Revolutionizing the Future: How Advanced Robotics and AI are Transforming Industries and Daily Life

Revolutionizing the Future: How Advanced Robotics and AI are Transforming Industries and Daily Life.

Start-ups are making significant strides in bringing robots into reality. A decade ago, the question of whether it was harder for machines to emulate human thought or movement would have elicited a different response from me. Back then, the complexity of the human brain and its functioning seemed more enigmatic, thus making it tougher for machines to mimic human cognition. However, recent advances in artificial intelligence have been groundbreaking. Computers can now create, compute, process, understand, make decisions, recognize patterns, and continue learning in ways strikingly similar to human intelligence.

In comparison, creating machines that mirror the physical capabilities of humans—such as walking, jumping, touching, holding, squeezing, gripping, climbing, slicing, and reaching—might appear simpler. Yet, this has not been the case. Even today, many robots struggle with basic human tasks requiring dexterity, mobility, and cognition, all of which most of us take for granted.

But the potential applications of robots, if the technology is perfected, are virtually boundless. Robots could be immensely helpful in natural disasters, aiding first responders without risking human lives, or during public health emergencies like the COVID pandemic, where they could prevent disease transmission through in-person interactions. In agriculture, robots could replace harmful chemical herbicides by manually pulling weeds. They could tirelessly transport heavy loads in factories. Additionally, advanced robotic arms could prove invaluable in prosthetics.

I acknowledge the concerns regarding robots displacing human jobs, a common downside of most innovations, like the internet, which rendered traditional travel agents obsolete. Should robots impact employment similarly, it will be crucial for governments and the private sector to support people through this transition. However, considering current labor shortages and the undesirable nature of some jobs, it’s more likely that robots will undertake tasks that people are reluctant to do. This shift could enhance safety, health, productivity, and even reduce loneliness.

That’s why I’m thrilled about the numerous companies worldwide leading the charge in robotics technology, paving the way for a robotics revolution. Some of these robots are humanoid or human-like, designed to interact in human-centric environments. Others possess extraordinary abilities like flight or extendable arms, augmenting human capabilities. Their modes of movement vary, with some using legs, others wheels, and different navigation methods like sensors or remote controls.

Despite their differences, one thing is clear: In sectors like healthcare, hospitality, agriculture, manufacturing, construction, and even domestic settings, robots have the potential to fundamentally change our lives and work. In fact, some are already making a difference.

Here are some notable robotics start-ups and labs that excite me:

Revolutionizing the Future: How Advanced Robotics and AI are Transforming Industries and Daily Life

Agility Robotics

In aiming for robots to blend seamlessly into human environments, Agility Robotics, an Oregon-based company, created Digit. This robot, dubbed the “first human-centric, multi-purpose robot for logistics work,” is about the same size as a human. It is designed to work alongside people, adapt to our environments, and perform tasks that involve carrying heavier loads and reaching heights that would typically require ladders.

Agility Robotics is at the forefront of the robotics revolution with its pioneering developments in humanoid robots. The company recently achieved a significant milestone by opening RoboFab in Salem, Oregon, which is the world’s first factory dedicated to the mass production of humanoid robots. This facility has the capacity to produce over 10,000 robots annually and is positioned to efficiently scale up production. RoboFab’s proximity to Agility Robotics’ engineering center further enhances its production capabilities.

The key product of Agility Robotics is Digit, a groundbreaking bipedal robot designed for a variety of practical applications. Digit is tailored to perform tasks in environments designed for humans, addressing workplace challenges such as injuries, burnout, and labor gaps. Its initial deployment is focused on material handling in warehouses and distribution centers, with plans for wider applications in the future.

Based in Corvallis, Oregon, and Pittsburgh, Pennsylvania, Agility Robotics has an additional office in Palo Alto, California. The company’s overarching goal is to create robots that complement the human workforce, focusing on tasks that demand human creativity and judgment. Agility Robotics has garnered significant investments to support its growth, including a $150 million funding round with contributions from notable investors such as Amazon. This investment will aid in expanding operations and doubling the company’s workforce by 2024.

The company was founded by CEO Damion Shelton, who previously served as CTO at threeRivers 3D, and CTO Jonathan Hurst, a robotics professor at Oregon State University. Agility Robotics’ innovative approach to blending human and robotic workforces has established it as a significant contributor to the evolving robotics landscape, with potential applications across numerous industries.


