World’s First Fully Automated Medicine Lab: All Robots No Humans

Japan has unveiled a world-first fully automated medicine laboratory, operating entirely without human researchers. Located at the Institute of Science Tokyo’s Yushima campus, this facility is staffed exclusively by humanoid robots and autonomous machines, marking a radical shift in medical research.

The facility developed by the Institute of Science Tokyo operates with 10 robots, including the humanoid Maholo LabDroid, and no on-site human staff.

Key Highlights

• Location: Yushima campus, Institute of Science Tokyo
• Robots in operation: 10 autonomous machines, including Maholo LabDroid with dual robotic arms
• Functions: Automated cell culture, reagent transfer, temperature-controlled experiments, and repetitive lab tasks
• Expansion goal: 2,000 robots by 2040, aiming to automate the entire medical research pipeline
• No human staff: Operates 24/7 without on-site researchers

Inside the Robot-Run Lab

• Maholo LabDroid: A humanoid robot capable of performing delicate tasks such as stem cell culture and drug testing.
• Other autonomous systems: Handle repetitive lab work with precision, ensuring consistency across experiments.
• Current scale: 10 robots are already in operation.
• Future vision: Expansion to 2,000 robots by 2040, creating a fully autonomous medical research ecosystem.

Maholo LabDroid was among the earliest humanoid robots specifically built for biomedical research. It was first unveiled in 2017 by Japan’s Robotic Biology Institute (RBI), marking the debut of a humanoid laboratory robot designed to automate complex

biological experiments.  

Why It Matters

• 24/7 operation: Robots can run experiments continuously, accelerating discovery.
• Error reduction: Automation minimizes human mistakes in sensitive procedures.
• Drug development speed: Timelines for testing and discovery are compressed significantly.
• AI integration: Plans include combining robotics with AI for hypothesis generation and experimental validation.

Human vs. Robot Labs

Feature	Human-Staffed Labs	Fully Automated Robot Lab
Staffing	Scientists, technicians	10 robots (scaling to 2,000)
Operation Hours	Limited (8–12 hrs/day)	24/7 continuous
Error Risk	Human error possible	Minimized via automation
Scalability	Workforce-dependent	Expandable via robotics
Research Speed	Weeks/months	Compressed timelines

Challenges Ahead

• Ethical oversight: With no humans on site, accountability for results becomes complex.
• Technical reliability: Robots must adapt to unexpected experimental variables.
• Cost barrier: High investment may limit adoption outside elite institutions.
• Human role shift: Researchers may transition into supervisory, AI-integration, and oversight positions.

This lab represents a paradigm shift in medical research, where robots not only assist but fully replace human presence. If successful, it could redefine the future of drug discovery and biomedical innovation worldwide.

Sony–TSMC Alliance to Boost Image Sensor Tech for Automotive and Robotics

Sony Semiconductor Solutions and TSMC have announced that the two have signed a non-binding MOU to form a joint venture in Kumamoto, Japan, aimed at developing next-generation image sensors for AI-driven applications in automotive, robotics, and consumer electronics. Sony will hold majority control, while the Japanese government is expected to support phased investments.

Key Highlights of the Partnership

• Joint Venture (JV): Sony will be the majority shareholder, controlling operations at its new fab in Koshi City, Kumamoto Prefecture.
• Technology Synergy: Sony contributes sensor design expertise, while TSMC brings process technology and manufacturing excellence.
• Strategic Focus: Next-generation CMOS image sensors targeting AI-era applications such as autonomous vehicles, robotics, and advanced smartphones.
• Government Support: Investments will be phased based on market demand, with backing from the Japanese government.
• Expansion Plans: Sony will also invest in its Nagasaki plant, strengthening domestic semiconductor capacity.

Industry Context

• Market Leadership: Sony dominates the global image sensor market, supplying to major smartphone makers like Apple.
• TSMC’s Role: As the world’s largest contract chipmaker, TSMC diversifies its footprint in Japan, ensuring supply chain resilience.
• Competitive Edge: The JV creates a formidable barrier against rivals such as Samsung and OmniVision.

Emerging Applications

• Automotive: Sensors for ADAS and autonomous driving.
• Robotics: High-performance sensors enabling machine vision and physical AI integration.
• Consumer Electronics: Premium smartphones and imaging devices requiring higher-performance sensors.

Strategic & Economic Impact

Aspect	Sony	TSMC	Japan
Ownership	Majority shareholder	Minority partner	Government support
Strengths	Sensor design, market leadership	Advanced manufacturing, process nodes	Semiconductor revitalization strategy
Applications	Smartphones, automotive, robotics	Foundry services, AI workloads	Local economic growth, supply chain resilience
Investment	New fab in Kumamoto + Nagasaki expansion	Process technology integration	Estimated ¥1 trillion support for Kumamoto site

Leadership Statements

• Shinji Sashida (Sony CEO): “This JV is a significant initiative that brings together the strengths of both companies and aims to drive further advancement in technology and business within the next-generation image sensor field.”
• Dr. Kevin Zhang (TSMC SVP): “This partnership underscores our shared commitment and mutual vision of leveraging cutting-edge technologies and innovative solutions to deliver leading sensing technology and products.”

Global Significance

• Localization of semiconductor capacity in Japan to reduce supply chain risks.
• Rising demand for AI-ready sensors across industries.
• Strategic alliances between design leaders and foundry giants to accelerate innovation.

To summarizs, the Sony–TSMC JV marks a pivotal step in the evolution of image sensors, reinforcing Japan’s semiconductor ecosystem while positioning both companies at the forefront of AI-driven sensing technologies.

“Building on the trust cultivated through our long-standing collaboration with TSMC, I am delighted that we have reached an agreement to advance our partnership to a new stage,” said Shinji Sashida, President and CEO of Sony Semiconductor Solutions Corporation.“This JV is a significant initiative that brings together the strengths of both companies and aims to drive further advancement in technology and business within the next-generation image sensor field. Building on this JV, Sony intends to further strengthen its business operations with a focus on creating high added value. Rooted in the Sony Spirit that has guided us since our founding, we intend to continue to take on the challenge of creating new markets through unprecedented ideas and distinctive technologies.”

“Sony has been our long-time partner in the CMOS image sensor business. We are excited to elevate our collaboration to the next level, which represents a key step forward in driving future sensing technology in the AI era,” said TSMC Senior Vice President and Deputy Co-COO, Dr. Kevin Zhang. “This partnership underscores our shared commitment and mutual vision of leveraging cutting-edge technologies and innovative solutions to deliver leading sensing technology and products. We look forward to working closely together to achieve impactful results and create lasting value for all stakeholders.”

