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Apple TV configurations you should modify without delay; having the suitable applications can significantly enhance your experience.

Every app listed here is available for free, but we also ensured to inform you of those that provide a subscription model or other in-app expenses. Nevertheless, you’ll have the chance to at least try the app before making any financial commitments. Check out the list below to discover what should be installed on your Apple TV right away, and keep in mind that there are also some concealed Apple TV features everyone ought to be aware of.

In the current digital age, the prospect of the internet suddenly becoming unavailable resembles a moment out of a post-apocalyptic film. Nonetheless, this situation is not merely a figment of imagination; it is a reality in certain regions and a possible threat everywhere. Security expert Robert Siciliano cautions that an internet disruption is not a matter of “if” but “when,” implying that everyone ought to ready themselves for such an occurrence.

One approach to getting ready is by assembling an offline “survival library” of digital materials. This library can be created using a Raspberry Pi or a similar device, enabling you to access crucial information without needing an internet connection. You can obtain maps, Wikipedia entries, e-books from Project Gutenberg, user guides, and even YouTube videos for offline viewing. Furthermore, possessing fully charged portable chargers and keeping content on various devices can guarantee access during disruptions.

Alternatively, you could acquire an “Internet-in-a-Box” gadget like PrepperDisk, which offers offline availability to a large collection of content. These devices, offered in different storage sizes, provide a practical yet pricier solution.

Whether you decide to construct your own library or purchase a ready-made device, preparing for internet outages can bring reassurance and ensure access to essential information when necessary.

one of the most sought-after music streaming platforms available, and there’s a solid reason for it. Whether you’re engaging with the web player or the application, the experience is fluid and consistent (especially if you’re on the premium plan), enhanced by the extensive array of tracks and numerous useful features that elevate your music sessions. 

A lot of these Spotify functionalities are designed to assist you in crafting the ideal playlist for any mood you’re in. There’s Smart Shuffle that introduces tracks that Spotify believes you may enjoy, Mix sections that provide personalized song playlists based on your listening habits, and even Spotify’s latest Smart Reorder feature that ensures smoother song transitions.

Nonetheless, there are also several lesser-known Spotify curation tools that are unfamiliar to many, yet they can enhance your playlists. These encompass additional avenues for receiving tailored playlists and song suggestions from Spotify, personalized album artwork to make your playlists stand out even more, and even a dedicated AI-supported DJ solely focused on curating your playlists.

The U.S. military is perpetually seeking methods to outpace technological advancements, especially as drones, robotics, and artificial intelligence disrupt warfare with remarkable velocity. A recent advancement stems from a military challenge that resembles a trendy reality television program rather than a conventional government request for proposal (RFP). Conceived by Secretary of the Army Daniel Driscoll, Dragon’s Lair is an annual event where soldiers present solutions to typical battlefield issues to a panel of judges, akin to “Shark Tank.” Launched by the U.S. Army and made accessible to all U.S. military branches and units in 2021, the panel features both civilian and military specialists.

Dragon’s Lair provided the U.S. Army with a method for transporting its rapid deployment Unmanned Armed Vehicles (UAVs). Known as the Modular Drone Case, this product is a lightweight and robust container crafted to carry various drones for air and land operations. Created by Spc. Alexander Soto and Sgt. Talen Valerio from the 82nd Airborne Division, the case secured second place at Dragon’s Lair XI, the June 2025 edition of the Army’s “Shark Tank”-inspired competition.

The case illustrates the production cycle fundamental to the Army’s Transformation Initiative. In an open letter, Driscoll stated that the effort aims to redefine how the military will “fight, train, organize, and procure equipment.” Initiated in May 2025, the Army intends to “provide essential warfighting capabilities, enhance our force structure, and eradicate waste and outdated programs.” Although not groundbreaking at first glance, the Modular Drone Case exemplifies the initiative’s fostering of innovation driven by soldiers. So far, the Army has not disclosed whether the case will be deployed at the DOD’s new drone testing facility in the near future.

From pitch to production

The concept for the modular drone case was inspired by Spc. Alexander Soto’s observations of drones being damaged during deployment. As a paratrooper, Soto recognized that drones frequently sustained damage during airborne drops or field training. He discovered a need for soldiers to have a secure way to transport sensitive equipment in a sturdy, mobile case small enough to fit in a backpack. According to an announcement praising Soto and Valerio’s proposal, the case facilitates rapid deployment during ground, vehicular, and airborne missions, serving as a “versatile, field-adapted solution” designed for “optimal payload efficiency and field mobility.”

