LoRa Garden Weather Station Market Size, Share & Growth Analysis, 2026-2034

This report is updated with the latest market data and insights as of June 2026. Base year: 2025  |  Forecast period: 2026-2034

LoRa Garden Weather Station Market Size and Growth Outlook

Across all regions, the LoRa Garden Weather Station market size was valued at USD 805 million in 2025, and is projected to reach USD 2.18 billion by 2034, expanding at a robust CAGR of 11.7% during the forecast period. This significant growth is driven by the accelerating adoption of smart agriculture technologies, rising demand for precise microclimate monitoring in residential and commercial landscapes, and the ongoing maturation of IoT-enabled environmental sensing ecosystems worldwide.

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The primary growth factor for the LoRa Garden Weather Station market is the surge in demand for real-time, remote weather monitoring across multiple sectors, particularly precision agriculture and smart city management. As climate variability intensifies through the mid-2020s, both small-scale and commercial growers are actively seeking advanced tools to track microclimatic parameters that directly influence crop yield, irrigation efficiency, and pest control outcomes. LoRa-based weather stations, with their proven long-range and low-power wireless communication capabilities, have emerged as the preferred solution due to their ability to transmit data across vast fields or dense urban environments without requiring complex or costly infrastructure. The integration of LoRaWAN technology with weather station hardware not only reduces operational costs but also enhances data accuracy, accessibility, and scalability, fueling steady market expansion across both developed and emerging economies. The broader smart weather station landscape is evolving rapidly, and LoRa-based solutions are capturing an increasing share of new deployments globally.

Another critical driver is the proliferation of smart home and IoT ecosystems, where consumers and businesses alike are investing in connected devices to optimize energy use, outdoor landscaping, and recreational experiences. The versatility of LoRa Garden Weather Stations, which can be seamlessly deployed in residential gardens, commercial parks, agricultural fields, and research facilities, underscores their broad appeal across diverse buyer segments. The global expansion of LoRaWAN networks, supported by growing public and private partnerships among telecom operators and IoT platform providers, is enabling widespread deployment of weather stations even in remote or underserved regions. Advancements in sensor technology, from compact multi-sensor modules to highly sensitive rainfall and wind measurement devices, are further enhancing the functionality, reliability, and affordability of these stations, stimulating continued market growth. Developers working with LoRa sensor node hardware are increasingly bundling weather monitoring capabilities into scalable field deployments, accelerating overall uptake.

Government initiatives promoting sustainable agriculture and environmental monitoring are also playing a pivotal role in market expansion. Many countries across North America, Europe, and Asia Pacific are rolling out subsidy programs and national digital agriculture strategies that actively incentivize the adoption of IoT-based weather monitoring solutions. The increasing frequency and severity of extreme weather events has heightened awareness about climate resilience, prompting public and private stakeholders alike to invest in robust, scalable weather monitoring infrastructure. These converging factors are expected to sustain strong demand for LoRa Garden Weather Stations throughout the 2026-2034 forecast period.

The integration of Building Automation LoRaWAN Sensor technology into weather stations is reshaping the way organizations approach environmental monitoring. By leveraging the capabilities of LoRaWAN sensors, building automation systems can now incorporate real-time weather data directly into their operational logic. This integration enables more efficient energy management, as buildings can automatically adjust heating, ventilation, and air conditioning systems in response to current outdoor conditions. The use of LoRaWAN sensors in building automation enhances the precision of environmental controls, improving occupant comfort and reducing energy consumption. As the global smart building market continues to grow, the role of LoRaWAN-connected weather sensors within building automation frameworks is becoming increasingly important, offering a scalable and cost-effective pathway for modern infrastructure operators.

Regionally, North America leads the market in terms of adoption, accounting for approximately 31.5% of global revenue in 2025. The region benefits from advanced technological infrastructure, high awareness of climate-smart agriculture, and a strong concentration of leading market participants. Europe follows at around 26.8% of global revenue, driven by stringent environmental regulations, ambitious smart city initiatives, and robust public funding for IoT innovation. The Asia Pacific region is poised for the fastest growth through 2034, propelled by rapid agricultural digitalization, expanding LoRaWAN network coverage, and strong government support for smart farming in China, India, Japan, and Australia. Latin America and the Middle East and Africa are also witnessing increasing adoption, particularly in commercial and research applications, as the tangible benefits of real-time microclimate data become more widely recognized across these developing markets.

