Why you should use Blockchain Developer Test?

The Test programisty Blockchain makes use of scenario-based questions to test for on-the-job skills as opposed to theoretical knowledge, ensuring that candidates who do well on this screening test have the relavant skills. The questions are designed to covered following on-the-job aspects: Zrozumienie i wdrażanie podstaw blockchain Pisanie i wdrażanie inteligentnych umów Budowanie zdecentralizowanych zastosowań (DAPPS) Znajomość różnych kryptowalut i ich funkcjonalności Zapewnienie środków bezpieczeństwa blockchain Zrozumienie różnych mechanizmów konsensusu Praca z technologią rozproszonej Ledger Znajomość różnych platform blockchain Wykorzystanie narzędzi programistycznych Blockchain Tworzenie i zarządzanie mechanizmami tokenizacji

Blockchain Developer Test

Q: What topics are covered in the Blockchain Developer Test?

Podstawy blockchain Inteligentne kontrakty Zdecydowane zastosowania Kryptowaluta Blockchain Security Mechanizmy konsensusu Technologia księgi rozproszonej Platformy blockchain Narzędzia do tworzenia blockchain Tokenizacja Integracja blockchain Skalowalność blockchain

About the test:

Test online programistów Blockchain wykorzystuje oparte na scenariuszach pytania wielokrotnego wyboru, aby ocenić kandydatów na ich wiedzę techniczną i umiejętności praktyczne związane z opracowywaniem blockchain, obejmujące takie tematy, jak architektura blockchain, algorytmy konsensusu, inteligentne umowy, kryptowaluty, token ekonomia, aplikacje zdecentralizowane (DAPPS) i bezpieczeństwo blockchain. Test ma na celu określenie zdolności kandydatów do budowania innowacyjnych rozwiązań blockchain, które rozwiązują rzeczywiste problemy i zaspokajają potrzeby biznesowe.

Covered skills:

Podstawy blockchain
Zdecydowane zastosowania
Blockchain Security
Technologia księgi rozproszonej
Narzędzia do tworzenia blockchain
Integracja blockchain

Inteligentne kontrakty
Kryptowaluta
Mechanizmy konsensusu
Platformy blockchain
Tokenizacja
Skalowalność blockchain

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9 reasons why

Adaface Blockchain Developer Assessment Test is the most accurate way to shortlist Blockchain Developers

Reason #1

Tests for on-the-job skills

The Blockchain Developer Test helps recruiters and hiring managers identify qualified candidates from a pool of resumes, and helps in taking objective hiring decisions. It reduces the administrative overhead of interviewing too many candidates and saves time by filtering out unqualified candidates at the first step of the hiring process.

The test screens for the following skills that hiring managers look for in candidates:

Zrozumienie podstaw technologii blockchain
Budowanie i wdrażanie inteligentnych umów
Opracowanie zdecentralizowanych aplikacji na platformach blockchain
Zrozumienie pojęć kryptowalut
Wdrożenie środków bezpieczeństwa w aplikacjach Blockchain
Znajomość różnych mechanizmów konsensusu
Zrozumienie technologii rozproszonej księgi
Praca z różnymi platformami blockchain
Skuteczne korzystanie z narzędzi do tworzenia blockchain
Zrozumienie procesu tokenizacji
Integracja blockchain z istniejącymi systemami
Zarządzanie wyzwaniami skalowalności w rozwoju blockchain

Reason #2

No trick questions

Traditional assessment tools use trick questions and puzzles for the screening, which creates a lot of frustration among candidates about having to go through irrelevant screening assessments.

View sample questions

The main reason we started Adaface is that traditional pre-employment assessment platforms are not a fair way for companies to evaluate candidates. At Adaface, our mission is to help companies find great candidates by assessing on-the-job skills required for a role.

Why we started Adaface

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Reason #3

Non-googleable questions

We have a very high focus on the quality of questions that test for on-the-job skills. Every question is non-googleable and we have a very high bar for the level of subject matter experts we onboard to create these questions. We have crawlers to check if any of the questions are leaked online. If/ when a question gets leaked, we get an alert. We change the question for you & let you know.

