Blockchain Development and Technology Training at Future Finders, Mohali
Future Finders’ Blockchain Certification Online Training Course is specifically created and intended to teach you about the most recent Blockchain technology, its foundations, and its numerous platforms. The blockchain online training course covers a variety of topics, including distributed ledger technology, smart contracts, Ethereum, Solidity, and blockchain programming. Multichain, Hyperledger, Cords, the Bitcoin mining cryptocurrency, blockchain applications, Quorum and its applications, etc.
An in-depth understanding of blockchain, case studies, the chance to work on actual projects and get practical experience, certification training, and help to find a job are all included in this blockchain certification training course. You will become an expert in Blockchain platforms and develop apps utilising Ethereum by completing this Blockchain course and certification. Your knowledge of cutting-edge Blockchain technology will grow as a result.
An annual salary of Rs 110,000 is typical for blockchain developers. However, based on experience and skill level, a certified Blockchain specialist may make up to 30 lacks annually. The Blockchain age here; is now the greatest and most successful technology. FedEx and IBM are two prominent businesses that have already used blockchain technology.
Accenture, Huawei Technologies, Walmart Microsoft, Overstock, Mastercard, Cyber Infrastructures, etc. Our Blockchain Certification Course is created in such a manner that it helps you pass the Certified Blockchain Expert test in one sitting. Besant Technologies is a highly well-known and respected e-learning college in India and around the world. We will also issue you a certificate of completion for the course that is valid all around the world.
In our institute, we have highly qualified instructors with years of expertise in the field. Along with teaching you the material, they will help you with certification real projects, interview practise, job placement, etc.
Course on Blockchain Information
The Blockchain Certification Course is a comprehensive course that goes in-depth on blockchain platforms, applications, their benefits, and other topics including Bitcoin, Ethereum, Hyperledger, and Multichain. Here, you’ll study the material using cutting-edge tools like truffle ganache. Meta Mask and Geth During the live online session, we will show you how to do the following activities:
Introduction to the mechanics and structure of the blockchain
- Developing apps for blockchain
- Description of the Ethereum environment
- Learn how to use Solidity to deploy smart contracts on Ethereum.
- Utilize Hyperledger Compose to develop a corporate network.
Blockchain technology has been embraced by several businesses, particularly banking. Another two significant sectors using this technology are banking and insurance. Shortly, Blockchain will also be used by several other businesses, including healthcare, energy resources, and supermarkets. Additionally, there will certainly be a severe scarcity of licenced Blockchain experts on the market. So now is the ideal opportunity for you to change the course of your profession and protect your future. You can pursue a large position with high pay after completing Future Finder’s Blockchain Online Course and becoming a certified Blockchain specialist.
Why Leam Blockchain?
An industrial revolution has been brought about by blockchain technology. Its decentralised network serves as Bitcoin’s infrastructure. Learning Blockchain has several distinct benefits, some of which are given below:
The development of blockchain technology has far exceeded market predictions.
It is currently one of the higher-paid jobs.
It is renowned for its data security and digital identity. You will be introduced to modern technology.
Blockchain Course explains both fundamental and sophisticated blockchain principles. Without the need for a third-party middleman like a bank or the government, it may be utilised for the safe transfer of cash, assets, contracts, etc. Blockchain is a software protocol, but it requires the Internet to function (like SMTP is for email).
A blockchain is a continuously expanding ledger that maintains a secure, chronological, and immutable record of every transaction that has ever occurred.
Let’s dissect this definition:
- Ledger: This is a continuously expanding file.
- Permanent: Permanent means that once a transaction is recorded in a blockchain, it can be left there indefinitely.
- Secure: Blockchain stores data in a safe manner. To make sure that the information is sealed inside the blockchain, it employs highly sophisticated cryptography.
- Chronological: When a transaction is chronological, it follows the one before it.
- Immutable: Immutable refers to the fact that once all transactions are recorded on a blockchain, the ledger cannot be altered.
A sequence of blocks containing information makes up a blockchain. Each block serves as a permanent database for the blockchain and records all of the most recent transactions. A new block is produced each time a block is finished.
Who employs a blockchain?
The integration of blockchain technology is possible in many fields. Blockchains are mostly used as a distributed ledger for currency. A wide range of commercial applications, including banking, finance, government, healthcare, insurance, media and entertainment, real estate, etc., demonstrate its immense potential.
Because of the following, blockchain technology has gained popularity.
- Time savings: Blockchain technology can speed up trade settlement in the banking sector by eliminating the need for drawn-out verification, settlement, and clearing procedures. It is a result of all stakeholders having access to the same single version of agreed-upon data.
