Robotics Engineering in Norway

Sonair

Make your robot safe, affordable, and efficient with the Sonair 3D ultrasonic sensor. We envision a future where humans and robots coexist seamlessly, facilitated by ultra-compact sensors designed for discreet integration. Our mission is to revolutionize depth-sensing technology, making industrial robots not only more cost-effective but also vastly more adept at safe object detection. Update! We have just announced the commercial availability of ADAR, the world's first safe 3D ultrasonic sensor for autonomous robots. Reach out to us at hello@sonair.com

11 to 50 staff

Tidal

Tidal is an independent company first developed within X, the moonshot factory. We build AI and underwater robotics for sustainable aquaculture, with a broader mission to protect the ocean while feeding humanity sustainably.

11 to 50 staff

Sentisystems

SentiSystems is a pioneer in sensor fusion technology, significantly impacting the autonomous systems industry. Originating from extensive research at NTNU, a renowned university, SentiSystems stands out for its advanced technology and industry revolutionizing solutions. Key Highlights: • Advanced Sensor Synchronization: Our unique technology ensures seamless integration of all sensors in autonomous systems. This is vital for meeting the high-speed and precision requirements of industrial platforms. • Data for AI-Driven Autonomy: We offer specialized data sets tailored for AI-driven autonomous systems, enhancing their speed, precision, and decision-making capabilities. • Proven Track Record: SentiSystems boasts a proven track record across various phases of development and implementation, reflecting our commitment to quality and innovation. • Collaboration with Industry Leaders: Our partnerships with top industry leaders emphasize our role as a trusted provider of advanced sensor fusion solutions. • Global Recognition: We have received international acclaim for our groundbreaking work, further solidifying our position as a leader in the field. • Commitment to Excellence: At SentiSystems, our focus is on delivering the highest standard of service and innovation. Our dedicated team of experts is continually pushing the boundaries to redefine what's possible in the realm of autonomous systems. In conclusion, SentiSystems is at the forefront of technological advancement, offering unparalleled solutions in sensor fusion technology for the autonomous systems industry.

1 to 10 staff

Skala Robotech

Skala Robotech empowers industry leaders to tackle complex manufacturing challenges through innovative and customized automation. Our integrated solutions enhance efficiency, reliability, and scalability across demanding operational environments. From single-point robotic solutions and targeted robotic cells to fully integrated production lines, we transform ambitious ideas into fully functional automation systems. Companies rely on Skala Robotech to strengthen competitiveness, enhance operational safety, and improve profitability. Skala Robotech is a part of the Skala Group.

11 to 50 staff

Hokarob As

Hokarob AS is an innovative company based in Grimstad, Norway. We are the developers of IRBCAM, a powerful and affordable solution that simplifies robotic processing of materials (e.g. milling). With "PKM-1", Hokarob defines a new category within CNC for precise and efficient machining of large/long metal parts. We also offer robot accessories, such as rotary tables.

1 to 10 staff

Nlink Mobile Robotics

nLink AS is developing advanced mobile robotic systems. We are passionate about solving real problems and delivering value when introducing automation. nLink focuses on reducing manual intensive work, by assisting workers with smarter tools and machines. Health and safety is our number one priority. Together with our sister company, Rocketfarm AS, we believe in user friendly technology that solves real problems. Visiting address: nLink AS (main office) c/o Rockethouse Årøyveien 7 6856 Sogndal nLink AS (Oslo) Oslo Science Park, Gaustadalléen 21 0349 Oslo

11 to 50 staff

T-Robotics

T-ROBOTICS is a pioneering AI-driven robotics software company, headquartered in Silicon Valley, USA, and Trondheim, Norway. The company is redefining automation with built-in robotic intelligence, empowering industries to achieve unprecedented flexibility, adaptability, and autonomy in robotic operations. Built on over a decade of ground-breaking research and development, T-ROBOTICS fundamentally reimagines how robots are programmed. Traditional “point-to-point” programming — the industrial standard since the 1960s — is slow, rigid, and fragile. T-ROBOTICS replaces it with ActGPT, an AI-powered platform with pre-trained skills for industrial robots, delivering effortless automation adoption and execution with zero learning curve. By combining generative AI, computer vision, and adaptive control, ActGPT enables robots to understand context, plan intelligently, and execute complex industrial tasks autonomously — from machining and assembly to inspection and material handling. This shift empowers manufacturers to scale automation faster, reduce downtime, and achieve continuous improvement without reliance on expert programmers.

