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The Certified Blockchain Solution Architect (CBSA) exam is one of the best ways to demonstrate your knowledge and skills in the emerging space of Blockchain Technology. Further after passing the exam, you become a member of a community of Blockchain leaders. Your certification will come with monthly industry updates via email and video. Certifications will be registered on a blockchain platform where professionals and employers can easily verify their certificates on a trusted network, using a unique cryptographic hash given to each certificate holder.

The Certified Blockchain Solution Architect (CBSA) exam examines the candidates' knowledge and mastery of common use cases for public blockchains, common use cases for private & authorized blockchains, understanding the needs to launch your blockchain, common problems & considerations in working with public blockchains, awareness of the tech behind common blockchains, etc. It is an elite way to illustrate and exemplify your knowledge and skills.

Exam Name: Certified Blockchain Solution Architect

Exam Code: CBSA

Number of Questions: 70 Questions

Exam Fee: $300 USD

Exam Language: English

Pass Score: 70% and above

Exam Duration: 90 mins

Exam Format: Multiple Choice and Multi-Response Questions

Work effectively with blockchain engineers and technical leaders

Choose appropriate blockchain systems for various use cases

Work effectively with both public and permission blockchain systems

In common blockchain design, what is one common method to ''chain'' blocks of data together in order?

A.Store the hash of the previous block within the current block

B.Having the genesis node store an ordered, mutable array of block hashes

C.Writing each block into a separate file on the hard disk of the node

D.Assigning an order number to each block so they can be sorted when requested

Answer : A

In any cryptographic system, the key components are: the secret, the function, the key and the _______.

A.Cipher

B.Hash

C.Token

D.None of the above

Answer : B

In its simplest form, user identity on a blockchain can be unique and secure:

A.By users utilizing public blockchains

B.User identity cannot yet be protected on blockchain systems

C.Through cryptographic hashing

D.By users utilizing permissioned blockchains

Answer : C

The primary difference between a blockchain and blockless solution is?

A.Blockless solutions are slower

B.Blockless solutions are less reliable

C.Transactions are not verified by the entire network in a blockless environment

D.Blockless solutions do not work on mobile devices

Answer : C

Anonymity can be protected in blockchain applications by use of which of the following?

A.Centralized application hosting

B.End-to-end encryption

C.Cryptographic hashing

D.Blockchain-based data cubes

Answer : B

You are currently considering blockchain solutions for your organization. You read an article about "blockless" blockchains.

What are the two benefits that could be gained over a traditional blockchain solution? (Select two.)

A.Faster Block writes

B.Greater Transaction Security

C.Faster Performance

D.Greater transaction Capacity

Answer:A, B