The true value of the Internet of Things lies not merely in the data it collects, but in the actionable insights that drive real‑time decisions—enhancing asset efficiency, reliability, and utilization. From supply‑chain visibility and manufacturing automation to smart lighting, parking, and municip

Wearables, mobile apps, data‑driven diagnostics and emerging technologies are poised to transform how patients access and receive medical care. Internet of Things Enabled Healthcare Healthcare remains one of the most valuable yet contentious sectors. Escalating costs, intricate insurance regulations

When building an Internet of Things (IoT) system, the business model and associated costs are critical to choosing the right technology stack. This session delves into the primary cost drivers—development, production, and operations—and provides a clear framework for evaluating connectivity options.

Each quarter, a fresh wireless standard is heralded as the next breakthrough for IoT. The expanding menu of connectivity options can overwhelm product managers and engineers alike. With a disciplined decision framework, the optimal choice is usually straightforward. Common Wireless Options in 2024

Higher Accuracy and Lower Cost Tracking with Bluetooth, Cellular, and WiFi. Location data powers at least 70% of all IoT applications—from fleet monitoring to sophisticated factory automation. While many deployments still rely on manual entry during setup, the growing scale of IoT requires automated

Carriers lead the IoT charge at Mobile World Congress Americas Despite a modest turnout at its inaugural edition, the Mobile World Congress Americas (MWCA)—a joint effort between the former CTIA expo and the GSMA—became a showcase for the U.S. carriers’ latest strategies to expand IoT connectivity a

NB‑IoT is transforming industries from urban infrastructure to precision agriculture. Standardized by the Third Generation Partnership Project (3GPP) in Release 13 of LTE Advanced Pro (June 2016), NB‑IoT delivers low‑cost, low‑power connectivity that can run on a single battery for up to a decade wh

Carrier‑grade, cellular‑based Internet of Things coverage available nationwide Verizon beat AT&T to the punch, launching its nationwide IoT network on March 31, with AT&T completing deployment in mid‑May. Today, both carriers offer extensive, carrier‑grade LTE‑M1 coverage across the United States, r

Connected street lighting extends beyond illumination, becoming a versatile platform for a spectrum of IoT applications. In the era of the Internet of Things, a smart city is the ultimate convergence of ultra‑dense network connectivity and pervasive sensing—public safety, environmental monitoring, t

Remote monitoring, asset tracking, and condition‑based maintenance are the leading IoT use cases in modern manufacturing. Verizon’s 2017 State of the Market: Internet of Things report offers a comprehensive view of how enterprises are adopting IoT and the market forces driving that adoption. The rep

The Internet of Things (IoT) is a rapidly evolving confluence of technologies, and industry stakeholders are examining how distributing compute resources to the network edge—tied together by an end‑to‑end architecture that bridges edge infrastructure and cloud services—can unlock powerful IoT applic

Z‑Wave and Zigbee are low‑power, mesh‑based wireless protocols that exchange modest data over short to medium ranges. While they share many similarities, critical differences influence which one is best suited for a given application. Product designers frequently consult us to understand these disti

3GPP, the global standardization authority for cellular networks, recently unveiled three low‑power IoT standards: LTE‑M, NB‑IoT, and EC‑GSM‑IoT. These standards were created as cellular counterparts to LoRa, LoRaWAN, and Sigfox, aiming to provide devices with affordable, power‑efficient connectivit

The farming and agricultural sector thrives on innovation, and the Internet of Things (IoT) is now the catalyst that is increasing yields while optimizing resource use. From the mechanical breakthroughs of the 19th and 20th centuries—tractors, harvesters, and automated harvesters—to today’s connecte

Keeping up with the rapidly evolving real‑time location system (RTLS) landscape can be challenging. This guide highlights five authoritative online resources that deliver timely, expert‑driven RTLS news and insights. Below are some of the best sources of online information about the real‑time locat

Real‑time location system (RTLS) software turns raw position data into actionable insights—enabling instant asset identification, smarter inventory decisions, and robust protection of high‑value items. The exact capabilities you need vary by industry and use case, but any top‑tier RTLS platform shou

Real‑time location systems (RTLS) are reshaping healthcare, offering hospitals and clinics advanced ways to boost efficiency, cut costs, and elevate patient care. While RTLS spans multiple industries, the healthcare sector is one of the most mature adopters, thanks to its need for precise asset mana

The debate over the optimal technology for expansive, low‑power wide‑area networks continues to spark discussion in the IoT community. While platforms such as Sigfox, Ingenu, and the LoRa Alliance champion unlicensed LPWAN, we at Link Labs advocate for cellular carriers as the most reliable pathway

In manufacturing, retail, distribution, and shipping, orchestrating the flow of raw materials and finished products is a perennial challenge. Mis‑shipped or improperly stored items can damage sensitive goods, and the sheer scale of large operations often breeds chaos in warehouses and distribution c

When designing a smart‑home or industrial IoT solution, selecting the appropriate network topology is critical. Below we compare the three most common options—mesh, star, and point‑to‑point—to help you choose the best fit for your application. Mesh Topology A mesh network distributes data across al