Recognizing the high labor costs and challenges in agriculture, especially under harsh conditions, Tevel, a company founded in Tel Aviv, developed autonomous flying robots. These robots can navigate tree canopies, pick ripe apples and stone fruits around the clock, and collect comprehensive harvesting data in real-time, addressing labor shortages in agriculture and preventing waste.

Tevel Aerobotics Technologies is an innovative startup based in Tel-Aviv, Israel, focused on transforming the agriculture sector through its patented fleet of Flying Autonomous Robots (FAR). These robots are designed to perform various tasks in orchards, such as picking, thinning, and pruning, offering a holistic solution for orchard management and harvesting.

The key technology behind Tevel’s robots includes cutting-edge artificial intelligence, machine learning, and computer vision algorithms. These enable the robots to accurately and delicately pick fruit, ensuring high-quality produce without causing damage like bruising. Additionally, Tevel’s robots are capable of collecting valuable real-time data during the harvesting process. This data includes insights on the quantity, size, weight, ripeness, and health of each fruit, providing farmers with critical information to optimize sorting, grading, and post-harvest processes.

Tevel’s technology addresses critical challenges in the agriculture sector, notably the growing labor shortages in fruit picking. By offering autonomous harvesting on demand, Tevel provides a solution that is flexible, efficient, and capable of operating in various orchard conditions and terrains. This innovation not only helps to mitigate labor shortages but also enhances the productivity and sustainability of orchard operations.

Tevel’s FAR system, equipped with a mechanical claw and AI-powered visual recognition, is adept at identifying different types of fruit and their ripeness, and can perform tasks beyond just picking, such as pruning and trimming. This versatility makes it a valuable asset in modern agriculture.

The company has successfully raised significant funding to further develop and scale its technology. This includes a $20 million funding round with participation from venture capital firms and agriculture equipment producers. Tevel’s approach to solving labor challenges in agriculture through technology has positioned it as a leader in the field of agritech and robotics.


Revolutionizing the Future: How Advanced Robotics and AI are Transforming Industries and Daily Life

Apptronik, an Austin-based start-up, emerged from the human-centered robotics lab at the University of Texas. They focus on building versatile humanoid bi-pedal robots like Apollo, capable of performing a variety of tasks, from factory work to household assistance. Apollo’s ability to run third-party software means it’s continuously upgradeable, with new functionalities just a software update away.

Apptronik, an Austin-based robotics startup, has been making significant strides in the field of humanoid robots. One of their flagship creations is Apollo, a humanoid robot designed for various real-world applications. Apollo was developed leveraging Apptronik’s extensive experience in robotics, including their work on NASA’s Valkyrie robot.

Apollo stands out for its versatility and adaptability. It’s designed to perform a wide range of tasks and is particularly focused on areas like logistics and manufacturing. The robot has a modular design, which means it can be adapted to different forms – either as a fully mobile bipedal humanoid, a torso on wheels, or even in a stationary setup. This flexibility allows Apollo to be utilized in diverse environments and for various functions.

One of the key attributes of Apollo is its ability to improve efficiency and safety in the workplace. The robot is built to handle tasks that are physically demanding or repetitive for humans, such as lifting heavy objects or performing monotonous tasks in warehouses. This not only helps in reducing workplace injuries but also tackles labor shortages by filling roles that are hard to staff.

In terms of its physical capabilities, Apollo weighs 160 lbs and can carry a payload of up to 55 lbs. It’s equipped with swappable batteries, each offering a runtime of about four hours, ensuring continuous operation with minimal downtime. The robot’s safety features and user-friendly design make it suitable for working alongside humans without causing discomfort or safety concerns.

Apptronik’s approach to robotics also emphasizes the aesthetic aspect of their machines. They strive to create robots that are not only functional but also aesthetically pleasing and approachable, making them more acceptable in human environments.

Apptronik’s advancements in robotics are a result of their continuous innovation and development, and with their recent funding, they aim to further their research and bring more advanced robotic solutions to the market. Apollo is set to be commercially available by the end of 2024, marking a significant step forward in the field of humanoid robotics.


The Robotics and Mechanisms Lab (RoMeLa) at UCLA tackles the challenge of creating robots that can navigate rough terrain and maintain balance. Their creation, ARTEMIS, might be the world’s fastest robot with exceptional stability. It even competed in RoboCup 2023, an international soccer competition held in France.