LoRa Garden Weather Station Market by Product Type

The Product Type segment in the LoRa Garden Weather Station market encompasses Standalone Weather Stations, Integrated Weather Stations, and Portable Weather Stations. Standalone Weather Stations continue to dominate market share with approximately 48.5% of revenue in 2025, primarily due to their robust design, straightforward installation process, and broad suitability for both residential and agricultural deployments. These systems are favored by users seeking a dedicated, self-contained weather monitoring solution that can operate reliably without complex integration requirements. Their enduring popularity is further supported by their compatibility with a wide range of sensor types, making them adaptable to diverse environmental conditions and user requirements across geographies.

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Integrated Weather Stations, representing around 33.2% of market revenue in 2025, are gaining sustained traction in commercial and research settings where seamless connectivity with other IoT devices and data management platforms is a core requirement. These stations are engineered to function as part of a broader technology ecosystem, enabling data aggregation, advanced analytics, and automated decision-making workflows. The integration of LoRaWAN connectivity allows for centralized management of multiple geographically dispersed weather stations, enabling users to monitor large or complex areas with high operational efficiency. As smart city and smart agriculture programs scale globally, demand for integrated weather monitoring solutions is expected to rise substantially, contributing to this segment's above-average growth rate through 2034.

Portable Weather Stations account for approximately 18.3% of the market in 2025 and are emerging as a vital segment, serving users who prioritize flexibility and mobility in weather monitoring. These lightweight, battery-powered devices are well suited for field researchers, mobile agricultural operations, construction site monitoring, and temporary installations at outdoor events. The adoption of LoRa technology in portable stations ensures dependable data transmission even in remote locations, eliminating reliance on cellular networks that may be unavailable or cost-prohibitive in those settings. The growing trend toward citizen science and community-based environmental monitoring is also boosting demand for portable, user-friendly solutions, as they empower individuals and local organizations to collect and contribute hyperlocal weather data to broader monitoring networks. The rise of IoT weather station with leaf wetness functionality reflects how specialized sensor combinations are driving new portable and standalone station configurations.

The evolution of product design is a key factor influencing competitive dynamics within this segment. Leading manufacturers are investing in modular station architectures that allow end-users to customize configurations by adding or upgrading sensors according to their specific application needs. This flexibility resonates strongly with agricultural and research buyers who may need to monitor different environmental parameters at different stages of their projects. Advances in power management, ruggedized enclosure design, and solar energy harvesting are also extending the operational lifespan of weather stations, reducing maintenance requirements and total cost of ownership for end-users.

Overall, the Product Type segment is characterized by ongoing innovation and meaningful product diversification. Manufacturers that can offer scalable, user-friendly, and operationally reliable weather monitoring solutions across all three product categories will hold a strong competitive position as market maturity advances and buyer sophistication increases through the forecast period.

LoRa Garden Weather Station Market Report Scope

LoRa Garden Weather Station Market by Sensor Type

The Sensor Type segment is a critical determinant of functionality and commercial appeal within the LoRa Garden Weather Station market. Temperature Sensors remain the most widely deployed sensor type, given their foundational role in monitoring environmental conditions across agricultural, landscaping, and outdoor event management applications. These sensors are valued for their measurement accuracy, long-term durability, and well-established compatibility with LoRa-based communication systems, making them a standard feature in both standalone and integrated weather station products. The increasing emphasis on microclimate management in precision agriculture is further amplifying demand for high-precision temperature sensing hardware, including units capable of measuring soil surface temperatures and canopy-level conditions. Advances in LoRaWAN temperature sensor technology are directly improving the accuracy and power efficiency of temperature monitoring modules across all station form factors.

Humidity Sensors are another essential component, particularly for applications in horticulture, greenhouse cultivation, and smart irrigation management. Accurate, real-time humidity data is crucial for optimizing plant development, preventing fungal disease outbreaks, and managing water resources efficiently across various growing environments. The strong trend toward automated irrigation systems, which rely on continuous humidity readings to trigger watering cycles without manual intervention, is driving steady adoption of advanced humidity sensor modules in LoRa Garden Weather Stations. The integration of these sensors with cloud-based analytics platforms is enabling growers and facility managers to make data-driven decisions that enhance productivity while promoting long-term environmental sustainability.