How we design questions

To tylko niewielka próbka z naszej biblioteki ponad 10 000 pytań. Rzeczywiste pytania dotyczące tego Test programisty Blockchain będzie nieobowiązany.

🧐 Question
Medium 51% Attacks	Try practice test
A 51% attack is perhaps the most discussed threat to any public Blockchain asset. A 51% attack happens when a certain miner or mining pool, that owns more than 50% of all the network’s hashing power, acts maliciously to disturb the network’s operation. For example: Two Bitcoin Cash mining pools, carried out a 51% attack on the Bitcoin Cash blockchain in order to stop an unknown miner from taking coins that they weren’t supposed to have access to, while the network forked. Which of the following CAN be done by a miner employing a 51% attack? A: Double spend their coins B: Reverse confirmed transactions C: Steal funds from a certain address D: Prevent transactions from being confirmed E: Create false transactions that never happened
Easy Evidence	Try practice test
Breed Chasing, solo engineer is planning to create new cryptocurrency, NEWCRAIGLIST and build a blockchain that facilitates buying and selling second-hand items with NEWCRAIGLIST from each other. Breed expects the platform to be used for international transactions and devised the following process: - Before a transaction is considered complete, the purchaser must put the funds in an escrow service - The sender must enter the courier tracking number into that same escrow Palmart, toy store giant in US is asked by lawmakers to provide evidence that proves the store’s toys are not produced through child labour. Palmart’s toys are transferred between 7 parties between creation and placement at the store. Palmart is considering using blockchain to solve this problem. Discretion in the reading and writing of transactions is highly important to the store chain to protect its proprietary interests. Review the following possible solutions and pick the best approach that solves Palmart’s problem: Option A: Use a public blockchain that supports assets. Then create a new toy asset for each item created. When the toy is transferred to the next party, mandate that the associated blockchain asset to be transferred to the next party's blockchain account with required metadata. Lawmakers can now view transactions and transfers at any time. Option B: Use a permissioned blockchain. Require that every party involved in the process to host a node on the Palmart's network. Create a new toy asset for each item created. When the toy is transferred to the next party in the process, have the previous party use a web portal to initialize a chain code Smart Contract to transfer control of the asset. When the next party receives the asset have them use a web portal to initialize a chain code Smart Contracts to acknowledge receipt of the asset. Provide read-only permissions to the lawmakers so they can receive the evidence they are looking for.
Medium Blockchain Interoperability Smart Contract Logic Interoperability Decentralized Applications	Try practice test
Consider a blockchain ecosystem where a decentralized application (dApp) is designed to operate across two different blockchains: Blockchain A, which uses a unique smart contract language and execution environment, and Blockchain B, which supports Ethereum Virtual Machine (EVM) compatible smart contracts. The dApp includes a cross-chain functionality where certain actions triggered in Blockchain A's smart contract result in specific operations in a smart contract on Blockchain B. The interoperability is facilitated through a decentralized oracle that verifies and relays information between the two blockchains. Given this setup, which of the following statements most accurately reflects the challenges and considerations in implementing this dApp's cross-chain functionality? A: Cross-chain functionality cannot be achieved due to the different smart contract languages and execution environments. B: The decentralized oracle introduces a single point of failure, compromising the security of the dApp. C: Synchronizing state between the two blockchains is seamless and does not introduce any additional latency. D: The dApp can maintain consistency and atomicity in transactions across the blockchains, but it faces challenges in data validation and oracle reliability. E: Smart contract execution on Blockchain B is entirely dependent on the state of the smart contract on Blockchain A. F: The interoperability poses no significant challenges, as EVM compatibility ensures seamless cross-chain communication.
Medium Strategic Tokenomics Tokenomics Cryptocurrency Economics	Try practice test
A new cryptocurrency, CryptoX, has a fixed total supply of 100 million tokens. Its initial release of 40 million tokens is distributed as follows: 10 million for development, 15 million for a decentralized autonomous organization (DAO) treasury, and 15 million for staking rewards. The remaining 60 million tokens are locked, with a scheduled release decreasing by 10% each year. CryptoX also has a deflationary mechanism where 0.1% of each transaction is burned. During a market downturn, CryptoX's price drops by 30% in a month. Market analysis attributes this drop primarily to increased token selling by short-term holders, influenced by a broader market downturn in cryptocurrencies. CryptoX's community is considering responses to stabilize the price and reassure long-term investors. Two strategies are proposed: 1) Increase the transaction burn rate to 0.2%, hoping to reduce the circulating supply faster and create a deflationary pressure. 2) Maintain the current tokenomics, believing that the downturn is part of normal market fluctuations and that the existing mechanisms are robust enough for long-term stability. Given the market analysis and the nature of the downturn, which strategy is more likely to effectively stabilize CryptoX’s price while maintaining long-term value? A: Increase the transaction burn rate to 0.2%. B: Maintain the current tokenomics without any changes. C: Temporarily suspend the transaction burn mechanism. D: Increase the release rate of the locked tokens. E: Implement a dynamic burn rate that adjusts with market conditions. F: Introduce a temporary buyback and burn program.

