Trending December 2023 # Twitter Is A Mobile Whale: 45% Of Daily Tweets From Mobile Devices # Suggested January 2024 # Top 15 Popular

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Yesterday, at the 2011 Mobilize conference, Twitter’s VP of engineering Michael Abbot spoke with Om Malik regarding Twitter’s overall growth and the role mobile devices play in that growth. Prior to joining Twitter 16 months ago, Abbot led the software and services team at Palm.

Since Abbot joined the company a little over one year ago, Twitter has seen exponential growth. Last summer, Twitter had just over 60 million total daily tweets and that number has increased to over 230 million daily tweets. Amazingly, approximately 45% of the 230 million daily tweets originate on mobile devices.

While discussing whether Twitter is concerned regarding the additional traffic the iOS integration will provide, Abbot indicated he is confident Twitter can handle the traffic volume:

“During the last nine months, there’s been more infrastructure changes at Twitter than there had been in the previous five years at the company. So that whether it be the death of bin Laden, or someone announces a pregnancy, we can handle those issues and you’re not seeing a fail whale.”

Later in the interview, when Abbot was asked if Twitter had plans to change its basic service, he responded:

“We have been and continue to be very focused on that simplified experience of Twitter. I think that’s one of the reasons we’ve seen the growth. People get it, so people use it.”

One of the highlights of Abott’s interview was when he stated Facebook “sucks at everything” and indicated that Twitter is not focused on what its competition is doing.  Abbot said Twitter is committed to keeping their service simple and providing users with an optimal experience. He believes that Twitter’s success is due to the simplified, easy to understand nature of the service.

[Sources Include: All Things D & GigaOM]

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Web Services On Mobile Devices

Corporate information on handheld devices is becoming more necessary than ever. Learn about the opportunities and challenges in developing Web services applications on mobile devices.

According to industry reports, existing host systems still hold 70 percent of mission-critical data and most of the pivotal business logic that runs worldwide commerce, and will continue to be a foundation for success for most organizations. An organization’s ability to leverage these legacy systems in combination with newer applications for improved speed and power, therefore, will increasingly become a critical success factor in designing and implementing new business initiatives.

In building mobile applications for the enterprise, integration and the corresponding challenges are as central to its design as pure application development. Because mobile applications are created simply to enable a mobile workforce to continuously access corporate business processes and information in real time, they are very rarely standalone applications in their own right. Rather, they apply the existing business logic of these host applications (to ensure data integrity, security, and so forth) as an extension and not re-create this logic in new systems.

To provide a complete view of a data set to the user, many mobile enterprise applications must access multiple existing business systems. For example, to supply the sales team with a complete profile of the customer, the mobile application may need to connect to the corporate SAP system for sales information, the Siebel system for customer care issues and a mainframe for customer records. To design mobile enterprise solutions that execute such information access and integration efficiently, the developer must consider realistically the resource limitations (limited real estate, data bandwidth, and so on) and create the applications to only provide the specific data required for the task and not try to be general purpose.

Mobile integration follows the same guiding principles and tenets as do any other integration issues: service-oriented architecture (SOA) for integration and XML and Web services for the delivery of integration. With the implementation of XML and Web services, SOA can decouple the end devices and their operating environments from the integration of mobile services with corporate applications.

Industry experts today agree that the adoption of mobile middleware best deliver corporate business processes and applications to mobile devices, by enabling the combination of off-the-shelf integrated application adapters with process management capabilities to define and coordinate transactions across multiple back-end corporate applications.

With this rapidly increasing popularity, these modern devices are often fully equipped with extensive capabilities. Most of these devices come with more than one wireless data communications options including Bluetooth, Wi-Fi, General Packet Radio Service (GPRS) and other 3G network technologies such as EDGE. They also provide Browser capabilities, most of them beyond simple Wireless Application Protocol (WAP) to support standard HTML-based Web sites. These mobile devices allow new opportunities to develop solutions beyond mobile e-mail with development frameworks, such as Linux, J2ME, and the Microsoft .NET Compact Framework. The virtually limitless functionality of mobile devices and the availability of literally thousands of Wi-Fi hotspots can lead to the reality of delivering the mobile infrastructure needed by the enterprise, much further beyond just mobile e-mail.

Mobile Internet pioneers have learned some important lessons:

Mobile Internet technology is evolving very rapidly. Handsets, network speeds, interoperability standards, and protocols are all becoming developed at an increasing rate as mobile phone manufacturers, network infrastructure players, and mobile network providers are investing massive amounts of resources into creating the next-generation networks.

Mobile network technology is not geographically bound, GSM-specific ,or tied to any transport network or technology but blankets over local differences and enable worldwide deployment of mobile applications.

