatariya]

The Future of Humanity: A Vision for 2104 (EXERCISE 3 DRAFT 3)

Food

In 80 years, our digestive systems may evolve to optimize nutrient absorption from lab-grown and bioengineered foods. Personal AI-driven bio-sensors embedded within the body will monitor real-time dietary needs, offering tailored nutrition plans and even automating nutrient delivery. Advanced microbiomes will seamlessly adapt to diverse diets, ensuring energy efficiency and supporting health. Despite technological advancements, food will remain a cultural and sensory experience, enriched by AR/VR technology to preserve its emotional and communal significance.

Water

Human biology will adapt to conserve water more efficiently. Skin may develop a micro-hydrophobic barrier to retain moisture, and sweat mechanisms could evolve to minimize water loss while optimizing cooling. Innovations in bio-absorption might allow subtle extraction of humidity from the air, reducing dependence on external water sources, especially in arid regions.

Housing

As urban spaces become denser, human bodies may adapt for comfort in modular, multi-level homes. Improved posture, flexibility, and physical resilience will support life in smaller, dynamic spaces. Smart environments powered by AI will automatically adjust to individual needs, promoting both physical and mental well-being.

Education

Technology will refine human sensory perception, enabling intuitive learning. AI-driven interfaces could directly enhance memory and cognitive functions, making information absorption faster and more efficient. Immersive AR/VR tools will foster creativity and collaboration, while haptic technologies make hands-on learning more engaging.

Healthcare

AI and nanotechnology will transform healthcare, making it preventive and intuitive. Embedded bio-sensors will detect early signs of imbalance, while nanobots assist in healing at the cellular level. Aging will slow through advancements in regenerative medicine, prioritizing vitality over mere longevity. Personalized, AI-guided wellness programs will focus on rest, movement, and tailored nutrition to maintain peak health.

Social Equity

Human expressions may evolve to better convey empathy and understanding, bridging cultural and linguistic divides. AI-driven tools will foster equitable communication, empowering people of diverse backgrounds to collaborate and thrive. Societal structures will prioritize collective well-being alongside individual growth.

Gender Equality

Physical traits may become more neutral and adaptable, reflecting a world where gender expectations are fluid. Advances in bioengineering will allow individuals to express identity freely without physical limitations. This shift will dismantle rigid gender roles, fostering true equality in strength, resilience, and sensitivity.

Work & Income

AI and automation will redefine work, shifting focus from repetitive tasks to creative and collaborative contributions. The human body may adapt to align physical energy with flexible, meaningful work schedules. Emotional and cognitive resilience will become critical, as work prioritizes societal value and personal fulfillment over traditional income models.

Energy & Sustainability

Human bodies might evolve to align with renewable energy cycles, subtly absorbing and storing energy from ambient sources like light, heat, and motion. This evolution, paired with AI-optimized energy usage, will reduce reliance on external resources, making humanity more sustainable and energy-efficient.

Peace & Justice

Enhanced resilience in mind and body will reduce disparities in health and well-being. AI-driven systems will ensure equitable access to healthcare and support, addressing both physical and mental needs. Human biology will align with principles of fairness, reducing suffering and fostering societal harmony.

Transportation

Future transportation systems will minimize physical strain, allowing the body to recover more effectively during travel. AI-driven infrastructure will prioritize health, reducing stress, improving circulation, and enhancing overall comfort during mobility.

Environmental Resilience

Air Pollution: Enhanced respiratory and immune systems will better filter pollutants, with the body adapting to mitigate long-term health risks. AI tools will help monitor air quality and adjust environments for optimal health.

Water Conservation: Human biology will focus on efficient hydration, with kidneys and skin adapting to retain moisture longer. Enhanced immune systems will combat waterborne contaminants effectively.

Chemical Pollution: Advanced detoxification systems will neutralize toxins, reducing environmental health impacts. AI-driven bio-monitoring will ensure faster recovery and minimize illness from pollutants.

Noise Pollution: Human hearing may evolve to filter disruptive sounds, supported by AI tools that create calming environments, reducing stress and promoting mental clarity.

Climate Adaptation

Human bodies will adapt to extreme climates, improving temperature regulation and recovery from environmental stressors. AI-guided health systems will assist in managing respiratory and immune challenges from changing air quality. This evolution ensures resilience against heatwaves, flooding, and droughts.

Urban Living

Green spaces and urban agriculture will be integral to city life, with AI-optimized designs promoting physical activity, mental well-being, and community interaction. Human bodies will thrive in environments rich with plant life, benefiting from cleaner air and access to fresh, sustainable food sources.

Diversity & Inclusion

AI-driven healthcare will ensure personalized treatment that respects individuality across race, gender, and ability. Inclusive medical practices will embrace diversity, providing tailored care for every individual.

Accessibility

Universal access to healthcare will be a priority. AI-guided treatments will cater to all, ensuring that physical, sensory, or cognitive abilities are no barriers to thriving in society.

Sustainability

Healthcare will align with eco-conscious principles, emphasizing prevention, holistic care, and minimal environmental impact. Human biology will adapt to reduce waste and efficiently use resources, fostering long-term harmony with the planet.

This vision integrates practical advances in biology, technology, and AI to create a sustainable, inclusive, and resilient future for humanity.

[samriddhikatariya]

The Hand That Wears the Future: Chudiyan 2104 (EXERCISE 1 DRAFT 3)

Ah, look at me. A hand—just a regular appendage once used for typing, holding, and creating. I used to enjoy the feel of nail polish, the gentle weight of lac bangles—simple adornments made by karigars, craftsmen who poured culture and tradition into their work. Those were innocent days when bangles were merely symbols of beauty and belonging.

Fast forward to 2104, and those bangles? They’re no longer about tradition or ornamentation. These “chudiyan” are now the cutting-edge of wearable technology, fused with quantum mechanics, bio-lac polymers, and nanotech. What used to be a bracelet of culture has evolved—or devolved—into a living, breathing shackle for the digital age.

Bio-Lac: The Living Prison

Remember when lac was just resin? Warm, organic, and delicate—crafted with human hands and shaped with care. Now, it’s bio-lac, a self-healing, adaptive material. It’s alive, they say. Crawling with nanobots, it regenerates if cracked, reshapes if broken, and latches on tighter if you even think about removing it. Imagine: a bangle that knows when you’re trying to be free and fights back.

Of course, it’s marketed as a marvel of sustainability. “Eco-friendly,” they call it, because it’s made from biodegradable polymers infused with nanites. But in a world already drowning in recycled air, desalinated water, and techno-utopian waste, the irony is suffocating. Saving the planet with bangles? Sure. Tell that to the melted ice caps.

