NCEMA oversees the development of response capabilities by proposing and coordinating programs among stakeholders at the local and national levels. NCEMA also coordinates the roles of the concerned governmental parties in the event of an emergency, crisis, or disaster. It engages in the preparation and coordination of essential emergency plans for vital facilities and infrastructure and follows up on their implementation in coordination with the concerned governmental authorities.

NCEMA conducts the necessary studies and research through a dedicated centre for information and resources related to emergency, crises and disasters, predicting their occurrence and how to manage them with the concerned authorities.

By working with exceptional talent, universities, research institutions and industry partners from all over the world, TII connects an intellectual community and contributes to building an R&D ecosystem that reinforces the status of Abu Dhabi and the UAE as a global hub for innovation.

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Founded in Abu Dhabi over 48 years ago, the Group has a rich legacy as the pioneer in telecommunications in the UAE. Today, its footprint spans 33 countries, including STARZPLAY and Careem Everything app across the Middle East, Asia, and Africa, making it a leading player in the industry.

Innovation is ingrained in e&'s DNA to create an unbreakable bond between communities using cutting-edge digital solutions, smart connectivity and advanced technologies.

The Group has designed five strong business pillars that address various customer segments: e& UAE, e& international, e& life, e& enterprise and e& capital. Through these pillars, we strive to revolutionise the way people communicate, work and live by providing unparalleled services and exceptional experiences.

At e&, we are committed to pushing the boundaries of what is possible and delivering measurable results that make a difference in people's lives.

UAE’s visionary leaders established MBZUAI to educate and develop top talent, foster an innovation ecosystem, and act as a strategic think tank for the public and private sectors.

MBZUAI takes inspiration from our namesake, His Highness Sheikh Mohamed bin Zayed Al Nahyan, President of the UAE.

The university has a vital role to play in many of the UAE Government’s strategic objectives, with AI identified as a critical component for future growth and prosperity. MBZUAI’s own strategic vision and mission works in parallel to position Abu Dhabi as a hub for the international AI community.

DFL aims to be a leader in applied R&D innovations, securing Dubai’s future through technology adoption, development, and transformation. The labs focus on harnessing cutting-edge technologies and fostering exceptional talent, tackling global challenges with commercially viable solutions, services, and systems, thereby enhancing the quality of life and positioning Dubai as a global hub for research, development, and innovation.

ENEC has made significant progress in the delivery of the UAE Peaceful Nuclear Energy Program. As of today, three units at the Barakah Plant are operating commercially, with the 4th Unit is online and due to commence commercial operations later this year. The Plant is set to generate 40TWh annually, providing 25% of the UAE’s electricity needs, reducing around 22.4 million tons of carbon emissions annually, which is equivalent to removing 4.8 million cars off the road every year.

The plant is integral to the UAE's efforts to meet its growing electricity demands and achieving Net Zero by 2050. It serves as a role model for other nations seeking to join the nuclear industry.

ENEC is exploring opportunities to invest in large reactors in the UAE and abroad, along with advanced technologies like Small Modular Reactors (SMRs) and microreactors. ENEC has signed MoUs with a number of international partners in recent months as part of its ENEC ADVANCE program for SMRs and advanced reactors, and is open to partnerships with other nations to boost energy security and spearhead a required tripling of global nuclear energy capacity by 2050 to achieve Net Zero.

Our product line includes sophisticated, high-end systems as well as accessible, entry-level models, suitable for a variety of settings from indoor labs to outdoor fields and marine environments. This range is developed to accommodate diverse research requirements, offering researchers the flexibility to select the most appropriate tools for their specific project needs. Our systems are supported by comprehensive SDKs and adaptable plugins to enhance their integration and functionality.

NOKOV's commitment to excellence has earned recognition across the academic and industrial sectors. Trusted by leading researchers and prestigious institutions worldwide, our technology contributes significantly to the success and innovation of various projects, establishing us as a key player in the field of motion capture.

As participants at the upcoming IROS event, we invite you to explore how NOKOV can support your research endeavors. With our precision technology, we aim to contribute to your project's accuracy and efficiency, helping push the boundaries of robotics and automation research.

Our in-house Intelligent Manufacturing Center boasts the capability to independently research, development, production, and sales from the underlying architecture (motors, drives, reducers) to robot joints and robot bodies. To date, we have successfully completed several high-difficulty humanoid robot motion control projects and launched core components such as the Robot Controller Unit (RCU), Battery Management System (BMS), and integrated modular actuators.