Finvolve & IA Back Vikra Ocean Tech with $1M to Build India’s First Indigenous Ocean Robotics Stack

Finvolve, a multi-stage venture capital fund, has announced a seed investment of $1 million in Vikra Ocean Tech, a Chennai-based deeptech startup developing India’s first fully indigenous ocean robotics stack for underwater and surface operations. The investment, led by Finvolve along with India Accelerator, will be utilized to scale product manufacturing, strengthen the company’s sales pipeline across defence and public sector undertakings (PSUs), and establish recurring revenue streams through service contracts and annual maintenance agreements.

Founded in 2019, Vikra Ocean Tech is developing an indigenous, modular ocean robotics ecosystem that includes deep-water ROVs, autonomous surface vessels, amphibious crawling robots, and AI-enabled imaging and communication systems. Built for interoperability through a unified control platform, its solutions address India’s dependence on imported underwater robotics by offering cost-effective, mission-ready systems tailored for defence, subsea inspection, hydrographic surveys, and disaster response. Its integrated hardware stack is supported by indigenous cameras, lighting, diver communication systems, and AI-based video enhancement tools for simplified and scalable operations.

VIKRA has gained strong early traction across both defence and commercial sectors, including securing two iDEX grants from the Indian Army and the Indian Coast Guard, along with several other prestigious innovation awards. The company has developed India’s first 2000-meter depth-rated deep-ocean camera and lighting systems. Its Autonomous Surface Vehicle (ASV) systems are also seeing wide adoption for offshore marine exploration applications.

The investment comes at a time when global and domestic tailwinds are accelerating the adoption of subsea robotics. With increasing maritime security concerns, rising climate-related disasters, and a strong policy push towards indigenous innovation, the demand for reliable, locally built ocean-tech solutions is growing rapidly. The global subsea robotics market is projected to expand significantly by 2030, while India’s domestic opportunity across inspection, monitoring, and blue economy applications continues to scale, creating a strong foundation for companies like Vikra to emerge as category leaders.

Commenting on the investment, Ashish Bhatia, Co-Founder of Finvolve and Founder & CEO of India Accelerator said –

Subsea robotics is fast becoming a strategic priority for India across defence, infrastructure, and disaster response. Vikra Ocean Tech is addressing this need with a fully indigenous, integrated robotics stack that combines deep-tech innovation with strong on-ground validation. Their ability to build and deploy scalable, high-performance systems positions them well to lead this space from India. 

Rajagurunathan, Co-Founder, Vikra Ocean Tech, added,

Our vision is to build a globally competitive ocean robotics ecosystem from India. This investment enables us to accelerate product development, scale deployments, and deepen our engagement with defence and industrial stakeholders. We aim to significantly reduce India’s dependence on imported systems while delivering robust, cost-effective solutions built for real-world conditions.

Rajeuv, Co-Founder, further added, “This investment will strengthen our R&D capabilities, scale manufacturing, and accelerate deployments across defence, offshore energy, research, and marine infrastructure sectors. We are committed to building reliable, world-class technologies that position India as a leader in ocean innovation.”

With a vertically integrated product stack, growing commercial traction, and strong alignment with India’s strategic priorities, Vikra Ocean Tech is well positioned to scale its operations and play a defining role in shaping the country’s subsea robotics and ocean-tech landscape.

About Finvolve

Finvolve is a multi-thesis growth and late-stage venture capital fund supporting startups across their growth journey from pre-seed to pre-IPO. The fund partners with founders to provide growth capital, strategic guidance, and long-term support, helping companies scale sustainably and build enduring businesses. With investments across high-growth sectors, Finvolve focuses on backing teams that combine strong execution with clear market opportunity.

About India Accelerator

India Accelerator (IA) is India’s leading seed-stage startup accelerator and the recipient of the “Best Accelerator of the Country” award from Startup India (2022). Alongside its accelerator programs, IA actively invests in early-stage startups through Finvolve, three AIFs, and a GIFT City Fund. IA provides founders with capital, mentorship, and market access, enabling scalable and sustainable growth.

Robotic Solar Cleaning Powers Efficiency in Maharashtra and Rajasthan

Robotic solar module cleaning is rapidly expanding in Maharashtra and Rajasthan, driven by agricultural solarization programs and large-scale utility projects. Farmers and developers are adopting water-free, automated cleaning systems to combat dust-heavy conditions and improve energy yields, said a report by Mercom India.

Why Robotic Cleaning Is Growing

• Dust-heavy environments: Both states face high dust accumulation, which reduces solar panel efficiency.
• Water scarcity: Traditional water-based cleaning is unsustainable; robotic systems offer water-free solutions.
• Government programs: Initiatives like PM-KUSUM and Maharashtra’s Mukhyamantri Saur Krushi Vahini Yojana (MSKVY) are pushing decentralized solar adoption, making robotic cleaning essential for long-term performance.
• Utility-scale adoption: Companies like Waaree Renewables are deploying thousands of robots across Rajasthan’s mega solar projects.

Key Developments in Each State

State	Drivers of Adoption	Notable Projects	Benefits
Maharashtra	PM-KUSUM & MSKVY programs; solarization of agricultural pumps	Feeder-level solar projects for farmers	Reduced manual labor, higher efficiency, sustainable O&M
Rajasthan	Large utility-scale solar farms; dusty desert climate	Waaree Renewables’ 1.2 GWp projects with 2,000+ LEAPTING robots	High cleaning efficiency, water-free operation, optimized for fixed-tilt structures

Technology Highlights

• LEAPTING G1 robots: Fully automatic, water-free, optimized for tracker and fixed-tilt structures. Proven in dusty, high-temperature environments.
• Automation in O&M: Reduces costs, improves consistency, and extends module lifespan.
• Scalability: From small feeder-level projects for farmers to gigawatt-scale solar farms.

Challenges & Trade-offs

• Initial investment: Robotic systems are costlier upfront compared to manual cleaning.
• Maintenance of robots: Requires technical expertise and spare parts availability.
• Farmer adoption barriers: Smaller farmers may hesitate due to cost unless supported by subsidies.
• Technology dependence: Reliability of robots in extreme weather conditions is still being tested.

Big Picture

The rise of robotic solar cleaning in Maharashtra and Rajasthan reflects India’s broader push toward sustainable, decentralized, and utility-scale solar energy. By reducing water use and improving efficiency, these systems are becoming critical for both farmers under PM-KUSUM and developers of gigawatt-scale projects.

Capgemini and Orano Deploy 1st AI-Powered Humanoid Robot in Nuclear Industry

Orano, a recognized industrial leader in the recovery and transformation of nuclear materials, and Capgemini, an AI-powered global business and technology transformation partner, announce the deployment of the first intelligent humanoid robot in the nuclear sector. This project marks a major step forward for a strategic industry that has long been a pioneer in innovation.

Deployed at the Orano Melox Ecole des Métiers [Created in early 2018, Ecole des Métiers is dedicated to promoting and developing the Orano’s technical training] in the Gard region of France, the robot named Hoxo is equipped with embedded artificial intelligence (AI) and advanced sensors for real-time perception, autonomous navigation, execution of technical gestures, and interaction. Its purpose is to replicate human movements and operate alongside teams within nuclear facilities, including in challenging intervention environments.