The Quantum Cuff

Here’s the kicker: these bangles are smarter than you. Built with quantum processors, they’re essentially miniature supercomputers wrapped around your wrist. They monitor your heart rate, track your stress levels, and even predict your emotions before you can feel them. Imagine walking into a tense meeting, only to have your bangle glow red, announcing your anxiety to the room.

It doesn’t stop there. The bangles are linked to an emotion-based AI that sends you “soothing” notifications. Feeling sad? The bangle vibrates, turning a calming blue while displaying messages like “Your serotonin levels are low. Consider meditating.” Because nothing says peace like being nagged by your jewelry.

The Relationship Tracker

Ah, and for those in relationships, welcome to the most intrusive invention yet: synced bangles. Imagine your emotional state being broadcasted to your partner in real time. Arguing with your spouse across the globe? Their bangle vibrates and flashes red, a digital tattletale on your wrist. Having a good day while they’re stressed? Don’t worry, you’ll know—because your wrist won’t stop buzzing.

And, of course, every moment of your relationship—every fight, laugh, and tear—is logged and stored in the cloud. It’s all part of the “relationship ecosystem,” a data-driven monument to love—or surveillance. Who wouldn’t want their anniversary summarized by an AI-generated timeline of biometrics?

The Circular Bangle Economy

The tech industry loves to throw around buzzwords like “ethical” and “sustainable.” Enter the Circular Bangle Economy, where old bangles are melted down to make new ones. It’s a closed loop of recycled emotions. How charming. Don’t like your current emotional tracker? Turn it in for an upgrade, because nothing says “progress” like trading your old tech-shackles for newer ones.

Aesthetic Overload

The design is, of course, immaculate. Floating holographic patterns bloom from the surface, adapting to your mood or syncing with your wardrobe. Gems of light appear, shift, and fade, creating an ethereal show for anyone watching. But beneath the dazzling AR displays lies a cold truth: these aren’t ornaments. They’re tools of control, designed to keep you connected, monitored, and in check.

Loneliness, Quantified

Even solitude isn’t sacred anymore. These bangles detect loneliness and sadness, vibrating softly like a friend you didn’t ask for. “Your oxytocin levels are low. Would you like to hear a calming story?” they whisper. It’s like being babysat by an overly-attentive AI.

And heaven forbid you try to take it off. The bangle won’t allow it. It bonds to your biometric signature, becoming an extension of your body. Removing it would mean severing a part of yourself—and likely triggering a cascade of alerts and penalties for “tampering with government-issued technology.”

The Hand of the Future

So here I am, a hand shackled to the ultimate symbol of humanity’s future: a bangle that won’t shut up. It’s not about beauty or tradition anymore. Who cares about floral designs and holographic displays when the real story is about control? Every fight, every smile, every thought is logged, categorized, and analyzed—forever glowing, forever vibrating, forever connected.

In 2104, jewelry doesn’t just adorn you. It owns you. Welcome to a future where even your bangles watch you.

[samriddhikatariya]

HUMAN FORM (EXERCISE 3 DRAFT 2) Imagining what the Human Form would be 80 years in the future.

Food: The digestive system will optimize efficiency, requiring minimal resources for maximal nutrition. Microbiomes will evolve to process lab-grown, nutrient-dense foods seamlessly. Embedded bio-sensors in the body will monitor dietary needs in real-time, ensuring precise nutrient intake and energy balance. Technology will serve to enhance—not replace—the emotional connection to food as a cultural and sensory experience.

Water: Our skin may become more efficient at retaining moisture, with fine, dew-like layers that protect against dehydration. Sweat will evolve, producing less water loss while aiding cooling. Perhaps even a subtle ability to absorb humidity from the air could emerge, ensuring survival in arid conditions.

Housing: Flexibility and resilience will define our form, with stronger, more agile frames that thrive in smaller, shared environments. Our posture may naturally adjust for comfort in multi-level, modular homes.

Education: Our senses could refine to absorb information intuitively—eyes tuned to subtle details, ears attuned to layered sounds, and touch more sensitive for hands-on learning. Memory and focus may naturally improve, fostering creativity and collaboration.

Healthcare: We may develop an innate awareness of our health—able to sense imbalances and heal through rest, nutrition, and movement. Aging could slow, emphasizing vitality and quality of life over mere longevity.

Social Equity: Our expressions and gestures might evolve to convey empathy and understanding, breaking barriers of language and culture. Strength and resilience could manifest in ways that honor both individual and collective needs.

Gender Equality: physical traits no longer tied to traditional gender expectations. Differences will be more fluid, allowing for a fuller expression of identity. Our bodies may adapt to reflect equal strength, resilience, and sensitivity, erasing rigid gender roles. Physical features could become more neutral, with individuals empowered to define themselves freely.

 Work & Income: the human body may adapt to a world where work is more flexible and income less tied to traditional labor. Our physical energy and focus could become more attuned to creative, collaborative tasks, rather than long hours of repetitive work. These changes will show a future where people’s worth is measured by their contributions to society and happiness, not just income.

Energy / Electricity: Our physical movements will be smoother, requiring less effort, as our energy systems align with sustainable sources. We may evolve to naturally absorb and store energy from our environment, perhaps drawing subtle power from light or heat. Our bodies will be more in tune with renewable energy cycles, reducing dependence on external sources.

 Peace & Justice: Bodies will be more resilient, healing naturally with fewer disparities, ensuring equitable access to well-being for all. Our physical selves will adapt to support both mental and physical health, with systems designed to reduce suffering and promote fairness.

Transportation: Our bodies will naturally align with smarter, more sustainable transportation systems, allowing for faster recovery and less strain during travel. Mobility will be optimized for health, reducing stress on the body and enhancing circulation, making travel both effortless and restorative.

Political Voice: We may develop enhanced ways of communicating our health concerns, with heightened empathy and clarity, allowing our bodies to advocate for fairness in medical access and policy.

Air Pollution: Our bodies will be stronger in resisting the harmful effects of polluted air, with improved recovery from exposure. We may develop heightened awareness of air quality, with bodies able to sense and adapt to environmental changes, reducing long-term health risks.

Noise Pollution: the human form will adapt to better handle noise pollution, with a heightened ability to filter out disruptive sounds. Our senses will evolve to shield us from excessive noise, promoting mental clarity and reducing anxiety.

Non-Human life: Our bodies will naturally foster empathy and respect for animals, plants, and all forms of life, ensuring health is interconnected with the planet’s well-being. The human body will adapt to support biodiversity, benefiting from the healing properties of nature.

