Arkessa is a dedicated Internet of Things (IoT) cellular connectivity services provider, offering world-class connectivity solutions to Arrow customers all over the globe.
As a leading pioneer in IoT connectivity, Arkessa offers dedicated support, technical, and commercial flexibility to an ecosystem of Arrow customers. Arkessa also provides partnership opportunities for secure, efficient, and scalable design, deployment, and management for a variety of IoT applications, devices, and business models.
Simplifying Global Deployment and Connectivity for IoT Applications
As a market leader in eSIM and eUICC technology, Arkessa provides secure and resilient managed connectivity services across multiple mobile networks, providing flexibility for customers and avoiding vendor lock-in. Arkessa also offers access to the very latest in cellular technologies, including NB-IoT and LTE-M, through a secure global network with a feature-rich management platform.
Discover Arkessa LPWAN Technologies
NB-IoT and LTE-M are Low Power Wide Area Network (LPWAN) cellular technologies designed for applications that require long battery life, massive deployment density, ease of deployment, and lower costs. These technologies allow for reduced device power consumption and can support up to 10-15 years’ battery life in certain use cases. They also excel in areas of poor coverage, including deep within buildings or underground. Designed for long-range operation, LPWAN technologies are suited to smart metering, assisted parking, lighting, automation, tracking, and smart city applications.
NB-IoT and LTE-M meet the requirements for Massive IoT, and can co-exist with 2G, 3G and 4G mobile networks. LPWAN technologies will ease the transition to 5G, and by 2025 it’s predicted that NB-IoT and LTE-M will account for over half of all cellular IoT connections.
Arkessa offers one of the largest footprints of NB-IoT in Europe and across the globe. Along with eSIM and eUICC technology, Arrow customers have greater freedom to test and deploy their NB-IoT applications over a wider geographical area.
