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Science fiction

AI impact on life

In The Future We Write, Aarav embarks on a transformative journey across India, exploring how artificial intelligence is reshaping humanity. From bustling cities to tranquil villages, Aarav discovers the profound ways AI is influencing work, creativity, education, healthcare, and community connections. Along the way, he meets people who have harnessed AI to preserve traditions, bridge cultural divides, and empower marginalized communities, while also confronting its challenges—bias, ethical dilemmas, and over-reliance. In a remote village nestled in the Himalayas, Aarav finds the heart of his story: a community that harmonizes AI with nature, blending innovation with age-old wisdom. Here, farmers use AI to sustain their lands, artisans embrace global markets, and villagers debate ethical choices, proving that technology can coexist with humanity’s deepest values. The narrative culminates in Aarav’s reflection: AI is neither savior nor villain—it is a mirror reflecting human intentions. The future of AI lies in the choices we make today, whether to unite or divide, uplift or exploit. With vivid storytelling and a profound message, The Future We Write is a hopeful yet cautionary tale, urging readers to envision a world where progress and compassion go hand in hand, shaping a future written together.

Jan 27, 2025  |   108 min read

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Lavanyaa Balaji
AI impact on life
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The Algorithmic Divide

Aarav's journey took him from the bustling tech hubs of urban India to the quieter, sun-soaked landscapes of Odisha. Here, amidst vast stretches of farmland and the gentle rustling of paddy fields, the impact of AI painted a starkly different picture. The divide between those who could harness its power and those left behind was evident, and Aarav wanted to understand its nuances.

His first meeting was with Devendra, a progressive farmer who had embraced AI with open arms. Devendra's story was one of triumph and transformation - a glimpse into the promise of technology. But Aarav also knew there were stories of struggle, stories of those who found themselves on the other side of the algorithmic divide.

Devendra welcomed Aarav into his home, a modest but well-maintained structure surrounded by acres of green. The farmer's pride in his land was evident as he led Aarav through his fields, pointing out various crops.

"I never thought I'd use AI in farming," Devendra said, his voice tinged with amazement. "But it's changed everything for me."

He explained how an AI-powered app had revolutionized his approach. "It predicts weather patterns, tells me the best time to plant, and even suggests fertilizers based on soil quality."

Devendra opened the app on his smartphone and showed Aarav how it worked. The interface was simple yet effective, displaying colorful graphs and actionable insights. "Before this, farming was a gamble," he said. "Now, it's a science."

Thanks to the app, Devendra had increased his yield by 30% in just two years. He had also reduced his water consumption and minimized waste, making his farm more sustainable.

Aarav was impressed. "How did you learn to use this?" he asked.

"My son taught me," Devendra replied with a smile. "He's studying in the city and introduced me to the technology. Without him, I wouldn't have known where to start."

Aarav wrote in his notebook: AI empowers those with access - but access is often the privilege of a few.

Later that day, Aarav visited another farmer, Ramesh, whose experience with AI was far less positive. Ramesh's weathered face bore the marks of years under the sun, and his demeanor was one of quiet frustration.

"I've heard about these apps," Ramesh said as he leaned against his tractor. "But I don't know how to use them. I don't even own a smartphone."

Ramesh's income had stagnated, and he struggled to keep up with farmers like Devendra. "They get better prices for their crops because they know when to sell," he said. "I just go to the market and hope for the best."

Aarav noted the disparity. Technology that promised to level the playing field was instead creating a new divide - those who could access and understand AI thrived, while others were left behind.

"Would you use the app if you had a smartphone?" Aarav asked.

Ramesh nodded. "Of course. But who's going to teach me? And who's going to buy me a phone?"

Aarav scribbled: Digital literacy is as important as the technology itself.

Back at Devendra's house, Aarav sat with Devendra's son, Vikram, who had returned home for the weekend. A tech-savvy college student, Vikram was the bridge between his father's traditional ways and the digital future.

"I was skeptical at first," Vikram admitted. "But I saw how much AI could help my dad, so I took the time to teach him."

Vikram's efforts had paid off, but not every farmer had a tech-savvy family member to guide them. Aarav thought about Ramesh and the countless others who were being left behind, not because they lacked skills but because they lacked support.

"Do you think AI is the future of farming?" Aarav asked Vikram.

"Absolutely," Vikram said. "But it's not just about the apps. It's about making sure everyone can use them."

Aarav noted: The promise of AI lies in its accessibility. Without it, progress is uneven.

Aarav's exploration of the divide took him to a nearby school. In one classroom, students were using AI-powered tablets to learn math and science. The teacher, Mrs. Nair, was enthusiastic about the technology.

"These tools adapt to each child's pace," she said. "No one gets left behind."

The students seemed engaged, their eyes lighting up as the tablets provided instant feedback. Aarav spoke to a young girl, Rani, who had struggled with math before the introduction of AI.

"It's like having a tutor," Rani said. "I finally understand fractions!"

But in another classroom, the scene was starkly different. Here, students relied on chalkboards and shared textbooks. The disparity between the two groups was glaring. Aarav spoke to a teacher, Mr. Kumar, who expressed his concerns.

"We don't have the funding for AI tools," he said. "Our students are just as capable, but they're falling behind because they don't have access to the same resources."

Aarav wrote: AI can level the field, but only if the field is accessible to all.

Aarav's next stop was an NGO that aimed to bridge the digital divide. He met with Anjali, the program director, who passionately described their efforts.

"We provide smartphones and training to farmers like Ramesh," she said. "AI has so much potential, but it's meaningless if people don't know how to use it."

Anjali shared success stories of communities that had thrived after adopting AI. "But there's still a long way to go," she admitted. "The government needs to invest more in infrastructure and education."

Aarav jotted down her words: Bridging the algorithmic divide requires systemic effort.

Not all barriers were technological. Aarav met Shanti, an elderly woman who had refused to use an AI-powered health monitoring app provided by her son.

"I don't trust these machines," she said firmly. "What if it gives me the wrong advice?"

Her fear was rooted in a lack of understanding, and Aarav realized that emotional resistance was as significant a hurdle as access.

He noted: Building trust in AI is just as important as building the technology itself.

As Aarav prepared to leave Odisha, he reflected on the stories he had heard. The algorithmic divide was real and growing, but it wasn't insurmountable. With education, support, and systemic change, the promise of AI could become a reality for everyone.

In his notebook, Aarav wrote his closing thoughts: AI is a powerful tool, but its true potential lies in inclusivity. The challenge is not just to innovate but to ensure that innovation reaches the farthest corners of society.

The train back to the city hummed beneath him as he flipped through his notes, ready to share the stories of those navigating the algorithmic divide.

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