In the current reality, corporate applications cannot inherently support access from all devices and will not be able to do so for some time. However, the concept of multi-channel and multi-modal applications has evolved to create application middleware solutions that allow both legacy custom-developed applications and contemporary packaged applications to be accessed from handheld devices from a multiplicity of vendors. Obviously, any mobile middleware solution should have built-in support for as many enterprise applications, old and new, as possible.

The Wireless Application Protocol (WAP) is a suite of standard protocols that interact to display data on a mobile phone screen, and consists of two major parts:

The transport protocols define the transmission of the information into the phone, managing the over-the-air links, error detection and recovery, and session management.

The presentation protocols dictate the human/machine interface—how information is displayed usefully on the small screen of a mobile phone and how the phone keypad is used to enter information and interact with applications.

The WAP browser accepts a “card deck” in which each card can be thought of as a tiny Web page. However, instead of HTML (the language used to describe Web pages on the Internet), another language called WML (Wireless Markup Language) is used to describe the layout and behavior of each card in the deck. Users navigate through a WAP application by selecting from a menu of choices, and often the entire card deck that is downloaded into the phone and contains an entire menu structure, all limited to the local structure of the mobile phone and not communicating over the wireless link.

Although it is called a browser and it can be useful to think of a WAP card as a “minimalist Web page,” the screen and keypad of a mobile phone present very different challenges for the application designer than do the rich output and input capabilities of a modern Web browser. And existing Web sites—with their frames and graphical navigation aids—cannot be translated easily into the menu-oriented approach of the WAP browser.

At first glance, the easiest way to get corporate information deployed to mobile users is just to take existing application screens or Web pages and push them out to the WAP browser. In fact, mobile server products often offer the ability to do “on the fly” publishing—take existing text files or Web pages and boil down the text to appear on one or more WAP screens. The conversion process is mechanical and many Web pages with frames and complicated formatting do not easily translate to WAP applications. The results can range from passable to comical to awful, but almost certainly do not make the best use of the capabilities of the mobile browser.

At the other end of the simplicity spectrum, well-designed and highly efficient WAP applications that replicate corporate applications can be custom built. This people-intensive process is expensive and the ongoing cost to maintain both the standard and WAP (and possibly HTML) versions of the application is high.

The underlying structure of Web-based support on mobile devices is very similar to that of a desktop or a laptop computer. Web-based support relies on the same standards as does the Internet:

IP, the underlying communications technology

the Internet, the underlying network

The end-user application is a Web browser that can produce very complex, graphical, and highly interactive interfaces from data delivered in HTML and XML or their mobile equivalents, therefore bringing the mobile corporate enterprise one step closer to reality through the mobile Web. However, these mobile browsers still do not provide the full functionality of a desktop Web browser; this presents some limitations on the full Web experience.

To make such mobile extensions of corporate applications, it is crucial to have products that provide a comprehensive development and deployment platform and also support the creation of new corporate applications and transactions that can be Web-enabled for PDAs and Smartphones. These products also should enable the extraction and re-presentation of transactions from a corporate application to create and deliver real-time mobile enterprise applications.

How To Find And Remove Stalkerware From Your Computer Or Mobile Devices.

It probably doesn’t come as a surprise but there’s a new kind of “Ware” on the tech scene and it’s not something you’re going to want to find on any of your devices. Stalkerware, as it has recently been labeled, is a security and privacy threat that allows you to be spied on in a variety of malicious, intrusive ways. If you’d like to know a little more about this emerging threat continue reading.    

How to Set Your Internet Browser to Automatically Launch in Private/Incognito Mode.

The name Stalkerware is pretty self-explanatory, in nutshell, software is secretly installed on a victim’s phone, tablet or computer. This software allows the installer to gather video, audio, messages and other types of information or watch in real time should they choose to. It’s basically software that allows you be to spied upon in the most personal and intimate way. The good news is that there are ways you can detect and remove Stalkerware from your devices. Below are the steps you need to follow if you think you may have fallen victim Stalkerware.

How Do I Know if Stalkerware is Installed on My Device?

Stalkerware isn’t as easy to install as viruses or Malware and generally requires someone to have physical access to your device. This doesn’t make it impossible though, dodgy phone or computer repair companies, ex-lovers, jealous partners, backstabbing friends and plenty of other parties have the potential to install some sort of Stalkerware on your device. A specific piece of software called FlexiSpy is one of the main and most well-known offenders on the Stalkerware scene and can be obtained in a variety of different ways. You can find more information on FlexiSpy’s origin here.  

Note: Just because we mentioned that Stalkerware is most likely to be installed by someone who has physical access to your device, it doesn’t mean you can’t be infected by stalkerware from other traditional locations, such as email attachments and downloaded files. Stay vigilant and make sure you are only opening files you are sure are clean. And keep your passwords fresh for all your accounts.

