10 Top IoT Companies in Denmark (2024)

What is the Internet of Things (IoT)?

The Internet of Things (IoT) refers to a system of interconnected devices that communicate and share data among themselves and with the cloud. These devices, equipped with technology like sensors and software, encompass both mechanical and digital machines as well as everyday consumer items. Across various industries, businesses are increasingly leveraging IoT to streamline operations, enhance customer service, make more informed decisions, and boost overall business value.

Suggested article to read: What is IoT? Internet of Things Definition and Meaning

With IoT, data can flow through networks without the need for direct human-to-human or human-to-computer interaction. In the realm of IoT, an entity can range from a person with a heart monitor implant to a farm animal with a biochip transponder or a car with sensors that alert the driver about low tire pressure. Essentially, any natural or human-made object capable of obtaining an Internet Protocol (IP) address and transmitting data over a network can be part of the Internet of Things.

How does it Work?

The Internet of Things (IoT) has become feasible due to the convergence of various technologies such as real-time analytics, IoT sensors, embedded systems, wireless systems, automation, control systems, and machine learning.

In operation, IoT functions through devices equipped with sensors that link to the internet, transmitting data to a platform that employs analytics. This information is then shared with applications designed to address specific requirements. IoT platforms are tailored to discern valuable data, identify patterns, make suggestions, and anticipate issues often before they arise.

This integration facilitates more efficient processes and enables the automation of tasks, especially those that are repetitive, time-consuming, or hazardous. For instance, if your connected car’s engine fault light illuminates while you’re driving, the vehicle can instantly check the sensor and communicate internally before transmitting data to the manufacturer. The manufacturer can promptly schedule a repair appointment at your nearest service center, ensuring the availability of necessary replacement parts upon your arrival.

Suggested article to read: What is IoT in Construction? Definition, Applications and Steps

Why is it Important?

The Internet of Things (IoT) is streamlining and automating various daily tasks across businesses, industries, and homes. Its impact includes cost reduction, heightened productivity and safety, improved customer experiences, and the creation of new revenue avenues, ultimately facilitating more informed decision-making.

Businesses specifically benefit from IoT by gaining access to and analyzing data without relying on external analysts or market researchers. IoT systems adeptly handle real-time big data analytics, offering insights into the performance of products and services in real-world scenarios.

This capability enables swift adjustments and enhancements. Additionally, this data provides deeper insights into customer behaviors, allowing businesses to cater to their needs while effectively managing energy usage and resources to cut operating costs. Moreover, IoT fosters remote work by consolidating and sharing data with employees, regardless of their location.

What is it Used for?

IoT technology finds extensive applications across various sectors, spanning from household uses like home security, thermostats, and lighting fixtures, to industrial purposes in manufacturing, defense, and beyond. These applications broadly fall into commercial, consumer, industrial, and infrastructure categories.

Some common uses of IoT technology include:

Suggested article to read: Smart Construction: Top IoT Applications

1. Consumer Applications​

IoT is widely employed in connected vehicles, health monitoring, home automation (including lighting and speaker systems), wearable tech, and appliances featuring remote monitoring capabilities like video-enabled doorbells. Many of these applications contribute to the concept of the smart home.

2. Smart Home Applications

IoT-enabled homes encompass lighting, HVAC systems, media, and security setups, promoting energy efficiency by powering down unnecessary devices. Typically, smart homes revolve around a central hub connecting various smart appliances and devices. These are often managed through smartphones, tablets, or similar devices, sometimes without requiring a Wi-Fi bridge. Such systems might link to standalone platforms like Amazon Echo or Apple HomePod, or utilize open-source ecosystems like Home Assistant or OpenHAB.

3. Care Applications

IoT devices offer significant aid to the elderly or individuals with disabilities, enhancing their quality of life. For instance, voice-controlled devices assist those with sight or mobility limitations, while alert systems can directly connect to cochlear implants for users with hearing impairments. Sensors play a role in monitoring medical emergencies such as falls as well.

4. Medical and Healthcare Applications

The Internet of Things (IoT) finds various applications in medical and healthcare realms, encompassing data gathering for research and patient monitoring. In healthcare settings, this utilization is termed as ‘The Internet of Medical Things (IoMT).’