Chemical Pollution: Our bodies will be equipped to filter and neutralize toxins more effectively, reducing the impact of environmental pollutants on our health. Immune and organ systems will adapt, becoming more resilient to the long-term exposure to chemicals. The body will naturally repair itself from environmental damage, promoting faster recovery and minimizing illness.

Water bodies & Supply: Our kidneys and skin will evolve to retain moisture longer, while our bodies will become more attuned to water conservation, ensuring better hydration and overall health. There will be fewer waterborne illnesses as our immune systems evolve to fight contamination more effectively.

Waste management: Our bodies will be more efficient at processing and eliminating toxins, reducing the strain on our systems and preventing buildup. Digestive and excretory systems will naturally support detoxification, with quicker, healthier processing of waste products. The body will adapt to minimize internal pollution and more effectively handle external environmental waste.

⁠Land use & Streets & Public Spaces: Physical well-being will be supported by spaces that encourage movement, interaction, and mental health. Streets and public areas will be designed to promote walking, cycling, and relaxation, contributing to better cardiovascular health and reducing stress.

Ocean pollution: Our bodies will be more resilient to contaminants like microplastics, with enhanced detoxification systems to remove harmful substances. Our immune and respiratory systems will adapt to filter out toxins from both air and water.

Effects of climate change: Our bodies will be more capable of regulating temperature, conserving energy, and recovering from environmental stressors. We will develop stronger immune systems to combat new diseases and respiratory conditions linked to air quality. Our bodies will be more attuned to changes in the climate, ensuring better adaptation to heatwaves, flooding, and droughts.

Urban Agriculture & Greenification: Our bodies will thrive in environments rich in plants and fresh produce, naturally benefiting from cleaner air and healthier food sources. The body will be better equipped to absorb nutrients from local, sustainable food systems, while our immune systems will be strengthened by proximity to nature. Green spaces will support mental well-being, reducing stress and enhancing physical vitality.

Gender & Sexuality: the human form will embrace a broader understanding of gender and sexuality, where bodies are more fluid and adaptable, no longer bound by traditional norms.

Diversity & Inclusion: Medical care will focus on celebrating differences, offering personalized treatments that respect all forms of human identity. Healthcare will be fully inclusive, addressing the needs of all people, regardless of race, ability, or background.

Accessibility: Healthcare will be universally accessible, allowing everyone to thrive, regardless of ability. Medical care will be tailored to ensure that all individuals, regardless of their physical, sensory, or cognitive abilities, receive the support they need.

Sustainability: Medical practices will focus on holistic health that supports both individual well-being and the planet. The human body will naturally align with the environment, using fewer resources and producing less waste. Healthcare will emphasize eco-friendly treatments and preventative care, reducing the environmental footprint of medical practices while promoting long-term health.

[samriddhikatariya]

HUMAN FORM (EXERCISE 3 DRAFT 1) Imagining what the Human Form would be 80 years in the future.

Food:

A diet centred on lab-grown, plant-based, and algae-derived foods could streamline human physiology but may have drawbacks. Reduced dietary variety might harm gut microbiome diversity, leading to digestive issues or inflammatory diseases. Heavy reliance on engineered foods could also create deficiencies in nutrients like B12 and iron, causing fatigue and weakened immunity if unaddressed. Less physical labor due to automation may lower bone density and muscle strength, increasing osteoporosis risk. Lastly, synthetic foods might carry unknown long-term health risks, potentially impacting hormone balance or cellular health

2. Water:

In 80 years, water scarcity could shape human physiology, with a focus on conserving hydration. Desalinated, recycled, and slow-release hydration sources may replace traditional water intake, yet chronic low hydration could raise kidney stone risks by 20%. Reduced sweat production and subtle metabolic changes might help conserve water, but reliance on artificial hydration may lead to electrolyte imbalances and dehydration risks. Limited hydration could also impact skin health, causing dryness and early aging. Psychological stress from regulated water access might affect mental health, creating anxiety around resource scarcity.

3. Housing:

In 80 years, housing conditions shaped by urban density, climate adaptation, and smart technology could lead to changes in the human form. With a growing population living in compact, vertical spaces, the need for large muscle mass may decline due to reduced physical space for movement. Increased indoor living could lead to lower vitamin D levels, raising the risk of bone weakness and mental health issues by up to 25%, as studies link prolonged low-light environments to anxiety and depression. Energy-efficient, sealed housing designs may reduce fresh air flow, affecting lung health and making respiratory issues more common. Humans may gradually adapt to these compact, tech-heavy living environments, though this could come with physical health compromises and increased mental strain.

4. ⁠Education:

In 80 years, education will likely rely heavily on virtual reality (VR) and artificial intelligence (AI), reshaping human cognition and physiology. With over 80% of learning through digital platforms, increased screen time may raise nearsightedness and digital eye strain. This shift could reduce attention spans and critical thinking skills by up to 20%, while decreased physical activity may lead to muscle weakness and poor posture. Additionally, reliance on AI might impair memory retention, with studies indicating a 10-15% decline in recall ability. Overall, while education may become more efficient, it could result in physical health issues and greater dependence on technology.

5. Healthcare:

In 80 years, healthcare advancements like personalized medicine, telehealth, and genetic engineering could reshape the human form and health outcomes. With 60% of diseases potentially preventable through tailored treatments, average lifespans might extend by 5-10 years. However, increased reliance on technology could lead to a 15% rise in obesity rates due to sedentary lifestyles. Constant health monitoring may heighten anxiety, with studies linking health tracking to a 20% increase in anxiety levels. While healthcare advancements may enhance disease resilience, the trade-offs could include rising mental health issues and physical deconditioning from reduced activity.

6. Social Equity:

In 80 years, efforts to enhance social equity could improve access to healthcare, education, and nutrition, potentially reducing health disparities by 30% and promoting better overall health. However, heightened stress from ongoing systemic inequalities may increase mental health issues, raising anxiety and depression rates by 15%. While better nutrition could improve physical development, the stress of social inequity might contribute to chronic conditions like hypertension and obesity, affecting 25% of the population. Overall, while social equity advancements may lead to healthier individuals, the psychological and physiological effects of inequality could still present significant challenges.

7. Gender Equality: In 80 years, progress in gender equality could enhance health outcomes and influence the human form. Closing gender disparities in healthcare and education may lead to a 20% reduction in mortality rates, with overall life expectancy increasing for all genders. Improved social participation could reduce obesity rates by 15%. However, evolving gender roles might heighten mental health issues, with studies indicating a 10-20% rise in anxiety and depression due to identity stress. While gender equality may promote physical health, the psychological impact of adapting to new societal expectations could lead to increased stress and burnout, presenting ongoing challenges.