	🧐 Question	🔧 Skill
	Medium 51% Attacks	3 mins Blockchain	Try practice test
A 51% attack is perhaps the most discussed threat to any public Blockchain asset. A 51% attack happens when a certain miner or mining pool, that owns more than 50% of all the network’s hashing power, acts maliciously to disturb the network’s operation. For example: Two Bitcoin Cash mining pools, carried out a 51% attack on the Bitcoin Cash blockchain in order to stop an unknown miner from taking coins that they weren’t supposed to have access to, while the network forked. Which of the following CAN be done by a miner employing a 51% attack? A: Double spend their coins B: Reverse confirmed transactions C: Steal funds from a certain address D: Prevent transactions from being confirmed E: Create false transactions that never happened
	Easy Evidence	3 mins Blockchain	Try practice test
Breed Chasing, solo engineer is planning to create new cryptocurrency, NEWCRAIGLIST and build a blockchain that facilitates buying and selling second-hand items with NEWCRAIGLIST from each other. Breed expects the platform to be used for international transactions and devised the following process: - Before a transaction is considered complete, the purchaser must put the funds in an escrow service - The sender must enter the courier tracking number into that same escrow Palmart, toy store giant in US is asked by lawmakers to provide evidence that proves the store’s toys are not produced through child labour. Palmart’s toys are transferred between 7 parties between creation and placement at the store. Palmart is considering using blockchain to solve this problem. Discretion in the reading and writing of transactions is highly important to the store chain to protect its proprietary interests. Review the following possible solutions and pick the best approach that solves Palmart’s problem: Option A: Use a public blockchain that supports assets. Then create a new toy asset for each item created. When the toy is transferred to the next party, mandate that the associated blockchain asset to be transferred to the next party's blockchain account with required metadata. Lawmakers can now view transactions and transfers at any time. Option B: Use a permissioned blockchain. Require that every party involved in the process to host a node on the Palmart's network. Create a new toy asset for each item created. When the toy is transferred to the next party in the process, have the previous party use a web portal to initialize a chain code Smart Contract to transfer control of the asset. When the next party receives the asset have them use a web portal to initialize a chain code Smart Contracts to acknowledge receipt of the asset. Provide read-only permissions to the lawmakers so they can receive the evidence they are looking for.
	Medium Blockchain Interoperability Smart Contract Logic Interoperability Decentralized Applications	3 mins Blockchain	Try practice test
Consider a blockchain ecosystem where a decentralized application (dApp) is designed to operate across two different blockchains: Blockchain A, which uses a unique smart contract language and execution environment, and Blockchain B, which supports Ethereum Virtual Machine (EVM) compatible smart contracts. The dApp includes a cross-chain functionality where certain actions triggered in Blockchain A's smart contract result in specific operations in a smart contract on Blockchain B. The interoperability is facilitated through a decentralized oracle that verifies and relays information between the two blockchains. Given this setup, which of the following statements most accurately reflects the challenges and considerations in implementing this dApp's cross-chain functionality? A: Cross-chain functionality cannot be achieved due to the different smart contract languages and execution environments. B: The decentralized oracle introduces a single point of failure, compromising the security of the dApp. C: Synchronizing state between the two blockchains is seamless and does not introduce any additional latency. D: The dApp can maintain consistency and atomicity in transactions across the blockchains, but it faces challenges in data validation and oracle reliability. E: Smart contract execution on Blockchain B is entirely dependent on the state of the smart contract on Blockchain A. F: The interoperability poses no significant challenges, as EVM compatibility ensures seamless cross-chain communication.
	Medium Strategic Tokenomics Tokenomics Cryptocurrency Economics	2 mins Blockchain	Try practice test
A new cryptocurrency, CryptoX, has a fixed total supply of 100 million tokens. Its initial release of 40 million tokens is distributed as follows: 10 million for development, 15 million for a decentralized autonomous organization (DAO) treasury, and 15 million for staking rewards. The remaining 60 million tokens are locked, with a scheduled release decreasing by 10% each year. CryptoX also has a deflationary mechanism where 0.1% of each transaction is burned. During a market downturn, CryptoX's price drops by 30% in a month. Market analysis attributes this drop primarily to increased token selling by short-term holders, influenced by a broader market downturn in cryptocurrencies. CryptoX's community is considering responses to stabilize the price and reassure long-term investors. Two strategies are proposed: 1) Increase the transaction burn rate to 0.2%, hoping to reduce the circulating supply faster and create a deflationary pressure. 2) Maintain the current tokenomics, believing that the downturn is part of normal market fluctuations and that the existing mechanisms are robust enough for long-term stability. Given the market analysis and the nature of the downturn, which strategy is more likely to effectively stabilize CryptoX’s price while maintaining long-term value? A: Increase the transaction burn rate to 0.2%. B: Maintain the current tokenomics without any changes. C: Temporarily suspend the transaction burn mechanism. D: Increase the release rate of the locked tokens. E: Implement a dynamic burn rate that adjusts with market conditions. F: Introduce a temporary buyback and burn program.