Over the next four months, Orano Melox’s innovation teams will conduct a testing phase to validate the robot’s range of applications, combining mobility, precision, and artificial intelligence (AI). By offering an agile, scalable robotic platform, this initiative is expected to enhance industrial performance and potentially support operators through robotic assistance.

"Hoxo opens new perspectives for our operations by combining an intelligent and ergonomic robotic solution with the expertise of our on-site teams. It’s an innovation we aim to evolve to meet our industrial needs, contributing to both safety and competitiveness as we tackle the challenges of today and tomorrow," said Arnaud Capdepon, Director of Orano Melox.

"This project, led by our AI Robotics & Experiences Lab, embodies the convergence of robotics, artificial intelligence, computer vision, and digital twins. It redefines human-machine interaction in sensitive environments and pushes the boundaries of industrial automation. Through this initiative, we harness the potential of physical AI to address Orano’s most demanding industrial challenges," added Pascal Brier, Chief Innovation Officer at Capgemini and member of the Group Executive Committee.

About Orano

As a leading international operator in the field of nuclear materials, Orano delivers solutions to address present and future global energy and health challenges. Its expertise and mastery of cutting-edge technologies enable Orano to offer its customers high value-added products and services throughout the entire fuel cycle. Every day, the Orano group’s 18,000 employees draw on their skills, unwavering dedication to safety and constant quest for innovation, with the commitment to develop know-how in the transformation and control of nuclear materials, for the climate and for a healthy and resource-efficient world, now and tomorrow. Orano, giving nuclear energy its full value.

About Capgemini

Capgemini is an AI-powered global business and technology transformation partner, delivering tangible business value. We imagine the future of organizations and make it real with AI, technology and people. With our strong heritage of nearly 60 years, we are a responsible and diverse group of 420,000 team members in more than 50 countries. We deliver end-to-end services and solutions with our deep industry expertise and strong partner ecosystem, leveraging our capabilities across strategy, technology, design, engineering and business operations. The Group reported 2024 global revenues of €22.1 billion.

Discover the humanoid robot Hoxo in pictures:

Amazon Unveils Blue Jay and Project Eluna to Revolutionize Warehouse Robotics and AI

Amazon has just unveiled two cutting-edge technologies—Blue Jay and Project Eluna—designed to transform its operations network by enhancing safety, efficiency, and decision-making for front-line employees.

Blue Jay: Multi-Arm Robotics System

• Functionality: Coordinates multiple robotic arms in a single station to perform picking, stowing, and consolidating tasks simultaneously.
• Efficiency Boost: Replaces three separate robotic stations with one streamlined unit, handling ~75% of item types stored at Amazon sites.
• Design: Ceiling-mounted system that moves packages at high speeds, already deployed in select fulfillment centers.

Project Eluna: Agentic AI for Smarter Decisions

Project Eluna – An Agentic AI system

• Project Eluna will be piloted at a fulfillment center in Tennessee to assist operators this holiday season, working initially on sortation optimization. Operators can ask questions like, “Where should we shift people to avoid a bottleneck?” and receive clear, data-backed recommendations. The goal: less putting out fires, more foresight.
• Purpose: Supports front-line employees by simplifying complex decisions and optimizing workflows.
• Agentic AI: Goes beyond traditional automation by acting as a collaborative decision-making partner, not just a tool.
• Impact: Helps reduce repetitive tasks, improve safety, and open new career pathways for employees.

Blue Jay and Project Eluna join other new robotics and AI systems we launched this year, including Vulcan, Amazon’s first robot with a sense of touch designed to assist with ergonomically challenging tasks, and DeepFleet, an AI foundation model that coordinates large fleets of mobile robots across facilities.

Humanoid Robotics Heats Up: Agility Reportedly Raising $400M with SoftBank Backing

SoftBank’s latest robotics move signals a renewed push into humanoid automation. Earlier in 2025, the Japanese tech giant reportedly held acquisition talks with Oregon-based Agility Robotics, exploring a deal valued at over $900 million. While the acquisition didn’t materialize, SoftBank pivoted to a strategic investment — joining Agility’s $400 million Series C funding round, which valued the company at $1.75 billion pre-money.

SoftBank has long been bullish on robotics and AI, with past investments in Boston Dynamics and its own humanoid robot, Pepper. Its renewed interest in Agility signals a pivot toward humanoid logistics automation.

As of now, Agility Robotics has not released an official press release confirming the $400 million funding round. However, multiple reputable outlets — including The Information, GeekWire, and Tech Funding News — have reported on the deal based on insider sources and term sheet details.

Who Is Agility Robotics?

• Agility Robotics is the maker of Digit, a bipedal humanoid robot designed for warehouse and logistics tasks.
• Digit can walk, climb stairs, and handle packages — making it a strong candidate for augmenting or replacing human labor in fulfillment centers.
• The company is already piloting Digit with major retailers like Amazon, giving it a real-world edge.

Deal Breakdown

• Acquisition Talks: SoftBank considered buying Agility outright for over $900M.
• Funding Pivot: Instead, it joined a $400M round led by WP Global Partners.
• Strategic Goal: Scale mass production of Digit and expand commercial deployment.

Competitive Landscape

Company	Flagship Robot	Focus Area	Funding/Valuation (2025)
Agility Robotics	Digit	Warehouse logistics	$400M round, $1.75B pre-money
Figure AI	Figure 01	General-purpose labor	Backed by OpenAI, Microsoft
Tesla	Optimus	Factory automation	Internal R&D, no external funding

Why It Matters

• SoftBank’s move reflects a strategic shift — from owning robotics IP to backing scalable platforms with real-world traction.
• With humanoid robotics moving from R&D to commercialization, logistics and manufacturing are emerging as the first battlegrounds.
• Agility’s Digit is no longer just a prototype — it’s a product on the verge of mass deployment.
• With SoftBank’s backing, the humanoid race just got a lot more interesting.

Tesla Halts Plans for Thousands of Humanoid Bots Over Hand Design Flaws

Tesla has officially scaled back its ambitious plans to produce thousands of Optimus humanoid robots in 2025 due to significant design challenges—especially with the robot's hands.

Optimus, also known as the Tesla Bot, is a general-purpose humanoid robot developed by Tesla. It was first announced at Tesla’s AI Day in August 2021, with a prototype unveiled in 2022.

Designed to perform tasks humans don’t want to do, like factory work, sorting, lifting, and navigating terrain, the Optimus bot is powered by Tesla’s onboard AI brain (based on Autopilot hardware), it learns through simulation-based reinforcement learning. The latest Gen 3 version stands 173 cm tall, weighs 57 kg, and can walk at 5 mph. It has 22 degrees of freedom in each hand, enabling human-like dexterity.