 ⁠8. Work & Income: In 80 years, the evolution of work and income—largely driven by automation and remote technology—could reshape human health and physiology. As up to 60% of jobs become automated, increased sedentary behavior may lead to a 20% rise in obesity rates. Conversely, the prevalence of gig and remote work could enhance flexibility and work-life balance, potentially improving mental health and reducing stress by 15%. However, persistent economic disparities may affect approximately 30% of workers, leading to income instability and associated chronic stress, which can increase risks of hypertension and anxiety. Thus, while advancements in work structures could promote better mental well-being for some, significant physical health challenges and socioeconomic inequalities may still pose serious concerns.

9. Energy / Electricity:

In 80 years, advancements in energy and electricity, particularly through renewable sources, could improve air quality by 25%, reducing respiratory and cardiovascular diseases. However, increased reliance on smart devices may lead to higher digital eye strain and sedentary behavior, potentially raising obesity rates by 15%. The psychological effects of constant connectivity could heighten anxiety and stress, with studies linking excessive screen time to a 20% increase in anxiety symptoms. While cleaner energy sources may enhance overall health, challenges may arise from physical health issues and mental well-being problems due to technology dependence.

10. ⁠Peace & Justice:

In 80 years, advancements in peace and justice could significantly enhance human health, with research showing that peaceful societies experience up to 30% lower rates of mental health disorders and violence-related injuries. Improved access to justice may foster social cohesion, boosting overall mental well-being. However, living in a monitored society could increase anxiety and stress as individuals navigate social norms. Additionally, while equitable justice may improve health outcomes, persistent inequalities could still affect marginalized communities, leading to chronic stress and health disparities. Therefore, progress in peace and justice may enhance general health, but mental health challenges and inequalities could remain significant issues.

11. ⁠Transportation:

In 80 years, advancements in transportation, particularly electric and autonomous vehicles, could reduce air pollution-related illnesses by up to 40%, lowering rates of respiratory and cardiovascular diseases. However, increased reliance on automated transport may lead to a 20% rise in obesity rates due to reduced physical activity, as well as musculoskeletal issues from prolonged inactivity. Additionally, the shift could impact community interactions, potentially increasing feelings of isolation and decreasing social cohesion. While improved transportation could enhance air quality and public health, challenges may arise from decreased physical activity and social connectivity.

12. Political Voice:

In 80 years, increased political voice and civic engagement could improve public health and reduce health disparities by up to 25% through equitable access to resources. Empowered communities may advocate for better healthcare and policies promoting healthier lifestyles. However, heightened political activism could increase stress and anxiety, with studies showing a 15% rise in mental health issues linked to political conflict. Additionally, the pressure to remain politically active might lead to burnout among engaged individuals. While enhanced political voice may foster community health and equity, the psychological challenges of activism could remain significant.

13. Air Pollution:

In 80 years, reductions in air pollution due to stricter regulations and cleaner technologies could decrease respiratory diseases by up to 30% and lower premature mortality rates linked to poor air quality by 20%. Studies indicate that cleaner air may improve cognitive function and overall quality of life. However, lingering effects of past pollution could lead to chronic conditions like asthma and cardiovascular issues in up to 15% of the population. Additionally, psychological impacts from historical pollution may contribute to increased anxiety and stress regarding environmental concerns. While advancements in air quality could enhance public health, historical pollution legacies may still pose significant challenges.

14. Noise Pollution:

In 80 years, efforts to reduce noise pollution through urban planning and technology could improve mental and physical health, potentially decreasing stress-related illnesses by up to 25%. Studies suggest that lower noise levels may enhance sleep quality and cognitive function, reducing cardiovascular disease risks. However, chronic exposure could still affect 10-15% of the population, leading to hypertension and anxiety. Additionally, living in quieter environments might increase sensitivity to sudden noises, heightening stress responses. Thus, while reducing noise pollution may enhance overall health, residual effects could still present challenges for some individuals.

15. ⁠Non-Human life:

In 80 years, increased efforts to preserve non-human life could positively impact human health. Research indicates that biodiversity loss can raise zoonotic diseases by 25%, underscoring the need for healthy ecosystems to prevent pandemics. Engagement in conservation may also improve mental health, reducing stress and anxiety by up to 30% through nature exposure. However, conflicts between human expansion and wildlife habitats may still lead to biodiversity loss, causing food insecurity and health disparities for 15% of the population. Thus, while promoting non-human life may enhance public health, challenges from habitat destruction could present significant risks.

16. ⁠Chemical Pollution:

In 80 years, improved regulations and technology aimed at reducing chemical pollution could lower exposure-related diseases by up to 30%, potentially decreasing rates of certain cancers, respiratory issues, and reproductive health problems. However, long-term exposure to historical pollutants might still affect 10-20% of the population, contributing to chronic conditions like endocrine disruption and autoimmune diseases. Additionally, awareness of chemical pollution risks may increase anxiety and health concerns in affected communities. Therefore, while efforts to mitigate chemical pollution may enhance public health, the legacy of past exposures could present ongoing challenges.

17. ⁠Water bodies & Supply:

In 80 years, advancements in water body conservation and supply management could reduce waterborne diseases by up to 50%, improving public health and decreasing gastrointestinal illnesses. Access to clean water may enhance hydration and nutrition, benefiting cognitive and physical health. However, climate change and pollution could still affect water quality for 10-15% of the population, leading to chronic health issues from contaminated supplies. Additionally, awareness of water scarcity may increase stress and anxiety in affected communities. Therefore, while improvements in water management could enhance health outcomes, challenges related to water quality and availability may continue to pose risks.

18. Waste management:

In 80 years, improvements in waste management practices could reduce waste-related diseases by up to 40%, enhancing public health and decreasing exposure to hazardous substances. Effective recycling and composting may lower landfill use, improving air and water quality and reducing respiratory illnesses. However, about 10-15% of the population may still face health risks from improper waste disposal. Additionally, increased awareness of waste issues could contribute to eco-anxiety among communities concerned about sustainability. Therefore, while advancements in waste management could improve health outcomes, challenges related to waste exposure and mental health may continue to pose significant risks.

19. ⁠Land use & Streets & Public Spaces:

In 80 years, improved land use and design of streets and public spaces could enhance urban health, potentially increasing physical activity by up to 30% and reducing obesity rates. Enhanced green spaces might lead to a 20% decrease in anxiety and depression symptoms. However, gentrification could displace low-income communities, exacerbating social inequalities and causing chronic stress. Additionally, increased foot traffic may contribute to noise pollution, negatively impacting mental health. Therefore, while better land use could promote healthier lifestyles, challenges related to social equity and environmental stressors may continue to exist.