Also recognized as ‘smart healthcare,’ IoMT interlinks resources and services to establish a digitized healthcare system capable of monitoring health and triggering emergency notifications. This includes devices like blood pressure and heart rate monitors, pacemakers, and advanced hearing aids. Moreover, hospitals have adopted ‘smart beds’ capable of detecting occupancy and patient movement, automatically adjusting pressure and support to ensure proper care.

Advancements in electronic manufacturing enable the creation of low-cost, disposable, portable IoMT sensors placed on paper or fabric for point-of-care medical diagnostics.

IoMT facilitates the management, control, and prevention of chronic diseases through remote monitoring. Wireless solutions enable health practitioners to collect patient data and utilize algorithms for health data analysis.

Healthcare applications extend to consumer devices aimed at promoting healthier lifestyles, such as connected scales or fitness monitors.

Beyond healthcare settings, IoMT has permeated the health insurance industry, integrating sensor-based solutions like wearables, connected health devices, and mobile apps to track customer behavior, leading to more precise underwriting and pricing models.

5. Transport Applications

The Internet of Things has numerous applications for transport, for example with inter-vehicular and intra-vehicular communication, smart traffic control, smart parking, toll collection, logistics, fleet management, vehicle control, safety, and road assistance. Bringing together vehicles with the transport infrastructure, IoT can also deliver vehicle-to-everything communication (V2X), vehicle-to-vehicle communication (V2V), vehicle-to-infrastructure communication (V2I) and vehicle-to-pedestrian communication (V2P). These IoT communication systems are paving the way for autonomous driving, connected cars, and connected road infrastructures.

6. Building Applications

IoT devices can oversee and manage various elements within different types of buildings, encompassing mechanical, electrical, and electronic systems. The fusion of the Internet with building infrastructure creates intelligent buildings capable of curbing energy consumption and observing occupant behaviors.

7. Industrial Applications

Devices within the Industrial Internet of Things (IIoT) enable the collection and analysis of data from equipment, technologies, and diverse locations. IIoT facilitates automated updates for assets, ensuring sustained efficiencies and averting downtime and financial losses due to repairs and similar circumstances.

8. Manufacturing Applications

IoT technology can link manufacturing devices, enabling network-based control and management, and facilitating smart manufacturing procedures. These systems optimize products, processes, and supply chains while swiftly responding to product demands. IoT integration enhances safety and reliability through predictive maintenance, statistical analysis, and measurements aimed at maximizing dependability.

9. Agriculture​ Applications

IoT applications in agriculture encompass gathering data on weather conditions, soil composition, and pest presence. This data aids in automating farming methods, informing decisions, enhancing safety measures, minimizing wastage, and boosting efficiency. The utilization of artificial intelligence and specialized computer programs can elevate various aspects, ranging from soil management to aquaculture practices.

10. Infrastructure Applications

IoT serves in supervising and regulating sustainable urban and rural infrastructure like bridges, railway tracks, and wind farms. By managing assets and reducing risks, data collection enables the monitoring of structural conditions, fostering safety enhancements, cost reductions, time efficiencies, and more. Real-time analytics aid in scheduling repairs and maintenance.

11. Metropolitan Applications

IoT facilitates the management of entire cities, cultivating smart urban environments with diverse benefits for residents. These advantages range from identifying parking spaces, environmental monitoring, traffic control, pollution reduction, security systems, lighting, digital signage, public Wi-Fi, ticketless systems, waterway management, intelligent bus stops, interactive kiosks, and more.

12. Energy Management Applications

Internet connectivity enables the management of energy consumption across various devices like lamps, household appliances, and industrial assets. Remote control of energy-consuming devices helps conserve energy during idle periods. Additionally, the smart grid gathers energy usage data to enhance efficiencies in electricity distribution.

13. Environmental Monitoring Applications

IoT-enabled sensors facilitate air and water quality monitoring, revolutionizing environmental assessment. IoT technology collects data on wildlife behavior, soil conditions, and more. Monitoring natural disasters such as tsunamis or earthquakes aids in optimizing emergency responses and minimizing damage. This extends to projects like the ‘Ocean of Things,’ analyzing environmental and vessel activity in oceans.

