As enterprises increasingly rely on digital technologies, the complexity and scope of managing many mobile devices like smartphones, tablets, and various machine-to-machine (M2M) connections become more daunting. Dynamic Mobile Network Routing (DMNR) offers a sophisticated solution to this challenge, providing a robust framework for integrating these… Read More
Optimal Antenna Installs for Public Buses and Ferries
Connectivity is no longer a luxury but a necessity – even in transit. Passengers expect reliable Wi-Fi signals to stay connected when commuting on a public bus or ferry. This means their chosen mode of transportation must maintain a reliable cellular signal for the duration of its journey so that the signal can be distributed to passengers for Wi-Fi usage… Read More…
Tech Cabinets for Bus Transit Vehicles
Maintaining efficient communication and data management is critical in public and private bus operations. Whether managing a fleet of buses or equipping a single vehicle for optimal performance, having a well-organized tech setup is essential. This is where tech cabinets come into play. A tech cabinet is a dedicated space on vehicles, such as buses, to house… Read More…
Understanding Cellular Modem Specifications
Cellular technology plays a pivotal role in providing internet access today, especially for those reliant on mobile connectivity. However, not all cellular devices are created equal. The specifications and capabilities of the cellular modem within these devices significantly impact your internet experience. At the core of every cellular device lies a component…Read More
Supporting Sustainability Initiatives with Edge Computing
Did you know data centers contribute 2% of the world’s CO2 emissions? With increasing demand, their electricity consumption is projected to rise by 10% annually. The electronics industry accounts for an estimated 4% of greenhouse gas emissions. Implementing sustainable practices is crucial to mitigate these impacts across the tech sector. Organizations relying…Read More
Preventing Remote Work Security Risks
The office environment has transformed significantly. Nowadays, employees are more likely to enjoy lunch in their backyards than in a sterile breakroom. Instead of enduring bumper-to-bumper traffic, they simply walk down the hallway from their bedroom to their home office. According to Upwork, over 32.6 million Americans will be working remotely by 2025… Read More…
Modernizing Mass Transit with Remote Connectivity Solutions
Managing a fleet of over 700 buses across 85 routes and thousands of stops, one public transportation authority’s jurisdiction on the West Coast covers more than 500 square miles. Each bus has a Digi cellular router controlled and overseen by Digi Remote Manager®. This technology enables authority managers to utilize real-time computer-aided dispatch… Read More…
The Evolution of Cellular Technologies
The evolution of cellular technology over the past decades has been nothing short of miraculous. Coverage has dramatically improved, data is vastly cheaper, and wireless speeds with the latest devices rival landline broadband performance. Even more exciting is that this rapid pace of advancement shows no signs of slowing down. It’s quickening as carriers… Read More…
RDP Security: Securing Your Remote Access
Many professionals seek to implement the Remote Desktop Protocol (RDP) as a key component in their industrial environments to enable remote monitoring, configuration, and troubleshooting of essential systems like PLCs, HMIs, and SCADA servers. RDP, a network communication protocol developed by Microsoft, allows users to connect remotely to other computers, making it…
Mobile SD-WAN vs. Dual Modems in Vehicles
Picture yourself as a first responder rushing to an emergency scene: every moment is crucial, and reliable communication is paramount. Yet, if your in-vehicle network connection fails, you lose access to real-time dispatch updates, critical data transfers, and effective communication with fellow responders. This situation highlights the essential need for… Read More…