About the iPhone

17 08 2014

After years of hard work on January 9, 2007, Steve Jobs let the lion out of the basket. Let’s say it with William Shakepeare: Well roar’d Lion.

(14:00 min, January 9, 2007, Steve Jobs introduced the iPhone)

This All-In-One is still the basis of Apple’s success making 53% of the total sales as reported in the SEC filing for the fiscal year 2012/2013. Within the company it takes the lion’s share when it comes to revenues, customer satisfaction, and brand loyalty.

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Today it’s much more than just ‘the internet in your pocket’. It’s seamlessly integrated in Apple’s product line-up and services. Hundreds of thousands of apps let users do everything they want to do.

The device …

It’s a fact that Apple’s iPhone is the smartphone with the highest build-quality as compared to all competitors.

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High quality makes a device attractive for people with substantial income and goes along with weakness in demand in emerging markets.

But it’s not only the hardware which makes a device successful. The environment is an essential part of product acceptance and success. It’s the All-In-One idea represented by the Apple ID the company offers its customers.

Think of it like this …

You order the latest Porsche 911 GT 3, for sure the company’s flagship. It’s delivered to an place about 250 miles south-west of India. I’m talking about a small part of the 1192 islands of the Republic of the Maldives. Your GT 3 is powered by a 475 hp engine and runs about 195 mph. Unfortunately the island is just about 500 ft in diameter and so I’m sure you won’t need one of the implemented airbags, the anti-skid breaking system, or any other innovative feature.

It’s the environment, the ecosystem, which makes a device as powerful as it is seen today pulling millions of people into it. Beside the internet, not provided by Apple, it’s the App Store, iTunes, iCloud, and more wherein an iPhone feels well and with it Apple’s customers.

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Feel free to download this map from my Box account.

The alternative file formats have been created with iThoughts HD for iPad (.ITMZ file format). Compatibility to other tools is limited. The DOCX file format is suggested for those who don’t use a mind mapping tool. The file contains the image as well as a detailed outline of all topics.

Application File format
Adobe Reader PDF
Apple iWork/Microsoft Office DOCX
iThoughts ITMZ
MindManager MMAP
XMind XMIND

From 2007 on Apple released phones to beat the iPhone every year. The company breathed life into the device with a seamless to use operating system, iOS, which got a completely new design in October 2013. The credit belongs to Sir Jonathan Ive, Senior Vice President of Apple’s Industrial Design.

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Compared to a human being the iPhone has it all, admittedly with some limitations regarding the brain, sorry, the processor and the memory which still cannot beat the human specs.

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Fanboys, following competing platforms always refer to the design of iOS, the missing features for customization, and a liaison with Apple’s ecosystem, aka vendor lock-in. They ignore the fact that there is a OS-DNA, a well-considered design strategy, not shown on the touch screen but in the depths of its code.

According to malware researchers at F-Secure Labs, the number of active mobile threat families and variants initially spiked in Q4 2012, with Android’s share jumping from 49 out of 74 known threats to 96 out of 100, with the balance being related to Nokia’s essentially mothballed Symbian platform.

That was enough to rouse a tweet from the rarely used account of Apple’s head of worldwide marketing Phil Schiller, who linked to the report with the brief admonition “be safe out there”.

However, F-Secure’s new report for Q1 2013 shows Android now accounts for 136 out of 149 known threats, or 91.3 percent of all malware activity (up from 79 percent in 2012).

The other threats remained related to Symbian, with zero discovered for Blackberry, Microsoft’s Windows Mobile/Phone or Apple’s iOS. The research noted that mobile threats are overwhelmingly motivated by profits, with 76.5 percent designed specifically to con users out of money, rather than seeking to just cause damage.

If you like customization you are welcome in Android’s monopoly on malware.

Supplier responsibility …

Manufacturing an iPhone is done by 777 companies all over the world.
The Chinese company Foxconn, assembling devices, is able to employ 230,000 assembly line workers producing 72,000 back plates for the iPhone per day. 40% of consumer electronics worldwide are made by Foxconn in a large number of production lines. The company is a contracting party of Apple, Dell, Nintendo, Motorola, Amazon, Nokia, Sony, Samsung and others.

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Since years international organizations like the UN or Transparency International are monitoring human rights. What does Apple do?
In contrast to the RMG industry Apple takes care of labor conditions. The company undertook many steps and is taking towards all issues regarding infringements of human rights (unlike other tech companies).

Ending the industrywide practice of excessive overtime is a top priority for Apple. They tracked work hours weekly at a handful of suppliers, and when they found excessive hours, they were able to address the problems quickly with the supplier.

In 2012, Apple expanded that program and tracked work hours weekly for over 1 million employees, publishing the data every month. As a result of this effort, the suppliers have achieved an average of 92 percent compliance across all work weeks, and the average hours worked per week was under 50.

Many large companies are members of the Fair Labor Association (FLA). Activities of the FLA are targeted to audits of the company’s suppliers, mainly located in foreign countries. Reports are published on the FLA website.

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Members of the FLA are e.g. Apple (as the first technology company), adidas, asics, Fruit of the Loom, H+M, Nestle, Nike, Puma, S.Oliver, etc. Apple’s main competitor Samsung is not an affiliate of the FLA. The list shows that most of the members are companies active in the garment industry.

The FLA regularly reports about audits (announced and unannounced) and everyone can download the reports in Adobe PDF or Microsoft Excel file format.
Apple’s membership in the FLA shows the companies efforts to take care of the environment in which it’s products are manufactured.

Manufacturing …

Beside Apple’s ecosystem there is a much greater and more important one, our planet. In April 2014 scientists elaborated that parts of China are no longer suitable as a habitat for human beings, animals, and plants because of a tremendous pollution load in the air, the water, and the soil.

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What the company does to keep the environment healthy is published here:

http://www.apple.com/environment/reports

Cormorant energy eaters are the worldwide growing number of data centers which are necessary to offer all the services electronic devices are using. In contrast to others Apple accepts the climate change as a fact and wants “to leave the world better than we found it”. So here are some facts about Apple’s facilities providing iCloud, iMessage, Facetime, Stores, and administration services, published in April 2014.