14. Military Applications​

IoT technologies find application in military operations, giving rise to the Internet of Military Things (IoMT). This includes reconnaissance, surveillance, and other methods to gather battlefield intelligence. Implementations involve sensors, munitions, vehicles, robots, and wearable technologies, fostering a connected and data-efficient military infrastructure.

1. FaunaPhotonics

Location: Copenhagen, Denmark

Established: 2014

Service: Protecting Aquaculture from Sea Lice Infestations through Image Recognition

Data and insights for documentation on biodiversity

Insights derived from biodiversity data offer an advanced and easily implementable solution. Utilizing this company’s data allows for traceability of your activities and their impact, or lack thereof, on local biodiversity. This empowers you to monitor and assess your environmental impact confidently, providing valuable information for evaluation, reporting, and documentation.

There are 3 main services:

1. Continuous Monitoring

Utilizing state-of-the-art technology, this service enables the surveillance of airborne insects across diverse habitats, ranging from urban areas to natural landscapes, forests, parks, and more, employing near-infrared wavelengths. This process facilitates the tracking of insect diversity, including the identification of crucial pollinators like bees within your premises. Crucially, their technology operates without any adverse impact on the surrounding environment, ensuring the collected information remains unbiased and unaffected by human influence.

Features include:

• Uninterrupted 24/7 insect monitoring
• Cost-effectiveness, eliminating the need for costly consultants
• Effortless maintenance powered by solar cell technology

2. Realtime Processing

Harnessing AI and Machine Learning capabilities, their software processes the data acquired through insect monitoring, extracting valuable insights regarding the biodiversity of your environment. This adaptable data infrastructure is customized to meet your specific requirements, facilitating evidence-based documentation, reporting, and decision-making.

Highlighted features include:

• Cutting-edge AI & Machine Learning software
• Real-time analysis of data
• Establishment of a dependable data repository

3. Documenting Biodiversity

Utilizing their data-centric approach provides an in-depth understanding of the biodiversity within your property, equipping you to make informed choices. Display the favorable outcomes of your environmental endeavors effortlessly and adhere to future biodiversity reporting regulations effortlessly.

Key features include:

• Biodiversity Score for comprehensive evaluation
• Detailed insights into biomass
• Data for biodiversity Key Performance Indicators (KPIs), reporting, and documentation

2. Ryst

Location: Copenhagen, Denmark

Established: 2016

Service: Creating Sustainable, Healthy Buildings through Air Quality Oversight

Technology for Professional Management of Existing Buildings

Rysta Protect employs intelligent technologies to foster a healthy and comfortable indoor environment. Through integrated sensor technology, continuous monitoring of indoor air ensures that you receive alerts via the CO₂ traffic light, guiding you on when and for how long ventilation is necessary—simultaneously aligning with ESG criteria.

With Rysta Protect, ongoing indoor air quality monitoring is facilitated, accompanied by evaluations and analyses accessible through the Rysta dashboard. In addition to sensor data, Rysta insights offer comprehensive insights into your building, including potential energy savings, space utilization, and controlled temperature adjustments to prevent mold growth.

Rysta Insights

Rysta insights further provide the following assessments for your building: Rysta air quality index, space utilization analysis, potential energy savings, and strategies for mold prevention.

3. Anyware Solution

Location: Copenhagen, Denmark

Established: 2015

Service: Smarter Living-as-a-Service

Remote Well-Being Monitoring

Anyware introduces a Remote Health Monitoring service, offering proactive, ethical, non-intrusive, and non-stigmatizing Remote Care Monitoring for elderly individuals residing independently. This solution facilitates and empowers both informal and formal caregivers of solitary elderly individuals with effortless, plug-and-play, and readily applicable ethical remote care monitoring.

Leveraging AI anomaly detection, the solution provides data insights, recommendations, and care alerts in the event of detecting unusual behavior within the household. Additionally, the Remote Care Monitoring service serves as an invaluable ethical, data-oriented decision-making tool for professional care providers (with all care alert settings requiring consent from the elderly individual).

It allows care providers to personalize care alert settings for each senior recipient, such as night-time movement monitoring, toileting, and other daily living activities. Anyware fosters distinctive engagement and collaboration with informal caregivers striving to support elderly individuals.