Additionally, we employ deep reinforcement learning algorithms for robot training, enabling robots to perform complex tasks through multimodal perception. We aim to accelerate the advent of embodied intelligence by innovatively integrating the robot body with Artificial General Intelligence (AGI), designing a universal robot capable of operating effectively in any scenario.

In addition to designing, building, and delivering end-to-end robotic systems, our team is responsible for core infrastructure and tools that serve as the backbone of our robotics applications, enabling roboticists, applied scientists, software and hardware engineers to collaborate and deploy systems in the lab and in the field. To learn more about a career at Amazon Robotics.

In only 2 years INSAIT published > 50 papers in all leading AI research conferences: 16 in CVPR, 17 in ECCV and 18 in AISTATS, ICCV, ICML, IROS, ICLR, NeurIPS, etc., and grew to more than 60 Faculty, Postdocs and PhDs from more than 15 nationalities.

The Smorphi line of products primarily addresses use cases spanning research, education, outreach and product development. Smorphi robots are also adopted as standard league platforms in various robotic competitions namely National Robotics Competition, RoboRoarZ Singapore and RoboRoarZ International. Wefaa Robotics also offer a full range of services spanning targeted robotics lab setup, training programmes for faculty, students and adults, curated learning programmes and co-organizing competitions. 

Our mission is to enhance people’s quality of life through service robotics and automation technologies. Robots are able to make a difference by collaborating with humans, providing support for domestic tasks and increasing efficiency in industrial workflows.

PAL Robotics started in 2004, when a small group of engineers built the first fully autonomous humanoid biped robot in Europe. With over 20 years of experience in R&D, today we are known for our service robots used for research, intralogistics, retail and social applications for commercial organisations and research institutions. We also offer a range of robotic components and software. All of our platforms are customisable, and can be tailor-made to meet client needs.

We have a presence in Barcelona, Toulouse, and Rome, with platforms designed and manufactured in Barcelona and sold to customers around the world.

PAL Robotics is one of the founding members of the euRobotics Association, in addition to being members of national and international robotics associations. We are involved in multiple collaborative projects including EU-funded research projects.

Over the past decade, we've invested nearly 170 billion RMB in research and development. This sustained investment has propelled us to the forefront of the AI landscape, with pioneering self-developed technologies and leading positions in AI patent applications.

Baidu has long been at the forefront of deep learning research. Its PaddlePaddle, open-sourced in 2016, is the first open-source deep learning framework in China. Its ERNIE 1.0, released in 2019, marks a significant step forward in LLM development. Based on these technological advancements, its AI chatbot "ERNIE Bot" was developed and publicly launched in 2023. Baidu's consistent commitment to AI has led to a thriving ecosystem, with ERNIE Bot reaching 200 million users and the ERNIE API handling 200 million daily queries.

BIT has won 21 national science and technology awards, and ranked Top 10 in terms of the number of awards. According to ARWU, BIT ranked 129th and the 15th in China. According to the 2024 THE world university ranking, BIT is the 275th. In the accreditation of higher education quality for international students studying in China, BIT ranked Top 1 with the highest assessment in 2023.

Through continuous innovation in both hardware and software, INESC TEC designs cutting-edge robotic systems that are tailored to meet and surpass the unique needs of end-users, delivering transformative, efficient, and practical solutions across a broad spectrum of industries.

This powerhouse of innovation is organized into three specialized laboratories: TRIBE LAB – The Laboratory of Robotics and IoT for Smart Precision Agriculture and Forestry, focusing on advanced technologies that enhance efficiency and sustainability in these fields; iiLab – The Industry and Innovation Lab, where next-generation industrial automation and innovation converge; Robotics and Autonomous Systems Laboratory – Dedicated to the development of autonomous systems that push the boundaries of robotics in land, sea, and space environments.

This ensures students develop in-demand skills for constantly evolving industries, and inspires insightful discovery for future research. With multidisciplinary and turnkey solutions spanning control, mechatronics, robotics, autonomous systems and applied AI, Quanser offers scalable and customizable platforms that are reliable, repeatable, and robust enough to last for generations of students. We are committed to accelerating research and maximizing academic investment, enabling over 2500 universities to inspire the next wave of engineering innovation. 

