Characters That Can Be Typed on a Keyboard and Password Complexity

Below is a list of characters that can be typed using a standard keyboard:

1234567890-=
!@#$%^&*()_+
qwertyuiop[]\
QWERTYUIOP{}|
asdfghjkl;'
ASDFGHJKL:"
zxcvbnm,./
ZXCVBNM<>?
While some characters, such as spaces, may not be allowed in passwords, the 92 characters listed above are typically used as the basis for password combinations.

Examples of Password Combinations
The number of possible password combinations increases exponentially with the length of the password. For example:

Up to 8-character passwords
The total number of possible combinations is 5,188,586,409,742,380.
If a computer capable of testing 10,000 combinations per second were to attempt all possible combinations, it would take:

16,452 years, 328 days, 8 hours, 16 minutes, and 14 seconds

Up to 12-character passwords
Testing all combinations at the same speed (10,000 attempts per second) would require:

1,178,674,142,659,000,000 years, 196 days, 4 hours, 30 minutes, and 56 seconds

Conclusion
This illustrates just how challenging it is to crack a password generated with random characters. The longer the password, the more secure it becomes due to the exponential increase in combinations. To protect sensitive data, it’s crucial to create strong, random, and lengthy passwords.

Kenichi Uchikura
President / CEO
Pacific Software Publishing, Inc.
ken.uchikura＠pspinc.com
Twitter | Facebook | Linked In

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ABOUT PSPINC

PSPINC (Pacific Software Publishing, Inc.) is a technology company based in Bellevue, Washington, USA. Founded in 1987, PSPINC provides web hosting, email hosting, and other internet-related services to businesses and individuals worldwide.

In addition to its hosting services, PSPINC also offers website design and development, domain registration, and online marketing services. The company has data centers located in the United States and Japan, and it offers multilingual support to its customers.

PSPINC has a strong focus on customer service, and it has received numerous awards and accolades for its quality of service over the years. The company is committed to staying up-to-date with the latest technology and industry trends in order to provide the best possible solutions for its customers.

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The Quality of "Made in Japan"

What comes to mind when you hear the phrase "Made in Japan"? Many people might associate it with "high quality," "durability," or "craftsmanship." However, this positive perception is a relatively recent development. In the past, "Made in Japan" carried a very different reputation.

Decades ago, Japanese products were often labeled as "cheap imitations" or "low-cost goods." Especially during the post-war reconstruction era, Japanese products were perceived as affordable but of low quality—similar to how some may view "Made in China" today.

For instance, Japanese cars faced significant challenges in the American market at the time, often criticized for overheating and lack of durability. One of the reasons was the difference in infrastructure. In Japan, highways were not well-developed, so vehicles were not designed for the long-distance, high-speed driving common in the United States.

Now, consider Japanese cars today. They’re some of the most reliable cars available. As a result, Japanese cars command high resale values in the U.S. used car market.

Why Japanese Cars Are So Reliable
The durability of Japanese cars is not solely a result of corporate effort. It is deeply influenced by Japan’s unique environment. Japan experiences an array of extreme weather conditions. Summers can reach over 100°F, while the rainy season and typhoons bring heavy rainfall. Winters often plunge below freezing, and road de-icing agents are commonly used to combat snow and ice. These factors test a vehicle's body and parts for corrosion and durability.

To withstand such harsh conditions, Japanese automakers have continuously developed technologies to improve durability and quality. Vehicles that meet these stringent domestic standards perform exceptionally well in other countries with milder climates.

Even luxury European cars, when imported to Japan, sometimes experience increased mechanical issues because they are not adapted to Japan's unique environmental conditions. This highlights how Japan serves as a rigorous testing ground for product durability and reliability.

Beyond Automobiles
What about Japanese products beyond cars? While other industries may not face the same environmental challenges, Japanese consumers' high expectations for quality play a crucial role in shaping the excellence of Japanese goods. Japanese consumers pay close attention to details such as usability, durability, and design, forcing manufacturers to consistently deliver superior products. This consumer culture has significantly contributed to the global reputation of "Made in Japan" as a mark of trust and reliability.

Conclusion
The quality of "Made in Japan" products is a result of a long history of trial and error, adaptation to harsh conditions, and meeting the high standards of discerning consumers. Once dismissed as imitations or low-cost goods, Japanese products are now globally recognized as symbols of quality. Understanding this journey offers a deeper appreciation of the value behind the "Made in Japan" label.