Charlie Harrisson

Enterprises seek extensive security features, with 60% naming them among the top five features they look for in an IoT connectivity service provider (CSP).

Built on Qualcomm's latest QCX216 chipset, the Cat1 bis module has been validated with Kigen's eSIM solution based on the GSMA SGP.32 and related solutions. This addresses the rapidly increasing connectivity demands in the global IoT market and represents a major technological advancement in the IoT industry.

With IoT SAFE enterprises can select a network operator of choice for connectivity and leverage IoT SAFE in the device’s eSIM to securely connect devices to the IoT cloud. OEMs can combine this with SGP.32, aka eSIM IoT, an interface for IoT devices, making it possible to manage eSIM profile downloads remotely for simplified, secure connectivity at scale.

The iSIM is protected by a tamper-resistant element (iTRE) or secure enclave and consumes up to 70% less power than a discrete SIM and is 98% smaller than eSIM, opening up new forms of ultra-power efficient devices.

With IoT SAFE enterprises can select a network operator of choice for connectivity and leverage IoT SAFE in the device’s eSIM to securely connect devices to the IoT cloud. OEMs can combine this with SGP.32, aka eSIM IoT, an interface for IoT devices, making it possible to manage eSIM profile downloads remotely for simplified, secure connectivity at scale.

Our ecosystem partners highlighted the importance of gaining clarity from the industry on the final standards of SGP31/32 and what that means in practical terms for an OEM and their product design and production stage.  

Five eSIM trends that support cost-savings and other benefits by securely managing enterprise iot devices.

Simplex Wireless is working together with Kigen to use their SIM card (eUICC) based IPAe (available on Kigen IOT (SGP.32) OS powered cards) to communicate with the Simplex EIM server. This showcases the new specifications flexibility towards the Solution Makers so that they can deploy IoT devices and switch eSMP providers.

OEMs and Telcom operators in India are shifting to eSIM technology for smartwatches enabling users to make and receive calls from their wrists seamlessly.

OEMs, ODMs, and utilities all benefit from eSIM which facilitate interoperability among smart sensors and devices which make up the advanced metering infrastructure (AMI) and optimize energy solutions by managing diverse energy resources. Smart meters generate operational insights for better energy-use forecasting and maintenance. They are crucial in improving power grid quality, resiliency, and digitalization with advanced monitoring applications.

Kigen, floLive and Protahub developed a solution for continuous cellular IoT coverage, allowing enterprises and OEMs to use a single SKU to simplify the supply chain. To this end, original equipment manufacturers (OEMs), global enterprises, and mobile operators to seamlessly access local IoT connectivity in Turkey using their existing eUICC-compatible SIMs.

eSIM is a non-removable chip soldered onto a circuit board optimized for performance and flexibility, providing reliable connectivity for IoT devices. The eSIM is produced according to the  GSMA standard and can be used by consumers and machine-to-machine (M2M). The eSIM, utilizes an eUICC that is embedded and has a secure element integrated into the circuit board for improved security.

The transport and logistics industry has been a keen advocate of eSIM; 45% of transport and logistics respondents with a current cellular IoT deployment reported they use eSIM as quoted in the Enterprise Cellular IoT Survey 2023 from Kaleido Intelligence.

5G networks are expected to be widely available and adopted worldwide for IoT applications. Consequently, businesses utilizing enterprise cellular IoT connectivity solutions will reap the benefits of 5G's fast speeds and low latency, resulting in enhanced performance and better customer experience. 

Cellular IoT technology is an essential component of both 4G and 5G connectivity, providing Mobile Network Operators (MNOs) and Mobile Virtual Network Operators (MVNOs) with a foundation to enhance their digital capabilities. The embedded SIM (eSIM) delivers secure digital connectivity service and plays a crucial role in M2M connections.

Global deployment of cellular-connected IoT devices with embedded SIM (eSIM) can be complex due to the regional variations in cellular coverage, wireless technology and roaming regulations.

eSIM delivers robust IoT security across utilities, logistics and smart transportation deployments. The growth in smart city digitalization is driving demand for low-power wireless sensors enabled by 5G networks. Cellular connectivity, such as NB-IoT or LTE-M is energy efficient a crucial enabler for smart city projects.

IoT technology is essential to successfully deploying and adopting smart energy meters. IoT devices and networks transfer data over long distances, using minimal power at a low cost. The Advanced Metering Infrastructure (AMI) helps utility companies to automate device connections, customer billing and consumption monitoring.

Discover the Kigen team's top three highlights from this year's MWC event, including the rising popularity of iSIM technology, eSIM becoming a standard for IoT devices and the benefits of IoT smart data.

A look at how Kigen's eSIM technology has played a part in innovative pandemic response via the Sierra Wireless Ready to Connect IoT Module portfolio.

New subscriber identification technology enables unique business and revenue opportunities