After winning second place at the June 2025 conference, the design team worked alongside Staff Sgt. Larry Dockins from the Airborne Innovation Lab to create the prototype for the carrying case. The outcome was a lightweight, resilient product compatible with multiple UAVs. Dockins noted that the case could significantly impact the military’s drone operations. “Any solution that enhances a warfighter’s lethality counts as a successful solution for us,” Dockins mentioned in the U.S. Army press release announcing the case’s production. “Developing a device that reduces weight could determine victory or defeat on the battlefield.”

The competition’s winners, U.S. Army SFC Jesus Naranjo and 1LT William Rambin, presented an 81mm Mortar Quick Emplacement Mount that enables soldiers to store and deploy mortars from Infantry Squad Vehicles. Previously, infantry troops primarily depended on improvised techniques to quickly deploy mortars in dynamic, high-stakes environments. Another noteworthy innovation introduced at the event was a headset capable of detecting electromagnetic frequencies.

The Army’s innovative forward approach

Despite its battlefield potential being impressive, the true achievement of the Modular Drone Case lies in its expedited development process. More than merely a product of the military’s Shark Tank adaptation, the case stands as a successful pilot initiative of the Joint Innovation Outposts’ accelerated procurement model. Established in January of this year, the JIOP aims to streamline the Pentagon’s procurement practices, offering key partners a quicker timeline leading up to production. Led by Lt. Gen. James Gavin, the JIOP was pivotal in advancing the modular case from concept to production in merely three months.

Such endeavors represent the military’s effort to expedite internal innovation timelines to remain competitive amid unprecedented change. As advancements in artificial intelligence and robotics reshape the battlefield’s scale, scope, and nature, the Pentagon must embrace novel strategies to keep up with diverse challenges. Reforms concerning the Army’s Acquisition Program and the launch of the branch’s “flagship innovation engine,” known as FUZE, further highlight this approach.

How the Modular Drone Case stands against more extravagant drone-centric innovations, such as transforming Apache helicopters into drone-destroying machines, remains to be determined. In its essence, the case demonstrates the Army’s capability to swiftly tackle challenges and signifies the success of Dragon’s Lair. The challenges that might arise in the future are yet to be seen.

AirPods Pro 3 provides up to eight hours of audio playback on a single charge, with a total of 24 hours available using the charging case. Battery longevity was certainly one of the major aspects we highlighted in our AirPods Pro 3 evaluation, and even when looking back a generation or two, Apple AirPods have a reputation for excellent battery longevity.

Nonetheless, the lithium-ion (Li-ion) batteries found in these AirPods are consumable items, which means they will gradually decrease in charging efficacy over time. Fortunately, there are straightforward methods to extend the battery life of those AirPods, such as ensuring they are charged to the ideal level, but not exceeding it. Apple has even integrated a software feature that can accomplish this for you. Thus, until scientists discover a way to double the lifespan of Li-ion batteries, it’s beneficial to learn how to maximize that battery life through a simple charging routine.

Apple has just revealed the latest MacBook Neo. However, if you’ve observed that your MacBook is experiencing some lag — whether it’s simply aging or you put it through a lot — there are several measures you can take to provide it with that much-needed boost.

Although there are methods to invest money to enhance your MacBook’s performance, numerous ways exist to achieve this by merely tweaking a few essential settings. Some of these methods involve streamlining how your Mac boots up, optimizing some of the storage, modifying certain visual features that Mac OS offers, and more. Let’s explore how to give your MacBook the competitive advantage it needs.

Android 16 was developed utilizing a method known as Automatic Feedback-Directed Optimization (AutoFDO). Engineers at Google populated test devices with the 100 most widely used Android applications, mimicking the activities that typical users engage in daily. During this process, the engineers employed tools to capture which segments of code the processor executed frequently and which it barely accessed. This effort resulted in a kernel that has been generated based on an intricate understanding of how Android is utilized in the actual environment.

Kernel functions represent roughly 40% of CPU usage on Android devices. Through the implementation of AutoFDO to enhance the kernel compilation, the development team achieved enhancements of up to 26.4% for specific performance metrics in a controlled Android 16 evaluation. The team emphasizes that these improvements aren’t merely theoretical, stating they “result in a more responsive interface, quicker app transitions, improved battery longevity, and an overall more agile device for the user.”

While performance enhancements are beneficial, the significant insight for numerous users will be AutoFDO’s contribution to battery longevity. Numerous top-tier Android smartphones already achieve superior battery performance compared to the iPhone 17 Pro, even prior to this significant update. Consequently, Android devices are set to operate even more effectively concerning energy consumption.

Understanding the factors to contemplate prior to installing solar panels at home begins with several essential variables. The time it takes to recoup your investment will hinge on various elements, such as the size of the system, climatic conditions in your region, local energy prices, and available tax incentives. From this point, you can begin to gauge your payback period, which, for many households, averages around 10 years, although the specific duration can differ based on your location.