	🧐 Question	🔧 Skill	💪 Difficulty	⌛ Time
	51% Attacks	Blockchain	Medium	3 mins	Try practice test
A 51% attack is perhaps the most discussed threat to any public Blockchain asset. A 51% attack happens when a certain miner or mining pool, that owns more than 50% of all the network’s hashing power, acts maliciously to disturb the network’s operation. For example: Two Bitcoin Cash mining pools, carried out a 51% attack on the Bitcoin Cash blockchain in order to stop an unknown miner from taking coins that they weren’t supposed to have access to, while the network forked. Which of the following CAN be done by a miner employing a 51% attack? A: Double spend their coins B: Reverse confirmed transactions C: Steal funds from a certain address D: Prevent transactions from being confirmed E: Create false transactions that never happened
	Evidence	Blockchain	Easy	3 mins	Try practice test
Breed Chasing, solo engineer is planning to create new cryptocurrency, NEWCRAIGLIST and build a blockchain that facilitates buying and selling second-hand items with NEWCRAIGLIST from each other. Breed expects the platform to be used for international transactions and devised the following process: - Before a transaction is considered complete, the purchaser must put the funds in an escrow service - The sender must enter the courier tracking number into that same escrow Palmart, toy store giant in US is asked by lawmakers to provide evidence that proves the store’s toys are not produced through child labour. Palmart’s toys are transferred between 7 parties between creation and placement at the store. Palmart is considering using blockchain to solve this problem. Discretion in the reading and writing of transactions is highly important to the store chain to protect its proprietary interests. Review the following possible solutions and pick the best approach that solves Palmart’s problem: Option A: Use a public blockchain that supports assets. Then create a new toy asset for each item created. When the toy is transferred to the next party, mandate that the associated blockchain asset to be transferred to the next party's blockchain account with required metadata. Lawmakers can now view transactions and transfers at any time. Option B: Use a permissioned blockchain. Require that every party involved in the process to host a node on the Palmart's network. Create a new toy asset for each item created. When the toy is transferred to the next party in the process, have the previous party use a web portal to initialize a chain code Smart Contract to transfer control of the asset. When the next party receives the asset have them use a web portal to initialize a chain code Smart Contracts to acknowledge receipt of the asset. Provide read-only permissions to the lawmakers so they can receive the evidence they are looking for.
	Blockchain Interoperability Smart Contract Logic Interoperability Decentralized Applications	Blockchain	Medium	3 mins	Try practice test
Consider a blockchain ecosystem where a decentralized application (dApp) is designed to operate across two different blockchains: Blockchain A, which uses a unique smart contract language and execution environment, and Blockchain B, which supports Ethereum Virtual Machine (EVM) compatible smart contracts. The dApp includes a cross-chain functionality where certain actions triggered in Blockchain A's smart contract result in specific operations in a smart contract on Blockchain B. The interoperability is facilitated through a decentralized oracle that verifies and relays information between the two blockchains. Given this setup, which of the following statements most accurately reflects the challenges and considerations in implementing this dApp's cross-chain functionality? A: Cross-chain functionality cannot be achieved due to the different smart contract languages and execution environments. B: The decentralized oracle introduces a single point of failure, compromising the security of the dApp. C: Synchronizing state between the two blockchains is seamless and does not introduce any additional latency. D: The dApp can maintain consistency and atomicity in transactions across the blockchains, but it faces challenges in data validation and oracle reliability. E: Smart contract execution on Blockchain B is entirely dependent on the state of the smart contract on Blockchain A. F: The interoperability poses no significant challenges, as EVM compatibility ensures seamless cross-chain communication.
	Strategic Tokenomics Tokenomics Cryptocurrency Economics	Blockchain	Medium	2 mins	Try practice test
A new cryptocurrency, CryptoX, has a fixed total supply of 100 million tokens. Its initial release of 40 million tokens is distributed as follows: 10 million for development, 15 million for a decentralized autonomous organization (DAO) treasury, and 15 million for staking rewards. The remaining 60 million tokens are locked, with a scheduled release decreasing by 10% each year. CryptoX also has a deflationary mechanism where 0.1% of each transaction is burned. During a market downturn, CryptoX's price drops by 30% in a month. Market analysis attributes this drop primarily to increased token selling by short-term holders, influenced by a broader market downturn in cryptocurrencies. CryptoX's community is considering responses to stabilize the price and reassure long-term investors. Two strategies are proposed: 1) Increase the transaction burn rate to 0.2%, hoping to reduce the circulating supply faster and create a deflationary pressure. 2) Maintain the current tokenomics, believing that the downturn is part of normal market fluctuations and that the existing mechanisms are robust enough for long-term stability. Given the market analysis and the nature of the downturn, which strategy is more likely to effectively stabilize CryptoX’s price while maintaining long-term value? A: Increase the transaction burn rate to 0.2%. B: Maintain the current tokenomics without any changes. C: Temporarily suspend the transaction burn mechanism. D: Increase the release rate of the locked tokens. E: Implement a dynamic burn rate that adjusts with market conditions. F: Introduce a temporary buyback and burn program.

