The Age of Automation: How AI and Robotics Will Reshape Our Lives
As AI and robotics push the boundaries of innovation, the journey toward artificial general intelligence (AGI) and general-purpose robots promises to transform countless aspects of our daily lives. Many tasks are on the brink of becoming fully automated, including personal mobility, logistics, shopping, customer service, factory work, cleaning, maintenance, and even farming and food preparation.
How will automation redefine the fabric of our daily lives? Will household robots and exoskeletons replace human labour or amplify our capabilities? Can AI empower us to lead more sustainable lifestyles while addressing the most complex challenges of our era? And perhaps the most profound question: What would a preferred future look like?
These were some of the questions discussed in the fifth episode of the M01 Rocketeers podcast, together with Antti Toponen, Co-Founder of Kuurai, and Teppo Hudsson, Founder and CEO of Fibo Labs.
The discussion began by listening to a future scenario—a research-based yet fictional story describing a potential future state. You can find the story and the company introductions at the end of this post.
The Future of Robotics: Empowering Lives and Transforming Everyday Tasks
In the future, general-purpose robots may become invaluable household companions, taking care of chores like cleaning and cooking while also providing much-needed help and companionship for the elderly. Meanwhile, technology will seamlessly integrate into our daily lives through wearable devices and smart clothing. Exoskeletons will assist individuals with reduced mobility, enhancing their independence, or amplifying physical capabilities and strength for tasks like heavy lifting.
For those with disabilities or physical limitations, technology will open doors previously thought impossible. Machines could be operated using direct neural interfaces, enabling precise control through thought alone. Telepresence robots could allow people to participate in real-life events remotely, whether attending family gatherings, teaching others physical skills like crafts, or collaborating on projects.
Taking robotics a step further, innovations will blur the lines between machines and biology. Robots enhanced with organic materials will look and move more life-like, fostering deeper connections between humans and technology.
These advances are not just about convenience; they are about empowering individuals, breaking barriers, and redefining possibilities in ways that make the future more inclusive for everyone.
According to Teppo Hudsson, the era of generic humanoid robots—capable of performing tasks similar to humans—is closer than we might think. While the prospect of robots performing household chores may sound appealing, Teppo expressed scepticism about their immediate adoption in homes. Instead, he anticipated their primary impact to be in industries like logistics, where efficiency and automation are paramount.
The potential high costs of humanoid robots could limit their domestic adoption. However, the sharing economy presents a viable solution, allowing multiple households to access the benefits of a single robot. This approach could maximize utility while minimizing expenses and environmental impact.
Antti Toponen questioned the necessity of household robots in our lives: “For me, exoskeletons stand out as one of the most viable advancements in robotics. The potential efficiency gains are undeniable—they could empower individuals who lack certain physical abilities to perform a wide range of tasks with ease”, he reflected.
Sarita Runeberg echoed this sentiment, highlighting the distinction between exoskeletons and robots. “Exoskeletons don’t replace humans; they enhance our capabilities,” she explained.
Automated Mobility: Redefining Urban Spaces and Transportation
We might see flying autonomous vehicles taking to the skies even before self-driving cars dominate the roads. Imagine fleets of flying robots, vehicles, and swarms of drones seamlessly handling everything from logistics and disaster relief to infrastructure maintenance. This aerial revolution could dramatically reshape urban landscapes, reducing road congestion and freeing up parking areas. As these technologies become mainstream, mobility as a service is likely to gain traction, with fewer people opting to own cars.
“The possibilities are immense, especially in cities similar in size to Helsinki,” remarked Teppo when asked about the potential of automated mobility. Drawing comparisons to central London and Manhattan, where car ownership is uncommon, he highlighted the transformative impact autonomous vehicles could have: “Instead of just streets, we could have more parks, for example.”
Although Antti questioned the need for flying cars, he echoed Teppo’s vision, noting that parking spaces and garages could be repurposed to revitalise urban areas, creating more room for housing and city life. He also pointed out a key benefit of automated mobility: a likely reduction in traffic accidents, thanks to advanced safety features.
Even for those who still prefer owning cars, self-driving technology could ease the strain on city infrastructure. Cars wouldn’t need to be parked in city centres—they could simply drive themselves home or find parking farther away.
Sarita added another layer to the conversation, acknowledging that shifting from car ownership to mobility as a service might take time, especially for families. “Parents need car seats tailored to children of specific ages,” she noted, but also emphasised a greater imperative: “The climate crisis will ultimately force people to rethink their habits and adapt.”
Robots to the Rescue? Addressing Labour Shortages in an Aging World
As nations around the globe continue to age at an accelerating pace, many countries face the looming threat of severe workforce shortages, particularly in critical sectors like healthcare and elderly care. At the same time, advances in AI and automation are set to transform the job market, phasing out certain professions while drastically improving the efficiency of others.