In 2025, Tesla showcased Optimus performing Kung Fu movements—learned entirely through AI, without human programming. The robot demonstrated balance, coordination, and agility, marking a leap in real-time movement control.

Tesla initially planned internal deployment in 2025, with external sales starting in 2026. The projected cost is under $30,000, though skepticism remains about its timeline and mass-market viability.

What went wrong?

Tesla originally aimed to produce at least 5,000 Optimus bots this year, up from just a few dozen in 2024. However, technical issues with the hands, which are the most complex part of the design, have caused delays. Engineers are struggling to create dexterous, human-like hands.

The company has reportedly stockpiled Optimus bodies missing hands and forearms, with no clear timeline for completion. Tesla has now lowered its production target to 2,000 units, but even that revised goal appears to be in jeopardy.

Strategic implications

Elon Musk had previously described Optimus as a transformative technology that could eventually surpass Tesla’s EV business in impact. This setback may delay that vision, though development continues behind the scenes.

Figure 03: The Next Leap in Humanoid Robotics

Figure 03 is the latest humanoid robot developed by Figure AI, a California-based robotics startup founded in 2022 by Brett Adcock. Designed for real-world environments—from homes to warehouses—Figure 03 is a full-sized, bipedal robot capable of performing everyday tasks like folding laundry, washing dishes, and navigating complex spaces.

About Figure AI

Figure AI is backed by major tech investors including OpenAI, Microsoft, and Jeff Bezos. Its mission is to create scalable, general-purpose humanoid robots that can fill labor gaps and assist in daily life.

• Founded in 2022 by Brett Adcock
• Headquartered in California
• Focused on real-world deployment of humanoid robots
• Backed by OpenAI, Microsoft, and Jeff Bezos

Architecture Highlights

At the heart of Figure 03 is Helix, a proprietary Vision-Language-Action (VLA) model that enables real-time decision-making without pre-scripted commands.

• Vision: Wide field of view and high frame rate
• Language: Natural language comprehension and contextual reasoning
• Action: Dexterous hands and stable locomotion for task execution
• Unified System: Integrates perception, planning, and control

Helix makes Figure 03 one of the first humanoids capable of unscripted, adaptive behavior in dynamic environments.

What Makes Figure 03 Revolutionary?

Figure 03 isn’t just a robot with limbs—it’s a general-purpose AI agent powered by Helix, a proprietary vision-language-action (VLA) model that allows it to understand, reason, and act in real time. It doesn’t follow scripts. It learns, adapts, and responds to the world like a human would.

• Vision Upgrade: 60% wider field of view and 2× faster frame rate
• Latency: Reduced by 75% for near-instant reactions
• Mobility: Walks, balances, and navigates complex environments
• Hands: Redesigned for dexterity—capable of folding laundry, pouring drinks, and more

Watch the full reveal in Introducing Figure 03, where the team showcases the robot’s capabilities and design philosophy.

Built for the Real World

Unlike its industrial predecessors, Figure 03 is engineered for human-centric environments. It’s 5'6" tall, weighs 60 kg, and is designed to operate safely around people.

• Home Integration: Wireless charging, soft-touch materials, and voice interaction
• Safety First: Advanced sensors and AI-driven motion planning
• Household Tasks: From dishwashing to plant watering, it’s your new domestic ally

Curious how it performs in a real home? Is the Figure 03 Robot Ready to Clean Your House? puts it to the test in a domestic setting.

Beyond the Home: A Workforce Revolution

Figure AI envisions a future where humanoid robots fill labor gaps in logistics, manufacturing, and elder care. With a modular design and scalable production, Figure 03 is built for mass deployment.

• Production-Ready: Designed for large-scale manufacturing
• Cost Target: Estimated between $20,000–$30,000 per unit
• Job Impact: Analysts predict up to 8 million jobs could be augmented or replaced by 2040

Explore the broader implications in Figure 03 – The Humanoid Robot Built for the Home and the ...

Watch Figure 03 in Action

• Figure 03 Trailer – A cinematic glimpse into the robot’s design and mission.
• Figure 03 vs Tesla Optimus 2.5 – A head-to-head comparison with Tesla’s Optimus.
• Figure 03 Explained – A deep dive into its AGI potential and technical specs.
• Figure 03 First Look – A behind-the-scenes look at its first public steps.

🧩 The Bigger Picture

Figure 03 is more than a machine—it’s a symbol of the AI-human future. With backing from OpenAI, Microsoft, and Jeff Bezos, Figure AI is betting big on a world where robots are not just tools, but teammates.

As the humanoid revolution accelerates, one thing is clear: the future isn’t just coming—it’s walking right through your front door.

Marine Robotics Startup EyeROV Bags ₹47 Cr Order from Indian Navy to deliver Underwater Remotely operated Vehicles (UWROVs)

EyeROV, India’s pioneering underwater robotics startup, has announced the signing of a landmark ₹47 Cr contract with the Indian Navy for advanced Underwater Remotely Operated Vehicles (UWROVs). The deal strengthens India’s naval capability with field-tested, indigenously built technology.

EyeROV’s UWROVs have been tested in the most demanding environments, from the turbulent seas for deep water missions as deep as 400+ m for underwater volcanic studies to the coldest depths of the Antarctic Sea. These successful tests prove that the Navy receives systems designed for real-world challenges where precision, safety and reliability are paramount.

EyeROV TROUT, a 300m depth rated, is a military grade rugged ROV developed for dual applications of defence as well as commercial. It can deep dive equipped with advanced payloads to carry out multiple missions like underwater surveillance & reconnaissance to monitor naval environments and more.

Commenting on the development, Johns T. Mathai, Co-Founder & CEO, EyeROV, said, “This recognition is a true reward for our dedicated efforts over the past eight years. We sincerely thank the iDEX and Navy teams for their support in fostering advanced indigenous solutions. Our vision has always been to serve the nation by delivering technologies that are at par with global standards.”

EyeROV brings nearly a decade of field experience delivering underwater intelligence in mission-critical projects — from disaster & recovery to dam safety inspections to offshore energy operations and naval operations.

EyeROV’s indigenous technology stack is fully developed in India, reinforcing the nation’s push towards self-reliance in defence. Beyond cost efficiency, EyeROV’s systems deliver operational resilience, strategic autonomy, and global competitiveness — making the company a national asset in India’s defence deep-tech landscape.

Kannappa P., Co-Founder & CTO, EyeROV, added, “For eight years, EyeROV has engineered underwater systems tested in the harshest conditions. This partnership with the Navy is proof that Indian innovation can set benchmarks globally in defence deep-tech.”

Founded in 2017, EyeROV has completed more than 100 successful deployments across India, West Asia, APAC and Europe. The Company has more than 80 customers including some of the most prestigious names like DRDO, Indian Coast Guard, CSIR and NCPOR. Key product portfolio includes EyeROV TUNA (ROV), EyeROV TROUT (ROV), iBoat Alpha (USV) serving sectors like Defence & Security, Hydro & Marine Infrastructure, Disaster Management, Energy, Environmental Conservation. The Company also raised a Pre Series A round of $1.2 million from Unicorn India Ventures last year. EyeROV has been recognised among the top 5 def-tech startups in India and has won the National Startup Award in 2022.