Reason #4

1200+ customers in 75 countries

Dzięki Adaface udało nam się zoptymalizować nasz proces wstępnej selekcji o ponad 75%, oszczędzając cenny czas zarówno menedżerom ds. rekrutacji, jak i naszemu zespołowi ds. pozyskiwania talentów!

Brandon Lee, Głowa Ludu, Love, Bonito

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Reason #5

Designed for elimination, not selection

The most important thing while implementing the pre-employment Test programisty Blockchain in your hiring process is that it is an elimination tool, not a selection tool. In other words: you want to use the test to eliminate the candidates who do poorly on the test, not to select the candidates who come out at the top. While they are super valuable, pre-employment tests do not paint the entire picture of a candidate’s abilities, knowledge, and motivations. Multiple easy questions are more predictive of a candidate's ability than fewer hard questions. Harder questions are often "trick" based questions, which do not provide any meaningful signal about the candidate's skillset.

Science behind Adaface tests

Reason #6

1 click candidate invites

Email invites: You can send candidates an email invite to the Test programisty Blockchain from your dashboard by entering their email address.

Public link: You can create a public link for each test that you can share with candidates.

API or integrations: You can invite candidates directly from your ATS by using our pre-built integrations with popular ATS systems or building a custom integration with your in-house ATS.

Reason #7

Detailed scorecards & benchmarks

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Reason #8

High completion rate

Adaface tests are conversational, low-stress, and take just 25-40 mins to complete.

This is why Adaface has the highest test-completion rate (86%), which is more than 2x better than traditional assessments.

Reason #9

Advanced Proctoring

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About the Blockchain Developer Online Test

Why you should use Pre-employment Blockchain Developer Test?

The Test programisty Blockchain makes use of scenario-based questions to test for on-the-job skills as opposed to theoretical knowledge, ensuring that candidates who do well on this screening test have the relavant skills. The questions are designed to covered following on-the-job aspects:

Zrozumienie i wdrażanie podstaw blockchain
Pisanie i wdrażanie inteligentnych umów
Budowanie zdecentralizowanych zastosowań (DAPPS)
Znajomość różnych kryptowalut i ich funkcjonalności
Zapewnienie środków bezpieczeństwa blockchain
Zrozumienie różnych mechanizmów konsensusu
Praca z technologią rozproszonej Ledger
Znajomość różnych platform blockchain
Wykorzystanie narzędzi programistycznych Blockchain
Tworzenie i zarządzanie mechanizmami tokenizacji

Once the test is sent to a candidate, the candidate receives a link in email to take the test. For each candidate, you will receive a detailed report with skills breakdown and benchmarks to shortlist the top candidates from your pool.

What topics are covered in the Blockchain Developer Test?