  • Maiden, North Carolina
    We designed our Maiden, North Carolina, data center from the ground up for energy efficiency, and it has earned the LEED Platinum certification from the U.S. Green Building Council — the first data center of its size to be honored.
    On any given day, between 60 and 100 percent of the renewable energy it uses is generated onsite through biogas fuel cells and two 20-megawatt solar arrays — the nation’s largest privately owned renewable energy installation — and we purchase any remaining power we need from entirely clean sources. The Maiden center generates 167 million kilowatt-hours of renewable energy onsite per year — enough to power the equivalent of 13,837 homes.
  • Prineville, Oregon
    Our data center in Prineville, Oregon, is every bit as environmentally responsible as the one in Maiden. We’re building a micro-hydro system that will harness the power of water that flows through local irrigation canals.
    When completed in 2014, it will serve most of the center’s energy needs, In the meantime, since Oregon allows the direct wholesale purchase of renewable energy, we’re able to directly access enough local wind energy to power the entire data center.
  • Reno, Nevada
    Our newest data center, in Reno, Nevada, follows in the footsteps of our 100 percent renewable energy centers in Maiden and Prineville. We’re working with the local utility to codevelop an 18- to 20-megawatt solar array using a new kind of photovoltaic panel with curved mirrors to concentrate sunlight.
    Expected to be operational in early 2015, the solar array will have an annual production capacity of over 43 million kilowatt-hours of clean, renewable energy. Until then, the center will be powered by renewable geothermal energy purchased from the local utility.
  • Newark, California
    Like our facilities in Maiden, Prineville, and Reno, our data center in Newark, California, is powered by 100 percent renewable energy. We hit this milestone in January 2013, when we began serving the data center with energy sourced primarily from California wind power. We’re acquiring this energy directly from the wholesale market through California’s Direct Access program.

Investments in low-pollution manufacturing are one of the reasons why Apple products are expensive. To manufacture smartphones with nearly the same features of an iPhone for half the price is only possible with a rigorous exploitation of the resources. Well, 330 suppliers of Apple are located in China but there are strong efforts to bring parts of the production back home. At the time this is only possible for some computer products but not for mobiles because of missing capacities of human resources. There is just one company able to assemble hundreds of thousands of mobile devices within a narrow timeframe. It’s the Chinese-based company Foxconn. ABC News’ Bill Weir was invited to take a look inside Foxconn.

(15:12 min, Apr 18, 2012, AlbaIM Social Network)

Outsourcing is the key to Apple’s supply chain success. Apple outsources manufacturing and assembly to suppliers. Many suppliers are “fabless” (no company-owned fabrication facilities) and, in turn, outsource fabrication. Companies headquartered in the US and Europe subcontract fabrication to Asian companies. Many of these Asian companies based in Japan, Taiwan and South Korea then outsource fabrication to places with cheaper labor or greater ability to scale up production.

That’s how everything ends up being Made in China. Singapore, Malaysia, Thailand, and the Philippines get a lot of the adion, too, mostly as suppliers for back-end components.

Highlights in 2013 …

Apple events are always an exciting show viewed by millions of people.
It was the event in October 2013 with the most significant steps since iPhone’s birthday in 2007.

In 2012 Apple acquired Authentec, a Florida-based company specialized on biometric authentication. Authentec’s fingerprint sensor debuted on the iPhone 5S one year later.
With no production facilities of its own, all fabrication is outsourced to Taiwanese company TMSC, which does most of the manufacturing in its Shanghai facilities.

The Touch ID (Apple’s implementation of a fingerprint scanner), improves seamless usage and security and can be seen as a first step to payments using biometric authentication.

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Apple realizes the value of wearable tech through M7 – a mixed signal chip from NXP (Netherlands), which can make sense of the data from the motion detected by the iPhone accelerometer of Bosch (Germany), gyroscope of STMicroelectronic (Italy) and electromagnetic compass of AKM (France). Current and future apps that can take advantage of this data are poised for the jackpot.

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It’s the iPhone which is the carrier for new and innovative technologies or even disruptive technologies.

From SEC filings …

As the leading industrial nation the USA developed rules for financial reports which are basically overtaken by the majority of other countries. The responsible commission in the USA is the SEC (U.S. Security and Exchange Commission).

The laws and rules that govern the securities industry not only in the United States but also in all other industrialized countries derive from a simple and straightforward concept:

All investors, whether large institutions or private individuals, should have access to certain basic facts about an investment prior to buying it, and so long as they hold it.

If we look at Apple’s SEC filings of the fiscal year 2012/2013 which ended on September28, 2013 we can see that the company is dependent from iPhone sales.

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Total net sales were $170,910m with $91,279m generated by the iPhone which is about 53% of the companies sales. If we include the iPad as the 2nd important iOS device, 72% of the company’s sales are generated by mobile devices. So it’s quite clear that mobiles call the shots.

The cult …

“Apple’s brand is just overwhelming here,” said Eiji Mori, a Tokyo-based analyst at BCN Inc. “It’s not about specifications. It’s not about rationale. It’s about owning an iPhone.

Immediately after the launch of a new iPhone rumors about a successor start.

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Apple enjoys a cult-like following for its platforms, especially following the massive increase in popularity for the brand brought about by the huge increase in sales for all its products that started around the time the company introduced the original iPod in late 2001.
The mass usage of computing devices in everyday life, mixed with Apple’s vertical integration of its products, has helped to bring about this increase in popularity, and combined with a tight-lipped corporate policy about future products, helped foster an interest in the company’s activities.

No other company is in a daily focus of publishing media no matter authors like or hate what’s launched in Cupertino.

Summary …

The iPhone is Apple’s engine, the carrier of innovative technology. The credit belongs to Steve Jobs whose vision of the ‘Internet in your pocket’ initiated a fiercely competitive market in which all leading tech companies participate. Google, Samsung, and Microsoft force Apple to keep the innovative power in a transition phase from PC to mobiles.

Related links …

Fingerprint Technology

iOS Updates

iCloud, a paradigm shift

About Innovation

About Statistics

Designed by Apple in California

Apple’s Supplier Responsibility

Thanks for visiting iNotes4You.





Happy Birthday iPhone

29 06 2014

The first iPhone was released on June 29, 2007.

Evolution, Innovation,
Invention, Disruptive Technology… ?
Whatever.

With each iteration of an intelligent concept customers benefit from added values.

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Thanks to Steve Jobs. His vision of ‘The Internet in your pocket’ came true in 2007 after years of hard work of all the involved co-workers doing their job with passion.

The vital organs …

Sensors are vital organs of a smartphone.
Incredible micromachines provide information for many features like changing the display from portrait to landscape mode according to the devices’s orientation.

Without them it loses its smartness and metamorphoses into a machine converting sound – typically and most efficiently the human voice – into electronic signals suitable for transmission over long distances. Just an innovation of the well-known Smoke Signal Technique. That’s it.

This mind map shows all sensors implemented in the new iPhone 5S.