About EyeROV

EyeROV is India’s pioneering deep-tech company specializing in underwater robotics and marine technology solutions. Founded in 2017 and headquartered in Kochi, EyeROV designs, develops, and deploys indigenously built Remotely Operated Vehicles (ROVs) and Unmanned Surface Vessels (USVs) that serve critical applications across Defence & Security, Hydro & Marine Infrastructure, Disaster Management, Energy, and Environmental Conservation. With over 100 successful deployments across India, West Asia, APAC, and Europe, EyeROV has earned the trust of 80+ customers including DRDO, Indian Coast Guard, CSIR, and NCPOR. Recognized among the Top 5 Defence Startups in India, EyeROV continues to drive innovation, delivering mission-critical systems that combine precision, resilience, and cost efficiency. EyeROV’s vision is to empower nations with strategic autonomy in underwater intelligence and contribute to global advancements in marine robotics.

NATO Leads €12 Mn Funding of Underwater Robotics Startup to Protect 160,000km of Seafloor Networks

In a decisive move to bolster subsea infrastructure security, the military alliance NATO, through its NATO Innovation Fund, has led €12 million financing round of Norway-based startup Kongsberg Ferrotech, whose innovative underwater robotics technology is poised to redefine pipeline maintenance and vessel repairs on the ocean floor.

The robot, developed to operate in extreme underwater conditions, creates a “dry habitat” that enables safe inspections and repairs—eliminating the need for human divers or disruptive production shutdowns. This tech isn't just theoretical; it's currently in action off the coast of Abu Dhabi, supporting the oil and gas sector by reducing operational emissions and costs.

Strategic Implications:

With over 160,000 kilometers of subsea pipelines crisscrossing the globe, the risk to vital infrastructure has drawn heightened attention—especially after incidents like the 2022 Nord Stream sabotage. NATO’s investment signals a growing commitment to protect these networks from geopolitical threats, cyber interference, and physical disruption.

Naval Benefits:

Experts believe this tech could also revolutionize naval logistics by allowing vessel maintenance directly at sea. “Repairing warships without docking could extend fleet lifespans and enhance readiness,” says a NATO spokesperson familiar with the deal.

Beyond Borders:

The move reflects a broader trend in global defense: combining robotics, AI, and clean tech to create agile, resilient infrastructure solutions in a rapidly evolving security landscape.

As nations deepen their investments in digital and physical infrastructure protection, underwater robots like those from Kongsberg Ferrotech may soon be as common in marine defense as satellites are in the sky.

The NATO Innovation Fund (NIF) is a €1 billion multi-sovereign venture capital fund launched in 2023 by 24 NATO member countries. The fund aims to invest in deep tech startups that enhance the Alliance’s long-term security, resilience, and technological edge.

Late last month, the NATO Innovation Fund and Earlybird led a $35 million Series A round in Portal Biotech, a pioneering biotechnology company headquartered in London. The NATO Innovation Fund invested in Portal Biotech because its protein sequencing platform has the potential to unlock the next frontier of biological data, critical for biosecurity and healthcare resilience.

NATO, or the North Atlantic Treaty Organization, is a political and military alliance formed in 1949 to ensure the collective defense of its member countries—primarily from North America and Europe. Its guiding principle is that an attack on one member is considered an attack on all, as outlined in Article 5 of its founding treaty. Headquartered in Brussels, NATO works to maintain global peace and stability by coordinating defense strategies, conducting joint military operations, and addressing modern threats like cyberattacks, terrorism, and infrastructure sabotage.

Robotics Tech Startup Peppermint Raises $4 Mn in Series A Funding

Peppermint, a leader in autonomous robotic solutions for commercial and industrial applications, has raised a Series A funding round of ₹34 crore (~$4 million). The round was participated in by JDSS, ENRISSION INDIA CAPITAL, IAN, Vinners, and angel investors participated in the round. Peppermint develops autonomous solutions for commercial and industrial use cases, focusing on floor cleaning robots, material handling systems, and support accessories like docking stations. The company helps businesses address labor shortages, streamline operations, and improve sustainability via its energy-efficient robotic solutions backed by the proprietary Peppermint OS and "Skateboard" electronics framework.

The easy-to-deploy and easy-to-manage systems are further supported by cloud-connected dashboards and mobile apps, delivering real-time analytics for data-driven decision-making.

Runal Dahiwade, Founder & CEO, Peppermint

"Today, as industries worldwide face increasing labor shortages and sustainability demands, our autonomous solutions are uniquely positioned to deliver both operational efficiency and environmental benefits. Our current round of funding will help us drive four strategic priorities — enhancing our international product offerings & compliances, expanding into the EU, Japan and APAC regions, advancing our proprietary operating system to support both our robots and OEM partners, and building the infrastructure needed to meet growing demand," said Runal Dahiwade, Founder & CEO, Peppermint.

Peppermint started its journey at SINE IIT Bombay in 2019. Since then, It has received support from investors, including NKK Group, SINE, Venture Catalysts, IAN, Voxtur Ventures, Vinners, JDSS, ENRISSION INDIA CAPITAL and others. The latest investment brings the company's total funding to ₹49 crore ($5.6 million), including previous funding rounds. Following its successful US market debut in 2024, Peppermint plans to use the new capital to accelerate its expansion into European and Asia-Pacific markets through 2026. The funding will also help further enhance Peppermint technologies, includes OS and Skateboard.

Floor cleaning robot

These innovations align with Peppermint's vision of automating repetitive workflows across industries that are increasingly seeing workers migrate from unskilled to higher-skill roles. The company also aims to strengthen its leadership and core engineering teams while simultaneously investing in production and supply chain, thereby enabling new products like the restroom cleaning robot scheduled for release in 2025-2026.

As successful deployments already prove the value proposition, Peppermint Robotics' Series A funding arrives at a pivotal moment of market readiness and technological maturity. The startup is now uniquely positioned to deliver multi-functional autonomous robots designed to perform numerous workflows in a single pass while being intuitive to deploy and manage.

Founded in 2019 by Runal Dahiwade, and based in Pune, India, Peppermint is a leading robotics technology company with a global presence in six countries. Specializing in automating labour-intensive tasks within commercial and industrial environments, the company aims to tackle challenges such as skilled manpower shortages, rising costs, and high attrition rates.