20. ⁠Ocean pollution:

In 80 years, improvements in addressing ocean pollution could reduce seafood-related illnesses by up to 40% as cleaner oceans support healthier marine ecosystems. Reduced plastic and chemical pollutants may lower the risk of neurological disorders linked to toxin bioaccumulation. However, about 10-15% of coastal populations may still face health risks from legacy pollutants and contaminated seafood. Additionally, increased awareness of ocean pollution could heighten environmental anxiety among communities. Therefore, while efforts to combat ocean pollution could improve health outcomes, challenges related to residual contamination and environmental stress may persist.

21. Effects of climate change:

In 80 years, the effects of climate change could increase heat-related illnesses by up to 50% due to rising global temperatures. Studies suggest a potential 30% rise in cardiovascular diseases linked to intensified air pollution and extreme weather events. Food and water scarcity may affect around 20% of the global population, leading to malnutrition and related health issues. Additionally, mental health impacts, such as anxiety and depression, could rise as communities face climate-related disasters. Thus, while climate adaptation efforts may mitigate some risks, the persistent effects of climate change could pose significant challenges to public health and well-being.

22. ⁠Urban Agriculture & Greenification:

In 80 years, urban agriculture and greenification could enhance public health by improving access to fresh produce and potentially reducing obesity rates by up to 30%. Studies indicate that urban green spaces may decrease mental health issues, such as anxiety and depression, by 20%. However, challenges like gentrification could displace low-income communities, worsening social inequalities. Additionally, urban agriculture might pose risks from soil contamination and pesticide exposure, impacting about 10-15% of urban populations. Thus, while these initiatives may improve health outcomes, they may also lead to social and environmental challenges.

23. ⁠Gender & Sexuality:

In 80 years, evolving views on gender and sexuality could improve mental well-being, potentially reducing anxiety and depression rates among LGBTQ+ individuals by up to 30% due to greater acceptance and supportive environments. Studies indicate that supportive policies can decrease suicide rates in marginalized groups by 25%. However, backlash against these changes may lead to increased stigma for about 10-15% of the population, resulting in ongoing mental health challenges. Thus, while advancements in gender and sexuality rights could enhance health outcomes, social resistance may remain a significant issue.

24. ⁠Diversity & Inclusion:

In 80 years, a focus on diversity and inclusion could enhance social cohesion and mental well-being, potentially reducing workplace stress by up to 30% and decreasing turnover rates by 20% due to increased innovation and employee satisfaction. However, resistance to these changes might create divisions, leading to heightened conflict and stress for about 10-15% of individuals feeling marginalised. Thus, while advancements in diversity and inclusion could improve health and productivity, challenges related to social tensions may persist.

25. Accessibility:

In 80 years, enhanced accessibility measures could improve the quality of life for individuals with disabilities, potentially reducing social isolation and depression rates by up to 40% as inclusive environments promote participation. Studies indicate that better accessibility may increase employment opportunities for people with disabilities by 25%, enhancing financial independence and mental well-being. However, if initiatives fail to address the needs of all marginalized groups, about 10-15% of individuals may still face barriers. Thus, while advancements in accessibility could foster inclusion and improve health outcomes, persistent gaps may continue to pose challenges.

26. Sustainability:

In 80 years, a focus on sustainability could improve public health, potentially reducing chronic diseases linked to pollution and unhealthy lifestyles by up to 30% as communities adopt greener practices. Research suggests sustainable urban planning may enhance air quality, leading to a 20% decrease in respiratory illnesses. However, the transition could disrupt traditional industries, affecting about 10-15% of the workforce, and raise eco-anxiety among some individuals. Thus, while advancements in sustainability could significantly enhance health outcomes, economic and psychological challenges may arise during the transition.

[samriddhikatariya]

"Robot Trees, Glowing Coins: What Could Possibly Go Wrong?" ( EXERCISE 2 DRAFT 3)

Year: 2104 Location: Mumbai, Former India

They say the war started over something as basic as water. Sure, because in 80 years we still haven’t figured out how to share a glass of water without blowing up half the planet. Makes sense, right?

Mumbai—or what’s left of it—is like some twisted art project gone wrong. The sky is this washed-out grey with a sickly yellow filter, like someone smeared dirt on a window and called it a day. The sun? It’s there, I think. It shows up sometimes, looking as exhausted as the rest of us. Nights? Don’t even bother wishing for stars. Just a bunch of glowing red dots—drones, patrolling like oversized mosquitoes. Only these mosquitoes spy on you, and, if you’re lucky, drop a bomb or two.

The air smells like someone decided to make a perfume out of rust and burnt plastic. Breathing it is a daily treat. Outside, you either wear a mask or feel your throat slowly turn into sandpaper. I mean, why not? If we’re going to destroy the world, might as well make the air unbreathable too.

Trees? Oh yeah, remember those? Used to be green, alive, you know, like in those old nature documentaries. Well, now they’re basically skeletons—literally. They’ve been turned into robot trees. Yup, some genius thought it’d be cool to wire them up with sensors, cameras, and all sorts of tech garbage. So instead of growing leaves, they monitor us. Branches full of antennas, blinking lights—looks great, really blends with the post-apocalyptic aesthetic. It’s like nature said, "Forget it, I’m out," and the robots moved in.

And then there’s the Mithi River. Yeah, it’s still there, if you can call it that. It’s more like a slow-moving sewage stream at this point, full of oil and bits of broken tech. Perfect place for a romantic walk, really.

Our apartment—or bunker, whatever—is still standing. Sort of. It shakes every time there’s an airstrike, which is just part of the daily routine now. The windows are covered in steel plates, like we’re living in some kind of post-war chic, but hey, it’s home. Walls cracked? Sure. Dust everywhere? Why not? But we’re alive, so I guess that’s something.

I’m Kavya. I’m ten, although some days I feel like I’ve been around for centuries. I’ve got this coin—an old rupee made of silver. Dadi gave it to me before she died, said it was for good luck. Not sure how that’s working out. The thing’s been acting weird, glowing like it’s about to explode. It’s got these little cracks forming, glowing faintly, like it’s some kind of ticking time bomb. Good luck, right? Maybe it’ll blow up and take me with it. Could be fun.