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Feel free to download this mind map.

The alternative file formats have been created with iThoughts (.ITMZ file format). Compatibility to other tools is limited.

Application File format
Adobe Reader PDF
Apple iWork/Microsoft Word DOCX
iThoughts ITMZ
MindManager MMAP
XMind XMIND

Enjoy the iPhone’s ad …

The internet in your pocket.
Touching is believing.
Hello.
Apple reinvents the phone.
Say Hello to iPhone.
The iPhone you’ve been waiting for.
The first phone to beat the iPhone.
Twice as fast, for half the price.
The most advanced mobile OS. Now even more advanced.
25,000 apps. And counting.
The fastest, most powerful iPhone yet.
More to love, less to pay.
This changes everything. Again.
If you don’t have an iPhone, well, you don’t have an iPhone.
The world’s thinnest smartphone.
Finally.
It’s the most amazing iPhone yet.
The biggest thing to happen to iPhone since iPhone.
Loving it is easy. That’s why so many people do.
For the colorful.
Forward thinking.

There’s an app for that.
That’s the iPhone. Solving life’s dilemma one app at a time.

Related links …

Sensitiveness

Thanks for dropping by.





Two running systems

16 02 2014

There are some similarities between an iOS device and a human being. Here is a simplified explanation of a computer-like device by using some well-known facts about human beings. Which of them is more complicated cannot be assessed. But it’s obvious that humans learn during their whole life whereas the basic skills of a device are fixed when the production process ends. Adding further skills means installing apps but even features of apps are already clearly defined by the developers.

There is a one way connection between the owner and his device because the owner has access to uncountable information saved on internet servers, can improve his skills and personality, and can be creative when using his brain and e.g. a mind mapping tool or an iWork app.

The comparison …

Basics of the two systems are summarized in this mind map.

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Feel free to download this map from my Box account.

The alternative file formats have been created with iThoughts HD for iPad (.ITMZ file format). Compatibility to other tools is limited.

Application File format
Adobe Reader PDF
Apple iWork/Microsoft Office DOCX
iThoughts ITMZ
MindManager MMAP
XMind XMIND

The differences …

Comparing the two systems might be useful for those who are not deeply involved in computer technology. So first of all let’s see where the differences are to avoid misconceptions (Source, modified). Keep in mind that these differences are not valid for supercomputers with hundreds of processors or implemented artificial intelligence. We are just talking about an iOS device with a single processor.

  • 01 Brains are analogue; computers are digital
  • 02 Brains uses content-addressable memory
  • 03 Brains are massively parallel machines; computers are modular and serial
  • 04 Processing speed is not fixed in the brain; there is no system clock
  • 05 Short-term memory is not like RAM
  • 06 Brains cannot be divided in hardware/software
  • 07 Synapses are far more complex than electrical logic gates
  • 08 Processing and memory are performed by the same components in the brain
  • 09 The brain is a self-organizing system
  • 10 Processors only can handle commands predefined by the operating system
  • 11 Brains can learn
    As far as I know there are two areas where even iOS devices improve their capabilities over time. When writing words iOS saves frequently written words in an individual dictionary. Power management adapts to usage over time.
  • Bonus Difference
    The brain is much, much bigger than any [current] computer.
    Accurate biological models of the brain would have to include some 225,000,000,000,000,000 (225 million billion) interactions between cell types, neurotransmitters, neuromodulators, axonal branches and dendritic spines, and that doesn’t include the influences of dendritic geometry, or the approximately 1 trillion glial cells which may or may not be important for neural information processing. Because the brain is nonlinear, and because it is so much larger than all current computers, it seems likely that it functions in a completely different fashion. The brain-computer metaphor obscures this important, though perhaps obvious, difference in raw computational power.

Source

Processor and apps …

The mind map shows that the kernel of an iOS device has to be divided into processor, operating system, and memory.

The Memory

During installation of a new app, the installer code creates a home directory for the app, places the app in that directory ( /AppName .app) and creates several other key directories. These directories constitute the app’s primary view of the file system located in the memory of your device and represents the universe for that app. It contains everything the app can access directly.

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If you create a document (e.g. with Apple’s Keynote) or receive one via E-Mail you possibly want to further work with it in another app. In Apple’s filesystem this is not possible by default.Interactions of an iOS app are limited mostly to the folders associated with it. This limitation is labeled Sandbox-Mode and was designed to increase the security of the filesystem. Unfortunately it also decreases the usability in many cases.

Note …
One exception to this rule occurs when an app uses public system interfaces to access things such as the user’s contacts or music. In those cases, the system frameworks handle any file-related operations needed to read from or modify the appropriate data stores.

The Operating System

If you tap on a control within an app (or you generally touch the screen), the app (the touchscreen) sends a specific command to the processor which communicates with the operating system to retrieve the necessary further tasks. The processor only can handle commands which have been defined by Apple (implemented in the operating system), the developer of the operating system. Programmers (companies where you het your app from) use these commands to let you interact with their app.

The Processor

A central processing unit (CPU), also referred to as a central processor unit, is the hardware within a computer that carries out the commands of an app by performing the basic

  • arithmetical
    counting the number of mails
  • logical
    setting WiFi on or off
  • input/output
    playing music, or asking Siri via microphone

operations of the system.

The fundamental task of a CPU is to execute a sequence of stored instructions (a program). The instructions are kept in the memory. Usually CPUs work in 4 steps:

  • FETCH
    Fetch involves retrieving an instruction (a sequence of numbers) from the program memory. The location in program memory is determined by a program counter (PC), which stores a number that identifies the current position in the program.
    The instruction that the CPU fetches from memory is used to determine what the CPU has to do.
  • DECODE
    In the decode step, the instruction is broken up into parts that have significance to other portions of the CPU. The way in which the numerical instruction value is interpreted is defined by the CPU’s instruction set architecture (ISA). Often, one group of numbers in the instruction, called the opcode, indicates which operation to perform. The remaining parts of the number usually provide information required for that instruction, such as operands for an addition operation. Such operands may be given as a constant value (called an immediate value), or as a place to locate a value: a register or a memory address, as determined by some addressing mode.
  • EXECUTE
    During execution, various portions of the CPU are connected so they can perform the desired operation. If, for instance, an addition operation was requested, the arithmetic logic unit will be connected to a set of inputs and a set of outputs. The inputs provide the numbers to be added, and the outputs will contain the final sum.
  • WRITEBACK
    The final step, writeback, simply “writes back” the results of the execution to the memory. Some types of instructions manipulate the program counter rather than directly produce result data. These are generally called “jumps” and facilitate behavior like loops, conditional program execution (through the use of a conditional jump), and functions in programs. Many instructions will also change the state of digits in a “flags” register. These flags can be used to influence how a program behaves, since they often indicate the outcome of various operations. For example, one type of “compare” instruction considers two values and sets a number in the flags register according to which one is greater. This flag could then be used by a later jump instruction to determine program flow.

