Internet of Things (IoT) product development is entering a new stage as artificial intelligence (AI) becomes part of daily engineering tasks. More teams are integrating AI into their processes, using it as a practical tool rather than experimental technology. ย Antonino Sgroi, Telit Cinterionโs global head of R&D, discusses how his teams incorporate AI across... The post Q&A: How AI Updatesย Telitย Cinterionโsย IoT Product Development appeared first on Telit Cinterion.
The first EU Cyber Resilience Act (CRA) vulnerability reporting obligations begin on September 11, 2026. On that date, manufacturers of products with digital elements on the EU market must report actively exploited vulnerabilities and severe security incidents to EU authorities. This reporting mandate falls under Article 14 of the CRA. It is separate from the... The post CRA Vulnerability Reporting: What IoT Manufacturers Need to Know Before September 2026 appeared first on Telit Cinterion.
Telit Cinterionโs Internet of Things (IoT) R&D team develops connected products and devices for companies at every stage of development. Some customers arrive with a product concept and a target market. Others have a device that needs connectivity added, or a cellular product approaching end of life that needs to migrate to a newer network... The post Inside Telit Cinterionโs IoT R&D Processย appeared first on Telit Cinterion.
Mission-critical Internet of Things (IoT) solutions are connected systems in which a loss of connectivity poses unacceptable operational risk. A deployment is mission-critical when downtime significantly disrupts operations that depend on devices remaining reachable to support: In these deployments, downtime is not just inconvenient. It can delay emergency response and disrupt revenue-critical transactions. A mission-critical... The post Critical IoT Solutions: Always-On IoT Connectivity appeared first on Telit Cinterion.
The European Union (EU) Cyber Resilience Act (CRA) establishes mandatory cybersecurity requirements for products with digital elements placed on the European market. The regulation applies general requirements across all products, with more specific obligations for selected product categories. For companies building connected products, this is a fundamental shift. Manufacturers must build cybersecurity into their products... The post Cyber Resilience Act: What IoT Manufacturers Need to Know appeared first on Telit Cinterion.
Integrated Internet of Things (IoT) systems help to connect smart city infrastructure with smart grids. They also link smart utilities to shared data, enabling more precise monitoring through wireless IoT data collection and real-time analytics.ย For example, sensors attached to a homeโs water pipes can track water pressure and detect leaks. Temperature monitoring adds context... The post Smart Utilities: How Integrated IoT Systems Enable Smarter Utility Management appeared first on Telit Cinterion.
Manufacturers who embed visual monitoring directly into their operational systems accelerate detection-to-action time and ensure product consistency across lines. Incorporating visual intelligence with factory data and workflows prevents data isolation and streamlines decision-making.ย Theย deviceWISEย Intelligence Suite enables real-time operational gains by deployingย industrial AI agentsย at the operational edge. Working across machine data and enterprise applications, these agents... The post deviceWISEยฎ Intelligence Suite Turns Video into Operational Action with NVIDIA VSS Blueprint appeared first on Telit Cinterion.
Smart meters transform how utilities and consumers interact with energy data. Data generated by smart meters allows utilities and smart grid managers to improve service and efficiency by: Furnishing this information on energy delivery networks facilitates the integration of Distributed Energy Resources (DERs) and Virtual Power Plants (VPPs). Smart meters also create new security challenges... The post The Best Security Practices for Smart Meters: A Guide appeared first on Telit Cinterion.
The physical SIM card has been part of cellular connectivity for decades. It plays a leading role in many consumer mobile devices and Internet of Things (IoT) deployments. However, the SIM market is evolving rapidly, and newer options eliminate the need for a removable SIM. The embedded SIM (eSIM) is soldered to a deviceโs printed... The post What Are the Differences between SIM, eSIM and iSIM? appeared first on Telit Cinterion.
Internet of Things (IoT) hardware design is the process of developing a connected device around the needs of a specific application. Teams begin by establishing the device architecture and the connectivity model it will use in the field. Those early decisions affect reliability and cost, and they influence how well the product can meet security... The post IoT Hardware Design and Solutions: A Guide appeared first on Telit Cinterion.