Inteligentne kontrakty
Inteligentne umowy są samokontraktującymi kontraktami Zdefiniowane warunki zapisane w kodzie, które automatycznie egzekwują warunki umowy. Testowanie tej umiejętności w ocenie zapewnia, że kandydaci posiadają niezbędną wiedzę do opracowania i wdrażania inteligentnych kontraktów w sieci blockchain.
Zdecentralizowane aplikacje
Zastosowane aplikacje (DAPPS) to aplikacje, które uruchomione w sieci komputerów peer-to-peer zamiast centralnego serwera. Testowanie tej umiejętności pomaga rekruterom ocenić zdolność kandydatów do projektowania, opracowywania i wdrażania zdecentralizowanych aplikacji za pomocą technologii blockchain.
kryptowaluta
kryptowaluta odnosi się do walut cyfrowych lub wirtualnych, które wykorzystują kryptografię do bezpieczeństwa do bezpieczeństwa i działać niezależnie od banku centralnego. Uwzględnienie tej umiejętności w testach pozwala rekruterom ocenić kandydatów zrozumienie koncepcji kryptowalut, takich jak waluty oparte na blockchain, portfele, transakcje i wydobycie.
Blockchain Security
Blockchain Security Security Security Polega na ochronie sieci i aplikacji Blockchain przed różnymi zagrożeniami, takimi jak hakowanie, naruszenie danych i złośliwe działania. Ocena tej umiejętności pomaga rekruterom zidentyfikować kandydatów, którzy mają wiedzę na temat najlepszych praktyk bezpieczeństwa w ekosystemie blockchain.
Mechanizmy konsensusowe
Mechanizmy konsensusowe określają, w jaki sposób uczestnicy w sieci blockchain zgadzają się na ważność transakcji i zachowaj integralność księgi. Mierzenie tej umiejętności w ocenie zapewnia, że kandydaci mają kompleksowe zrozumienie różnych algorytmów konsensusu, takich jak dowód pracy (POW) i dowód stawki (POS).
Dystrybucja technologii księgi księgi </h4> <p > Technologia Ledger Distributed (DLT) to podstawowa technologia blockchain, która umożliwia zdecentralizowane i przejrzyste przechowywanie danych w wielu węzłach. Ocena tej umiejętności pozwala rekruterom ocenić zrozumienie przez kandydatów podstawowych zasad i wdrożenie DLT w systemach blockchain. </p> <h4> platformy blockchain
platformy blockchain to ramy oprogramowania lub infrastruktury, które zapewniają niezbędne Narzędzia i funkcje budowania i wdrażania aplikacji blockchain. Uwzględnienie tej umiejętności w testach pomaga rekruterom ocenić wiedzę kandydatów na temat popularnych platform blockchain, takich jak Ethereum, Hyperledger i Corda.
Narzędzia do programowania blockchain
Narzędzia do programowania blockchain to aplikacje i biblioteki, które Ułatwienie tworzenia, testowania i wdrażania aplikacji opartych na blockchain. Pomiar tej umiejętności pozwala rekruterom ocenić znajomość kandydatów na narzędzia takie jak solidność (dla Ethereum Smart kontrakt) i truflowanie (w celu opracowywania i testowania blockchain).
Tokenization
Tokenizacja remisowa do procesu przekształcania rzeczywistych aktywów lub praw w tokeny cyfrowe w blockchain. Testowanie tej umiejętności pomaga rekruterom ocenić zrozumienie przez kandydatów pojęć tokenizacji, standardów tokenów, takich jak ERC-20, a integracja tokenów w aplikacjach blockchain.