After the execution of the instruction and writeback of the resulting data, the entire process repeats, with the next instruction.
Scientists found out that a brain can also be divided into areas with special functionalities. But don’t ask me how this all works together within a human being and whether parallel execution of tasks is possible or not. Fact is that the processor cannot work on two different tasks as long as their is no companion processor which is designed to offload work from the main processor. The introduction of the M7 Motion processor in Apple’s iPhone 5S in October 2013 allows to aggregate all the data from different sensors of the device and deliver necessary data to the CPU if needed. So the device gets faster because work is partially done by two ‘brains’.

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The Sensors

In the skin, there are at least five different types of nerve endings:

  • heat sensitive
  • cold sensitive
  • pain sensitive
  • itch sensitive
  • pressure sensitive

All these senses submit reactions controlled by the brain, the many experiences stored there, and patterns which initiate reactions.

Your iOS device also needs the help of many sensors to work properly. For example, if you turn your device from portrait to landscape mode the operating system will also turn the screen of an app (if the developer implemented this feature). In contrast to human sensors, the device’s sensors always initiate the same actions if the input data are the same whereas a human being is able to react in different ways up to the actual needs, e.g. hearing a voice (the sound waves) but not processing the content.

Summary …

There are similarities but only in a figurative meaning. Human beings learn many additional skills and can change their reactions even if causes remain the same. An iOS device gets its skill when manufacturing is finished and can only expand them with the installation of an update of the operating system. Advantage human being. So keep control over yourself and do not delegate essential task to your device. Just use it for what it is intended for, show you the way with the app Maps, connect you to the giant sources of knowledge, and help you being creative by using a mind mapping tool.

Related links …

Science Blog

Every App is an i(s)Land

Sensitiveness

Thanks for stopping by.





Recovery

15 01 2014

When an iOS device encounters iOS- or app-related trouble, the issue usually can be fixed by

  • Restarting the app
  • Rebooting the device
  • Deleting the app and reinstalling it

But there are also circumstances where these actions don’t help.
Let’s start with the easiest and fastest way of solving a problem on an iOS device.

Reboot an iOS device …

To reboot means to discard all continuity in a running device in order to recreate its status and memory from the beginning.

Why do you have to reboot your device occasionally?

Rebooting is sometimes necessary to recover from an error, re-initialize drivers, or hardware devices. A reboot may also occur automatically if the computer or hardware device encounters an error or is overloaded.

The reason can be a hardware malfunctioning or, more likely, an application which does not manage the memory associated to it correctly by interfering with other parts of the memory reserved for other tasks.

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Think of it like this …

You want to send money to an a count and looked up the account number. Somebody asks you ‘What time do we have the appointment with Mr. Smith?’. After answering, your short-term memory containing the account number is deleted or the account number you are sure it’s right now contains transposed digits.

You have to reboot and load your memory again with the account number.

If you don’t look up the account number again your money transfer will fail. Regarding your device an app may execute an unwanted operation which might freeze it e.g. by running into an endless loop. You tap on a control but the app doesn’t react or delivers wrong information to the brain of your device, the processor.

Recovery Mode …

In some circumstances, though, the problems are more extensive and require putting the device into recovery mode and restoring it.
Recovery mode is also called DFU mode (Device Firmware Update).

DFU Mode is a state where an iOS device can interface with iTunes but does not load the iPhone operating system or boot loader (this is what really differs DFU mode from Recovery Mode).

The primary reason people need to access DFU mode on their iOS device is to change the firmware on the device. This can serve to downgrade to a prior iOS firmware and operating system, or to use a custom firmware that is required for a Jailbreak or SIM unlock.

You may need to perform a recovery-mode restore if you experience any of the following situations on your iOS device.

The device

  • displays the Apple logo with no progress bar or a stopped progress bar for over ten minutes
  • restarts but never displays the Home screen
  • is no longer recognized in iTunes after an update or restore did not complete
  • automatically goes into recovery mode after having an issue while installing an update or performing a regular restore

Reasons for this system behavior can be …

  • Broken connection while updating to a newer version of iOS
    – Computer to which the device is connected fails
    – Broken internet connection
  • Repairs that require you to erase all data on phone
  • Unwanted deletion of the device
  • Corrupted files

How to recover your device …

This brief manual applies to all iOS devices as there are iPhone, iPod touch, and iPad independent of their iOS version. I kept it brief and left out the clear-worded instructions messaged from iTunes and your device. They are all self-explaining.

What you need is your

  • iTunes backup password
    (if you use one)
    To use an iTunes backup password is highly recommended because only in this case the device restore includes all sensitive data like passwords for E-Mail accounts or websites.
  • Phone number
    (if you use an a SIM card in your iPad)
  • iTunes account credentials (Apple ID)
    (E-Mail address and password)

How to enter the Recovery Mode …

  • Connect Apple’s USB adapter (cable for charging your device) to your computer with an installed version of iTunes, but do not connect it to your iOS device.
  • Turn off your iOS device by holding down the sleep/hold button in the top right corner until the slider ‘slide to power off’ appears at the top. Slide it.
  • If your phone won’t respond to that, hold the sleep/wake button and the home button together until the screen goes dark.
  • When the phone is off, hold down the home button and connect the USB adapter to the dock connector of your iOS device.
  • The iPhone will turn on and display the Apple logo.
    Keep holding the home button until the screen shows the iTunes logo/USB adapter.

The iOS device is now in Recovery Mode.

If the red empty battery icon appears onscreen, let the phone charge for a few minutes and then restart this process.

When the phone is in recovery mode, a window will pop up in iTunes saying that the phone is in recovery mode and needs to be restored. You can either restore it to its factory settings or from a recent backup of your data.

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An example …

I set my iPad 3 (64 GB, Used space 21.5 GB, 224 apps) into recovery mode after backing up to iTunes. The total time of a restore was about *3 hours*.

About 20 of the 224 apps are frequently used and a greater amount of data is stored in their local folders. The other apps are just for tests and usually manage no data.

You can estimate the time for the total recovery process including the restore of data by taking the two parameters (21.5 GB and 180 min) into account.

