Posts Tagged: "smartphones"

On January 7th, 2007, legendary CEO of Apple Inc. and master of the product demo Steve Jobs announced the introduction of three revolutionary new products: a widescreen iPod with touch controls, a revolutionary mobile phone and a breakthrough Internet communicator. Soon, it became clear to everyone attending the Macworld 2007 keynote address, these three products would be incorporated into a single device known as the iPhone. This was Apple’s first foray into the nascent smartphone sector and it marked the beginning of a sea change in the consumer electronics industry.

The next decade should see a major increase in intelligent virtual assistants with market research firms predicting that the market will grow at a compound annual growth rate (CAGR) from 34.9 percent up to 38 percent between 2016 and 2024, reaching a global market size which could be as large as $12.28 billion by 2024. Industry sectors where virtual assistants will see major applications develop soon include banking, financial services and insurance, due in large part to the growth of mobile banking, as well as end-uses in the healthcare and e-commerce sectors.

Being targeted by PAEs is nothing new for Apple — but in an anti-trust complaint dated December 20, 2016, Apple finally said enough was enough. Pulling no punches, Apple accused the PAEs of “conspiring with Nokia in a scheme to diffuse and abuse [standard essential patents] and, as the PAEs and Nokia fully intended, monetize those false promises by extracting exorbitant non-FRAND royalties in way Nokia could not”. Using PAEs for direct attacks against Apple would be a smart, albeit sneaky, strategy for Nokia. Since PAEs do not themselves sell any products, there would be little risk of a countersuit from Apple – as well as a general lack of commitment to FRAND licensing terms that spell lower royalties.

American semiconductor giant Qualcomm has been taking actions in recent months against a Chinese smartphone developer whose stature has been on the rise. In a press release dated October 14th, Qualcomm announced that it had filed a complaint with the U.S. International Trade Commission (ITC) against Meizu, a portable electronics manufacturer founded in 2003 and headquartered in the Chinese city of Zhuhai. Along with the ITC complaint, Qualcomm also filed a patent infringement action against Meizu in Germany’s Mannheim Regional Court and initiated a infringement-seizure action in France to begin collecting evidence for a potential future patent infringement action in that company.

Biometrics, or the measure of human physiological characteristics as expressed by data metrics, is becoming a much more valuable sector of high tech in recent months. By 2020, the global market for biometric systems should surpass $24.4 billion according to data released by Markets and Markets, with the sector growing at a compound annual growth rate (CAGR) of 17.5 percent between 2015 and 2020. Biometrics has applications in a couple of growing tech sectors, including e-commerce, e-passports and smartphones. Computer software and hardware developer Microsoft Corporation (NASDAQ:MSFT) of Redmond, WA, is looking to apply biometrics tech to its smartphone products.

Now with smartphones always-on and within reach 24/7, the way businesses need to communicate information to customers is through their mobile devices. And statistics show that the preferred method for reaching customers by their phones is via text message. For example, 70 percent of customers say texts are a good way to get their attention, and 90 percent of customers will open a text message within three minutes of receiving it, according to mobilesquared, an industry analysis firm.

The third quarter continued Apple’s declining iPhone sales, eating into the company’s most profitable sector. iPhone revenues dropped from $31.3 billion in 2015’s third quarter down to $24 billion in the most recent quarter, a loss of 23 percent. That drop in revenues follows a sharp reduction in unit sales for the iPhone, down to 40.3 million units sold in the recent quarter from 47.5 million units sold in 2015’s third quarter… Meanwhile, Apple as so far in 2016 earned 29 U.S. smartphone patents, with these patents primarily relating to user interfaces and portable displays.

On Tuesday, June 28, Apple was granted a new patent, U.S. Patent No. 9,380,225, entitled “Systems and methods for receiving infrared data with a camera designed to detect images based on visible light.” The patent essentially discloses a method for a smartphone’s camera to receive data over infrared waves—data that could alter functionality of the phone. Since the grant of the patent there has been a viral outpouring of articles on using this technology to disable photography and video capture, particularly at live concerts and theater events. While this apparently invasive tech may be something to keep an eye on, it’s important to consider if this can be implemented tomorrow, in a future iPhone, or in an Apple device further down the road. How soon should we start to worry?

5G is expected to generate even higher revenues from applications and services due to explosion on mobile application and services because of broadband-like speed, which are crucial for some of the emerging technologies like IoT, Wearables and Virtual/Augmented Reality. Revenues for 5G services will exceed $65 billion by 2025, according to a forecast from Juniper Research… The number of patents and key underlying technologies for 5G mobile networks will evolve significantly within next 5 years. However, early analysis shows that Qualcomm will still be the IP leader but may be not as dominant as in 4G-LTE. The device makers like Apple, Samsung, and Lenovo are also working on 5G IP development in order to minimize IP licensing costs.

The model for implementing digital wallets has largely relied upon what is known as the four-corner payment model by incorporating the use of payment cards, such as debit cards. Market research firm Research and Markets has reported that nearly three-quarters of all mobile digital wallets are funded by payment cards. By the end of 2013, 22 percent of the world’s population owned a smartphone, so it’s not inconceivable to think of a time in the future where credit and debit cards will become obviated by near-field communications (NFC) payment systems on smartphones entirely, despite the major rollout of payment cards with EMV computer chips by financial institutions. Today, we’ll take a look at the top three contenders in the mobile payment world to see what we can expect from each in the coming months.

American business interests could be adrift at sea after the European Court of Justice invalidated the U.S.-EU Safe Harbor agreement, which governs the transfer of data from European citizens to data centers outside of Europe. Meanwhile, the high tech world of Silicon Valley is getting a new, well-heeled neighbor when Japanese automaker Toyota Motors Corp. (NYSE:TM) realizes its plans of establishing a new five-year corporate venture focused on developing artificial intelligence (AI) technologies. Google is also undertaking the push to develop its own processing chips in an effort to stem fragmentation of Android device development.

Only someone who is completely indifferent to the truth, and who has intentionally put on blinders so they don’t see the truth, could ever say that the public does not benefit from federally funded research. It is sad that this even needs to be pointed out, but critics of the patent system and federal research funding can take intellectual dishonesty to bizarre heights. In other words, they are not beyond making outright false statements, which all too frequently go unchecked. Equally ridiculous is the argument that the federal government built every technology that is the result of some funded scientific breakthrough. The fact that the government invested in basic science doesn’t mean that all follow-on innovation that utilizes the discoveries was built and paid for by the government. Such an argument is completely disingenuous.

In the world of smartphones, it’s looking like paranoia is becoming much more profitable in recent years. Huge security breaches at major corporations around the world have made people everywhere much more aware of the technological risks they run in their own daily lives. We’ve already reported on the value of patent portfolios focused on mobile device security here on…

Consumers are very interested in knowing that their data is protected, and not simply their financial account data. However, as wearable technologies and the closely related Internet of Things continue to become more robust, there have been questions raised over the privacy of data created and transmitted by these devices as well as the capability of others to gain unauthorized remote access through a cyber attack. Technologies designed to provide fitness tracking could have the unintended consequence of giving a party gaining unauthorized access to that data the ability to track their movement.

It’s impossible to actually support the idea that patents harm smartphone innovation because there is no consumer product that has changed so much over the past decade thanks to innovation. And if patents would get in the way of anything, it would definitely get in the way of an industry which accounted for one out of every six active patents. But more smartphones are being sold than ever before and new improvements continue to be developed, from curved touchscreens to waterproof phones to dual-screen phones.