This dual reality raises an important question: Can robots step in to bridge the labour gaps? Could they help redistribute workloads more effectively, ensuring essential services are maintained even as human resources become scarcer?
The potential for robots to revolutionise the workforce is immense—from assisting caregivers in healthcare settings to performing repetitive tasks across industries. However, striking the right balance between automation and human involvement will be key to creating a sustainable and equitable future of work.
Antti shared a thought-provoking statistic during the discussion on self-driving cars: “In 2020, 6% of the workforce in the EU and 2.9% in the US were employed as drivers. The widespread adoption of self-driving cars could potentially lead to mass unemployment in this predominantly male profession.” He raised a critical question: “Will there be political buy-in for automated mobility, given its potential social impact?”
Sarita agreed, highlighting the broader societal risks: “If we suddenly had 6% of men with lower education in the EU unemployed, it could lead to significant civil unrest.”
Building on this, Teppo pointed out that we’ve already witnessed similar disruptions in the past, such as the offshoring of manufacturing jobs to Asia. These shifts left many Europeans with lower education facing dwindling opportunities, creating socioeconomic challenges that resonate to this day.
Another critical consideration is the ownership of robots and its impact on wealth distribution. If global corporations control the work performed by robots remotely, local entities might be left with only limited roles, such as maintenance and oversight—potentially exacerbating economic inequalities and concentrating wealth even further.
As the transition to automated mobility looms, these discussions underscore the importance of proactive policies to address the workforce disruptions it could bring. Preparing for this transformation will be key to ensuring a smooth and equitable transition for all.
AI and Robotics for a Sustainable Future
When asked about the potential of AI and robotics to foster more sustainable lifestyles, Teppo highlighted their role in enhancing precision and efficiency: “AI and robotics can enable more productive ways of working within the natural environment. However, one crucial consideration is their energy consumption. In the Nordics, we’re fortunate to have nearly 100% green energy, but the situation is vastly different in many other parts of the world.”
Antti agreed, commenting that advanced technologies have the potential to help us in farming and rejuvenating the terrain. “There’s no doubt that AI offers numerous opportunities to make life and products more sustainable. That said, it’s equally important to ensure energy and natural resources are used responsibly. And the question remains: how many people will have access to these technologies?”
Taking a broader perspective, Sarita underscored the value of AI in harnessing big data for environmental solutions: “We already have automated tools that can detect anomalies by analyzing satellite images of forests or ice coverage, enabling us to take timely and informed action.”
Sarita also shared an inspiring example from Brazil’s expansive agricultural industry: “On those gigantic farms—some as large as southern Finland—they’re experimenting with advanced sensor technologies to optimize fertilization and irrigation. It’s a great example of how technology can drive sustainable innovation.”
As the discussion revealed, while AI and robotics offer transformative potential for sustainability, their success will depend on responsible energy use, equitable access to advanced technologies, and innovative applications that address global environmental challenges.
Addressing Wicked Problems: The Limits and Promise of AI
Teppo raised an intriguing point about how AI might address complex societal issues, such as fertility challenges in the Western world: “AI could help by alleviating the pressures people face at work and home. After having kids, my life completely changed—my days are packed, from taking the kids to kindergarten, going to work, picking them up, running errands, hobbies, bedtime… if I’m lucky, I get half an hour for myself.”
Sarita Runeberg responded with a lighthearted suggestion: “Maybe that’s where household robots and autonomous cars could come in! They could take the kids to daycare, and help around the house—sounds like the perfect use case for them!”
Teppo agreed, acknowledging that such technologies could indeed ease the burdens of parents: “That kind of help would be incredibly useful, it would take some pressure off.” At least autonomous cars would allow commuting time to be used for activities other than driving, potentially leaving us with more leisure time.
Antti offered a more philosophical perspective, comparing the idea of AI solving our most pressing challenges to a line from Simon & Garfunkel’s iconic song, “The Sound of Silence”: “And the people bowed and prayed to the neon god they made…” He suggested that while we might hope AI can resolve our toughest problems, the solutions may not be as straightforward as we imagine: “AI may not be able to tackle the most profound issues, as these are often rooted in human perspectives and differences. The biggest challenges usually arise when people can’t agree, and this is where technology may fall short.”
As AI technology continues to advance, many are turning to it to address social and mental challenges, especially as the lines between life and death, the real and virtual worlds, and organic beings and robots grow increasingly indistinct. AI has enabled the creation of avatars modelled after deceased individuals, helping people cope with grief by simulating interactions based on detailed data about their loved ones.