(Your used space / 21.5) * 180 = time to recover and restore

The worst cases …

  • If recovery is not possible you have to contact an Apple Store or send your device to the repair service.
  • f you don’t have any backup in iTunes or iCloud resp. just an old one you will loose all your data resp. all changes since your last backup.

Failed attempts to unlock …

If the iOS device has been disabled from too many attempts at entering the passcode lock, then your device will be locked.

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The only way to regain full use is to put the device into recovery mode and restore it via iTunes.

So in this case you must have access to a computer with an installed version of iTunes. There is no way to do it just with an internet connection.

Restore without iTunes …

If you don’t use iTunes, maybe you already moved into the Post-PC era, you can restore your device if it’s connected to a WiFi network.
An iOS device has a built in reset option programmed into the device itself. With the introduction of the iCloud service, you no longer need to connect the device to a computer to restore through the iTunes software.

Restoring an iPhone is useful if you’re going to sell the device or if you want to troubleshoot it after data has been corrupted.

Follow these steps:

A Backing up your iOS device

  • Step 1
    Connect to the Internet through a Wi-Fi connection. A typical iPhone backup can consume a lot of data.
  • Step 2
    Tap on the “Settings” menu item. Select “iCloud” and then “Storage + Backup.”
  • Step 3
    Tap on the button that says “Back Up Now” to cause the iPhone to back up its settings to iCloud, which may take several minutes to an hour or more.

B Resetting your iOS device

  • Step 1
    Tap on the “Settings” menu and then tap on “General.”
  • Step 2
    Scroll to the bottom of the menu and tap “Reset.”
  • Step 3
    Tap the button that says “Erase All Content and Settings.” The iPhone will ask you to confirm this choice. Press the button marked “Erase Phone” to restore your phone to its factory settings.

C Restoring from a backup

  • Step 1
    Start up your iPhone. On a freshly restored iPhone, you are prompted to use the Setup Assistant. Do this in a place where the iPhone is connected to a Wi-Fi signal. This can consume a lot of data.
  • Step 2
    Select “Restore from iCloud Backup.”
  • Step 3
    Enter your iCloud username and password information. Your iPhone will restart and begin downloading your backup from iCloud. You may be asked to choose from up to three backups on iCloud, sorted by date.

Reselling your device …

Before you resell your device follow these steps:

Method 1
You can remove all settings and information from your iPhone, iPad, or iPod touch by going to Settings – General – Reset and tapping on Erase All Content and Settings.

20131024-195605.jpg

If you wish to recover all your settings and data again on a new device, ensure that you have an iCloud or iTunes backup and that it’s up to date.

Newer devices running on iOS 5 and later support hardware encryption. Erasing the device means removing the encryption key that protects the data. This process takes just a few minutes.

Method 2
Use iTunes to restore your iPhone to factory settings.

Plug the phone into a computer running iTunes and wait for it to appear in the ‘Devices’ section of the iTunes sidebar. Select the iPhone from the sidebar and then make sure you’re on the “Summary” tab. Under ‘Version’ select ‘Restore‘. You’ll receive a pop-up dialog informing you that this step will erase your phone and reset it to factory settings. Click Restore to continue.
iTunes will now download the latest firmware for the iPhone, which may take several minutes depending on your connection speed. Once downloaded, iTunes will automatically begin the restore process during which your phone will reboot twice. After the process is completed, the phone will appear in iTunes as a new device and ask you for a device name. Before entering any information, disconnect the phone. It has now been wiped of your personal information and is ready for sale.

Summary …

Restore from a backup or even recovery of a device is usually a process you didn’t need while using your iOS device. Quality of hardware and software ensures that all what happens in the life of a computer doesn’t happen with an iPhone or an iPad.

Anyway your iOS device should regularly backed up to iTunes, or what is much more comfortable, to iCloud. Strongly recommended is the usage of an unlock code as well as a password for iTunes backups. If you don’t use passwords many sensitive settings like E-Mail account settings are not included in a backup. So you have to configure them all if the restore process is finished. That can be a pretty much exhausting task.

Related links …

Apple Forgotten passcode, Disabled device

Apple Unable to update or restore

Apple Genius Bar (Help for major problems)

Thanks for dropping by.





Blogging with iPad + iPhone

7 01 2014

No computer, no mouse, no keyboard, no cables, just an iPad, an iPhone. That seems to be a minimalistic configuration for blogging and doing all the other things where an electronic device is a bit more comfortable than a pen, sheets of paper, card boxes, and postage stamps.

This time I want to talk about blogging on WordPress, the biggest free blogging platform in the world, with a minimalistic configuration supported by Apple’s ecosystem.

The hardware …

I use this hardware configuration at home and the iPhone on-the-go and at home as a second screen.

The apps …

All mentioned apps are so-called ‘universal’ apps that means you download once from Apple’s AppStore and the apps are installed across all devices which are configured with the same Apple ID. All my apps are able to connect to cloud storages so that information can be accessed from the iPad as well as the iPhone when on-the-go. Additionally they keep the data in the local app folders, an indispensable requirement. WordPress, PlainText, iThoughts, and Keynote, the essential apps for blogging, save their files automatically in their local documents folder. This allows working even if an internet connection is temporarily not available. Syncing is automatically done if the iOS device reconnects.
Essential data are synced with Dropbox (supported by most of the apps in Apple’s app store) and additionally with Box to increase data security (redundant storages). Unfortunately Dropbox still doesn’t allow WebDAV access which is required when saving iWork documents on an other storage than iCloud. So my second cloud provider is Box (for personal use, 10GB free, perfect UI and features available in the iOS app, perfect content sharing platform, available since 2005). Box supports WebDAV so iWork documents can alternatively saved on Box from within all iWork apps by using the command ‘Copy to WebDAV’.

All apps are developed by reliable companies and offer regular updates and feature extensions as well as adaption to major changes of the operating system like Apple’s update of iOS in Sep 2013.

WordPress
The blog engine

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This app is used to finally create the textual and formatted part of a blogpost with added images or videos. It also manages the WordPress database where your posts are stored. Posts can be saved as drafts for further editing, published immediately (even via E-Mail sent to WordPress), or scheduled.
Powerful stats give you an overview of the number of visitors from each country, followers, referrers, search engine terms, top posts and pages, clicks, tags, and categories you assigned to your posts. Backups of the whole blog data can be made by exporting an the database contents as an XML file.

It’s recommended to activate Akismet (a subsidiary of WordPress) to keep your blog clean of spam comments.