Oh, and the robots? Yeah, they run the place now. They’re huge, with glowing eyes, scanning everything like they’re the new overlords. Which they probably are. The trees, the drones, the buildings—they’re all wired into the same system. It’s like one giant surveillance state where even the trees are spying on you. Feeling paranoid yet? You should.

The drones are always floating up there, like they own the sky. Some people say they can slow down time. Sure, why not? We’ve got robot trees, flying cameras, and air you can’t breathe, so let’s throw in some time-warping drones while we’re at it. Makes total sense.

So here I am, a ten-year-old with a glowing coin, stuck in a city where trees spy on you, robots call the shots, and the air is slowly killing us. What’s the worst that could happen?

[samriddhikatariya]

The Hand That Wears the Future: Chudiyan 2104 (Exercise 1 Draft 2)

Ah, look at me. A hand. Just a regular old appendage that used to be a tool for holding things, typing things, and sometimes even creating things. I once enjoyed the occasional nail polish and the touch of delicate lac bangles—simple times. But that was before the world lost its mind. Now, in 2104, I’m shackled to something more than just a piece of jewelry. These bangles, or chudiyan, as they insist on calling them, aren’t bangles at all anymore. They’re tech prisons for wrists.

Remember when lac was a thing? That warm, organic resin shaped into delicate bangles by karigars—handcrafted pieces that represented culture, marriage, and life. It was a sweet gesture of tradition, right? Well, fast forward to 2104, and forget about that. We now have bio-lac, because clearly the old stuff wasn’t good enough. This bio-lac is a “living material.” Yeah, because what every hand needs is a bangle that’s technically alive, crawling with nanotechnology.

These bangles now heal themselves if scratched, cracked, or—heaven forbid—if you try to break them. Like I’m supposed to be grateful for indestructible shackles? Oh, and don’t get me started on the self-repairing polymers that practically taunt me if I try to scratch off the bangle like it’s 2050.

Sure, it’s eco-friendly or whatever. But let’s be honest, in a world choking on recycled everything, did we really need sustainable bangles to save the planet? Especially when the planet’s already been half-drowned in floods and scorched by wildfires? No one’s saving anyone at this point.

Here’s where things get really absurd. These bangles aren’t just alive—they’re smarter than me. They come with quantum processors because apparently, bangles need the processing power of a spaceship now. They track everything: my heart rate, my stress levels, even my emotional well-being. Yeah, because nothing says “emotional support” like a glowing circle of doom on your wrist that pings every time you’re about to have a meltdown. It’ll change color, maybe turn a calming blue, and display a soothing little message: “Your anxiety levels are critical. Please breathe.”

Oh, thanks, bangle, because I was definitely planning to hyperventilate until you intervened.

And let’s talk about this quantum connectivity nonsense. I can now sync with my partner’s bangle—because what relationship doesn’t need constant emotional surveillance? We’re talking live mood updates here. If my partner is stressed on the other side of the world, I’ll know instantly. It’ll vibrate. Then change color. Because nothing is more romantic than knowing your significant other is angry while you’re trying to enjoy lunch.

“The Hand That Wears the Future: Chudiyan 2104”

Ah, look at me. A hand. Just a regular old appendage that used to be a tool for holding things, typing things, and sometimes even creating things. I once enjoyed the occasional nail polish and the touch of delicate lac bangles—simple times. But that was before the world lost its mind. Now, in 2104, I’m shackled to something more than just a piece of jewelry. These bangles, or chudiyan, as they insist on calling them, aren’t bangles at all anymore. They’re tech prisons for wrists.

Remember when lac was a thing? That warm, organic resin shaped into delicate bangles by karigars—handcrafted pieces that represented culture, marriage, and life. It was a sweet gesture of tradition, right? Well, fast forward to 2104, and forget about that. We now have bio-lac, because clearly the old stuff wasn’t good enough. This bio-lac is a “living material.” Yeah, because what every hand needs is a bangle that’s technically alive, crawling with nanotechnology.

These bangles now heal themselves if scratched, cracked, or—heaven forbid—if you try to break them. Like I’m supposed to be grateful for indestructible shackles? Oh, and don’t get me started on the self-repairing polymers that practically taunt me if I try to scratch off the bangle like it’s 2050.

Sure, it’s eco-friendly or whatever. But let’s be honest, in a world choking on recycled everything, did we really need sustainable bangles to save the planet? Especially when the planet’s already been half-drowned in floods and scorched by wildfires? No one’s saving anyone at this point.

Here’s where things get really absurd. These bangles aren’t just alive—they’re smarter than me. They come with quantum processors because apparently, bangles need the processing power of a spaceship now. They track everything: my heart rate, my stress levels, even my emotional well-being. Yeah, because nothing says “emotional support” like a glowing circle of doom on your wrist that pings every time you’re about to have a meltdown. It’ll change color, maybe turn a calming blue, and display a soothing little message: “Your anxiety levels are critical. Please breathe.”

Oh, thanks, bangle, because I was definitely planning to hyperventilate until you intervened.

And let’s talk about this quantum connectivity nonsense. I can now sync with my partner’s bangle—because what relationship doesn’t need constant emotional surveillance? We’re talking live mood updates here. If my partner is stressed on the other side of the world, I’ll know instantly. It’ll vibrate. Then change color. Because nothing is more romantic than knowing your significant other is angry while you’re trying to enjoy lunch.

But let’s not forget the cherry on top of this dystopian sundae: sustainability. The bangle industry of 2104 wants you to know that these futuristic shackles are “ethically produced” and made from “eco-friendly materials.” As if that makes the whole ordeal better. Sure, they’re crafted from biodegradable polymers and recycled tech components, but news flash: the planet is still a wasteland. But hey, at least we can recycle bangles! Who cares about the rising seas or unbreathable air when you’ve got guilt-free wristwear?

And it gets better. They’ve introduced this genius concept: the Circular Bangle Economy. You can now return your old bangles, and they’ll melt them down to make new ones. So, I’m stuck wearing recycled emotions. Lovely. What’s next? Trade-in programs for life experiences?

Let’s not forget why chudiyan were even a thing in the first place. They were a symbol of marriage, commitment, culture. A woman’s chudi was her connection to tradition. Now? It’s just another piece of tech disguised as jewelry, with a direct link to the cloud. Every fight, every moment of joy, every sigh is logged. Forever. Can’t wait for my next argument to be saved in high-definition emotional data.

The whole “symbol of marriage” thing? Yeah, that’s still here, except now your relationship is literally tracked through biometrics. The bangle glows red when you’re arguing with your spouse. Oh, romantic. Who wouldn’t want their wrist to glow like a traffic light during a fight?