Integracja blockchain
Integracja blockchain obejmuje połączenie Istniejące systemy i aplikacje z sieciami blockchain w celu wykorzystania zalet zdecentralizowanego, przejrzystego i bezpiecznego przechowywania danych i transakcji. Ocena tej umiejętności pomaga rekruterom zidentyfikować kandydatów, którzy mogą skutecznie zintegrować technologię blockchain z różnymi branżami i przypadkami użycia.
Skalowalność blockchain
Skalowalność blockchain odnosi się do zdolności sieci blockchain do obsługi rosnącej transakcji Wolume i wymagania użytkowników bez uszczerbku dla wydajności i wydajności. Testowanie tej umiejętności w ocenie pozwala rekruterom ocenić wiedzę kandydatów na temat rozwiązań skalowalności, takich jak odchylenie, protokoły warstwy 2 i transakcje poza łańcuchem.
Full list of covered topics
The actual topics of the questions in the final test will depend on your job description and requirements. However, here's a list of topics you can expect the questions for Test programisty Blockchain to be based on.
Podstawy blockchain
Architektura blockchain
Inteligentne programowanie kontraktowe
Protokoły blockchain
Wydobycie kryptowalut
Zdecentralizowane przechowywanie
Blockchain Ethereum
Materiał hiperledger
EOS Blockchain
Stellar Blockchain
Język programowania solidności
Biblioteka Web3.js
Framework trufli
Maszyna wirtualna Ethereum
Standardy tokenów (ERC20, ERC721 itp.)
Rozwój ICO
Wyroczniki i zewnętrzne kanały danych
Algorytmy konsensusowe (dowód pracy, dowód palika itp.)
Interoperacyjność łańcucha
Rozproszone ramy technologii księgi księgi
Zezwolenia vs bez pozwolenia
Blockchain Security Najlepsze praktyki
Problem z podwójnym wydatkiem
Kryptografia klucza prywatnego i publicznego
Bezpieczne przechowywanie klucza
Podpisy cyfrowe
Audyt blockchain
Funkcje skrótu
Sieci peer-to-peer
Struktury danych blockchain
Ekonomia tokenów
Web 3.0 i zdecentralizowana sieć
Dowody wiedzy o zerowej wiedzy
Sidechains i transakcje poza łańcuchem
Rozwiązania skalowalności (odchylenie, protokoły warstwy 2 itp.)
Enterprise Blockchain Solutions
Blockchain jako usługa
Inteligentne testy kontraktowe
Integracja aplikacji internetowych z Blockchain
Wydajność protokołu konsensusu
Przypadki użycia blockchain w zarządzaniu łańcuchem dostaw
Zarządzanie tożsamością na blockchain
Prywatność w blockchain
Blockchain do wniosków finansowych
Inteligentne luki w umowie
Opłaty za gaz i transakcje
System plików międzyplanetarny (IPFS)
Tokenizacja aktywów
Zarządzanie blockchain
Zdecentralizowane organizacje autonomiczne (DAO)
Funkcje skrótu kryptograficzne
Regulacja i zgodność z blockchain
Testowanie skalowalności blockchain
Blockchain Development Frameworks
Blockchain Analytics
Zdecentralizowane finanse (defi)
Tokeny niefinansowe (NFTS)
Ulepszenia konsensusu blockchain
Płatności transgraniczne na blockchain
Rozwój rynku blockchain

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What roles can I use the Blockchain Developer Test for?

