IBM C9020-562 Questions Answers

A customer wants to encrypt some of the data implementing a clustered IBM Storwize V7000-524 solution, possibly utilizing an existing model 324 keep costs down.
How should the desired solution be implemented?

A. IBM Storwize V7000-324s and IBM Storwize V7000-524s cannot be clustered together, so two IBM Storwize V7000-524s with encryption enabled on both should be implemented.
B. Cluster the existing IBM Storwize V7000-324 with a new model 324 ensuring IBM Storwize version 7.4 is installed on both systems, as it is needed to enable encryption.
C. Cluster the existing IBM Storwize V7000-324 with an IBM Storwize V7000-524, enabling encryption of the RAID arrays/MDisks on the Model 524 enclosures.
D. Cluster the existing IBM Storwize V7000-324 with an IBM Storwize V7000-524, enabling encryption on all the enclosures for maximum protection.

Answer: A

IBM C9020-562 Question Answer

A company has added a second control enclosure to an IBM Storwize V7000 to provide more storage for several servers. What must be done to the host systems before mapping volumes from the new I/O group?

A. Ensure the host zoning is in place for the new I/O group
B. Double the queue depth on each volume
C. Verify host mirroring is in place for the volumes
D. Install additional HBAs for connectivity to the new I/O group

Answer: A


A customer is deploying an IBM Storwize V7000 and wants to grow the system to 32 PB of addressable space. Which extent size is needed to meet this requirement?

A. 8192 MB
B. 4096 MB
C. 2048 MB
D. 1024 MB

Answer: A

IBM C9020-562 Question Answer

An IBM i customer decided to take advantage of the performance of flash-based storage and is implementing an IBM FlashSystem V9000. The customer plans to move all data to the V9000 with native IBM i attachment. Which connection protocol is required for this environment?

A. FC
B. FTP
C. 10 Gb FCoE
D. InfiniBand

Answer: A

What is the minimum of connections that an IBM Storwize node canister should have to a host according to best practices?

A. 4
B. 1
C. 2
D. 6

Answer: C

IBM And The Blockchain: What Big Blue Did in 2017

When we talk about conventional players adopting new-age innovative technologies, the 106-year-old technology giant IBM (IBM), popularly known as Big Blue, comes to the forefront. One area where IBM is working aggressively to stay ahead of the curve is the Distributed Ledger Technology (DLT), commonly known as blockchain. During 2017, IBM ranked number one among blockchain technology providers based on an enterprise survey by Juniper.

Here’s a look at IBM’s blockchain initiatives and collaborations during the year, along with the expectations for 2018.

Cross-Border Payments

In October, IBM in collaboration with Stellar and KlickEx Group announced a blockchain solution to enable cross-border paymentson the blockchain at reduced settlement time and cost; it is already processing live transactions in 12 currency corridors across the Pacific Islands and Australia, New Zealand and the United Kingdom.

Education

Sony Corporation and Sony Global Education worked with IBM to develop a new blockchain-based student education records platform. Under the new system, school administrators can consolidate and manage students' educational data from several schools, as well as record and refer their learning history and digital academic transcripts with more certainty—bringing more efficiency in the education system.

Food Safety

“An estimated 600 million—almost 1 in 10 people in the world—fall sick after eating contaminated food and 420,000 deaths are reported every year, resulting in the loss of 33 million healthy life years,” according to the World Health Organization’s factsheet. To tackle this grave issue and ensure greater consumer confidence in the global food system, a group of 10 food producers and retailers—Dole, Driscoll’s, Golden State Foods, Kroger, McCormick and Company, McLane Company, Nestlé, Tyson Foods, Unilever and Walmart—have used IBM Blockchain to solve these issues.

Identity

Earlier in 2017, a digital identity and attribute sharing network was unveiled by IBM and SecureKey Technologies. Consumers will use the network to instantly verify their identity for services such as new bank accounts, driver’s license or utilities. Once the network goes live, expected in early 2018, Canadian consumers will be able to opt for the new blockchain-based service using a mobile app or Windows device.

Insurance

To deliver multinational insurance more efficiently, AIG, IBM and Standard Chartered Bank conducted a successful pilot of the first multinational, ‘smart contract’-based insurance policy using blockchain. Multinational risk transfer is one of the most complicated areas of commercial insurance and the use of blockchain can reduce friction besides building trust in the process.