Additionally, AI has the potential to serve as a critical companion for those facing loneliness, offering emotional support and connection. However, this growing reliance on AI raises concerns about psychological dependency, given its inherently persuasive and potentially manipulative nature. Despite these risks, AI holds significant promise for providing meaningful mental health support to those in need.
Crafting a Vision for a Preferred Future
While machines and AI can offer efficiencies and innovations, they cannot solve all of humanity’s challenges, particularly the most deeply human ones. As Sarita succinctly put it: “If AI solved all our problems, we would essentially become machines ourselves.”
Teppo added an important point: “People will always crave the unexpected and the random—the small surprises in life that keep things exciting.”
Despite the role of AI in shaping the future, we all agreed that in a preferred world, AI should handle more mundane and repetitive tasks, allowing us to focus on the human aspects of life. Antti expanded on this vision: “From a larger perspective, AI and emerging technologies should help reduce the income gap, not widen it. We must avoid a dystopian scenario where some people have everything, and others have nothing. And we must address the stark inequalities in how climate change impacts the global South versus the North. These are the issues we need to tackle if we are to create a future where everyone can live their lives to the fullest.”
Sarita took the discussion even further, highlighting the urgency of using new technologies to safeguard humanity’s survival: “When we talk about humanity’s future, we should leverage these emerging technologies to use our limited resources as efficiently as possible. It’s crucial that we use them to restore ecosystems and nature, and to help regions around the world cope with the impacts of climate change.”
Teppo agreed, underscoring that “we don’t need to go back to the stone ages to combat climate change. Technology can help us transform our modern way of life into one that is more sustainable.”
Antti observed that there seems to be a growing lack of faith in a positive and achievable future: “Especially politicians today seem to struggle with painting a picture of a hopeful future. As a result, we’re increasingly turning to technology and AI for solutions. But to create a better tomorrow, we need a clear vision of what that future should look like—and that’s something we’re currently missing.”
This insight highlights the crucial need for open and inclusive dialogue about possible futures. Without a clear vision of what we collectively want to achieve, how can we chart a meaningful course forward? Equally important is ensuring that the process of defining this shared future involves as many voices as possible, fostering a diverse and representative conversation.
The future is not something that simply happens to us; it is shaped by the decisions and actions we take today. Recognizing our collective agency is vital—only by understanding the power we hold can we actively steer towards a future that reflects our shared aspirations and values.
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Here’s the scenario – the story from the future discussed in the podcast, followed by the panellists’ company introductions:
FUTURE TALES: ROBOTIC REVIVAL
Fields that once struggled to yield little more than stunted hay are now a thriving ecosystem—vibrant layers of diverse plant species, buzzing with life, and teeming with creatures both wild and domesticated. The once compacted, clay-heavy soil has transformed into rich, nutrient-packed humus, alive with potential.
This land, passed down from my grandparents, had been dedicated to strawberry farming for decades, but with heavy reliance on non-organic fertilizers and pesticides. Over time, the soil became barren, yields dwindled, and as climate change intensified and pollinators disappeared, the farm was left to decay.
Five years ago, after my work hours were halved and remote work became the new norm, I moved to the farm. Robotic taxis made commuting easy, and with food prices skyrocketing due to climate change and global conflicts, I saw an opportunity to breathe new life into this land. The city center I once knew had become eerily quiet, its lively shops and restaurants replaced by automation, leaving empty streets behind. With the world shifting, I felt I had nothing to lose.
Farming was foreign to me, but the rise of educational AI made learning quick and accessible. I embraced the challenge. When I needed hands-on guidance, experts from across the globe sent remote-controlled telepresence robots to assist me. More complex tasks, like pruning apple trees, were best learned through immersive virtual reality sessions.
With the help of worm-like mini robots, I analyzed and transformed the soil, mimicking the role earthworms once played. Above, swarms of tiny drones pollinate plants, monitor their health, and gently deter pests like birds and rabbits. They also manage irrigation, organic fertilization, and even the harvesting process. My exoskeleton amplifies my strength and endurance, making it easier to balance the demands of my day job with the physical challenges of farming.
Little by little, the land has been revived. The soil is fertile again, plants are thriving, and the return of wildlife—pollinators, birds, and even bees—marks the farm’s rebirth. This once-forgotten farm is now flourishing, a living testament to the power of nature—with a little help from cutting-edge technology.
Kuurai is developing a platform that enables different value chain actors to share and manage product and sustainability data in an automated way to comply with the requirements of various pressing EU regulations. With the Kuurai platform, different value chain actors will also be able to analyse their sustainability and supply chain metrics to improve their performance and competitive advantage.
Fibo Labs is an AI-focused venture studio that focuses on creating and financing projects that help traditional companies implement their AI capability.