Blockchain Developer
Inteligentny programista kontraktowy
Inżynier blockchain
Deweloper kryptowaluty
DAPP Developer
Konsultant Blockchain

How is the Blockchain Developer Test customized for senior candidates?

For intermediate/ experienced candidates, we customize the assessment questions to include advanced topics and increase the difficulty level of the questions. This might include adding questions on topics like

Integracja technologii blockchain z istniejącymi systemami
Projektowanie rozwiązań dla wyzwań skalowalności blockchain
Zachowanie najnowszych osiągnięć w technologii blockchain
Wdrażanie technik szyfrowania i protokołów kryptograficznych
Analiza i optymalizacja wydajności blockchain
Rozwiązywanie problemów i debugowanie aplikacji Blockchain
Audyt i ocena bezpieczeństwa sieci blockchain
Wdrażanie schematów podpisów wielosobocznych i progowych
Integracja rozwiązań poza łańcuchem z transakcjami na łańcuch
Projektowanie i wdrażanie protokołów konsensusowych dla prywatnych blockchainów
Zarządzanie i monitorowanie węzłów sieciowych i transakcji Blockchain

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Zobacz przykładową kartę wyników

Menedżerowie ds. rekrutacji mieli poczucie, że dzięki technicznym pytaniom, które zadawali podczas rozmów panelowych, byli w stanie stwierdzić, którzy kandydaci uzyskali lepsze wyniki, i odróżnić się od tych, którzy również nie uzyskali takich punktów. Oni są bardzo zadowolony z jakością kandydatów wybranych do selekcji Adaface.

85%

Zmniejszenie czasu badań przesiewowych

Zobacz pełne studium przypadku

Blockchain Developer Hiring Test Często zadawane pytania

Czy mogę połączyć wiele umiejętności w jedną niestandardową ocenę?

Tak, absolutnie. Oceny niestandardowe są konfigurowane na podstawie opisu stanowiska i będą zawierać pytania dotyczące wszystkich określonych umiejętności, które określasz.

Czy masz jakieś funkcje anty-cheatingowe lub proktorowe?

Mamy następujące funkcje anty-cheatingowe:

Pytania o niezgodne z nich
Proctoring IP
Proctoring Web
Proctoring kamery internetowej
Wykrywanie plagiatu
Bezpieczna przeglądarka

Przeczytaj więcej o funkcjach Proctoring.

Jak interpretować wyniki testów?

Najważniejsze, o czym należy pamiętać, jest to, że ocena jest narzędziem eliminacyjnym, a nie narzędziem wyboru. Ocena umiejętności jest zoptymalizowana, aby pomóc Ci wyeliminować kandydatów, którzy nie są technicznie zakwalifikowani do roli, nie jest zoptymalizowana, aby pomóc Ci znaleźć najlepszego kandydata do tej roli. Dlatego idealnym sposobem na wykorzystanie oceny jest podjęcie decyzji o wyniku progowym (zwykle 55%, pomagamy Ci porównać) i zaprosić wszystkich kandydatów, którzy wyniki powyżej progu na następne rundy wywiadu.

Do jakiego poziomu doświadczenia mogę użyć tego testu?

Każda ocena Adaface jest dostosowana do opisu stanowiska/ idealnego kandydującego osobowości (nasi eksperci przedmiotu będą podejmować właściwe pytania dotyczące oceny z naszej biblioteki ponad 10000 pytań). Ocenę tę można dostosować do dowolnego poziomu doświadczenia.

Czy każdy kandydat otrzymuje te same pytania?

Tak, znacznie ułatwia porównanie kandydatów. Opcje pytań MCQ i kolejność pytań są losowe. Mamy funkcje anty-cheating/proctoring. W naszym planie korporacyjnym mamy również możliwość tworzenia wielu wersji tej samej oceny z pytaniami o podobnych poziomach trudności.