Rainfall Sensors and Wind Sensors are experiencing robust demand growth, fueled by the need for comprehensive weather monitoring in both agricultural and urban environments. Rainfall sensors provide critical data for flood risk assessment, irrigation scheduling, and water resource management, while wind sensors are essential for evaluating storm exposure risk, optimizing crop protection timing, and ensuring safety in outdoor venues and construction sites. The adoption of Multi-Sensor Modules, which combine temperature, humidity, rainfall, and wind measurement capabilities in a single compact enclosure, is gaining significant momentum as users seek cost-effective, space-efficient solutions that simplify installation and ongoing maintenance.

The Multi-Sensor Modules sub-segment is positioned for the fastest growth through 2034, driven by continuing advances in sensor miniaturization, energy harvesting, and embedded data fusion technologies. These modules offer enhanced versatility and simplified installation, making them highly suitable for deployment across diverse outdoor environments. The ability to capture a broad range of environmental parameters simultaneously is particularly valuable in commercial and research applications where comprehensive, synchronized data sets are required for advanced analytics and long-range predictive modeling. The growing popularity of citizen science and distributed environmental monitoring networks is also boosting demand for accessible, multi-functional weather station modules.

Other sensor categories, including soil moisture sensors and UV index sensors, are gaining meaningful traction as end-users seek to extend the monitoring capabilities of their existing weather station infrastructure. The trend toward modular, upgradable weather station designs is enabling users to tailor their sensor configurations to evolving application requirements, enhancing the overall value proposition of LoRa Garden Weather Stations. Continued innovation in sensor technology will remain a primary driver of product differentiation and market growth through the forecast horizon.

LoRa Garden Weather Station Market by Application

The Application segment of the LoRa Garden Weather Station market is highly diverse, with Residential, Commercial, Agricultural, Research, and other applications each contributing meaningfully to overall market dynamics. Residential applications are experiencing rapid growth as homeowners increasingly invest in smart garden technologies to optimize landscaping, automate irrigation, and enhance outdoor living experiences. The integration of LoRa Garden Weather Stations with home automation platforms is enabling users to access real-time weather data, receive localized alerts, and control garden systems remotely via smartphone apps, driving widespread adoption in this consumer-facing segment.

Commercial applications span a broad spectrum of use cases, including professional landscaping companies, golf courses, sports facilities, event venues, and municipal park management authorities. These users require accurate, continuous weather data to maintain optimal conditions, ensure visitor and worker safety, and minimize operational disruptions caused by adverse weather. The scalability and deployment flexibility of LoRa-based weather stations make them highly attractive to commercial operators who often need to monitor large or physically dispersed outdoor areas from a single management interface. Growing corporate emphasis on sustainability and resource efficiency in commercial landscaping is further boosting demand for advanced, data-driven weather monitoring solutions.

The Agricultural segment remains the largest and fastest-growing application area, accounting for a substantial share of overall market revenue in 2025. Precision agriculture practices are fundamentally dependent on accurate, localized weather data to guide irrigation scheduling, fertilization programs, pest management strategies, and crop protection decisions. LoRa Garden Weather Stations are enabling farmers across diverse geographies to monitor microclimatic conditions in real time, optimize input resource use, and enhance both yield volume and quality. National government initiatives promoting digital agriculture transformation and climate-smart farming practices are meaningfully accelerating adoption in this segment, particularly across Asia Pacific and Latin America where agricultural modernization is a policy priority.

Research applications are also witnessing growing demand, as academic institutions, environmental agencies, and citizen science communities deploy LoRa Garden Weather Stations to gather high-resolution weather data for climate studies, biodiversity research, and ecosystem management programs. The ability to deploy cost-effective, distributed sensor networks is enabling researchers to conduct longitudinal field studies and generate valuable insights into local and regional climate dynamics. The open-architecture design of many LoRa-based platforms is facilitating data sharing and collaborative research across international scientific communities.

Emerging application areas, including disaster risk management, construction site safety monitoring, and public infrastructure management, are adding new growth vectors for the LoRa Garden Weather Station market. The adaptability of these systems to highly varied use cases ensures their continued relevance and commercial appeal across a widening range of end-user segments through 2034.