One of the easiest ways to spot Stalkerware on your device, whether it is your phone, laptop or tablet, is to look for any new apps or programs that have been installed since you had it repaired or borrowed it to someone. This can be done easily on your Android or iOS device by checking your installed apps list.

If you see anything you’re not sure about, Google it to find out more. If Google says it might be malicious, remove it as soon as possible. If you are concerned about your computer and are using Windows or MacOS you can open the Task Manager or Activity Monitor and search for any programs running in the background that shouldn’t be. Again if you are unsure you can Google any entries you are worried about and remove them. You should also be very cautious about what apps you install if you have Jailbroken your iPhone.

Note: Make sure that the secret question answers you have set on certain websites and apps aren’t easily guessed by people who may know you. This isn’t stalkerware related but can be used to gain access to sensitive/personal information.

If you are worried about your Google or Facebook account being accessed, you can use their active sessions tools, which allow you to force sign out of any devices you are logged into. For Google, accounts go to the account page and select Device Activity & Notifications. Here you can view the devices your account has been accessed from, you also have the option to force a sign-out. Remember if anything is suspicious, change your account details, especially your password.  

How to Remove Stalkerware.

If at any stage you are still worried about your phone or computer being spied on, you can completely restore it to factory defaults. This will wipe everything from your device including any Stalkerware.

Speccheck: Compare Mobile Devices On Your Android Device

SpecCheck for Android allows users to easily compare the specifications of different Smartphones from their device. It will show you all the details of a smartphone and allows you to compare which smartphone is better. The application has a huge database of all the popular smartphone brands, including Samsung, HTC, LG, Nokia and many more.

When you run the application for the first time, it will update its database (with information for over 150 smartphones) before you can start using it. At any point of time, you can manually update the databases from the application settings.

After that, all you need to do is select the devices you want to compare and it will show you the details.

SpecCheck can be a very simple and useful application for Android devices when you want to get in-depth comparison two devices.



Hammad is a Business student and computer geek who cover latest technology news and reviews at AppsDaily. Apart from that, I like to review web services and softwares which can be helpful for the readers.

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Importance Of Iot Devices In Daily Life

More than 5 billion people on planet Earth have access to the internet. The world is hyper-connected socially, economically, politically, and environmentally. But have they ever wondered how everything is being held so smoothly and effortlessly? All credits are to be given to IoT. So, what is IoT? In IoT, all the devices are interconnected, but first, they are connected to the internet. All of which collect and share data among themselves.

While reading this article,14.4 billion IoT devices are connected globally and are estimated to reach over 24 billion by 2030. With endless possibilities, IoT is a swiftly evolving phenomenon. And experts believe that this phenomenon is here to stay for a long time.

Here I have listed seven daily life applications of IoT

Smart Homes

IoT sensors collect data like our preferences of music, artists, temperature, and our routine, like the time we wake up, have meals, go to bed, etc. Home automation has been the successful application of IoT so far. Lighting, smart home appliances, voice assistants, smart switches, and locks are a few examples of how our lives can be made more accessible by automating our homes. It is needless to stress safety and security as we can control all our devices through our smartphones. Full-scale home automation can cost thousands of dollars, but smaller single products cost less than 100. Some of the subsections of a smart home are −

Smart Home Security Smart Cameras

Gate cameras, door cameras, CCTV cameras, and inside cameras like baby monitors are some examples of smart cameras. These cameras have wireless internet connectivity, making them accessible from anywhere.

Biometric Locks Fire Sensors

Most smart homes include a Carbon Monoxide (CO) detector. These detectors are set up to notify you if the CO level in your home reaches an exceptionally high level.

Smart Kitchen Wi-Fi Fridge

We can keep track of ingredients, and you can see what’s in your refrigerator while you are at the supermarket, so you don’t overbuy.

Hot Drinks That Stay Hot

Your preferred hot beverage will be kept at the recommended serving temperature by the cup when the app makes a recommendation. The app will suggest how long to let the bag steep if you prefer tea. The best part is that you don’t have to worry about charging it because the plate it comes with wirelessly charges the cup’s battery when it isn’t in use.


The Healthcare sector includes doctors, patients, hospitals, and health insurance companies. Patients wear wearable technologies like fitness bands and blood pressure monitors. While technology cannot reverse the aging of the population or prevent a pandemic from occurring, it can help humanity by making monitoring easier. It can save lives in medical emergencies like heart failure, diabetes, asthma attacks, etc.

IoT devices collect the patient’s data, like blood pressure, oxygen, blood sugar levels, ECGs, and weight. This collected data is then stored in the cloud and made available to an authorized person, who could be a physician, consultant, or member of an insurance company.

