Airlinq Inc

As one of the most sophisticated industries with access to the modern connectivity the infrastructures & industrial talent, IoT in telecom has been the forefront of the Internet of Things modernism. Though, there still remain challenges stemming from the sheer scale of IoT global connectivity use cases for Telecom, like overcoming the risk of overstretching resources & ensuring consistent quality of service. The introduction of the internet of things in telecommunications is set to alter the role of telecom service providers for enabling communication between people & devices. Thus, business leaders have to innovate the new IoT-enabled services for customers & applications for enhancing their business procedures. Moreover, business leaders can also implement innovative business models such as SaaS, BaaS, and PaaS to use eSIM IoT effectively. With this intelligent connectivity approach, telecom businesses can choose which applications are beneficial for their organizat...

Connected vehicle services are a part of the ‘internet of things’, the phrase which refers to everyday items that are being connected to the internet with the intention of formulating life easier. As well as letting you control specific items remotely, often via the smartphone application, these connected car services can also communicate with various other products. There are various benefits of connected car technology – Fuel & Cost Efficiency Connected cars provide a variety of communication potential than many other connected devices. And enabling their users to attain real-time access to all types of information, they can help contact between car & dealership and alert emergency services if you have been involved in the accident. Connected Car technology allows the driver to reach the proper destination quickly, safely, & in a cost-efficient manner. Moreover, by communicating with the traffic signals & road infrastructure, smart cars can slow down befo...

The IoT opens up various new revenue models & changes how organizations interact with consumers. Due to the ever-changing technology environment, all new worthwhile solutions have to be built quickly & affordably with usability & scale in mind. Building out apps & infrastructure needed to accomplish this is doable in-house but needs important investments from IT, operations, & engineering. There is a well-organized path. An Application Enablement Platform (AEP) can assist to provide a clear vision to the successful IoT solution. There are various certain components that every IoT solution requires: visualizations, device management, a rules engine, etc. Offering these vital components is the major reason AEPs exist. Teams are adopting AEPs more & more to solve most of the foundational obstacles which are intrinsic when building the scalable IoT applications. AEPs Are Extensible In this modern world of enterprise software, the extensible  IoT connecti...

As IoT device connectivity adoption continues to extend, organizations are struggling to assemble moving parts in this digital ecosystem. Given the sheer complexity of Global IoT Connectivity, it is not uncommon to overlook vital elements of the equation. If you think smart application enablement platform, IoT device connectivity & cloud analytics are all you need in IoT architecture, you are missing out on the major piece of puzzle – IoT device management and eUICC lifecycle management. There is a simple explanation of why  IoT device management platform , despite its primary role to IoT success, can be easily overlooked. Organizations, particularly those at outset of IoT adoption, are often unaware of why they need it in the first place. Below, we dive into five reasons why an IoT connectivity management platform is the linchpin in the IoT value chain. Increased efficiency & productivity An organization can considerably increase its productivity by knowing the r...