LoRa Garden Weather Station Market by Connectivity

The Connectivity segment is a defining technical characteristic of the LoRa Garden Weather Station market, with LoRaWAN, LoRa Point-to-Point, and Hybrid connectivity options each offering distinct performance and deployment advantages. LoRaWAN connectivity commands the largest share, owing to its proven ability to support long-range, low-power communication across wide geographic areas. This makes it especially well suited to agricultural, commercial, and research deployments where weather stations are distributed across dispersed locations and centralized data collection is essential. The accelerating global rollout of LoRaWAN network infrastructure, backed by major telecom operators and public utility partnerships, is broadening the addressable market for LoRaWAN-enabled weather stations considerably. The growing ecosystem around LoRa gateway hardware is also reducing per-site infrastructure costs, making wide-area LoRaWAN deployments more accessible to mid-market buyers.

LoRa Point-to-Point connectivity is preferred in scenarios where direct, device-to-gateway communication is required without dependence on centralized network infrastructure. This approach is particularly useful in remote, isolated, or geographically challenging locations where public LoRaWAN coverage may be limited or unavailable. Point-to-Point solutions offer enhanced communication security, reduced latency, and simplified network configuration, making them well suited for specialized applications including field-based research, mobile monitoring programs, and time-limited temporary installations.

Hybrid connectivity solutions, which integrate both LoRaWAN and Point-to-Point capabilities within a single device or gateway architecture, are gaining growing traction as users seek to maximize network flexibility and geographic coverage. Hybrid systems can dynamically switch between network modes based on real-time availability and performance conditions, ensuring continuous data transmission under variable field conditions. This adaptability is especially valuable in large-scale agricultural operations, emergency management scenarios, and multi-site commercial deployments where network reliability and operational continuity are non-negotiable requirements.

The ongoing evolution of IoT networking standards and the increasing integration of LoRa technology with complementary wireless protocols, including Wi-Fi and cellular LTE-M, are expanding the connectivity options available to weather station buyers. Manufacturers are actively developing multi-protocol gateways and interoperable device platforms that enable seamless integration of LoRa Garden Weather Stations into broader IoT management environments. This convergence of connectivity technologies is expected to drive continued innovation and competitive differentiation in this segment through the forecast period.

Overall, the Connectivity segment is characterized by rapid technological advancement and rising user sophistication. The ability to deliver reliable, scalable, and cost-effective connectivity across varied deployment environments will remain a key competitive dimension for market participants as global adoption of LoRa Garden Weather Stations accelerates through 2034.

LoRa Garden Weather Station Market by Distribution Channel

The Distribution Channel segment in the LoRa Garden Weather Station market includes Online Stores, Specialty Stores, Retail Stores, and other channels. Online Stores have emerged as the dominant distribution channel, driven by the convenience, extensive product selection, transparent pricing, and direct manufacturer access they provide to both individual consumers and business procurement teams. The continued growth of e-commerce platforms and global digital marketplaces has made it significantly easier for buyers to research, compare, and purchase LoRa Garden Weather Stations from a full range of established brands and innovative emerging suppliers. The availability of detailed product specifications, verified customer reviews, and responsive technical support online is further reinforcing the primacy of this channel.

Specialty Stores, which focus on garden equipment, precision agriculture technology, and IoT solutions, continue to play a strategically important role in the distribution landscape. These outlets offer expert consultative advice, personalized service, and hands-on product demonstrations that are particularly valued by users seeking tailored solutions and reliable post-purchase support. Specialty retailers frequently partner with manufacturers to carry exclusive product lines, curated bundled packages, and value-added installation services, effectively differentiating themselves from mass-market competitors and general-purpose online platforms.

Retail Stores, including home improvement centers, electronics outlets, and garden center chains, represent an important distribution channel for residential and small commercial buyers. The ability to physically inspect products, consult knowledgeable in-store staff, and complete purchases immediately remains a meaningful advantage for this channel among certain buyer demographics. As general consumer awareness of LoRa Garden Weather Stations continues to grow, retailers are expanding their product assortments and investing in in-store educational displays and interactive demonstrations to attract and engage new customer segments.

Other distribution channels, encompassing direct enterprise sales, system integrators, and specialized value-added resellers, serve the requirements of large-scale commercial, agricultural, and research buyers who need customized configurations, professional installation services, and long-term maintenance support agreements. These channels are particularly critical in high-value, complex deployments where buyers prioritize solution reliability and supplier partnership over procurement cost alone. The growing adoption of bundled solution models, combining hardware, cloud software, and managed support, is gaining momentum across these channels and is expected to represent a larger proportion of total market revenue through 2034.