By delivering advanced robotic solutions, Peppermint Robotics helps clients achieve enhanced accountability, significant cost savings, and sustainable operations. Its innovative approach addresses key issues in applications like commercial cleaning and material handling, positioning the company as a pivotal player in the evolution of automation technology. With a focus on practical, impactful solutions, Peppermint Robotics is dedicated to transforming the future of work through cutting-edge robotics.

iHub Robotics Set to Establish India’s Largest Humanoid Robotics Manufacturing Facility As It Raises ₹4.3 Crore in Funding

• iHub Robotics Raises ₹4.3 Crore in Pre-Seed Funding
• With this fresh capital, the company is set to establish India’s largest humanoid robotics manufacturing facility in Kerala.
• The company also expects to create over 150 jobs in the next 2 years, contributing to India’s deep-tech ecosystem.
• The company has launched iHub School of Learning, a platform dedicated to educating and training students in AI & robotics with a mission to empower 100,000 students with future-ready skills in deep-tech.

iHub Robotics, India’s pioneering humanoid robotics startup, has successfully raised ₹4.3 crore ($520K) in pre-seed funding from U.S. investors. With this fresh capital, the company is set to establish India’s largest humanoid robotics manufacturing facility in Kerala, reinforcing its vision to make India a global leader in robotics and AI-driven automation. The company also expects to create over 150 jobs in the next two years, contributing to India’s deep-tech ecosystem.

iHub Robotics has already made a significant international impact, exporting its semi-humanoid robot, Tara Gen-1, to the UAE and Saudi Arabia. Tara Gen-1 is the most advanced semi-humanoid robot in India, built with cutting-edge AI and robotics technology. It is designed to operate in hospitality, healthcare, airports, railway stations, and various customer service roles, enhancing efficiency and automation in these Industries.

What sets Tara Gen-1 apart is its advanced human behavior intelligence, allowing it to:

• Recognize and respond to human emotions
• Engage in natural conversations using AI-powered speech recognition
• Adapt to different environments with real-time decision-making
• Assist customers with navigation, inquiries and personalized service
• Function seamlessly in multi-language settings

Additionally, in January 2025, iHub Robotics became India’s first company to be officially recognized by NVIDIA and was selected for the NVIDIA Humanoid Robotics Program. This milestone validates the company’s cutting-edge work in robotics and AI, granting it access to NVIDIA’s advanced technologies, research collaborations, and global networking opportunities.

Beyond humanoid robotics, iHub Robotics is also committed to empowering the next generation of AI and robotics innovators. The company has launched iHub School of Learning, a platform dedicated to educating and training students in AI and robotics with a mission to empower 100,000 students with future-ready skills in deep-tech.

Sarath S, ATHIL Krishna, Akhil k Haridasan

“This funding is a significant step toward realizing our dream of Physical AI, where intelligent robots seamlessly integrate into industries to enhance human capabilities. By setting up India’s biggest humanoid robotics manufacturing facility, we are not just building robots, we are shaping the future of AI-driven automation globally. Additionally, with our expansion, we aim to generate over 150 new jobs in the next two years, driving India’s deep-tech revolution forward,” said Athil Krishna, CEO of iHub Robotics.

TCS, IIT Kharagpur to Setup Advanced Research Center Focusing Digital Health, Robotics and Intelligent Systems

Tata Consultancy Services (TCS) and the Indian Institute of Technology Kharagpur (IIT Kharagpur) have partnered to establish an Advanced Research Center focused on digital health, robotics, and intelligent systems. The center is located in the IIT Kharagpur Research Park in New Town, Kolkata.

The center will house three labs specializing in Sensing and Communications, Edge Computing and Analytics, and Robotics and Visual Computing.

Over 150 TCS scientists will work on cutting-edge projects, leveraging edge computing, embedded systems, and Al.

The center will also feature a customer experience center where TCS clients from various industries can gain insights into original research concepts.

Additionally, workshops will be held to foster collaboration between TCS scientists, industry experts, and IIT Kharagpur faculty to solve industry problems.

This partnership aims to drive innovation and address some of the most pressing challenges in healthcare and automation.

Dr Harrick Vin, Chief Technology Officer, TCS, said: “TCS is transforming the way in which industry has traditionally engaged with elite institutes of research and learning. One of our focus areas is to co-locate our research and innovation labs in academic institutions to enable a more efficient exchange of knowledge and talent. We initiated this journey with our move into the IIT Madras Research Park in Chennai a few years back. The establishment of our research and innovation lab at the IIT Kharagpur Research Park is the next step of this strategic journey. At IIT KGP, we are funding several research programs; co-innovating with them will lead to vastly improved outcomes for both parties.”

Professor Virendra Kumar Tewari, Director, IIT Kharagpur, said: “The Advanced Research Center will strengthen our strategic collaboration with TCS, underscored by their presence in the newly established IIT KGP Research Park, Kolkata. This partnership represents a significant leap forward in harnessing cutting-edge technologies to address some of the most pressing challenges in healthcare and automation. By combining IIT Kharagpur’s world-class research capabilities with TCS’s industry-leading expertise, we aim to drive transformative innovations that can enhance quality of life, improve healthcare delivery, and contribute to the growing field of intelligent systems. This center will not only foster groundbreaking research but also create opportunities for interdisciplinary collaborations, empowering the next generation of technologists and researchers to shape the future.”

Besides this research center, TCS has also set up a research and innovation lab at the IIT Madras Research Park in Chennai. And this lab too focuses on areas like digital health, robotics, and intelligent systems.

TCS has also collaborated with IIT Bombay on various research projects, particularly in the fields of data science and artificial intelligence.

CMC-Vellore and IIT-Madras Jointly Develop Portable, Affordable Robotic Device for Stroke Survivors

Christian Medical College (CMC) Vellore and IIT Madras have developed a portable robotic device named PLUTO (Plug-and-Train Robot for Hand Neurorehabilitation) to aid stroke survivors in their recovery through hand movement therapy. This innovative device is designed to be affordable and user-friendly, making it accessible for use in various settings, including hospitals, small clinics, community centers, and even at home.

Pluto employs a single motor with multiple attachments to train different hand functions, inspired by the design of a mixer grinder⁴. It has already been used by over 1,000 patients across nine clinics in India, showing promising results. The technology has been licensed to Thryv Rehab Solutions for commercialization.

This development is a significant step forward in neurorehabilitation, potentially enhancing the quality of life for many stroke survivors.

This project was led by Prof. Sivakumar Balasubramanian from the Department of Bioengineering at CMC Vellore and Prof. Sujatha Srinivasan from the Department of Mechanical Engineering at IIT Madras.

Pluto was developed in collaboration with the Departments of Physical Medicine and Rehabilitation and Neurological Sciences at CMC Vellore. Initial funding came from the Department of Biotechnology, Government of India, with additional support from CSR grants provided by Tata Boeing Aerospace Limited ( TBAL) and Tata Elxsi Limited, which further enhanced PLUTO’s technological readiness.

The innovation has secured an Indian patent, with patents pending in the US and Canada.

Pluto, the physiotherapy robot, stands out in several ways compared to other rehabilitation devices:

1. Affordability: Pluto is designed to be cost-effective, making it accessible to a broader range of patients, including those in rural or low-income areas. Many advanced rehabilitation devices can be prohibitively expensive.