We also provide customization of our products for specific research or industrial applications.

Our goal is to empower researchers with the tools that will allow us, one day, to truly live with robots in our lives.

Precision Robotics Solutions for Engineering and Development
Our advanced systems deliver high-precision 3D and 6DOF ground truth data, essential for controlling, developing, and localizing drones, ground-based robots, autonomous vehicles, cobots, cranes, and more. These systems excel in real-time, accurate tracking for improved efficiency and safety in industrial robotics, capturing and utilizing movement data from humans or objects to optimize robotic programming.

Product OverviewWe offer scalable solutions, from compact and cost-efficient 3-camera Miqus systems to premium, high-resolution, high frame rate 30+ camera Arqus systems. Objects can either be equipped with lightweight, reflective markers (aka passive) or LED markers synchronized with the camera system (aka active).

Our main products include BRUCE, a kid-sized humanoid robot tailored for education, research, and STEAM activities, and THEMIS, a full-size, general-purpose humanoid robot that represents a significant advancement in the field, offering flexibility and high performance in diverse environments.

We utilize the latest technologies, including advanced locomotion controllers and sophisticated perception systems, to develop robots that are both highly functional and user-friendly. Our commitment to open collaboration with educational and industrial partners supports a culture of innovation and shared knowledge.

Focused on practical applications, our vision is to integrate humanoid robots seamlessly into daily life, enhancing human capabilities and improving life quality worldwide.

The goal is to create low-cost commercial humanoid robots through mass production. The core team of the company comes from top-tier technology companies and universities, with full-stack humanoid robot experiences and industry know-how (hardware design, mechanical design, data-driven dynamic locomotion, intelligent manipulation, and multi-modal robot data platform).

Control and force feedback API’s have already been integrated with many leading robot arms. Our HARP (Haply Advanced Robotics Platform) GUI interface allows for fast and simple control connectivity, enabling inexperienced operators to quickly and intuitively conduct tasks or path plan with no coding experience required. Capable of being used as an input controller in either microautomation or larger workflow environments, the Inverse3 device is the most competitively priced device available.

Founded by the inventors of event-based vision, iniVation combines decades of world-leading R&D experience with the world’s largest community of customers and partners across multiple industrial markets. Our customers include global top-10 companies in automotive, consumer electronics and aerospace. Our technology is now in use at over 850 organizations in over 40 countries worldwide. We created the first neuromorphic systems to be used in space, and also the first to be used in Antarctica.

inVation is part of the SynSense Group. The Group is the world’s leading provider of neuromorphic sensing and processing technologies and applications. It serves customers across all industries globally, with hubs in Europe and Asia.

The company's expertise lies in the seamless integration of advanced technologies into real-world applications. Fly4Future's unique fully autonomous modular UAV platforms, equipped with powerful on-board computers, enable the use of sophisticated artificial intelligence and an unlimited combination of sensors. This innovative approach allows the company to deliver fully autonomous and ready-to-fly solutions that have been thoroughly verified in real-world conditions.

Fly4Future has also made a significant commitment to science and research, with a focus on developing cutting-edge AI and robotics solutions. This dedication has led the company to organize the renowned IEEE MRS Summer School at the Faculty of Electrical Engineering CTU in Prague since 2019, attracting over 800 students, scientists, and researchers from around the world to participate in this successful event.

Dedicated to pushing the boundaries of innovation, Fly4Future offers comprehensive services from proof of concept to final product development. The company's tailored software development and fully autonomous aerial robot prototyping capabilities meet the unique needs of its domestic and international clients, securing its position as an industry pioneer.

Direct Drive Technology has independently developed and produced two self-balancing wheeled-legged robots: Diablo Robot and TITA Robot. These robots combine the speed and agility of wheeled AGV with the maneuverability and obstacle-crossing capabilities of legged robots, thanks to innovative direct-drive joints and hub motor technology. The unique transformable design ensures that the robots remain nimble, stable, and swift, enabling them to efficiently and flexibly perform tasks in complex, multi-terrain environments.

Moreover, these two wheeled-legged robots feature a modular structure and open interfaces, allowing them to be equipped with visual modules, communication modules, AI hosts, edge processors, and various sensors. They are applied in office parks, mines, and other complex industrial environments for high-efficiency inspections, load transportation, data collection, scanning, and mapping tasks. These robots are also widely used in teaching, research, and competitions by universities, research institutes, etc.