The Distribution Channel segment as a whole is evolving rapidly, with manufacturers and channel partners pursuing omnichannel go-to-market strategies designed to serve a progressively diverse buyer base. The capability to deliver consistent, high-quality purchasing and support experiences across both digital and physical touchpoints will be a key success determinant as market competition intensifies over the forecast period. The expansion of solar-powered weather station network solutions is also influencing distribution models, as turnkey renewable-energy-equipped station packages appeal strongly to buyers in both online and specialty retail channels.

LoRa Garden Weather Station Market Opportunities and Threats

The LoRa Garden Weather Station market presents significant and varied opportunities for growth and competitive differentiation through 2034. One of the most compelling opportunities lies in the integration of artificial intelligence and machine learning algorithms with weather station data streams. By applying advanced predictive analytics to continuously collected environmental data, users can gain substantially deeper insights into localized weather patterns, optimize resource allocation in real time, and anticipate environmental risks with markedly greater precision. This capability is of particular commercial value in precision agriculture, where data-driven decision-making directly translates to improved yield outcomes, reduced input costs, and enhanced long-term sustainability. The ongoing expansion of smart city programs and the intensifying global focus on climate resilience are simultaneously creating new large-scale deployment opportunities for LoRa Garden Weather Stations in urban and peri-urban environments.

The development of modular, highly customizable weather station platforms represents another significant growth opportunity. As end-users become more technically sophisticated and application-specific in their requirements, manufacturers capable of offering scalable, field-upgradable solutions will be well positioned to capture a disproportionate share of new business. The expanding global citizen science movement and the rising popularity of community-based environmental monitoring programs are also unlocking new buyer segments, as individuals and local organizations seek affordable, easy-to-operate tools for collecting and sharing granular weather data. Strategic partnerships with government agencies, academic research institutions, and environmental non-profits can further amplify the reach and commercial impact of weather station deployments in these segments.

Despite these opportunities, the market faces several meaningful structural challenges. The absence of fully standardized interoperability protocols across different LoRa device manufacturers and network operators can create compatibility friction, limit deployment scalability, and increase the total complexity of system integration and ongoing maintenance. Data privacy and cybersecurity concerns, particularly relevant in large-scale public or government-affiliated deployments, may create hesitancy among some institutional buyers considering IoT-based environmental monitoring investments. Addressing these structural challenges requires sustained investment in cross-industry R&D collaboration, the development of widely adopted open standards, and the implementation of robust data governance frameworks. Supply chain constraints affecting specialized semiconductor components used in LoRa transceivers also represent a near-term risk that market participants must actively manage to ensure reliable product availability and stable pricing.

LoRa Garden Weather Station Market Size by Region

North America remains the largest regional market for LoRa Garden Weather Stations, accounting for approximately 31.5% of global revenue in 2025, or approximately USD 254 million. The region's continued leadership reflects its advanced IoT and telecommunications infrastructure, high awareness of climate-smart agriculture among both commercial growers and residential users, and a well-established ecosystem of technology developers and solution providers. The United States is a particularly active hub for product innovation and market development, with strong venture investment in agricultural technology and smart city initiatives sustaining continuous product advancement. Canada and Mexico are also experiencing growing adoption, driven by expanding LoRaWAN network coverage and increasing government investment in digital agricultural infrastructure.

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Europe represents the second-largest regional market at approximately 26.8% of global revenue in 2025, or around USD 216 million. Regional growth is driven by stringent EU environmental monitoring regulations, ambitious smart city deployment programs across member states, and a strong cultural and policy emphasis on environmental sustainability. Germany, France, the Netherlands, and the United Kingdom are at the forefront of smart agriculture and climate adaptation initiatives, generating consistent and growing demand for advanced, network-connected weather monitoring solutions. The European Union's continued investment in IoT infrastructure development and cross-border environmental data sharing frameworks is facilitating market expansion and enabling new collaborative research applications.

