The world of connectivity is evolving, and satellite Internet of Things (IoT) is at the forefront. Businesses today depend on satellite-enabled IoT to bridge gaps where terrestrial networks falter. Remote farms, ocean-bound cargo, and rugged industrial sites are just a few examples of operations that struggle to maintain uninterrupted connectivity with cellular-only solutions. Satellite-supported IoT devices can even extend beyond traditional enterprise applications, as evidenced by the use of Globalstar’s satellite transmitter chip for animal monitoring.

According to ABI Research's Satellite Communications: IoT Deployments & Subscriptions market data, the total number of satellite IoT connections will nearly triple from 10 million in 2024 to 28 million in 2030. The majority of these deployments are in GEO constellations, although LEO is going to account for 40% of deployments by the decade's end. 

Intel Vision 2025 was held on March 31 to April 1 in Las Vegas, roughly 300 miles northwest of last year’s Phoenix venue. The event marked a critical moment for Intel as new Chief Executive Officer (CEO) Lip-Bu Tan outlined his strategy to revitalize the US$160 billion semiconductor firm as a semiconductor leader. Tan plans to reverse Intel’s recent decline by adopting a “day one startup mentality,” transforming the company into a customer-centric, Artificial Intelligence (AI)-powered innovator with a software-first approach. ABI Research views this as a high-stakes endeavor, given Wall Street’s focus on short-term results and Intel’s need to compete with agile rivals. Leveraging Intel’s manufacturing strength, an impressive Intellectual Property (IP) portfolio, and robust Research & Development (R&D) capabilities, Tan aims for a sustained transformation of the Santa Clara, California-based firm.

NVIDIA’s GPU Technology Conference (GTC) 2025 wasn’t just another tech event—it was a bold declaration of where Artificial Intelligence (AI) is headed. With 25,000 in-person attendees and a buzzing virtual crowd of 300,000, there was immense energy and excitement in the air. Jensen Huang’s keynote set the stage, unveiling a vision that swaps traditional computing standards for a new era of AI computational efficiency driven by token generation. ABI Research’s April 2025 recap whitepaper dives deep into these shifts, and we’ve distilled six key highlights that every business leader and tech strategist needs to know.

Digitalization in manufacturing is redefining operational efficiency and resilience, yet it’s not always so clear how digitally transformed manufacturers are. To get a better understanding of how technologically advanced manufacturers are, to date, ABI Research conducted the second edition of its Manufacturers’ Technology Adoption & Attitudes Survey, published in March 2025. It draws insights from 458 decision-makers across the United States, Germany, and Malaysia. The six revelations shared in this blog highlight key trends and challenges shaping manufacturing digitalization, offering strategic guidance for industry leaders and technology vendors.

The telecoms industry has hit an inflection point, with a newfound focus on computing-centric applications. This marks the era where communications alone is no longer enough for telcos to drive the revenue growth they seek. At Mobile World Congress 2025 (MWC25), ABI Research analysts observed this transformation unfolding across the exhibition floor. As the event highlighted Artificial Intelligence (AI), edge computing, and data-driven solutions over conventional hardware, the telco value chain emerged as a key area of change. Here are five compelling examples from MWC25, each revealing a piece of this industry-wide pivot.

Electricity consumption in data centers poses one of the biggest decarbonization challenges of our time. On one hand, there is a huge demand for energy-guzzling applications within the Generative Artificial Intelligence (Gen AI) and cloud computing domains. On the other hand, cloud AI technologies require an unprecedented amount of power to run.

As we inch closer to Mobile World Congress (MWC) 2025, network Application Programmable Interfaces (APIs) are a hot ticket item within the telecoms industry. They are a way for telco operators to provide developers with access to network capabilities, enhancing user experience and offering more efficient services, while unlocking new features otherwise not possible. APIs have unlocked opportunities across supply chains, with notable successes including app stores like Apple's and Google's, cloud services like Amazon Web Services (AWS) and Azure, and various consumer and enterprise services.

T-Mobile US is one of the most successful network carriers in the United States, generating US$66.2 billion in services revenue in 2024. It’s a household name in America, with its antennas and Millimeter Wave (mmWave) technologies being used to connect the Superdome in New Orleans for the Super Bowl. While everyone knows who T-Mobile is, few are familiar with the technological underpinnings of its forward-looking solutions.

We often take cellular connectivity for granted. Without it, we can’t text our friends, access email, or contact emergency services. For enterprises, a lack of mobile coverage means software tools are deemed worthless, vital communications get shut down, and operations come to a halt. Unfortunately, it’s not always possible to deliver fiber-based broadband due to geographical constraints and outdated infrastructure. Fixed Wireless Access (FWA) is a key connectivity solution that addresses these challenges as it does not require physical cable installation in a home or business.

The technology landscape is evolving rapidly, with new innovations shaping industries and driving global digital transformation. In 2025, businesses and solution providers will need to adapt to new technology trends if they want to stay one step ahead.