Business

By Marc Kavinsky, Lead Editor at IoT Business News. Altair Semiconductor has completed its spinoff from Sony Semiconductor Solutions, securing $50 million in funding to accelerate its focus on cellular IoT and a 5G eRedCap roadmap. As IoT deployments scale across industries, a recurring challenge continues to shape the market: how to balance power efficiency, […]

By Marc Kavinsky, Lead Editor at IoT Business News. As enterprises push more operations to connected, software-driven workflows, internet downtime is increasingly an operational risk—not just an IT inconvenience. T-Mobile’s new SuperBroadband bundle pairs its 5G Business Internet with Starlink connectivity under one managed service, aiming to make resilience and reach easier to procure and

By Emily Newton, Editor-in-Chief of Revolutionized. Global supply chains lose visibility whenever an asset moves beyond cell-tower range. Containers go silent mid-ocean and farm equipment drops off dashboards in remote fields. For years, businesses accepted these issues as inevitable. Affordable hybrid Internet of Things (IoT) modules now change this mindset by delivering continuous connectivity across

As IoT platforms increasingly rely on scalable cloud infrastructure to process and deliver device data, hosting performance is becoming a critical—yet often overlooked—component of the IoT stack. I run a WordPress site that pulls in around 50,000 visitors a month. That number sounds manageable until you realize how quickly cheap shared hosting falls apart under

Custom metal stamping is an important process in modern manufacturing. This process provides shape specification for the metal part, which can be designed according to local industry conditions. The high level of accuracy in high-speed manufacturing is achieved through flexible tooling and advanced machinery. This process is oriented towards the efficient, economical production of components

By Marc Kavinsky, Lead Editor at IoT Business News. Omdia forecasts cellular IoT data traffic will climb to 218.6 exabytes by 2035, with automotive—particularly infotainment and OTA updates—accounting for the majority of bytes and shaping how 5G and edge processing are prioritized. For years, the cellular IoT conversation has been dominated by connection counts: how

Artificial Intelligence is increasingly intersecting with connected systems, reshaping how data is processed and acted upon across industries. In this context, AIoT — the convergence of Artificial Intelligence and the Internet of Things — is emerging as a critical architectural paradigm for turning raw device data into operational intelligence. Rather than simply connecting devices and

Most B2B marketing teams pick a lane. They go all-in on SEO and wait months for organic traffic to compound, or they blast cold emails until reply rates crater and their sending domain gets flagged. Neither approach alone is wrong – but treated as the complete strategy, both eventually stall. The teams that grow fastest

Digital Twins are emerging as a critical layer in the Internet of Things (IoT) stack, bridging the gap between physical assets and digital intelligence. By combining real-time data ingestion with simulation and analytics, Digital Twins enable organizations to model, monitor, and optimize complex systems with a level of precision that static dashboards cannot provide. For

Edge computing has become a central architectural consideration in modern IoT deployments, particularly as connected systems scale in complexity and data intensity. Rather than relying exclusively on centralized cloud platforms, organizations are increasingly distributing processing closer to devices to address latency, bandwidth, and reliability constraints. In this context, Edge Computing IoT architectures are reshaping how