Building Health & Analytics

Anyware’s exclusive retrofit IoT devices furnish real-time sensor data and alerts accessible via the Anyware Dashboard™, Anyware App™, or your custom dashboard, mobile app, or display using Anyware’s Rest API. Users can configure alerts for various scenarios, including CO2 thresholds in classrooms or meeting rooms, humidity in apartment buildings, limited mobility in residential care settings, and more. With Anyware, users obtain a comprehensive and seamless solution for monitoring and analyzing their personal and client data using plug-and-play retrofit IoT sensor devices.

4. CPH Containers

Location: Copenhagen, Denmark

Established: 2014

Service: Helping young people live simple, central, and affordable

Circular Buildings; A Building that in Some Way can Circulate in the Economy in the Future

With the construction industry significantly impacting global resource consumption, redefining our approach to building and utilizing homes becomes imperative. At CPH Village, we aim to foster a new lifestyle centered around resource limitation on a single planet, embracing a life of minimalism without compromising comfort. Here are the key attributes of these innovative structures:

Flexibility

Our homes are modular, allowing easy disassembly, integration with other modules, and potential relocation within the city. This flexibility enables us to alter module functions, transforming spaces from student housing to office setups, among others. The capacity to change the location, size, and function of modules challenges traditional real estate norms.

CO2 Neutrality

They aim to construct buildings that have zero CO2 emissions. In Vesterbro Village, they’ve achieved a 70% reduction by using natural materials and reducing the space per person. This village in Copenhagen, comprised mostly of wooden houses, has yielded remarkable lessons and profits.

To build more efficiently and sustainably, they advocate rethinking the amount of personal space allocated per individual to meet their objectives. They emphasize that sustainable urban development must involve simpler living. Through their villages, they seek to showcase the benefits of a better life with reduced private spaces, highlighting the rewards of this choice. They aim to promote shared spaces, improved outdoor amenities, and a stronger sense of community alongside compact private homes

5. CLIMATE

Location: Solrod Strand, Denmark

Established: 2017

Service: collecting comparing and connecting indoor climate

Indoor Climate, Mold, and Energy

In a world marked by unpredictability and turmoil, our daily lives and choices are significantly impacted. As energy prices soar, many residents are likely to reduce their home temperatures to cut costs. Yet, this reduction raises the likelihood of mold growth, potentially resulting in expenses far surpassing the saved energy costs if not promptly identified. CLIMAID home steps in to aid residents and housing associations in attaining both low energy usage and a healthy indoor environment devoid of mold issues.

Indoor Climate and Residents

Creating a favorable indoor climate holds immense significance for both inhabitants and the structure itself. A well-maintained indoor environment not only prevents illnesses but also fosters an optimal setting for living and nurturing, while simultaneously conserving resources typically spent on renovations and energy consumption.

Achieving and maintaining this ideal indoor climate can be a daunting task, prompting the development of a CLIMAID home. This innovative solution tailors its approach to individual households, offering personalized suggestions and guidance on enhancing the indoor environment for a better living experience.

Ventilation

A conducive indoor climate hinges on adequate ventilation within the building. However, this necessitates energy consumption, an area often subject to residents’ cost-cutting measures.

When ventilation is compromised or neglected, moisture and other detrimental substances linger in the residence, contributing to an unhealthy indoor environment that poses risks to both occupants and the property.

CLIMAID home intervenes by aiding residents in determining the optimal ventilation levels and aiding housing associations in pinpointing apartments where ventilation inadequacies exist, irrespective of the system type in place. This assistance ensures a healthier indoor climate for all residents.

Mould Prevention

Detecting ongoing mold growth might not be feasible, but assessing the conditions conducive to its development is achievable with accurate methods. CLIMAID has pioneered an advanced algorithm capable of gauging mold risk through straightforward measurements, considering factors like thermal bridges and mold microbiology.

Upon identifying a high risk of mold, both residents and housing associations receive timely notifications. This proactive approach allows residents to modify their behaviors promptly, averting potential mold growth.

The repercussions of mold can be swift, ranging from mild discomforts like headaches and dry mucous membranes to severe consequences such as asthma, allergies, and in extreme cases, even cancer. Early intervention is crucial in preventing these health hazards.

Energy savings

CLIMAID Home empowers residents to lower temperatures without risking property damage. Simultaneously, housing associations gain insight into heat usage within the building, enabling them to adjust flow temperatures for reduced energy consumption. This strategic management helps avoid fees imposed by central heating suppliers, optimizing both comfort and cost efficiency for all involved.

