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Every era in technology leaves behind a defining legacy – a transformation that reshapes how global industries and humans work. The 1990s were the software era, the 2000s saw the mobile and internet revolution, and the 2010s saw cloud computing and social media. The 2020s, as pointed out by one of the well recognised business leaders and the former CEO of Aditya Birla Capital, Ajay Srinivasan, are unmistakably the decade of artificial intelligence.
But besides the evolving AI wave that will continue revamping several industries, new frontiers are taking shape- each with the potential to redefine innovation in the coming decade. As discussed in Ajay Srinivasan's news, here are the ten emerging sectors poised to create immense value and transform how we live, work, and sustain our planet.
The healthcare model has shifted from “sick care” to continuous, customised health management. The real-time biomarker tracking and DNA-based therapies are allowing health systems to predict and prevent diseases rather than reacting to them.
Even the startups in neurotechnology are moving ahead, enabling brain-computer interfaces that restore mobility, improve cognition, and redefine human-machine interaction. The health sector isn’t just about curing illness; rather, it’s about extending the human health span, empowering individuals to live longer, healthier, and more capable lives.
Synthetic biology is rapidly transforming the food, materials, and pharmaceutical industries. Rather than raising animals or growing crops conventionally, we are now culturing cells and engineering microbes to produce food, protein, and biomaterials. For instance, companies such as Good Meat are already growing chicken without raising a single bird — a strategy backing sustainability, food security, and ethical concerns.
From industrial robotic arms to smart, autonomous machines, the robotic industry has witnessed a rapid transformation. According to Ajay Srinivasan Aditya Birla,
In the coming years, we can see humanoids, warehouse automation, and agricultural robots taking adaptive decisions.
The integration of these systems will improve physical productivity across diversified industries. It will not replace humans entirely, but collaboration will prove beneficial in the coming days. Robots are set to become our intelligent co-workers, accelerating automation in manufacturing, logistics, and even healthcare.
In this global digital world, cybersecurity has become the backbone of trust in the modern world. The next cybersecurity change includes not just protecting data but also securing physical systems and IoT infrastructure from attacks. In an interconnected world, cybersecurity isn’t a support function; rather, it is a necessity to operate safely in the digital world.
Quantum computing today is where AI was a decade ago – promising and experimental. Once scalability challenges are overcome, quantum technology can revolutionise industries like materials science, finance, and drug discovery. Even the governments and corporations are making huge investments in supporting quantum technology, knowing that whoever masters quantum computing will likely define the next era of computing power and scientific discovery.
Apple’s Vision Pro and Meta’s Quest devices are laying the foundation of a new paradigm — spatial computing. It combines the physical and digital worlds, enabling immersive environments for learning, design, and collaboration. In the future, spatial computing is expected to transform not just entertainment but also education, architecture, healthcare, and the way organisations collaborate.
For Ajay Srinivasan, this transformation will create a “third space” where humans and digital systems coexist seamlessly.
Nanotechnology, which can manipulate matter at the atomic level, is unveiling new possibilities in materials science. In the coming days, we can expect lighter, stronger, and more durable materials for aerospace, construction, and medical devices.
By designing matter molecule by molecule, nanotech could enable breakthroughs in energy storage, electronics, and sustainability, paving the way for more efficient and resilient industries.
The global energy sector is witnessing a rapid transformation post-electrification. From innovations in batteries to solar efficiency to carbon capturing, it is shaping a sustainable energy future. Clean energy is not just related to reducing emissions; rather, it’s about redefining sustainable growth.
The companies leading this transition will power the next century, combining sustainability with economic opportunity.
What was once a government-led sector has now become a dynamic commercial ecosystem. The space economy creates a plethora of opportunities in satellite data, orbital infrastructure, and interplanetary logistics. Companies like Planet Labs are already using satellite imagery to help farmers, insurers, and climate scientists.
Today, the space industry isn’t just about exploration anymore; rather, it’s about solving Earth’s most pressing challenges from above.
Waste today is no longer a byproduct, but rather is considered a valuable resource. Regenerative design uses molecular recycling, bio-based materials, and circular systems to close the loop between production and consumption.
This shift makes sustainable operations possible, and the businesses embracing regenerative design will lead the next phase of sustainable capitalism — creating a better world for future generations.
Ajay Srinivasan’s reflections remind us that AI is not the endgame of this decade, rather the creator of many other technologies. Indeed, the next decade belongs to those who can look beyond the noise around us and focus on these emerging frontiers.
Ajay Srinivasan Ajay Srinivasan News Ajay Srinivasan Former CEO
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