Smart Cars

Through IoT, we can connect cars to exchange information like speed, dynamics, and location. A recent breakthrough in smart cars is driverless cars. Though it seems like it’s from the future, driverless cars are already being made. With the help of high-end sensors like gyroscopes, these cars are connected to cloud platforms and the internet.


Watches, rings, and wristbands with biometric sensors can measure blood oxygen levels, glucose levels, respiration rates, and heart rate and variability. These wearable gadgets gather and store the raw data before sending it over a cellular or Internet connection to a cloud infrastructure. A common component of wearable technology is an accelerometer, which counts steps taken and recognizes emotions like falls or golf swings. The gadgets can calculate travel distances and pinpoint your location using global positioning satellites (GPS) links. For example, Smartwatches (e.g., Apple Watch), Fitness Trackers (e.g., Fitbit), Smart clothing (e.g., Owlet Smart Sock 2)


IoT devices will get smarter as they gather more data. By using IoT-connected devices, cities will become “smart cities.” But it’s not as fancy as it looks. There are some privacy concerns attached to the success of IoT. It is not just our data sensors that are collecting; they have our behavioral patterns and can be used against us.

Is Square The Future Of Mobile Payments?

Last week it was reported that Square, a mobile credit card reader, had opened its doors and was available for download in the app store. Square is the brainchild of Jack Dorsey, who is also co-founder of Twitter.

The app, when used in conjunction with a small card reader that plugs into the auxiliary port, allows anyone to process credit card payments. This takes “mobile payments” to a whole new level as now small businesses and vendors can process payments without the need for a wired or complex point-of-sale system.

All you need is a compatible device (iPhone, iPad, iPod touch, or one of select Android devices), the card reader, and a signal on your device.

So what does this mean for retailers and small businesses? Is it secure to use? And what about the cost? Will this be the new method businesses large and small use? Read more to find out…


Using Square is not terribly expensive. The mobile card reader is free when you are approved for a Square account, and the transaction fee is 2.75% + .15 to swipe. It’s slightly more if keyed in. There’s no start-up fee, monthly fee, minimum fee, early-cancellation fee, or any other bizarre and ridiculous fee. Transaction fee. That’s it!


When watching the demo video, the part I was most impressed with was the finger-based signature. Merchants can allay customer fears or hesitation by allowing them to hold the device, swipe it themselves, and then sign onscreen with their finger. They’ll see the transaction is complete, their information is secure (only the last 4 digits of the card will show), and they don’t need to worry. Receipts are sent immediately to their email.

Is it unreasonable to expect a jailbreak app designed to clone or retain the swiped info? Maybe not, but do thieves really want to go through the hassle of creating some kind of “business” with items or services to sell so they can dupe people into swiping their card on a phone? I run a small business, and honestly it sounds like a lot less work to learn how to pickpocket.


Obviously, this is Square’s strongest selling point. This is a truly wireless and simple solution to credit card processing. Further, it doesn’t just make accepting credit cards easier, in some cases it makes it possible when it wasn’t before.

Think of festivals and street fairs, places where cash-only is the norm. They can now turn a bigger profit by snagging those customers that don’t carry cash or forgot to stop by the ATM (or maybe are too cheap to pay that $3 withdraw fee!)

But it’s not just small businesses and vendors that could benefit, I imagine larger companies can, too. Apple stores are a great example of mobile payment, with their own card reader and device to process payments on the spot. Now other retailers can trial out this system using Square.

It may not happen in your local department stores, but perhaps seasonal retailers that set-up shop temporarily or sell door-to-door can make use of Square’s simplicity. Maybe in the future, Square will grow to include a barcode-scanning system and inventory count for retailers.

The Downsides

Square is still an app, and apps still crash or have bugs. Already Square’s pushed out an update to resolve some issues. And it might be discouraging to think of lost revenue or customers because AT&T’s network is having a grumpy day or your business is in a weak reception area.

And of course, phones are lost every day, which could compromise security. And then there’s the fact that Square is only as good as your device’s battery. Better keep that cord handy and make sure an outlet’s nearby.

But most of these downsides can be avoided or remedied easily. Find a bug? Let Square know. Bad reception? Invest in a Microcell. Lost your phone? Good thing you had a passcode that was set to erase the data after 10 failed attempts. (You did think to do that, right?) Didn’t charge your battery? Well then you shouldn’t be running a business because you don’t know how to plan! (I kid, I kid.)

Is This the Future?

Mobile payment processing is no doubt catching on and building buzz. Paypal has their options, and I think the field is bound to get more crowded. Crowded means competition, which is usually a good thing.

I own a small business that sells clothing at local festivals, and I have used the bank’s merchant payment processing system. It’s a cumbersome and expensive tool, and the cost hasn’t really been worth the benefit of being able to accept credit cards. Square is a greatly welcome alternative. I can’t wait to try it out.

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