We aim to create humanoid robot products, bringing robots into various industries and households. We offer developer-friendly humanoid robots and efficient development tools to boost the implementation of embodied AI.

Established in 2011 in collaboration with the Massachusetts Institute of Technology (MIT), Skoltech was listed among the world’s top 100 young universities by the Nature Index in its both editions (2019, 2021). On Research.com, the Institute ranks as Russian university No. 2 overall and No. 1 for genetics and materials science. In the recent SCImago Institutions Rankings, Skoltech placed first nationwide for computer science.

As a national hub for robotics and automation, RAS actively collaborates with public and private sectors, educational institutions, and research centers to position the UAE as a global leader and testbed for emerging technologies. By promoting human-centered robotic solutions, the Society contributes to the growth of the digital economy and encourages the development of impactful applications that improve both government services and societal outcomes.

RAS is also committed to knowledge sharing, networking, and celebrating the achievements of local innovators. By providing opportunities for strategic partnerships and collaborations, the Society aims to build a vibrant community that drives technological advancement and accelerates the UAE’s leadership in these critical fields. With a vision to support the UAE’s ambition of becoming a global hub for robotics and automation, RAS seeks to create a collaborative ecosystem where togetherness and innovation lead to success, positioning the UAE at the forefront of technological progress.

This project showcases our expertise in integrating advanced robotics and automation to address critical challenges in high-risk environments. The robot, designed to operate autonomously in hazardous areas, not only enhances operational safety but also significantly improves efficiency by reducing the need for human intervention in dangerous conditions.

Beyond this groundbreaking project, M&J Oil Services connects clients with original equipment manufacturers globally, ensuring they have access to the latest technology and equipment for their operations. As a one-stop shop for the energy industry, we offer comprehensive solutions that enable our clients to operate safely, efficiently, and in compliance with internationally recognized quality standards.

Our range of services includes company representation, onshore and offshore oil and gas field services, and technology provision, with a particular emphasis on ADNOC-prequalified technologies. We also offer consultancy, studies, and research in natural engineering sciences, tailoring our solutions to meet the specific needs of our clients.

At M&J Oil Services, innovation and creativity drive our mission to deliver impactful, quality services that enhance stakeholder value. Our dedicated team is focused on ensuring customer satisfaction, which we believe is pivotal to our success in this dynamic and competitive industry.

Prostate cancer is the second leading cause of death of the male population. There are 1.3 million new cases/year globally, 350,000 deaths, with 1/9 man developing prostate cancer. To detect these cases, 1.5 million biopsies/year are performed in EU, 2 million in US and 10-15 million are projected globally by 2030. South Asia, South America and Africa are showing a rapid growth of prostate cancer.

A physical biopsy is the gold standard to detect prostate cancer, but its proper diagnosis is affected by more than 25% false negatives. These errors are due to the difficulties in the target identification and in the biopsy execution. Therefore, patients receiving a wrong negative diagnosis are not treated properly, and many patients may be overtreated by undergoing radical surgery.

Needleye Robotics technologies will overcome the causes of the diagnostic errors by using Artificial Intelligence algorithms in identifying and tracking the target positions in real time during the biopsy execution. Our robotic targeting system ensures that the needle is inserted correctly independently of the physician experience.

Furthermore, the accuracy and repeatability of needle positioning support the application of local ablation of prostate cancer, which is a growing alternative to radical surgery, especially where adequate surgical facilities are not available.

Our standard product, the Flapper Nimble+, is the world’s first hover-capable flapping-wing robot available. It is an insect-inspired development platform with open-source software tools for academic research, industry R&D, STEM education as well as drone shows. Having a wingspan of 49-cm while weighing just over 100 grams, it is a safe platform with soft flapping wings, which even provide a certain level of collision tolerance. It supports various indoor positioning systems and has a 25-gram payload capacity. Being supported by the Crazyflie ecosystem, it runs the open-source Crazyflie firmware and is compatible with various open-source tools for high-level control and swarming based on Python and ROS.

Next to the Nimble+, we develop custom bioinspired drone platforms and drone systems for swarm research or drone show development, tailored to the customers’ requirements and needs. We can customize the size, visual appearance (angle, hummingbird, butterfly…), wing-shape, light effects, etc.