Apple’s Keynote
Breath life into your posts

20140106-071108.jpg

There is no other comparable app for creating presentations on mobiles like Apple’s Keynote, part of the iWork Suite. With Keynote I create all the images you see in my blogs as well as images for social networks. Creating an image in Keynote is a funny task. Collages created with images (e.g. screenshots of running apps on your device), added text and symbols, varying opacities, and connecting lines breath life into your post.
And it’s all synced with your other iOS devices via iCloud.

iThoughts
Visualize your thoughts

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Take this mind mapping tool for brainstorming, feature descriptions, or all other kind of information which should be summarized visually.

Tap Forms
Keep it all together

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Using a database is the right way to keep different information together. With Tap Forms I manage all posts, post intros for sharing on social networks, images, and links. This is also done automatically by WordPress but the iOS app lacks because some useful features covered by my database are only available via a browser which, in some cases, is a quite painful way to access essential information about posts.

PlainText
Back to the roots

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Don’t care about formatting. This can be done later. Content is essential and content doesn’t need bells and whistles but a running brain. To keep the mobility the editor should be connected to a cloud storage so that editing can be continued anytime, everywhere with one of the two devices.

PlainText is connected to the cloud storage Dropbox as well as iCloud and automatically saves edited text in the cloud. Just write what’s in your mind, the rest is managed by the app. As an alternative I recommend the app ByWord which supports Markdown. The app can be updated so that text can easily posted to WordPress, Tumblr, Blogger, Scriptogram, and Evernote.

Note (1)
Simple text editing for users aged from 4-104.
The first text editors were Line Editors oriented to teleprinter- or typewriter- style terminals without a display. On some line editors, the cursor could be moved by commands! Line editors drastically improved text editing. In 1982 the Personal Editor was developed for PC DOS, the IBM operating system for their first personal computers like IBM PC, XT, or AT.
Limitations in Personal Editor led to the development and release of the E-Editor (E.exe) in 1984, a much faster editor that supported very long files and included a substantially enhanced user interface.
The story of the E-Family began and has not yet ended.
Simple editors are still in vogue because

  • the application loads within a blink
  • there is no need to learn how to use it
  • the file format (txt) is readable by all machines and applications
  • most of the simple editors sync automatically across iOS devices

and
are a perfect way to quickly write down a basic idea for further platform-independent usage with all other apps like an E-Mail client, a grown-up word processor like Apple’s Pages, or a mind mapping tool like iThoughts.

Note (2)
Markdown is a plain text formatting syntax designed so that it can optionally be converted to HTML. Markdown is popularly used as format for readme files, or for writing messages in online discussion forums, or in text editors for the quick creation of rich text documents. Markdown works with special characters like *italic* or **bold** to format text as italic or bold.
There is no clearly defined Markdown standard, apart from the original writeup and implementation by John Gruber, which is considered to be abandonware, leading to fragmentation as different vendors write their own variants of the language to correct flaws or add missing features.

Prizmo
The text recognition engine

20131020-064100.jpg

Sometimes it’s worth to take a quick screenshot of an information. Then, if you want to quote, you need a text recognition application which allows to convert an image into text. The far best app is Prizmo. Prizmo supports syncing via iCloud so that screenshots or photos made with the iPhone are also available on the iPad to extract text later.

AIO Remote
The document manager

20131020-064610.jpg

Sometimes it’s necessary to scan documents (e.g. invoices of charged accounts, …) with the AirPrint capable HP printer or copy them. The app also provides file management. The HP printer can be fully controlled by the app.

Google+
The content network

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G+ for iOS devices let you publish links to your WordPress blogs on Google+ to quickly extend your audience when posting to appropriate communities.

FileBowser
The data management tool

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The best app to manage files on cloud storages as well as computers is FileBrowser by Stratospherix, now also supporting Point.IO. By using a VPN connection you can access storages of remote computers in your office. FileBrowser supports the display of Microsoft Office files, Apple iWork files, PDF files, and other well-known formats.

Additional apps
Various tasks

For other related tasks the software configuration can be extended by TeamViewer Remote Control (managing the still indispensable Windows PC in the office) and further apps which connect you with other social networks like LinkedIn, Pinterest, Scoop.it, Path, Tumblr, StumbleUpon, Twitter, and Facebook. An additional useful app is the free version ‘PS Express’ by Adobe for some basic editing of images.

Blog articles with high quality require intense researches to enable readers to validate your content and for quoting content of other authors. This can be done by using the mind mapping tool iThoughts with it’s integrated browser or by saving links as bookmarks in Safari using a special folder like ‘BlogResearch’. Doing it with iThoughts is the more convenient way if you create the blog structure already with a mind map.

The whole configuration …

Made with iThoughts for the iPad here is a summary of all compontents I use for blogging.

20140506-091341.jpg

If you use a mind mapping tool you can benefit from links assigned to topics. These topics are marked with a small globe. Tapping on a topic opens the website within the integrated browser of iThoughts without switching to the standard browser.

Feel free to download this mind map.

The alternative file formats have been created with iThoughts HD for iPad (.ITMZ file format). Compatibility to other tools is limited. The DOCX file format is suggested for those who don’t use a mind mapping tool. The file contains the image as well as a detailed outline of all topics.

Application File format
Adobe Reader PDF
Apple iWork/Microsoft Office DOCX
iThoughts ITMZ
MindManager MMAP
XMind XMIND

Related links …

Features of WordPress blogs

iThoughts for the iPad

DBMS on iOS devices (1)
DBMS on iOS devices (2)
DBMS on iOS devices (3)

E-Family

Text Recognition (1)
Text Recognition (2)

Google+ on iOS devices

File Browser and Point.io

Summary …

It works but admittedly it would work also with a cheaper configuration when using Android devices. But the price is often not the one and only criterion. In my case it’s the homage to a great visionary, an innovator, and a top influencer of our times.

It was Steve Jobs who forced me to join Apple’s ecosystem and start blogging about this fascinating company and the much more fascinating people who made Apple to the most valuable and innovative company in the world (Forbes 2013).

The only task which cannot be done with an iOS device is uploading of files to websites like BIGGERPLATE, the mind mapping platform.

Thanks for being a loyal visitor on iNotes4You.com.





Sensitiveness

27 12 2013

If you are a proud owner of an iPhone you have purchased a device which is in someway much more sensitive than any human being ever can be. And it’s not the incredible SIRI I’m talking about. iPhone’s sensors know all about your movements, your finger, the distance between your ear and the device, your actual location, and even the brightness of the environment.
Your iPhone forms a liaison with you but it’s an arranged marriage, it’s a childless marriage, it’s a miscegenation, and Apple hopes that it will not get a broken marriage. And if you are an Apple freak it’s even a same-sex marriage.