Luxury Goods

The more precious the asset, the higher the probability of people committing crime to gain a share in it. Diamonds are no exception. The $80 billion diamond industry suffers from problems such as theft, fraud, diamond-fueled conflict and more. IBM and Everledger are working together to ensure that all of diamonds are authentic and follow strict compliance.

Private Equity Trading

Northern Trust Corporation (NTRS), in collaboration with IBM launched the first commercial deployment of blockchain technology for the private equity market. The network is being used for managing the administration of a private equity fund managed by Unigestion, a Geneva, Switzerland-based asset manager with $20 billion in assets under management.

Shipping

IBM and A.P. Moller - Maersk A/S (AMKAF) joined hands to build a new global trade digitalization blockchain solution to reduce the cost and complexities in the process, bringing significant improvement in maritime supply chain efficiency and enabling seamless global trade.

Commercial Standpoint

When we discuss companies and businesses, cost and revenue are two fundamental factors underlying crucial decisions. This is where the commercial standpoint of the blockchain technology comes into play. It is projected that the blockchain market size will grow to $7.7 billion by 2022, at a compound annual growth rate of almost 80% from 241.9 million in 2016.

What Lies Ahead

The above use-cases reflect the in-depth involvement of IBM with multiple parties across industries to push the adoption of blockchain. However, the next big question is what lies ahead. A very important aspect of which is the increasing adoption of consumers and businesses with blockchain. As more and more industries feel the direct impact of blockchain, and understand its advantages, the gap between theory and practice will narrow substantially. It will be advanced technologies like the blockchain that will define technology companies such as IBM in the times ahead.

IBM C9020-562 Question Answer

An online shopping website stores large amounts of product data and orders on a multi-tier IBM Storwize storage solution. All data is stored in a pool including Nearline, Enterprise, and SSD storage. Depending on purchases, some products may place a higher demand on the storage.
How will Easy Tier assist this organization with its data performance?

A. Promotion of data directly from Nearline to Flash storage
B. Demotion of data from Nearline to Enterprise storage
C. Demotion of data from Flash to Nearline storage
D. Promotion of data from Enterprise to Flash storage

Answer: D



Which IBM Storwize product allows for scalability up to a maximum of 20 expansion enclosures with a single control enclosure?

A. IBM Storwize V5030
B. IBM Storwize V3700
C. IBM Storwize V5020
D. IBM Storwize V5010

Answer: A

6 Fascinating Things You Didn't Know About IBM

Many people are familiar with International Business Machines (NYSE: IBM) and its wide variety of mainframe computers, business servers and consulting services. Investors are probably also familiar with their latest incursions into data analysis, cloud computing, and cognitive computing solutions, represented by their Watson-based supercomputer AI.

There are, however, a series of innovations that forever changed the technological landscape and paved the way for the great societal and demographic changes that followed.

IBM has a long and fascinating history of innovation. Image Source: Getty Images.

1. An icon is born

IBM began its life in June of 1911, like CTR - The Computing-Tabulating-Recording Company. Charles Flint, a financier in New York, organized the merger of several companies that developed time clocks, calculation scales and tabulating machines. In 1914, Thomas Watson Sr. was brought in to lead the company, and the combined entity was renamed International Business Machines in 1924.

Arriving at IBM as part of the merger, the tabulation machine captured data on holes drilled in a 3 by 7 inch card, which revolutionized the data and tabulated the results of the 1890 Census. It was one of the first cases of processing data. This use of electromechanical counters continued to be widely used until the arrival of the first computers in the 1950s. Perforated cards continued to instruct computers until the early 1970s.

The tabulation machine revolutionized the capture of census data. Image Source: IBM.

2. The magnetic stripe

In the early 1970s, the imminent popularity of credit cards and air travel caused traffic jams at ticket counters and pay lines. At that time, the use of a credit card required several labor-intensive and time-intensive steps (by today's standards) that included making a phone call to authorize the transaction, placing the card on a metal tray and printing the numbers Card in a Carbon for the signature of the client. Both banks and airlines were looking for a way to speed up customer transactions.

