Recently, CySecurity reported that threat actors were using digital advertising data to attack US soldiers in war zones. The US law enforcement recently warned about the “anti-tech” extremism because the AI criticism was growing in the country.
In the Android threat landscape, a new malware operation has been rapidly expanding, reducing the barriers to entry for cybercriminals whi...
Recently, CySecurity reported that threat actors were using digital advertising data to attack US soldiers in war zones. The US law enforcement recently warned about the “anti-tech” extremism because the AI criticism was growing in the country.
The push toward thinner smartphones and lightweight laptops has transformed device design over the last decade. While manufacturers have succeeded in reducing size and weight, the transformation has often come at the cost of connectivity. Many modern devices now rely on a single USB-C port for charging, data transfer, and external accessories, leaving users without many of the ports that were once standard.
As a result, consumers frequently turn to individual adapters whenever they need to connect older hardware. A separate adapter may be required for an external monitor, another for a USB flash drive, and yet another for reading camera memory cards. What begins as a simple attempt to restore missing functionality can quickly turn into a collection of small accessories that must be carried, organized, and replaced when lost.
Technology users who work across multiple locations often encounter this challenge. A forgotten HDMI adapter can prevent a presentation from being displayed on a monitor. Leaving behind a memory card reader can delay the transfer of photos and videos. Even a missing USB adapter may stop a user from connecting a keyboard, mouse, or storage device when it is needed most.
Multi-port USB-C hubs have emerged as one solution to this growing connectivity problem. Instead of requiring separate accessories for different tasks, these devices combine multiple ports into a single unit that connects through a USB-C interface. Depending on the model, a hub may include HDMI output, USB-A ports, SD and microSD card readers, Ethernet connectivity, and pass-through charging support.
The primary advantage is convenience. Rather than managing several individual adapters, users only need to carry one accessory capable of supporting a wide range of devices. For people who frequently travel or work remotely, reducing the number of cables and connectors can simplify setup and minimize the chances of leaving behind a critical component.
Many hubs also allow smartphones to support more advanced desktop-style workflows. Certain Android devices can connect to external displays through HDMI, enabling users to work on a larger screen while simultaneously using a keyboard and mouse. This approach can create a workstation-like environment without requiring a traditional computer for basic productivity tasks.
However, not all USB-C hubs deliver the same level of performance. Buyers should examine specifications carefully before making a purchase. Factors such as transfer speeds, display resolution support, charging capacity, and the total number of available ports can vary considerably between products.
Power management is another important consideration. When multiple accessories are connected simultaneously, a hub may draw power from the host device. For this reason, many manufacturers offer pass-through charging capabilities that allow a charger to supply power to both the hub and the connected phone or laptop. Some models advertise support for charging rates up to 100 watts, although part of that power is consumed internally to operate the hub and connected peripherals.
Despite the industry's migration toward USB-C, many commonly used accessories continue to rely on older USB-A connections. Flash drives, printers, wireless mouse receivers, gaming controllers, and other peripherals still use the legacy standard. A hub can serve as a bridge between newer devices and existing hardware without requiring users to replace all of their accessories.
Memory card support remains particularly useful for photographers, videographers, and drone operators. Integrated SD and microSD slots allow media files to be transferred directly from cameras and storage cards without requiring dedicated readers. Some higher-end hubs can access both card formats simultaneously, reducing the need to repeatedly swap storage media during large file transfers.
Display connectivity is another frequently used feature. Many USB-C hubs provide HDMI output capable of supporting high-resolution external monitors. When paired with compatible devices, this allows users to extend their workspace, view content on larger screens, and improve multitasking capabilities.
Cost considerations may also influence purchasing decisions. While individual adapters often appear inexpensive when purchased separately, the combined cost of HDMI adapters, memory card readers, USB converters, and Ethernet accessories can exceed the price of a single multi-port hub. Consolidating these functions into one device may also reduce the need for repeated replacement purchases caused by misplaced or damaged adapters.