11 to 50 staff

Compax Solutions

At Compax Solutions we are determined that technology will create long term value for both customers and the society. Compax Solutions seek to contribute by introducing solutions that makes every day life easier, more sustainable and impact the future society. Compax Solutions is setting a new industry standard for handling paper towel waste in all kinds of public and commercial restrooms. Compax System is a state-of-the-art smart waste bin for handling paper waste. The patented technology of Compax System reduces the volume of paper towel waste up to 95% reducing the disposal frequency by a factor of 15. Compax System is also connected and collects valuable information from sensors to be visualized for building operators. Compax System is making indoor waste management more efficient, environmentally friendly and cost-saving - for people, planet and profit. Visit and join our journey.

1 to 10 staff

Navier Usn

Navier was founded in the end of 2022 by a group of students at the University of South-East Norway (USN) who were passionate about autonomous technology and its potential to shape the future. They saw a need for a student-led organization that could provide hands-on learning experiences and a supportive community for those interested in this exciting and rapidly growing field. Since then, Navier has grown into a thriving community of like-minded individuals who are dedicated to advancing the field of autonomous technology and making a positive impact on the world. Through hard work, collaboration, and a commitment to continuous learning, our team has achieved numerous milestones and garnered recognition for our innovative project. We are excited to see what the future holds for Navier and are eager to continue making our mark on the world of autonomous technology.

11 to 50 staff

Velo Robotics

Velo stands for Velocity – speed in a given direction. Our robotic solutions are custom made by our team, the inventions are designed and produced from start to finish with an incredible attention to details. Our processes are designed to quickly map and understand the needs and challenges before starting product development – which we consider essential for success. By combining the necessary subject specialists in the various phases, we manage to combine efficiency with quality in the whole process – from challenge to solution.

1 to 10 staff

Neorl.Net

NeoRL.net is a cutting-edge startup harnessing the power of reinforcement learning (RL) to redefine autonomous navigation in the maritime industry. By focusing on safety and utilizing neural networks to create a sophisticated understanding of the maritime environment, we're empowering vessels to navigate complex waters with unparalleled precision and efficiency. Our innovative solutions offer unmatched automation and optimization capabilities, leading to safer, more sustainable, and cost-effective operations. Join us in shaping the future of maritime transportation.

1 to 10 staff

Pickr.Ai

We develop and deliver disruptive robotic piece picking solutions to customers worldwide preferring simplicity, reliability and increased productivity in their warehouses We make robotic piece picking easy by exploring and exploiting the space of robotics, computer vision, dexterous gripping and the power of AI We enable new and existing businesses to become and stay competitive and profitable in the era of eCommerce

1 to 10 staff

Stellai

Stellai combines advanced AI technology with industry expertise to transform waste management and industrial efficiency.

1 to 10 staff

Artificial Intelligence, Biomechatronics, And Collaborative Robotics

Biomechatronics is a multidisciplinary field that combines principles of biology and mechatronics (electrical, electronics, and mechanical engineering). It also encompasses the fields of robotics and neuroscience. This discipline aims at designing and controlling advanced robotic systems that interact with the human body. This field includes a wide range of applications, including the design and control of wearable and implantable devices, prosthetics, exoskeletons, and assistive robots. Collaborative Robotics is a branch of Biomechatronics that explores the interaction and collaboration between humans and robots. This includes the design of robotic systems that can work alongside humans in shared environments, as well as the study of human-robot interaction and the development of new control strategies to enable effective collaboration. The evolution of the field may be seen as a gradual approach to human-robot interaction, human-robot cooperation, and human-robot teaming. Human-robot interaction is the study of how humans and robots interact, as well as how to develop robots that can adapt to human behavior. Human-robot cooperation expands on this by creating new approaches and technologies that allow robots to collaborate with people in shared environments. The field of human-robot teaming goes one step further, by studying how to create teams of humans and robots that can work together effectively and efficiently to achieve common goals. This research group focuses on the intersection of Biomechatronics and Collaborative Robotics. The objective is to develop advanced technologies that enhance human capabilities and enable more efficient and effective collaboration between humans and robots. Haptics, Virtual Reality (VR), Augmented Reality (AR), Mixed Reality (MR), and Extended Reality (ER) technologies are integrated to create immersive and interactive experiences for human-robot collaboration to enhance human capabilities.