An IBM team developed a machine-readable magnetic strip that is still used on most credit and debit cards today. It could store the necessary information that could be transmitted over telephone lines to a computer for approval. This led to the development of ATMs and self-service kiosks to dispense boarding passes.

3. The UPC Code

The first patent of the UPC code was published in the early fifties, but it was not until 20 years later, with the advent of lasers to read them, which found practical application. The grocery industry, looking for ways to speed up paylines and automate inventory, looked for solutions for computer companies. IBM applied the UPC, or bar code, to the problem, as well as developing the scanner to read it.

In June 1974, a packet of Wrigley Juicy Fruit chewing gum was the first item to be "swept" using the new system in Troy, Ohio. The process soon became the standard of the grocery industry, and the technology formed the basis for point-of-sale systems that are still in use today.

IBM's UPC code and scanners revolutionized the supermarket industry. Image Source: IBM.

4. The floppy disk

In 1967, an IBM team was working on a method to power instructions on their massive computers. To install updates or perform data entry, the legacy cards or magnetic tape transmitted the data. The team developed an inexpensive 8-inch Mylar disk that could be inserted into a slot in the computer, and a magnetic layer on the disk carried the instructions. The problems with the dust led to locking the discs in a durable envelope that wiped the disc as it turned.

This early innovation proved useful, if impractical, with the advent of personal computers in the early 1980s, which in turn led to the development of the 5 1/4 inch diskette drive and finally 3 1 /2 inches. This was indeed the birth of the software industry, because programs could be written, packaged and sold to users, who could install them on their own.

The diskette resulted in the birth of the software industry. Image Source: Getty Images.

5. LASIK Eye Surgery

Ocular laser surgery assisted by keratomileusis in situ, better known as LASIK, was developed as a result of a test on surplus Thanksgiving turkey. In the early 1980s, the excimer laser, which produced pulses of ultraviolet light, was commonly used to etch plastic. When tested on turkey, it broke the molecular bonds in a thin layer of meat surface without burning the surrounding tissue.

After years of research, and with the approval of the US Food and Drug Administration in 1995, LASIK has become the most popular form of vision correction surgery worldwide. Through the remodeling of the cornea, vision is improved, with the use of the laser that offers a combination of rapid healing and minimal pain.

6. The Deep Blue Chess Champion

In 1997, an IBM computer nicknamed Deep Blue was the first computer in history to defeat a world champion in a game of chess. In a six-game match, the supercomputer beat Garry Kasparov, the unbeaten Russian Grandmaster. Using a technique called brute force, the computer was able to evaluate 200 million chess positions per second to determine its next move. The process was largely mathematical and processing speed. Pieces were assigned point values, and Deep Blue was programmed with 100 years of games played by the great masters.

At a seminal moment in the party, Kasparov was enervated by a move he considered too sophisticated for a computer to do. Years later, one of the designers of Deep Blue revealed that the computer could not determine its next move, so the fundamental movement was one that chose at random.

Legacy continues

In a nod to long-term buy-and-hold investment, here is another thing about IBM that you probably did not know: an IBM stock in 1915, adjusted for all divisions and stock dividends, would equal 11,880 shares today.

IBM continues to be at the forefront of innovation, applying a combination of data analysis, cognitive computing, and cloud solutions to a variety of business applications. Since its 2011 victory at Jeopardy!, IBM's artificial intelligence supercomputer, Watson, has become the public face of the company's cognitive computing efforts and a key focus of the company's strategic growth initiatives. These have been applied to everything from medicine to cybersecurity.

IBM has reinvented itself many times over the last century, and while the market and even the famous investor Warren Buffett are beginning to doubt the company's ability to remake itself once again, I would not bet on Big Blue.

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IBM C9020-562 Question Answer

An IBM i customer decided to take advantage of the performance of flash-based storage and is
implementing an IBM FlashSystem V9000. The customer plans to move all data to the V9000 with native IBM i attachment. Which connection protocol is required for this environment?

A. FC
B. FTP
C. 10 Gb FCoE
D. InfiniBand

Answer: A


What is the minimum of connections that an IBM Storwize node canister should have to a host
according to best practices?

A. 4
B. 1
C. 2
D. 6

Answer: C