2. Portability: Unlike many bulky rehabilitation machines, Pluto is portable and can be used in various settings, including at home. This flexibility is crucial for continuous therapy, which i often needed for effective stroke recovery.

3. User-Friendly Design: Inspired by the simplicity of a mixer grinder, Pluto uses a single motor with multiple attachments to train different hand functions. This design makes it easy to use without extensive training.

4. Proven Effectiveness: Pluto has already been tested on over 1,000 patients across nine clinics in India, showing promising results. This real-world usage provides a strong foundation for its effectiveness.

5. Customization: The device can be tailored to individual patient needs, which is essential for personalized rehabilitation plans.

In comparison, other rehabilitation devices might offer more advanced features or higher precision but often at a higher cost and with less portability. Pluto's balance of affordability, portability, and effectiveness makes it a valuable tool for stroke rehabilitation.

US-based Robot Delivery Firm Kiwibot Acquires Taiwan-based Chipmaker

The delivery robotics firm Kiwibot has acquired Auto Mobility Solutions, a Taipei Taiwan-based chipmaker that specializes in robotics and autonomous driving technologies, reported Techcrunch.com

This strategic move is partly in response to the increasing tensions between the U.S. and China.

The acquisition aims to enhance Kiwibot's cybersecurity measures for AI-powered robotics and establish a stronger presence in Asia. The details of the transaction have not been disclosed, but the merger is seen as a significant step in innovation and privacy protection within the robotics industry.

The development comes within few days after Taiwan got struck by an earthquake, which was the most powerful earthquake to hit the region in last 25 years. The earthquake halted some chipmaking operations including the Taiwan Semiconductor Manufacturing Co. (TSMC), the world's largest maker of advanced chips, that had to evacuate staff and stop machinery as a precaution.

Kiwibot calls this acquisition deal a “significant milestone in both companies" journeys toward innovation and safeguarding privacy in the robotics industry, particularly for intelligent robots sourced from China and deployed in the Western markets.

This move also signifies Kiwibot's expansion and increased presence in the Asian market.

Founded in 2017, Kiwibot is a company that uses autonomous robots to deliver food and packages at over 35 universities and locations worldwide. The company's robots are designed to navigate and drive on sidewalks without human intervention in certain environments. Kiwibot's robots are powered by AI and a team of humans.

Kiwibot delivery robots

Kiwibot launched its first pilot at the University of California-Berkeley campus. With a presence at 27 US college campuses and 41 cities worldwide, the company aims to revolutionize food delivery with high-driving autonomous robots. They’ve delivered fresh food for restaurants like Dunkin Donuts, Subway, Pizza Hut, and Mr. Beast Burgers, and the service lets customers launch last-mile deliveries at a fraction of the time and cost without the hassle of hiring a courier. Having served 6,942 students and connected 133 restaurants with customers in 2022, Kiwibot is committed to a zero-carbon future eliminating the gas emissions of common delivery vehicles.

Auto Mobility Solutions is a Taipei-based company that specializes in robotics and autonomous driving technologies. The Taiwanese company focus on creating chips for robotics and autonomous conditions, with a strong emphasis on robot cybersecurity. The company was incorporated on April 10, 2018, and operates as a private limited company. Their services include the maintenance and repair of motor vehicles, as indicated by their SIC code 45200.

Back to Kiwibot, the robots delivery firm has raised a total of $45.6 million over various funding rounds. The last known funding round was a Series A for $10 million on February 22, 2023. The company has received investments from a diverse group of investors. Some of the notable investors include Kineo Finance, Bay Wharf Capital Cibersons, Socialatom Ventures, and Sodexo. These investors have contributed to Kiwibot's funding rounds, supporting their development of on-demand delivery robots designed for various services like food delivery.

 

Accenture and Japan's Mujin Setup JV 'Accenture Alpha Automation' To Bring AI, Robotics to Manufacturing and Logistics

New joint venture will use AI and machine learning to connect operational and management data and accelerate data-driven management

Accenture and Mujin, a Japan based company engaged in intelligent robotics for manufacturing, logistics and supply chain operations, have established Accenture Alpha Automation, a joint venture for the manufacturing and logistics industries. Accenture Alpha Automation will help companies automate their management infrastructure with data-driven solutions that seamlessly combine data from manufacturing and logistics operations with management data. The joint venture is owned 70% by Accenture and 30% by Mujin.

Mujin provides intelligent automation solutions for industrial sites. Its intelligent robotics platform enables companies to deploy industrial robotics systems without the typical complex advance settings and integration, including motion settings and peripheral equipment, often required for other robotics systems.

The joint venture will combine Mujin’s experience in industrial robotics and automation with expertise from Accenture’s digital engineering and manufacturing service, Industry X. Accenture Alpha Automation’s solutions will integrate previously disconnected operational data from manufacturing and logistics sites with business management data, such as the company-wide supply chain status, financial information and market information. Accenture and Mujin will bring these solutions to clients to help them make faster, better decisions and hyper-automate their manufacturing and logistics processes.

Atsushi Egawa, who leads Accenture’s business in Japan, said: “Manufacturing is the cornerstone of Japanese industry. Driving sophistication and efficiency in manufacturing and the logistics that support manufacturing is essential for Japan's further growth. By teaming with Mujin, a leader in robotics technology, Accenture will be able to help our clients take advantage of AI and robotics to connect data throughout the manufacturing and logistics value chain, further contributing to the data-driven transformation of Japan’s important manufacturing and logistics industries.”

Mujin Inc. CEO, Issei Takino adds: “Our mission is to make industrial robots intelligent and easy to use so they can improve productivity and quality and help create new value in an aging society. The new joint venture, which builds on our agreement with Accenture, will utilize our robot automation technology to drive a paradigm shift in the manufacturing and logistics industry and bring new value to customers first in Japan, then around the world.”

Accenture has also invested directly in Mujin through Accenture Ventures, marking its first Project Spotlight investment in Asia. Project Spotlight is an engagement and investment program focused on companies that create or apply disruptive enterprise technologies. The program offers extensive access to Accenture’s domain expertise and its enterprise clients, helping technology companies adapt their solutions to the enterprise market and scale faster and more effectively.