1 to 10 staff

Tyo Automation

Introducing TYO Automation® Three industry leading companies come together in a new strategic brand unification as TYO Automation, creating a powerful Robotics and Automation group, dedicated to making industry across the Nordics more competitive, effective and sustainable. TYO Automation brings together a proven portfolio of solutions and enabling technologies allowing you to Transform Your Operations®

11 to 50 staff

Botaniq As

BotaniQ AS is a tech startup specializing in kelp farm automation. Our team is dedicated to revolutionize the way kelp is planted and harvested. By combining cutting-edge automation technology with kelp farming our products ensure efficiency and reduced cost and labor. Join us on the forefront of revolutionizing kelp farming – where automation meets sustainability for a greener tomorrow 🤖

1 to 10 staff

Alviscode

1 to 10 staff

Androbe Robotics

Salg af professionelle, intelligente servicerobotter inden for rengøring og transport med en mission om at effektivisere produktivitet og arbejde for medarbejderne

1 to 10 staff

Mase Home

We are redefining urban living with robotic furniture that doubles space effortlessly. We aim to revolutionize the way we design and utilize spaces, with smarter and more sustainable solutions that reduce the overuse of space and resources.

1 to 10 staff

Uiasub

UiA Sub (tidl. UiA Submerged) er en studentorganisasjon ved Universitetet i Agder, fokusert på å utvikle avanserte undervannsfartøy. Teamet vårt består av dedikerte studenter med en lidenskap for marineteknologi og ingeniørfag. Vi samarbeider om å designe, bygge og innovere undervannssystemer for utforskning, forskning og konkurranser. Hva vi gjør: Hos UiAsub spesialiserer vi oss på å lage autonome og fjernstyrte undervannsfarkoster (AUV-er og ROV-er). Våre medlemmer får praktisk erfaring innen ulike disipliner, inkludert mekanisk design, elektronikk, programmering og systemintegrasjon. Vi deltar i nasjonale og internasjonale konkurranser, hvor vi viser frem våre innovative design og får verdifull erfaring i teamarbeid og problemløsning. Bli med oss: Vi er alltid på utkikk etter engasjerte og motiverte studenter som vil bli med i teamet vårt. Enten du er en ingeniørentusiast, en teknisk kunnskapsrik programmerer, eller noen som er interessert i å utforske havets mysterier, tilbyr UiAsub en unik mulighet til å utvikle ferdigheter, få nye venner og bidra til spennende prosjekter.

11 to 50 staff

Arus

Arus is building a flying handyman - or, in more technocratic terms, an autonomous, high-precision drone designed for general maintenance tasks at height. The first tools we’re launching are a brush and a high-pressure washing nozzle, built to make those windows (and other surfaces) shine. Flying robots can deliver an immediate productivity leap, as humans are inherently slow and inefficient at heights. Yet today’s maintenance drones still fail to meet basic quality expectations, leaving customers dissatisfied. That’s where we come in. We’re making the elevated exteriors of the world cheaper to maintain - without compromising on quality. Superior results are enabled by a set of subsystems that deliver radically improved stability and precision. To date, we’ve filed two patents covering these subsystems - and more is coming. The job we’re doing isn’t easy. But that’s why we’re doing it. Read more about our technology on our website.

1 to 10 staff

Rolog Solutions

HHS Robotics utvikler neste generasjons autonome palleløftere for å effektivisere logistikksektoren. Vår teknologi kombinerer automatiserte roboter og intelligent programvare for å skape fleksible og effektive systemer. Løsningen vår reduserer tidsbruk og fysisk belastning, og forbedrer lager- og logistikkprosesser, noe som resulterer i økt operasjonell effektivitet og reduserte kostnader.

1 to 10 staff

Vesper As

Developing Intellectual Property and Solutions in Emerging Technologies

1 to 10 staff

Ready Robotics

READY Robotics leverer autonome løsninger som gjør renhold enklere, smartere og mer lønnsomt. Vi kombinerer ledende robotteknologi med tett oppfølging og service, slik at kundene våre kan fokusere på kjernevirksomheten sin.

1 to 10 staff