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Razorpay Interview Experience 2025-2026 | Real Candidate Stories & Tips

Read authentic Razorpay interview experiences from recent candidates 2025-2026. Round-by-round breakdown, questions asked, preparation tips, and strategies for Razorpay placement.

Razorpay is India’s leading fintech (payment gateway, business banking). Interviews stress DSA, system design for payment systems, and problem-solving approach. Below are authentic experiences and the typical Razorpay placement process (2–3 weeks; 70% or 7.0+ CGPA; ~10–15% OA pass rate).

RoundDurationFocus
Online Assessment90 min2–3 medium–hard coding (arrays, strings, DP, graphs); HackerRank or internal
Technical Interview 145 minDSA, coding, approach and optimization
Technical Interview 245 minSystem design (payment gateway, transactions, distributed systems), project deep dive
Managerial Round45 minBehavioral, problem-solving, impact
HR Round30 minWhy Razorpay, compensation, role

Languages: Python, Java, C++, Go. Bar: 7.0+ CGPA.


Profile: Final year CS, 7.8 CGPA. Offer: ₹21 LPA (total).

  • 2–3 problems: array/string, DP, graph. Solved 2 with optimal solutions; focused on edge cases and clean code.
  • Questions: Subarray problems (two-pointer/sliding window); LRU cache implementation; string/pattern matching. Brief project discussion.
  • Discussed time/space complexity and optimization.
  • System design: Design payment gateway (flows, idempotency, retries); design transaction processing system; discuss scalability, DB, and APIs.
  • Deep dive into a backend or payments-related project from resume.
  • Why Razorpay? Interest in fintech and B2B. STAR for problem-solving and impact. Compensation discussed.

Tips: Razorpay values DSA and payment-system design. Practice payment gateway, transaction processing, and trade-offs (consistency, availability).


Experience 2: Backend Engineer – Selected ✅

Section titled “Experience 2: Backend Engineer – Selected ✅”

Profile: 1 year experience. Offer: ₹26 LPA.

  • 2–3 medium–hard problems; solved 2 fully with optimal approaches.
  • Round 1: Tree/graph problem; design data structure for get/min with updates. Round 2: Design wallet or fraud detection (high level); discuss scalability and security. Project deep dive.
  • Medium–hard DSA, payment-system design, and clear explanation of trade-offs.

  • Two Sum, LRU Cache, Merge Intervals
  • Arrays: subarray, two-pointer, sliding window
  • Strings: pattern matching, manipulation
  • DP: knapsack, LCS, edit distance
  • Graphs: BFS/DFS, shortest path, topological sort
  • Payment gateway
  • Transaction processing system
  • Wallet system
  • Fraud detection (high level)
  • Why Razorpay? B2B payments?
  • Describe a tough technical problem you solved
  • How do you handle ambiguity?

Razorpay Overview

Eligibility, process, salary.

Coding Questions

DSA and coding problems.

Preparation Guide

Complete placement strategy.

2024 & 2025 Papers

Previous year papers.

Written by the placementpapers.app editorial team · Verified by industry hiring professionals

Last updated: February 2026