The company has established research and development centers in Beijing, Shenzhen, and Suzhou. It has also set up a joint laboratory with Peking University (PKU), and a research center with Beijing Academy of Artificial Intelligence (BAAI), for the research of embodied AI.

Currently, the company has a team of over 80 people specializing in algorithms, software, and hardware development, and the team is rapidly growing.

With our VR interface, operators can intuitively operate robots using an immersive gesture control environment that can be operated in real time from anywhere in the world. This makes the operation efficient and reduces risk to operators.

Our technology has vastly improved depth perception with low latency and precise control in a digital twin VR environment. It is affordable and easy to integrate with various robotic systems, bringing robotics control to everyone’s reach.

Our solution has been tested and adopted to be used in hazardous environments which are difficult to operate by humans, and not possible to fully automate. We aim to provide a comprehensive and easy to use platform for humans and robots to work together.

LaunchTech, authorized by Dassault Systèmes, offers a full suite of innovative solutions including BIOVIA for chemical research, SIMULIA for realistic Multiphysics simulations, CATIA for engineering design, DELMIA for manufacturing, and ENOVIA for product lifecycle management (PLM).

LaunchTech offers technical consultancy services to support engineering projects. Our services include CAD design, FEA, digital twin creation, and end-to-end manufacturing support. We also provide comprehensive research and development (R&D) case studies, leveraging sophisticated tools from Dassault Systèmes mentioned above.

LaunchTech partners with experts from academics in the Middle East to offer Dassault Systèmes advanced teaching and research software tools, as well as specialized training. We provide a variety of learning experiences, including comprehensive online courses and expert-led instructor sessions, crafting the excellence of the workforce of the future.

The company is an active member of the global community of researchers pushing the boundaries of robotics, and our robotics and AI platforms are in use across North America.

Independent Robotics is now working to branch out into larger commercial markets and is in the process of exploring several industry partnerships in aquaculture and infrastructure monitoring. Our robots have operated autonomously in a wide range of environments, from oceans to rivers to lakes, as well as on land, and can be equipped with diverse vision and sensor payloads. The proprietary software solutions we build and deliver all use the industry-standard ROS2 platform and all custom hardware in rugged waterproof enclosures. These interfaces are paired with cutting-edge AI/ML techniques for navigation, object detection, mission execution, and more. We have also developed advanced simulators that allow us to test our robotics platforms before deploying them in the real world and have shared these simulators with several academic institutions.

Our robots differ from existing solutions in four key areas: a) they are cost-efficient and affordable not only to large logistics enterprises but also to smaller organizations that urgently need to automate their intralogistics, b) they have a small footprint and weigh a fraction of current AMRs and AGVs, resulting in lower energy consumption, c) they are inherently safe—designed to be easily pushed aside if they approach a human in an undesired way, and d) they can be rapidly customized to meet specific customer needs and integrate with existing intralogistics systems at relatively low costs.

A highlight of our offering is KELO ROBILE, a modular prototyping kit consisting of robotics building blocks such as wheels, batteries, and computers, that enables the creation of robust mobile platforms. These bricks can be easily assembled, reconfigured, and expanded to suit various applications. KELO ROBILE is designed to integrate seamlessly with a wide range of robotic extensions, including cobots, using ROBILE adapters, making it an ideal solution for rapid prototyping and customization in diverse robotics environments.

Based in Tokyo, Japan, HatsuMuv Corporation leverages cutting-edge research and engineering to produce solutions like HatsuHand a revolutionary robotic hand designed with human- like adaptability and flexibility and D4U, a versatile Unity plugin for robotics simulations, control, and automation. These solutions provide seamless control and integration of various robotic systems, emphasizing efficiency and productivity. HatsuMuv Corporation's flagship system is the Autonomous Humanoid Figure (AHF), named Hatsuki. AHF Hatsuki is the first robot in the world designed and developed to resemble two-dimensional Japanese anime characters, thereby enabling anime-like interactions in the real world. Hatsuki leverages numerous advanced technologies, such as generative artificial intelligence and an advanced anime-based facial expression system, providing unprecedented entertainment experiences.

HatsuMuv Corporation envisions a future where robotics is integrated into everyday life, ranging from personal assistance to entertainment experiences, promoting positive change and technological progression. We are committed to delivering solutions that inspire creativity, empower industries, and shape a more sustainable, innovation-driven world. Our continuous efforts aim to push the boundaries of robotics technology, ultimately contributing to the advancement of society through robotics.