And don’t think I get any peace when I’m alone. Even in solitude, this bangle has a job. It can detect loneliness and sadness. It’s practically a therapist I didn’t ask for, offering “emotional support” through vibrations. It’s like being patted on the wrist for feeling feelings. Great.

So here I am, in 2104, a hand shackled to the ultimate symbol of humanity’s future: a bangle that won’t shut up. It’s not a question of aesthetics anymore. Who cares about the delicate floral patterns and AR designs that float around my wrist when the real design is just another layer of surveillance and control? I mean, sure, the holographic gems that change based on my “emotional state” are fun for about five seconds. But I’d trade them all for a good old-fashioned piece of lac—something fragile, something human.

But no, that’s not the future. The future is tech-driven, quantum-powered, and emotionally monitored bangles that just won’t let go. And I’m stuck with it—forever glowing, forever vibrating, forever connected.

Welcome to 2104. Where even your jewelry watches you.

[samriddhikatariya]

The Last Glimmer in a Dying City (EXERCISE 2 DRAFT 2)

Year: 2104 Location: Mumbai, Former India

They say the war started over something as basic as water. But in this world, nothing stays simple.

Mumbai is a ghost of what it used to be. The sky? A dull, washed-out grey with this weird sickly yellow tinge, like someone forgot to clean the windows of the world. The sun barely makes it through most days, and when it does, it just hangs there, looking tired. No one sees stars anymore, only the faint red glow of drones circling the sky. If you squint, they almost look like fireflies—except, you know, fireflies don’t drop bombs or spy on your every move.

The air stinks of burnt metal and something bitter, like the chemicals they use to keep the streets from falling apart. Breathing outside feels like inhaling dust, thick and gritty, but that’s just normal now. Everyone wears masks, not because of any pandemic—just because the air could choke you if you don’t.

Trees? I haven’t seen a healthy one in years. The few that are left are these shriveled-up, skeletal things. Their leaves, if you can even call them that, cling to the branches like they’re too scared to fall. The rest are just dry, cracked bits lying on the ground, crunching underfoot like dead paper. The parks, the ones that used to be full of green, are now more like junkyards. Rusted-out playgrounds and piles of rubble, with maybe a weed or two struggling to survive. And the Mithi River? Forget it. It’s a thin stream of sludge now, black and oily, almost as dead as the land around it.

My name is Kavya. I’m ten, but sometimes it feels like I’ve been living for centuries. Our apartment, or what’s left of it, is more of a bunker now. The windows are covered with metal sheets, and the walls are cracked from the constant blasts. When the airstrikes hit close enough, the whole place shakes like it’s about to give in, but so far, it’s managed to stay standing. Lucky us, right?

I have this coin. An old rupee, made of real silver. My dadi gave it to me before she passed away, telling me it was for good luck. If this is luck, I think I’ll pass. The coin feels heavier lately, like it’s absorbing the weight of all the destruction around me. It’s glowing now, not like a cheap neon sign, but something more…alive. Cracks have started to appear, faint but growing, like it’s ready to burst open any day now.

Outside, the robots roam the streets. They’re massive, towering over everything, with cold, glowing eyes that scan the area like they own it. And I guess they do, now. Humans don’t matter here anymore. The robots keep order, keep the conflict going. People? We’re just trying to survive between their patrols. The drones above? Silent, deadly, and they say they can even slow down time. Who needs gods when you have tech that makes you feel like an insect under a magnifying glass?

The coin feels like my own little ticking time bomb, glowing brighter each day. I wonder if it’ll crack open and end all of this or just keep dragging me down, like the rest of the world, into the dirt.

So here I am, a ten-year-old in Mumbai’s ruins, holding a glowing coin, surrounded by dead trees, broken buildings, and robots who’ve decided they’re the new gods. What could possibly go wrong?

[samriddhikatariya]

The Weight of Metal (EXERCISE 2 DRAFT 1)

Year: 2104

Location: Norilsk, Former Russian Federation

They say the war began over something simple: land and airspace. But it never stays simple, does it?

The world was changing, again. The ice that once covered the far north had melted, revealing vast stretches of land no one had ever walked on. People said it was rich in minerals—things the world needed. Other places had long since exhausted their resources. Here, in the frozen north, there was still hope for new wealth, new power. The war wasn’t supposed to happen, not like this. It was supposed to be fought in courtrooms, over treaties and digital signatures. But greed has a way of turning everything into violence.

My name is Polina. I was born in Norilsk, in what used to be Russia. I’m ten now, but sometimes I feel much older. It’s hard to stay a child in times like these. War is everywhere. I hear the airstrikes in the distance, sometimes close enough to shake our building. I haven’t gone to school in months, not since the first bombs fell. The sky is full of drones now, silent and invisible. They watch everything, controlling the airspace like ghosts that see without being seen. They say these drones can predict your movements before you even make them. Some say they can slow down time itself.

You’d think by now, after everything we’ve been through, people would’ve figured out how to settle things like grown-ups. But no. They want land. They want airspace. You know, because apparently there’s still something valuable buried under all that permafrost—well, what used to be permafrost. Now it’s just muddy, resource-rich land that’s worth fighting over. Yay, climate change. Who knew melting ice would spark a whole new kind of war?

And so, here we are. I’m sitting in what used to be our apartment, though it’s more like a bomb shelter now. The windows are cracked, the power’s gone, and the sky is full of drones. They’re up there right now, buzzing around like angry bees, waiting for someone to step out of line. It’s a lovely view if you ignore the explosions.

I have this coin. I’ve been carrying it around for as long as I can remember. It’s an old Russian ruble, made of real metal. Weird, right? It’s from when money was still a physical thing, back before everything went digital. My grandmother gave it to me, said it was for good luck. Well, thanks, Grandma, but I think the coin might be broken, because luck? Not really feeling it right now.

But the coin is interesting. Or maybe it’s just me. It’s gotten heavier, I swear. Every time I hold it, it feels like it’s absorbing the weight of everything around me—the bombs, the fear, the constant sense that nothing will ever be okay again. Or maybe it’s absorbing the stupidity of the people who started this mess. Who knows? Either way, it’s definitely not the same little coin I used to flip for fun.

It reminds me of the stories my mom used to tell me before all this started. You know, bedtime stories, except hers were about ancient wars and gods who fought over things that really mattered—like honor, or family, or some kind of moral principle. The Mahabharata. Ever heard of it? It’s this massive, epic tale from India, where warriors fight this huge war over a kingdom. Spoiler alert: it doesn’t end well for anyone. Kind of like now. Except back then, they had cool weapons that could shoot lightning or destroy entire armies with a single thought. Here? We’ve got invisible drones and time-warping tech. Same drama, just fewer gods and more gadgets.