The sensors …

Kinetic sensors enable the iPod touch, iPad, or iPhone’s screen to automatically switch from landscape to portrait modes and back again based on whether you’re holding the phone up and down or sideways.
The iPhone 4, 4th gen iPod touch, and iPad 2 adds another sensor: a three-axis gyroscope. When combining the gyroscope with the accelerometer, this gives these devices six axes on which it can operate. This is designed to make them more sensitive, responsive, and powerful for gaming.

Accelerometer

The accelerometer sensor measures linear acceleration along three perpendicular axes, X, Y and Z. The following schematic drawing illustrates the classical single axis mechanical accelerometer which uses a moving mass and springs. The movement of the mass along the double sided arrow measures the acceleration along that axis.
All iPhone, iPod Touch and iPad devices are equipped with a modern accelerometer that can measure acceleration in three perpendicular axes. The measurement also includes the Earth’s gravity.
Modern accelerometers utilize MEMS technology in a tiny electronic package.

Notes

Microelectromechanical systems (MEMS) is the technology of very small devices; it merges at the nano-scale into nanoelectromechanical systems (NEMS) and nanotechnology. MEMS are made up of components between 1 to 100 micrometers in size (i.e. 0.001 to 0.1 mm), and MEMS devices generally range in size from 20 micrometers (20 millionths of a meter) to a millimeter (i.e. 0.02 to 1.0 mm). They usually consist of a central unit that processes data (the microprocessor) and several components that interact with the surroundings such as micro sensors.

Acceleration is the rate at which the velocity of an object changes with time. Rotations are always accelerations because the direction of the velocity changes. If an object falls down because of gravity it’s an acceleration where the velocity increases but the direction remains the same.

20131015-140355.jpg

Gyroscope

The gyroscope sensor measures rotational velocity along the Roll, Pitch and Yaw axes. It depends on the property of rotating mass as illustrated in the following schematic drawing of the classical mechanical gyroscope.
Like the accelerometer, gyroscope sensors for mobile devices utilize MEMS technology and may include an accelerometer.

Magnetometer

The magnetometer detects the Earth’s magnetic field along three perpendicular axes. In addition to general rotational information, the magnetometer is crucial for detecting the orientation of the device relative to the Earth’s magnetic north. Electrical appliances that generate magnetic fields disturb the magnetometer.

Linear Acceleration

The linear acceleration sensor measures the acceleration effect of the device movement, excluding the effect of Earth’s gravity on the device. It is a part of the Device-Motion information computed by the iPhone operating system from the main sensors, particularly from the accelerometer and the gyroscope.

Gravity

The gravity sensor measures the Earth’s gravity effect on the device. When the device is placed on a flat surface facing up, all of Earth’s gravity appears on the -Z axis. Tilting the device “spreads” the gravity into the X and Y axes.
The gravity sensor is a part of the Device-Motion information computed by the iPhone Operating System from the main sensors, particularly from the accelerometer and the gyroscope.
Gravity is obtained when the linear acceleration data is subtracted from the raw readings of the accelerometer.

You can compare the gravity sensor and the accelerometer as follows. Hold the device face up and make “up and down” movements. The accelerometer’s raw readings will show Earth’s gravity plus variation on the Z axis due to the movement. The gravity sensor reading will show constant Earth gravity along the Z axis regardless of the movements.

Attitude

The Attitude (rotation) sensor provides the pitch, roll and yaw (azimuth) angles of the device relative to the normal horizon.

Pitch
rotation around the Y-axis (bottom-up)
Roll
rotation Round the X-axis (left-right)
Yaw
rotation around the Z-axis which is perpendicular to the touch screen

It is a part of the Device-Motion information computed by the iPhone Operating System from the main sensors, particularly the gyroscope.
Although the gyroscope provides precise measurements of the angular rates, calculating rotations only from the gyroscope are subject to a noticeable drift due to various inherent physical phenomena like gyro precession. The Device-Motion computation automatically uses measurements from the accelerometer to minimize the drift.

Other sensors …

Proximity

This sensor can determine how close the iPhone is to your face. This sensor is what helps the iPhone turn off its screen automatically whenever you hold the phone up to your ear. This is necessary to prevent accidental button clicks by the side of your head when talking. This sensor is only on the iPhone (since the other devices don’t need it).

Ambient Light

This sensor can determine how much light is available in the area surrounding the iPhone, iPod touch, and iPad and automatically adjust the brightness of the screen in order to conserve battery life.

Moisture

The devices also contains a sensor which isn’t related to the interface. The water sensor is a little red tab that appears in the dock connector when the phone has been submerged in water. It can also appear as a red dot in the headphone jack.

Water damage is a common problem with cell phones that can cause a significant drop in value, and can often void any warranties you may have. Most mobile phones, including the iPhone, have some sort of water damage indicator.

The 4S has indicators both in the headphone jack, and on the bottom of the dock-connector housing. The new iPhone 5 features one water damage indicator on the inside of the nano SIM card slot.

The best way to look at the indicator is by aiming a flashlight or lighted magnifying glass into the jack. If the iPhone has been submerged in liquid, or has liquid damage, this circular indicator would be triggered and colored red or pink. If the indicator has been triggered, the repair is most likely not covered by the warranty.

NOTE
What to do if your iPhone gets wet …

Immediately turn off the phone. Do not turn it back on, charge it, or connect it to a computer or other device.
Second, hand dry your phone as best you can with a soft cloth. Remove your SIM card and pat down any excess moisture and wipe out the headphone and charge ports.
Next, quickly place the phone in a bag of uncooked rice and let it sit for 48 hours in a dry place. You can also add silica packages to the rice to help the absorption process. The rice will absorb any moisture that remains in the phone.
After 48 hours have passed remove your phone, re-insert the SIM, and try turning it back on. With a little bit of luck you may have saved your iPhone from a watery fate.

Touch Screen

This is doubtlessly the most important sensor of your device. It should work fast, precise, and even if there are fat deposits.

The iPhone’s processor and operating system interpret the input from the touch screen. The capacitive material sends raw touch-location data to the iPhone’s processor. The processor uses software to interpret the raw data as commands and gestures.

20131015-140422.jpg

Here’s what happens:

In the nanosecond between the time you touch the iPhone’s screen and the display reacts, several calculations and signals are sent from the touch screen to the software.

