Have you ever been in a rush to go somewhere, but heavy traffic slowed you down? If only a private lane was reserved for just you, you’d never have to worry about traffic again. While you’ll never get a lane to just yourself, the next best thing is using the High Occupancy Vehicle (HOV) lane when you can. In the world of campus Wireless Local-Area Network (WLAN) solutions, the 6 Gigahertz (GHz) spectrum is your HOV lane. Compared to the more popular 2.4 GHz and 5 GHz spectrums, the 6 GHz spectrum is far less congested. The additional capacity of 6 GHz significantly benefits Campus Area Networks (CANs), notably those enterprise campuses, education, large public venues, and the hospitality sector.
The demand for Industrial Internet of Things (IIoT)-based technologies in the Southeast Asian region is expected to soar in the coming years. As enterprises, notably in the manufacturing and logistics sectors, trend toward rapidly embracing digital transformation, Internet of Things (IoT) connections revenue will grow to US$13.5 billion by 2027. With greater adoption of Industry 4.0 tools comes more intelligent factories, leveraging a wide range of operations-enhancing technologies. Examples of smart factories abound in the Southeast Asian industrial sector.
Market research goes hand-in-hand with maximizing profits at a business enterprise. Whether you’re a vendor or an enterprise implementer of a new technology, in-depth, data-backed intelligence can safely guide your organization toward sustained success.
Technology research deliverables identify potential roadblocks and lucrative revenue opportunities for organizations, while giving you a reliable partner to consult with when questions about your respective market inevitably arise. Take, for example, the technology market research case studies we recently compiled, showcasing how our forward-looking methodologies help some of our biggest clients with their digitization journeys. In this blog post, let’s review four of these case studies to give you a better idea of what kind of results you can expect from ABI Research as a technology intelligence partner.
Why Is Market Research Important for Technology Companies?
Few technology companies have the sway that Apple possesses, having the largest smartphone market share worldwide in 4Q 2022. With such substantial influence comes substantial attention from industry players, technology enthusiasts, and other stakeholders. From a new iPhone release to years of Extended Reality (XR) development, every move Apple makes is closely monitored because the company’s products are often forward-looking and set new trends in consumer devices. Here are some of the tech products that will define Apple's near to medium-term future.
There is a 90% chance that the average global temperature will be warmer within the next five years than the previous five-year span, according to a recent update from The World Meteorological Organization (WMO). Just as alarming, the research also suggests that there’s an 86% likelihood that the planet will experience its hottest year on record by 2028. To help combat these environemental calamities, numerous software companies are offering carbon accounting solutions for enterprises. This post lists 14 of these companies, with some being household names and others being early startups.
A Subscriber Identity Module (SIM) is the nucleus of contemporary mobile devices as they authenticate user Identity (ID) for billing and store crucial identity information. As chronicled in ABI Research’s most recent SIM Cards market data report, demand for this technology has already passed its peak. Worldwide shipments for SIM cards (a combination of removable and Embedded SIM (eSIM) solutions) are set to plateau, growing at a Compound Annual Growth Rate (CAGR) of 1.5% between 2023 and 2028—reaching 4.67 billion units shipped by the end of the forecast window. For reference, 5.38 billion SIMs shipped in 2018.
In times of economic uncertainty, the main priority of an enterprise is to sustain operations in the most economical and simplified way possible. Network-as-a-Service (NaaS) deployment models are the perfect solution to this challenge for enterprise Wi-Fi connectivity. A virtualized NaaS model means cloud-based software takes precedence over physical on-premises management, with management and maintenance responsibilities outsourced to a Managed Service Provider (MSP) or sometimes the equipment vendor directly. Enterprises typically “pay as they go” for access to NaaS, ensuring that wastage is minimized and expenses align with their business needs. Although they're skeptical now, ABI Research forecasts that more than 9 in 10 enterprises will use this usage-based consumption model for at least a quarter of their network services by 2030. Moreover, our analyst team projects a 72% boost in NaaS revenue by the end of the decade.
But why are an increasing number of enterprises turning to NaaS, and what do infrastructure vendors stand to gain from this new service model?
In our blog post, How the Edge Enables Groundbreaking AI Applications, we provided a definition for edge Artificial Intelligence (AI). To refresh, ABI Research defines edge AI as “the implementation of AI platforms and solutions on the edge of a network, close to the end user's environment.” In other words, edge AI use cases and applications are processed locally instead of at a remote data center. Edge AI platforms include Internet of Things (IoT) hardware, edge computers, and small, localized data centers.
Standard Essential Patents (SEPs) are key to creating interoperability and Intellectual Property (IP) protection in the telecommunications industry. To drive innovation in the 5G space, The Third Generation Partnership Project (3GPP) Working Groups (WGs) develop a variety of Technical Specifications (TSs) backed up by many important patented technologies (i.e., SEPs). This blog post provides a thorough update on the latest developments in 5G patents, detailing TS types, most common WGs, company categories making declarations, and regional analyses. Then, it discusses the future trajectory of 5G SEPs.