With 5.8 billion IoT cellular connections globally expected by 2030, according to GSMA Intelligence, the IoT connectivity market is poised for remarkable expansion doubling in size between 2022 through 2030.
The rollout of 5G networks is ushering in new possibilities for IoT applications, providing faster speeds, lower latency, and increased capacity. This next-generation technology is fostering the development of innovative IoT solutions across industries and fueling IoT growth through capabilities like network slicing and the expansion of Private Networks as an incremental opportunity.
Cloud and edge computing technologies empower IoT devices to conduct real-time data analysis and action, even in resource-constrained environments, through massive data processing and storage capabilities.
The shift from traditional SIMcards to eSIMs and iSIMs has improved IoT connectivity by overcoming physical limitations and supporting smaller devices. GSMA’s IoT SAFE integrates SIM and Secure Element functions for secure communication. Utilizing eSIMs for remote management, it ensures device and platform authentication, enhancing IoT security, scaling, and digital transformation.
IoT connectivity is fueling diverse use cases across sectors, from smart cities and healthcare to industrial automation and agriculture, within an increasingly mature ecosystem supported by numerous enablers and accelerators driving innovation and adoption across industries.
The evolution of industry standards and protocols, exemplified by GSMA’s architectures, plays a pivotal role in shaping the IoT ecosystem. Progressing from the foundational SGP.02 (M2M) to the advanced SGP.32 (IoT), these standards guarantee interoperability and compatibility across networks and devices, fostering innovation and bolstering adoption.
Find out more about the key differences and main benefits of the latest GSMA’s SGP.32 through this whitepaper our experts have prepared for you.
Many long-tail IoT devices lack WiFi support, and even when available, service providers may restrict its usage to minimize customer support costs. For these devices, initial cellular connectivity (Bootstrap) is essential for activation and downloading a permanent connectivity subscription. IoT customers, including Original Equipment Manufacturers (OEMs) and Service Providers, require this initial bootstrap on IoT Consumer eSIMs with global coverage and roaming capabilities.
Principal connectivity for IoT customers may necessitate dynamically managed IMSIs (International Mobile Subscriber Identity) or sets of IMSIs to attach to networks worldwide. Additionally, flexible management of the resulting data pool from connected devices is crucial. Notably, Bootstrap connectivity must remain permanently available as a low-cost fallback, posing economic challenges to IoT players as traditional Mobile Network Operators (MNOs) typically do not offer Bootstrap connectivity.
Within the SGP.32 architecture, IoT customers can benefit from bundling a global connectivity offer that includes elements such as eSIM or OS licenses (iSIM), eIM, IPA, SM DP+ platform, Multi-IMSI, initial connectivity (Bootstrap with or without a fallback), main connectivity with switch insurance, and a Connectivity Management Platform (CMP). The CMP facilitates the dynamic management of connectivity service providers for a service provider’s IoT device fleet.
With Valid’s long-tenured industry expertise, we have established a wide network of connectivity partners who are unlocking the world of IoT Connectivity with Valid. Together, we can enable and accelerate your IoT needs. Reach out to our experts, and let’s get started.
In order to make a significant difference and bring a real benefit to our environment and planet, Valid decided to create, together with Plastic Bank, an environmental compensation program.
Plastic Bank is a social enterprise empowering a regenerative society. They build ethical recycling ecosystems in coastal communities and reprocess the materials for reintroduction into the global supply chain as Social PlasticTM.
Their collectors receive a compensation for the materials they collect which helps them to provide basic family necessities such as groceries, cooking fuel, school tuition, and health insurance.
Their certified blockchain platform secures the entire transaction and provides real-time data visualization – allowing for transparency, traceability, and rapid scalability.
With this goal, Plastic Bank is relying on companies like Valid to support the collection process of the plastic in order to:
Mitigate the impact of many corporations and potentially reduce, offset or decrease the plastic footprint of their operations.
Improve the social and economic situations in different regions of the world by creating job opportunities through plastic waste collection.
Supports environmental stewardship and circular economy.
Alameda Rio Claro, 241 Bela Vista
01332-010
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Avenida de Manoteras, 20
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Madrid, Spain
Alameda Rio Claro, 241 Bela Vista
01332-010
São Paulo-SP, Brazil
Avenida de Manoteras, 20
Edificio Tokyo – Planta Baja
28050
Madrid, Spain