About the Joint Venture

Company name: Accenture Alpha Automation
Location: Sumitomo Fudosan Azabu Juban Building, 1-4-1 Mita, Minato-ku, Tokyo
Operation starts: January 15, 2024
Scope of Operation:

• Consult and develop automation concepts in the manufacturing and logistics industries
• System integration in the manufacturing and logistics industries
• All businesses incidental to the preceding items

Share: Accenture 70%, Mujin 30%


Accenture is a leading global professional services company that helps the world’s leading businesses, governments and other organizations build their digital core, optimize their operations, accelerate revenue growth and enhance citizen services—creating tangible value at speed and scale. We are a talent- and innovation-led company with approximately 743,000 people serving clients in more than 120 countries. Technology is at the core of change today, and we are one of the world’s leaders in helping drive that change, with strong ecosystem relationships. We combine our strength in technology and leadership in cloud, data and AI with unmatched industry experience, functional expertise and global delivery capability. We are uniquely able to deliver tangible outcomes because of our broad range of services, solutions and assets across Strategy & Consulting, Technology, Operations, Industry X and Song. These capabilities, together with our culture of shared success and commitment to creating 360° value, enable us to help our clients reinvent and build trusted, lasting relationships. We measure our success by the 360° value we create for our clients, each other, our shareholders, partners and communities.

Samsung Unveils New Ballie, An AI Companion Robot for the Home

A new, smart home companion is welcoming users home by taking care of household tasks, displaying the day’s events and sharing weather updates.

Samsung Electronics introduced a new version of its AI home companion robot Ballie at a press conference at the Mandalay Bay Hotel in Las Vegas on January 8 (local time) — ahead of the Consumer Electronics Show (CES) 2024. First introduced at CES 2020, Ballie has been revamped with new advanced features to help users intelligently navigate their lives.

Ballie acts as a personal home assistant, autonomously driving around the home to complete various tasks. By connecting to and managing home appliances, Ballie can provide a helping hand to users in many situations — continually learning from users’ patterns and habits to provide smarter, more personalized services. Ballie provides peace of mind by sending video updates of pets or loved ones to users’ devices when they’re away from home. What’s more, Ballie can set the mood for any home activity whether users are exercising, working or relaxing. From projecting workout videos on the wall or floor in an optimal size to playing music and answering phone calls, Ballie makes life at home more productive and enjoyable.

Learn more about Ballie’s unique AI functionalities in the video below.

S. Korea's EveR 6 Becomes World's 1st Robotic Orchestra Conductor

EveR 6, a robot conductor, led a practice session of the Korean National Orchestra at the National Theater of Korea in central Seoul on Monday of last week.

Later on Friday evening, the android robot took the conductor's podium in Seoul to lead a performance by South Korea's national orchestra, marking the first such attempt in the country, reported news agency Reuters.

Leading two of the five musical compositions by itself and another one with a human conductor, the robot, with a humanoid face, first bowed to the audience and started waving its arms to control the tempo of the live show.

EveR 6 was developed by the Korea Institute of Industrial Technology and is now touted as the world's first robotic orchestra conductor.

The 1.8-meter and two-handed EveR 6 robot guided more than 60 musicians of the National Orchestra of Korea who were playing traditional Korean instruments.

Ironically, EveR 6's critical weakness is that it cannot listen.

Citing Lee Young-ju, an audience member who studies traditional Korean music, the Reuters report further said that "the robot's moves, though impeccable in keeping the rhythm, lacked "breath" - or the ability to keep the orchestra ready to engage collectively and instantly - which he said was essential in performance". "It seemed there was some work to be done for the robot to do the job," Lee said.

All images from — National Theater of Korea@Twitter

Air India SATS Introduces India’s 1st Robotic Cleaning Technique for Aircrafts, That's Sustainable Too

AISATS Introduces India’s First, Innovative and Sustainable Aircraft Dry Washing Solution - AeroWash

Collaborates with AeroTech Support Services Pvt. Ltd to bring India’s first robotic cleaning technique

Air India SATS (AISATS), a leading airport services management company, is proud to introduce India's first Robotic Dry Wash Service for aircraft exterior finish. AISATS launched this revolutionary cleaning technique - 'AeroWash' in collaboration with AeroTech Support Services Pvt. Ltd. a globally renowned name in implementing sustainable aviation solutions. This milestone signifies AISATS' commitment to embracing innovative technologies and sustainable practices that contribute towards development of a sustainable aviation future.

The AeroWash system harnesses advanced robotic technology to offer mechanized and efficient exterior cleaning for aircraft. With its wireless remote control operation and lightweight, flexible brush, AeroWash ensures superior cleaning results while maintaining the utmost safety for the aircraft and operators. The comprehensive washing program guarantees time efficiency thus reducing ground time, minimum human intervention and safety of critical areas that are not covered under manual cleaning process, offers a holistic solution for maintaining aircraft cleanliness and appearance.

With the introduction of AeroWash, AISATS aims to provide significant cost savings for airlines while aligning with India's vision of sustainability. The advanced cleaning capabilities not only contribute to reduced aerodynamic drag but also result in increased fuel savings and a decreased carbon footprint.

Commenting at the launch of the innovative solution, Mr Sanjay Gupta, CEO at AISATS, said, "We are delighted to introduce AeroWash, using dry washing solution, in collaboration with AeroTech Support Services, to the Indian aviation industry. The absence of standardized procedures and heavy reliance on manual cleaning systems have posed significant challenges in India. AeroWash will transform aircraft cleaning practices, ensuring higher efficiency and reduced resource consumption. The new addition in our service, exemplifies AISATS' dedication to sustainability and our relentless pursuit of advanced and eco-friendly solutions in the aviation industry."

Dr. Ashwani Khanna, AeroTech Support Services, said, “We are delighted to collaborate with AISATS a leading airport service management company to introduce a state-of-the-art technology “AeroWash” equipment; along with Dry wash Process; to the Indian aviation industry offering an innovative, efficient, and environmental friendly solution. This represents a remarkable leap forward in the way aircraft exterior cleaning will be viewed as a sustainability tool in India. By incorporating AeroWash equipment at periodic intervals as part of exterior cleaning operations, airlines can achieve significant fuel savings, lower carbon emissions, enhances brand image for the airline and improve their overall profitability. AeroWash cleans beyond naked eye visibility and leaves a polished finish which reduces skin friction drag on the aircraft”

AISATS has introduced multiple sustainable solutions to the Indian aviation sector. It recently unveiled a pioneering towable solar-powered passenger ramp bridge at Hyderabad and Delhi airports. Additionally, the company deployed EV buses at Bangalore airport, furthering its commitment to environmental sustainability.

About Air India SATS Airport Services Pvt. Ltd (AISATS)

AISATS is a 50:50 joint venture between Air India Limited (TATA Group entity), and SATS Limited, a leading gateway services and food solutions provider in Asia. As part of the Indian Government's initiative to upgrade its airports to world-class facilities and attract more airlines to fly into India, AISATS was formed with the vision to provide world-class airport services in ground and cargo handling that exceed customers’ expectations.

Since the start of its operations in 2008, AISATS has provided hassle-free and comprehensive solutions to its customer airlines in international airports at Bengaluru, Delhi, Hyderabad, Mangalore and Trivandrum. Currently employing over 12,000 staff, AISATS offers end-to-end ground handling services such as passenger and baggage handling, ramp handling, aircraft interior cleaning, load control and flight operations, and cargo handling services for general, perishable, transshipment, express courier and special cargo.