Software Development
Blockchain Security Engineer Training
Find and fix smart-contract and blockchain infrastructure vulnerabilities in 32 hours of live online training
- Duration
- 32 hours
- Format
- Live online
- Modules
- 10 modules
- Certificate
- On completion
- ✓32 hours of live instructor-led online sessions in scheduled batches
- ✓The most common smart-contract vulnerabilities, exploited and then fixed
- ✓Static analysis, fuzzing and invariant testing with Slither and Foundry
- ✓DeFi attack patterns: flash loans, oracle manipulation, MEV
- ✓Wallet, key and node security
- ✓Audit methodology and report writing
About the course
What this course covers
Smart contracts hold real value and cannot easily be patched after deployment, so security mistakes are expensive. This course teaches you to think like an attacker so that you can review and harden blockchain code and infrastructure. It is a defensive course: all attacks are practised on local test networks and deliberately vulnerable contracts.
You will learn the classic vulnerability classes, such as reentrancy, access-control errors, unsafe external calls and arithmetic problems, and then move to DeFi-specific issues like price-oracle manipulation and flash-loan attacks. Tooling includes Slither for static analysis, Foundry for fuzzing and invariant tests, and an introduction to formal verification. The final modules cover key management, node and bridge security and how to run a code review and write an audit report.
No external exam is attached. Skills are demonstrated through exercises, capture-the-flag style challenges and an audit report you write yourself.
Who should attend
- ● Smart-contract developers who want to write safer code
- ● Application security engineers moving into Web3
- ● Penetration testers interested in blockchain audits
- ● DevSecOps engineers responsible for blockchain infrastructure
- ● Aspiring auditors and bug-bounty researchers
Prerequisites
- ● Working knowledge of Solidity: writing and deploying basic contracts
Key skills
Skills you will walk away with
Vulnerability identification
Spot reentrancy, access-control flaws, unchecked calls and logic errors in Solidity code.
Static analysis
Use Slither and similar tools and interpret and triage their findings.
Fuzzing and invariants
Write fuzz and invariant tests in Foundry to find unexpected states.
DeFi attack analysis
Understand flash-loan, oracle-manipulation and sandwich attacks and their mitigations.
Secure upgrade patterns
Review proxy contracts for storage-collision and initialiser problems.
Key and wallet security
Apply multisig, hardware wallets and key-handling procedures.
Curriculum
Module-by-module syllabus
10 modules · 40 topics · 32 hours
1Module 1: Threat Landscape and Setup4 topics ▾
Learning objective: Understand why blockchain systems get attacked.
- ▸ Notable exploit case studies
- ▸ Threat modelling for smart contracts
- ▸ Lab setup: Foundry, Slither, local nodes
- ▸ Responsible disclosure and ethics
2Module 2: EVM and Solidity Security Basics4 topics ▾
Learning objective: Know the platform's risk areas.
- ▸ EVM execution, storage layout, delegatecall
- Visibility, tx.origin, msg.sender
Schedules
Upcoming live batches
Enroll now and choose your batch dates
Send an enquiry and we'll reserve your seat in the next batch.
Certification
How you get certified
- 1Confirm you have Solidity experience and enrol in a scheduled live batch.
- 2Set up the lab tools (Foundry, Slither, Node.js) before the first session.
- 3Attend the live sessions and complete the exploit-and-fix labs.
- 4Submit your capstone audit report for trainer feedback.
- 5Receive an Assure Success course completion certificate.
Career outcomes
Roles this opens up
Smart Contract Auditor
₹12–40 LPA (approx.)Reviews contracts for security issues, often at audit firms or as an independent researcher.
Blockchain Security Engineer
₹12–35 LPA (approx.)Secures contracts, keys and infrastructure inside Web3 and fintech companies.
Application Security Engineer (Web3)
₹10–30 LPA (approx.)Extends AppSec practices to wallets, dApps and smart contracts.
Salary ranges are approximate figures for India and vary by city, company and experience.
Why this certification is worth it
High-impact specialisation
Security skills are among the scarcer skills in blockchain engineering.
Ethical, practical training
Practise attacks safely on test networks and vulnerable-by-design contracts.
Better developer habits
Why Assure Success
Learn it once, pass it once
Trainers from the field
Every session is led by a practitioner who uses this material at work.
Batches that fit your week
Weekday and weekend batches in IST, scheduled for working professionals.
Exam-style practice
Practice questions and, where available, a full simulator free with the course.
Exam voucher help
Discounted vouchers and step-by-step help booking your exam.
Human support
WhatsApp support Mon–Sat, 9 AM–8 PM IST — a person answers.
Pay your way
UPI, cards, netbanking and EMI in India; international cards accepted.
FAQs
Questions learners ask us
Q.Is this an ethical hacking course for live blockchains?
No. All attacks are performed on local or test networks and deliberately vulnerable contracts. We teach responsible disclosure and do not support attacking real systems.
Q.Do I need to be an expert in Solidity?
You should be able to read and write basic contracts and tests. The course goes deeper into the EVM as needed.
Q.Will this make me a professional auditor?
It gives you a method and practice. Professional auditing also needs a track record from contests, bug bounties or supervised audits, which take time.
Q.Is there an exam?
No external exam. You receive an Assure Success course completion certificate.
Q.Is the job market large?
It is a small and specialised market. Opportunities exist in audit firms, Web3 companies and fintech security teams, but we make no placement promises.
Q.How long is the course?
32 hours of live online instructor-led training in scheduled batches.
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₹39,499
Blockchain Security Engineer Training