6. Zliide

Location: Copenhagen, Denmark

Established: 2016

Service: Self-checkout, 3 hr delivery, and data insights for fashion stores

Zliide has revolutionized the retail checkout system with smart alarm tags that automatically deactivate upon payment made through a mobile app. These tags are linked to and placed on products. When a shopper engages with the Zliide app and connects with an alarm tag, instant product details appear in the app. This seamless integration allows consumers to conveniently purchase the item through the mobile platform.

7. Cheetah AI

Location: Copenhagen, Denmark

Established: 2022

Service: The platform is being designed to guide businesses in selecting the right hardware for their specific AI needs

Cheetah AI – the future of AI model optimization and deployment. Their team is in the process of creating a versatile platform designed to accommodate all chip types. They aim to provide you with the tools needed to embrace and keep pace with the rapidly advancing field of AI chip technologies.

Overcoming Hurdles

Navigating the dynamic realm of AI poses several challenges, with one of the most prominent being the optimization and deployment of AI models across various hardware platforms. The intricate nature of AI models, coupled with demands for low latency, extended durability, and constrained resources, often result in extensive testing and optimization periods. This not only consumes substantial time and resources but also impedes the full realization of AI applications.

The Cheetah AI Solution

Cheetah AI is dedicated to overcoming these obstacles. Their in-progress platform is designed to streamline the deployment of AI models across diverse hardware, enabling seamless transitions between different chip types. This broad compatibility empowers organizations to sidestep the usual challenges associated with hardware shifts, allowing them to concentrate on unlocking the complete capabilities of their AI models.

Unleashing Our Edge

Their platform’s unique edge lies in its specialization in FPGAs and the upcoming wave of AI chips, setting them apart in the field. FPGAs, renowned for their exceptional adaptability, energy efficiency, and minimal latency, stand as an optimal selection for AI Edge applications. Combined with the potential of emerging AI chips, their platform guarantees users a forward-thinking stance within the ever-evolving AI landscape.

8. Omnio

Location: Copenhagen, Denmark

Established: 2016

Service: Omnio provides plug&play connectivity as a service for industrial devices

Omnio, based in Copenhagen, is a software company specializing in Industrial IoT. They boast extensive expertise in linking operational technology (OT) to IT systems, consolidating data for diverse IoT endeavors, including advanced analytics and monitoring. While the IoT presents immense opportunities for companies, initiating this journey proves challenging.

Connecting to industrial machines and extracting usable data is a complex task, unlike the simplicity of plugging in a mouse to a computer. Omnio is dedicated to simplifying this process, aiming to expedite and streamline the initial steps into the world of IoT.

9. Voltset

Location: Copenhagen, Denmark

Established: 2014

Service: Voltset – Empowers Technicians with Smart Meters for Improved Efficiency

Voltset offers a unique multimeter that connects to smart devices via USB and Bluetooth. Through their app, they automate the measurement process for electronic devices. Fundamentally, they operate as a software and hardware company, focusing on connected devices, data acquisition, and post-processing. Their specialty lies in merging the measurement functionalities of traditional metering tools with the computing prowess of smartphones, watches, tablets, or laptops.

10. Netkablet.dk

Location: Skanderborg, Denmark

Established: 1946

Service: Develops IoT-based solutions for energy metering and water metering, emphasizing smart metering technologies

Kamstrup stands as a globally recognized provider of intelligent solutions for energy and water metering. Their expertise supports utility companies and individual properties by delivering reliable, cost-effective methods for monitoring energy and water consumption across the globe for over 70 years.

Their foundation rests on technological innovation fused with profound customer insights. This combination allows them to generate enduring value for their clientele. They offer adaptable end-to-end solutions tailored to meet each customer’s distinct needs, both in the present and to support their future growth. This involves equipping customers with tools and data for informed, strategic decision-making, empowering and inspiring the communities they serve.

Positioned as the industry’s preferred partner, Kamstrup remains steadfast in leading the charge toward a more accountable and sustainable energy and water supply to meet the world’s increasing demands. Their commitment drives them daily to pioneer the most innovative energy and water metering solutions globally, encompassing consumption meters, smart metering systems, hosting and services, analytics, and smart grid applications.