Asia Pacific is poised for the fastest regional growth through 2034, with a projected CAGR of 14.5% over the forecast period. The region accounted for approximately 22.4% of global revenue in 2025, representing about USD 180 million. Rapid digitalization of agricultural operations, expanding public and private LoRaWAN network infrastructure, and robust government-led smart farming programs in China, India, Japan, and Australia are the primary demand catalysts. The region's vast and climatically diverse agricultural landscape, combined with escalating climate variability, is creating compelling and urgent demand for scalable, cost-effective microclimate monitoring solutions. Latin America and the Middle East and Africa, while currently accounting for smaller revenue shares of approximately 11.2% and 8.1% respectively in 2025, are experiencing steady and accelerating adoption as regional awareness of precision weather monitoring benefits grows and national IoT infrastructure investments increase.

LoRa Garden Weather Station Market Competitive Landscape

The competitive landscape of the LoRa Garden Weather Station market in 2025 is characterized by a dynamic mix of established technology companies, specialized IoT solution providers, and innovative hardware startups. Market leaders are prioritizing product innovation, strategic ecosystem partnerships, and targeted geographic expansion to maintain and extend their competitive advantages. The ability to deliver end-to-end solutions, encompassing hardware, cloud software, connectivity management, and professional support services, is increasingly valued by enterprise and institutional buyers seeking reliable, fully integrated weather monitoring systems. Leading companies are simultaneously investing in R&D programs focused on sensor accuracy improvements, extended battery life, solar power integration, and enhanced data analytics capabilities to ensure their product portfolios remain competitive through the forecast horizon.

Ecosystem collaboration and interoperability are emerging as central strategic imperatives, with manufacturers actively partnering with LoRaWAN network operators, cloud platform providers, and system integrators to deliver cohesive, multi-vendor solutions. The continued global expansion of public and private LoRaWAN networks and the growing adoption of open data standards are facilitating seamless integration of weather stations with third-party IoT devices and enterprise data platforms. This trend is particularly prominent in smart city and large-scale precision agriculture projects, where multi-vendor, integrated technology architectures are frequently specified by buyers. Companies that can demonstrate proven interoperability, straightforward deployment, and robust post-installation support will hold meaningful competitive advantages as the market scales.

Pricing pressure and the progressive commoditization of baseline weather station components are driving manufacturers to differentiate on the basis of value-added features, including AI-powered analytics, remote system management, seamless cloud integration, and application-specific monitoring packages. The ability to offer modular, application-configurable solutions that can be readily adapted to individual user requirements is becoming a primary competitive differentiator across all market segments. Companies are also investing heavily in improving end-user experience through intuitive mobile interfaces, self-service configuration tools, and proactive customer support models, recognizing that ease of adoption and operational reliability are equally critical purchase criteria for both residential and commercial buyers.

Davis Instruments maintains a strong position in the market through its reputation for high-precision weather station hardware and extensive professional distribution network. Dragino Technology has established itself as a leading provider of accessible, affordable LoRa IoT devices with a particularly strong presence in Asia Pacific agricultural markets. Decentlab GmbH and Libelium Comunicaciones Distribuidas S.L. are recognized leaders in modular, research-grade environmental sensing platforms for commercial and academic deployments. Ursalink (Milesight IoT) and Netvox Technology are expanding their LoRa weather monitoring portfolios and strengthening their international channel partnerships. Kerlink SA brings deep LoRaWAN infrastructure expertise that complements hardware offerings. Seeed Technology and Bosch Sensortec GmbH are leveraging their embedded electronics capabilities to deliver innovative, cost-competitive sensor solutions. These companies, along with Sensoterra, Yuktix Technologies, Tektelic Communications, Lierda Science and Technology Group, Elvaco, and Comtac, are continuously investing in product development and market development programs to strengthen their positions as competition intensifies and the global LoRa Garden Weather Station market continues its strong upward trajectory through 2034.

Top Companies in the LoRa Garden Weather Station Market

• Davis Instruments
• Dragino Technology Co., Limited
• Decentlab GmbH
• Libelium Comunicaciones Distribuidas S.L.
• Netvox Technology Co., Ltd.
• Kerlink SA
• Ursalink (Milesight IoT)
• Seeed Technology Co., Ltd.
• Bosch Sensortec GmbH
• NKE Watteco
• Sensoterra B.V.
• Yuktix Technologies
• Tektelic Communications Inc.
• Lierda Science & Technology Group Co., Ltd.
• Elvaco AB
• Comtac AG