RoMeLa (Robotics and Mechanisms Laboratory) at UCLA is a research facility primarily focused on developing humanoid robots and exploring novel mobile robot locomotion strategies. The lab engages in a wide array of research areas including robot locomotion and manipulation, soft actuators, platform design, kinematics, mechanisms, and autonomous systems. They have a notable history of participating and excelling in international robotics competitions, securing top prizes in events like the RoboCup and the DARPA Urban Challenge.

One of RoMeLa’s recent significant developments is the humanoid robot ARTEMIS. This robot is distinguished by its electrically driven actuators, as opposed to hydraulic ones, enhancing its operational efficiency and noise reduction. ARTEMIS is equipped with custom-designed force sensors on each foot for balance, an orientation unit, and cameras in its head for environmental perception. The robot has been tested for various capabilities like running, playing soccer, navigating uneven terrain, and even recovering from falls.

ARTEMIS represents a step forward in the field of humanoid robotics, showcasing the potential for robots to operate in diverse and challenging environments. The lab’s approach to robotics combines cutting-edge technology with a deep understanding of mechanical engineering, resulting in robots that are not only technologically advanced but also highly functional and applicable to real-world scenarios.

RoMeLa’s work extends beyond ARTEMIS, with a history of developing various humanoid robots, each with unique capabilities and applications. For instance, CHARLI (Cognitive Humanoid Autonomous Robot with Learning Intelligence) was the first full-sized humanoid robot in the U.S., and DARwIn-OP (Dynamic Anthropomorphic Robot with Intelligence-Open Platform) is a widely used miniature humanoid robot for research and education.

Field AI

Revolutionizing the Future: How Advanced Robotics and AI are Transforming Industries and Daily Life

Field AI, a Southern California-based robotics company, emphasizes the ‘brains’ of robots. Rather than building the robots themselves, they focus on developing AI software for other companies’ robots. This software enables robots to perceive their environments, navigate without GPS, and communicate with each other, enhancing their functionality and autonomy.

Field AI is an innovative robotics company that specializes in creating autonomous robotics solutions for various industries. Their technology focuses on transforming existing machinery into autonomous systems that can be readily deployed in the field. This transformative approach allows for instant autonomy deployment in various environments without the need for additional training.

The company’s autonomous solutions find applications across multiple sectors, including construction, oil & gas, renewable energy, power & utility, agriculture, manufacturing, mining, and safety & security. In the construction industry, for instance, Field AI’s robots are equipped with features like 360 photo reality capture, LiDAR scan point, BIM comparison, semantic object detection, issue mapping, and topography mapping. These features enable robust and specialized data collection, enhancing efficiency and safety on construction sites.

Field AI’s team comprises alumni from prestigious organizations and companies such as NASA, JPL, DARPA, Google, DeepMind, Zoox, Cruise, Qualcomm, and Amazon. This diverse experience has contributed to their success in pioneering robotic autonomy in challenging environments. The company has a proven track record, including being winners in the DARPA Racer and DARPA SubT challenges for Autonomous urban exploration.

Their robot catalog includes a variety of field-tested vehicle types, offering users choices in terms of robot cost, size, and performance. This design philosophy ensures that Field AI’s solutions are adaptable to a multitude of environments, making them versatile for use in industries such as mining, renewables, agriculture, manufacturing, and power.

Field AI’s approach is characterized by its “one brain, one AI for all” philosophy, aiming to unlock the maximum potential of existing hardware capabilities and revolutionize operations in diverse industries through on-edge robotic autonomy.

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About the Author: Bernard Aybout

In the land of bytes and bits, a father of three sits, With a heart for tech and coding kits, in IT he never quits. At Magna's door, he took his stance, in Canada's wide expanse, At Karmax Heavy Stamping - Cosma's dance, he gave his career a chance. With a passion deep for teaching code, to the young minds he showed, The path where digital seeds are sowed, in critical thinking mode. But alas, not all was bright and fair, at Magna's lair, oh despair, Harassment, intimidation, a chilling air, made the workplace hard to bear. Management's maze and morale's dip, made our hero's spirit flip, In a demoralizing grip, his well-being began to slip. So he bid adieu to Magna's scene, from the division not so serene, Yet in tech, his interest keen, continues to inspire and convene.