- Unchangeable transactions: The historical manner in which blockchain records transactions ensures that all activities are unchangeable, thus once a new block is added to the chain of ledgers, it cannot be deleted or amended.
- Reliability: The identities of all parties involved are certified and verified by the blockchain.
- Security: Blockchain employs Distributed Ledger Technology, where each party has a copy of the original chain, to ensure that the information is locked inside the blockchain. As a result, the system continues to function even when a significant number of other nodes go down.
- Collaboration: It enables all parties to do business together directly, without the need for a middleman.
- Decentralized: There is no central organisation in charge of overseeing anything, hence it is decentralised. Every node must abide by certain criteria while exchanging blockchain data. This procedure makes sure that each transaction is examined for validity before adding each one one at a time.
Overview of Blockchain Technology
History and Evolution of Blockchain
Understanding Cryptography Basics
Key Concepts: Decentralization, Transparency, and Immutability
Blockchain vs. Traditional Databases
Types of Blockchain (Public, Private, Consortium)
Structure of a Blockchain
Blocks, Chains, and Nodes
Transactions and Consensus Mechanisms
Hash Functions and their Role in Blockchain
Public and Private Keys
Mining and Miners’ Role in Blockchain
Smart Contracts and Their Functionality
Consensus Algorithms (Proof of Work, Proof of Stake, etc.)
Introduction to Cryptocurrencies
Bitcoin: The First Cryptocurrency
Ethereum and Smart Contracts
Altcoins and Token Standards (ERC-20, ERC-721)
Wallets: Hot Wallets vs. Cold Wallets
How to Buy, Store, and Trade Cryptocurrencies
Blockchain Architecture and Components
Setting Up a Development Environment
Introduction to Blockchain Programming Languages (Solidity, JavaScript, etc.)
Building a Simple Smart Contract
Deploying Smart Contracts on Test Networks (Ropsten, Rinkeby)
Writing Advanced Smart Contracts
Contract Security Best Practices
Testing Smart Contracts
Upgradable Smart Contracts
Using Libraries and Frameworks (OpenZeppelin, Truffle, Hardhat)
Introduction to DApps
Architecture of DApps
Frontend Development for DApps
Interfacing with Smart Contracts (Web3.js, Ethers.js)
Building a Simple DApp
Supply Chain Management
Financial Services and Decentralized Finance (DeFi)
Healthcare Applications
Identity Management and Digital Identity
Voting Systems and Governance
Real Estate and Asset Tokenization
Overview of Popular Blockchain Platforms
Ethereum, Hyperledger, Corda, and EOS
Comparison of Different Platforms
Setting Up a Private Blockchain Network
Exploring Layer 2 Solutions (Lightning Network, Polygon)
Energy Consumption and Environmental Concerns
Regulatory and Compliance Challenges
Security Risks and Attacks on Blockchain (51% Attack, Sybil Attack)
Interoperability Among Blockchains
Emerging Trends and Innovations in Blockchain
NFTs (Non-Fungible Tokens) and Their Applications
The Role of Blockchain in Web 3.0
Integration of AI and IoT with Blockchain
The Future of Decentralized Governance
Understanding Security Risks in Blockchain
Best Practices for Securing Blockchain Applications
Auditing Smart Contracts and Blockchain Solutions
Tools for Blockchain Analysis and Monitoring
In-depth Analysis of Successful Blockchain Projects
Lessons Learned from Failed Blockchain Initiatives
Group Projects: Developing a Blockchain Solution for a Real-World Problem
Defining a Problem Statement
Designing a Blockchain-Based Solution
Implementing Smart Contracts and DApps
Presenting the Capstone Project and Demonstrating Functionality
The program will assist with changing the members from understudies into effective BlockChain engineers.
Block Chain Course
- Block Chain
- Call a Course Adviser
- Cryptocurrency & Blockchain
- Delving into Blockchain
- Bitcoin and Blockchain
- Bitcoin Mining
- Ethereum
- Setting up a Private Blockchain environment using Ethereum Platform
- Hyperledger
- Setting up a development environment using Hyperledger Composer
- Create & deploy your private Blockchain on MultiChain
- Prospects of Blockchain
Apply here
Block Chain Course Fee and Duration | |||
---|---|---|---|
Track | Regular Track | Weekend Track | Fast Track |
Course Duration | 150 - 180 days | 28 Weekends | 90- 120 days |
Hours | 2 hours a day | 3 hours a day | 6+ hours a day |
Training Mode | Live Classroom | Live Classroom | Live Classroom |