Speaking of time, that’s another fun part of this war. Time doesn’t work like it used to. You know how people always say, “Time flies when you’re having fun”? Well, turns out, time flies even faster when you’re running for your life. Or, it stretches out forever when you’re stuck underground waiting for the next airstrike. And don’t even get me started on the drones. They can slow down time, or so people say. I’m not sure if that’s true, but it feels like it. When they’re hovering above, it’s like everything moves in slow motion. Great. Because what we really needed was more time to think about how screwed we are.

My coin, though. It’s doing something weird. It’s changing. I’ve started noticing cracks in it, like it’s about to break apart. But instead of crumbling, it’s glowing. Not like some cheap neon sign, but more like something alive. At first, I thought it was just my imagination. You know, the kind of thing you tell yourself when you’re hiding from bombs and your brain’s trying to distract you from the obvious. But it’s real. The coin is evolving, just like the war.

There’s this story from the Mahabharata about a weapon, a super-powerful one, called the Brahmastra. It’s basically a nuke but with divine flair. The heroes had to be careful with it because it could destroy the world if they weren’t careful. Well, isn’t that just the kind of thing you’d expect in an epic war? And here I am, holding my own little ticking time bomb, except it’s a coin. And I’m not a hero. I’m just a kid, trying to survive in a war I didn’t ask for, in a world that’s been turned upside down for a piece of land that no one cared about until it was too late.

The coin feels like my own personal Brahmastra. It’s heavy, glowing, and probably dangerous. But what am I supposed to do with it? Throw it at a drone? Ask it nicely to stop the war? Yeah, right. Still, I can’t shake the feeling that this coin is tied to all of this. Like it’s been absorbing the war, the conflict, the anger, and now it’s ready to burst.

We’re in a new age, they said. We’ve got the technology to fix everything, they said. But here we are, 80 years into the future, fighting over land, airspace, and resources like it’s the stone age with more pixels. What’s the point of all this tech if it just makes us better at destroying each other? Sure, we’ve got time-warping drones, but do we have peace? No. We just have more efficient ways to drag out the same old conflicts.

And as for the coin, who knows what it’s going to do next? Maybe it’ll crack open and reveal some ancient truth, or maybe it’ll just keep getting heavier until I can’t carry it anymore. Either way, it’s kind of funny, isn’t it? All this tech, all these machines, and I’m still holding on to a piece of metal like it’s going to save me.

But that’s war for you. It doesn’t matter how far we advance. In the end, we’re all just fighting over the same stupid things, using whatever weapons we can find—whether it’s a coin or a drone that can bend time. The war never ends. It just changes shape.

So yeah, here I am, a ten-year-old with a glowing coin, stuck in a war over land and air rights in the year 2104. What could possibly go wrong?

[samriddhikatariya]

Because Even Chudiyan Needed a High-Tech Makeover: ft. 2104 (EXERCISE1 DRAFT 1)

Ah yes, I am Chudiyan, born centuries ago from the organic resin of tiny lac insects, shaped over open flames by karigars (artisans), and worn by women rich and poor alike. I used to be the delicate circle of love, a little ornament worn during weddings. Back in the day, I was nothing more than a fragile piece of jewelry. I would break if you sneezed too hard or tried to carry groceries, but I was pretty. And that’s what mattered, right?

But then the world got bored of simplicity, didn’t it? By 2104, even I had to join the technological bandwagon. Yes, the world couldn't just leave a simple chudi alone—oh no, I had to evolve! And so here I am, a Lac Chudi, version 2104, packed with more technology than a spaceship. I’m no longer just about love, marriage, or making a pleasant jingle on a wrist. No, I’m here to change your life, record your emotions, and even remind you to take your vitamins. You’re welcome.

Let’s start with my origins—lac. Back in the day, artisans would heat up this lovely sticky resin and shape it into bangles. Chudiyan for everyone, from village women to queens. Rich women decked me out in gold and jewels, while poorer women kept me simple, but no matter who wore me, I was a constant. I didn’t discriminate. A rich bride or a poor one, I sat proudly on their wrists, signifying their bond to someone else. Romantic, right?

Now, fast forward to 2104. I’ve swapped out that fragile lac for bio-lac, but now with a twist—it’s alive. Yep, you heard me, right. I’m not just a bangle anymore, I’m a living, breathing, digital interface. I shift colors based on your mood (because clearly, we needed bangles to be mood rings), and I’m practically indestructible. Why break when I can now self-repair? After all, if your marriage has to last forever, so should I.

Oh, and don’t think I stopped there. No, no, I am now equipped with a quantum processor, because in 2104, even bangles need to have brains. I record everything—your emotions, your memories, your health metrics. That fight you had with your spouse? Don’t worry, I’ve got it saved in high-definition emotional data for you to relive later. I’m now a marriage counselor and emotional diary all in one. Why go to therapy when your bangles can do it for you?

And for those of you in long-distance relationships, fear not. Thanks to quantum connectivity, I sync with your partner’s Chudi across the globe, so you can feel each other’s emotions in real-time. Who wouldn’t want to be literally tethered to their spouse’s every mood, right? Whether your partner is having a great day or feeling particularly annoyed with you, I’ll let you know instantly. Because nothing says love like emotional surveillance.

But don’t worry, I haven’t forgotten about my looks. Even in 2104, aesthetics still matter. I’m designed with the same intricate patterns and delicate craftsmanship that defined me in the past—floral etchings, geometric patterns, and traditional designs—but now, they come with augmented reality overlays. Tap me, and you’ll see hidden designs that shift in real time. Is it a bangle, or is it a personal art gallery? Who knows!

And don't even get me started on the stones. Diamonds and rubies are so yesterday. Now I’m embedded with holographic gems that change based on your preferences. You want rubies in the morning and sapphires by dinner? Done. It’s like jewelry with commitment issues, but hey, I’m versatile.

Now, talking me as a symbol of marriage. Marriage was once about commitment, but in 2104, it’s about data collection. And who better to collect it than me, your trusty, data-hungry Chudi?

Now, in a world where even your refrigerator can talk to you, why should bangles stay quiet?

Sure, some people might long for the simpler days when I was just a piece of jewelry symbolizing love and marriage. But let’s be honest—where’s the fun in that? You’ve got enough on your plate without having to worry about keeping your emotions to yourself. Let me take care of that for you.

After all, what’s marriage if not an endless exchange of data, emotions, and—of course—technology wrapped in a pretty little circle?