As manufacturers continue to streamline hardware designs and reduce the number of built-in ports, USB-C hubs are increasingly being used to restore connectivity options that many users still depend on. For individuals who regularly connect external displays, storage devices, memory cards, or older peripherals, a multi-port hub can provide a practical way to expand the capabilities of both smartphones and laptops through a single connection.
Large cloud operators may be becoming a more attractive option for organizations seeking new infrastructure, according to Nutanix CEO Rajiv Ramaswami, who argues that hyperscale providers can often secure servers and components faster than traditional enterprise buyers.
Speaking about current market conditions, Ramaswami said cloud providers benefit from purchasing hardware in enormous volumes. Their buying scale allows them to negotiate directly with manufacturers and secure priority access to components such as memory and solid-state drives. As a result, some enterprises evaluating new infrastructure projects are finding that cloud-hosted bare-metal servers can be available sooner, and in certain cases at lower cost, than purchasing and deploying equipment in their own data centers.
The comments come at a time when organizations continue to face elevated hardware expenses. Memory modules and flash storage remain among the most expensive components in modern server deployments, contributing to overall infrastructure costs. According to Ramaswami, these pricing pressures are unlikely to ease in the near term, meaning enterprises may need to factor longer-term budget impacts into future technology investments.
For infrastructure teams, procurement decisions are increasingly shaped by two practical considerations: acquisition cost and deployment timelines. If a cloud provider can supply computing resources immediately while physical server orders require extended delivery periods, organizations may choose cloud deployment even when they have traditionally preferred on-premises environments.
However, Nutanix is observing a different pattern when artificial intelligence projects are involved. While some conventional workloads are moving toward cloud infrastructure, many businesses continue to deploy AI systems inside their own facilities. Ramaswami said predictable operating costs remain one of the primary reasons for this approach.
Many organizations are still attempting to determine whether AI initiatives generate measurable financial returns. While interest in AI remains high across industries, businesses are increasingly scrutinizing infrastructure spending associated with model training, inference workloads, and data processing. Operating AI infrastructure internally can provide greater visibility into hardware utilization and long-term costs.
According to Nutanix, practical AI applications currently dominate enterprise deployments. Document retrieval systems, knowledge search tools, automated summaries, and internal productivity assistants remain among the most common implementations. Ramaswami said Nutanix has recorded approximately a 10 percent improvement in service response times through AI-assisted operations, while software development teams have accelerated feature delivery by roughly 50 percent after incorporating AI-supported workflows.
The discussion also touched on evolving server architectures. Enterprise customers are increasingly evaluating smaller hardware footprints as they seek to reduce power consumption, rack space requirements, and operational expenses. Some organizations are also exploring Arm-based processors, which have attracted attention because of their energy-efficiency characteristics.
Despite growing industry interest in Arm, Nutanix does not currently see sufficient customer demand to justify a full migration of its software platform. Ramaswami noted that many open-source technologies used throughout the Nutanix ecosystem, including Kubernetes and the KVM hypervisor, already support Arm processors, potentially simplifying future development efforts if adoption accelerates.
The CEO's comments coincided with Nutanix's third-quarter fiscal 2026 earnings announcement. During the quarter, the company added 730 new customers and reported continued demand for its virtualization and hybrid-cloud offerings. Ramaswami stated that many of those customers migrated from legacy infrastructure platforms, although he did not identify specific vendors.
Nutanix also reported growing interest in its support for external storage systems. Historically, the company emphasized its own software-defined storage capabilities. More recently, it has expanded support for third-party storage platforms, giving customers additional flexibility when modernizing infrastructure. According to Ramaswami, the strategy contributed to two separate seven-figure agreements involving organizations that retained storage systems supplied by Pure Storage and Dell.
For the quarter, Nutanix reported revenue of $703 million, representing a 10 percent increase compared with the same period last year. Annual recurring revenue reached $2.43 billion, reflecting a 15 percent year-over-year increase and providing another indication of continued enterprise spending on hybrid-cloud and virtualization technologies.