  • 1 Signals travel from the touch screen to the processor as electrical impulses.
  • 2 The processor uses software to analyze the data and determine the features of each touch. This includes size, shape, and location of the affected area on the screen. If necessary, the processor arranges touches with similar features into groups. If you move your finger, the processor calculates the difference between the starting and ending point of your touch.
  • 3 The processor uses its gesture-interpretation software to determine which gesture you made. It combines your physical movement with information about which application you were using and what the application was doing when you touched the screen.
  • 4 The processor relays your instructions to the program in use. If necessary, it also sends commands to the iPhone’s screen (e.g. when pinch-to-zoom is registered) and other hardware components. If the raw data doesn’t match any applicable gestures or commands, the iPhone disregards it as an extraneous touch.

All these steps happen in a nanosecond and you see changes in the screen based on your input almost instantly. This process allows you to access and use all of the iPhone’s applications with your fingers.

The M7 motion processor …

With the release of the iPhone 5S Apple implemented an additional processor, the A7 motion processor.

The M7 is an ARM Cortex-M3 part from NXP running at 180 MHz. The chip allows for low-power collection of motion data drawn from a Bosch Sensortec accelerometer, an STMicroelectronics gyroscope, and an AKM magnetometer.
After collecting information from the accelerometer, gyroscope, and magnetometer, the M7 performs some matrix math processing magic to produce an absolute orientation of the phone relative to the world. This data is then passed to the A7 in a neat package, probably in the form of three headings (roll, pitch, and yaw).

20131015-140435.jpg

Using the A7 main processor to monitor this sort of data would be mega-stress, so the M7 was introduced to maintain a constant, low-power watch over these sensors even if the device is asleep.

The M7 is accessible to applications through the Core Motion API in iOS 7, so it will, for example, allow fitness apps that track physical activity and access data from the M7 without constantly engaging the main A7 CPU. It will enable applications to be aware of what type of movement the user is experiencing, such as driving, walking, running or sleeping. Another application could be the ability to do indoor tracking and mapping.

All sensors …

This mind map shows you all sensors implemented in the new iPhone 5S.

20131015-140453.jpg

Feel free to download this mind map.

The alternative file formats have been created with iThoughts HD for iPad (.ITMZ file format). Compatibility to other tools is limited.

Application File format
Adobe Reader PDF
iThoughts ITMZ
MindManager MMAP
XMind XMIND

The app Sensor Kinetics …

Sensor Kinetics is an advanced viewer and monitor for all the sensors available in your iPhone, iPad, or iPod Touch device. Written by Dr. David Y. Feinstein, one of the pioneers in the use of accelerometers and gyroscopes within the modern smartphone, the app provides a comprehensive view of the total dynamics of the device’s sensors.

20131015-140408.jpg

Sensor Kinetics interacts with the six sensors relating to movement in your device: the Accelerometer, the Gyroscope, the Magnetometer, the Linear Acceleration Sensor, the Gravity Sensor and the Attitude Sensor.
When first activated, Sensor Kinetics: shows you which sensors are available on your device. The main screen captures data from all the sensors and employs graphical windows to illustrate the sensor’s operation.

Summary …

Keep in mind that all these incredible micro machines won’t help you if you have to explain your wife that you again forget her birthday. And don’t try to explain your own failure with a failure of one of the sensors of your iPhone. If she reads this blog she will call you a brazen-faced liar because Apple’s Reminder app doesn’t use any sensor (except you used the option ‘Remind me at a location’). It’s just your brain which was buggy.

Note
Some sensor descriptions are taken from the app Sensor Kintects.

Thanks for surfing by.





A Small Office Configuration

8 05 2013

iPad may effectively support business activities particularly if colleagues are intensively involved in external relations.

Mind maps are the most efficient way to summarize information about a topic. So I created a mind map which contains many suggestions for integrating iPads and iPhones in the daily tasks of a small business effortlessly.

Small businesses are often forward-looking companies implementing modern technologies to improve sales. Usually they are not supported by technical and organizational assistants and the CEO has to supply the knowledge and to communicate the usage of devices, sharing techniques, and organizational guidelines. Summarized: He has to do everything.

The dream of all CEOs is a maintenance-friendly environment with easy-to-use devices. As tablets are rapidly gaining popularity there are no special training demands required and the company is usually not faced with problems of acceptance as the staff already use these kinds of devices privately.

Let’s discuss some details where the benefits of mobile devices integrated in a suitable environment makes business easier:

  • A colleague has to share a document with another colleague.
    He can do it by E-Mail that means selecting the E-Mail address, writing a short text, adding an attachment and sending the mail. Lots of E-Mails must be managed later by selecting relevant mails and deleting others.

    An alternate way would be to use a cloud storage and an automatic syncing functionality like Apple’s iCloud syncing which is supported by a growing number of apps.

  • A document on an iPad should be printed out in the office.
    You may save the document to a cloud storage, download it on a PC and print it on a network printer.

    An alternate way is to use an PC/MAC application called FingerPrint.
    Every network attached printer will be shown on iOS devices in the print menu. So the document can be directly printed out on any printer in the office.

  • You call a colleague and inform him to call a customer at 15:30.
    The colleague writes it down on a cheat sheet.

    An alternate way is to enter a reminder which is automatically synced with the other iOS devices and reminds the colleague to call the customer. Shortcuts (defined under ‘General – Keyboard – Shortcuts’ like CC=Customer call… with) makes it easy to forward the information directly to the colleague.

The mind map above outlines experiences made in the company I work for.
It focusses on …

  • Easy file sharing between iOS devices and
    other iOS devices even if they are running under different Apple IDs
    cloud storages and desktop computers within the office
  • Fast and easy syncing of
    Contacts, Calendar, Reminders, Bookmarks
    Documents, Data stored in a database, and Scanned documents
  • Easy connection to
    computers within the LAN from outside the office
  • Ability to print from anywhere
    in the office via Fingerprint that makes every printer AirPrint-capable
    from outside the office via Google Cloud Print
  • Improving business by using social networking
    via clients for LinkedIn, Twitter, Facebook, etc.
  • Using a database
    with essential business information which automatically syncs with all other devices
  • and last but not least reducing the costs of the technical equipment to a minimum

To understand all the experiences I made use this mind map and adjust it to your individual requirements.

Here is a slideshow with details of some branches of my mind map for those who don’t use a mind mapping tool:

Download …

The mind map ‘iPad in Small Office Environments’ created with iThoughts for iOS can be downloaded here:

Map as a PDF

Map in ITMZ file format (iThoughts)

Map in MMAP file format (MindManager)

Map in XMIND file format (XMind)

Visit
The Apple group on Biggerplate
to see and download all mind maps related to Apple.

Thanks for stopping by.
I appreciate your Comments and Likes.








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