Practice real interview problems from Zepto
| Status | Title | Solution | Practice | Difficulty | Companies | Topics |
|---|---|---|---|---|---|---|
| 84. Largest Rectangle in Histogram | Solution | Solve | Hard | Adobe+31 | ||
| 239. Sliding Window Maximum | Solution | Solve | Hard | Adobe+47 | ||
| 1373. Maximum Sum BST in Binary Tree | Solution | Solve | Hard | Amazon+5 | ||
| 2659. Make Array Empty | Solution | Solve | Hard | Google+1 |
Zepto has quickly grown into one of India’s fastest-scaling quick commerce startups, and its engineering team focuses heavily on building highly scalable, low-latency systems that can support millions of real‑time orders. Because of this, the Zepto coding interview process places strong emphasis on solid data structures, algorithmic thinking, and the ability to write clean, production-ready code.
Most candidates go through a multi‑stage technical process that includes a coding phone screen, one or two algorithm-focused interviews, and a final round that may include system design or backend discussions. Engineers are expected to reason about performance, optimize solutions, and explain trade‑offs clearly.
Based on real candidate experiences, Zepto interviewers frequently test problem-solving skills across several core DSA areas:
The overall difficulty distribution typically ranges from medium to hard LeetCode-level problems, with interviewers expecting candidates to first produce a correct approach and then optimize it for time and space complexity.
This page compiles 28 real Zepto interview questions asked in coding rounds. Each problem on FleetCode includes explanations and implementations in Python, Java, and C++, helping you practice the exact patterns Zepto engineers evaluate. If you're preparing for a Zepto coding interview, these curated problems provide a focused roadmap to build the algorithmic depth the company looks for.
Preparing for a Zepto coding interview requires strong fundamentals in data structures and the ability to write optimized code under time pressure. The company typically looks for engineers who can solve algorithmic problems quickly while clearly communicating their reasoning.
Most candidates report a process similar to the following:
The coding rounds usually last 45–60 minutes and focus on writing working code rather than just discussing ideas. Interviewers often ask you to improve the solution after solving the base problem.
The most common problem categories asked in Zepto interviews include:
A practical preparation strategy is to first master medium-level problems across these patterns, then practice several harder variations. Zepto interviewers frequently test how well you adapt your solution when constraints change.
Common mistakes candidates make include:
A focused preparation timeline of 6–8 weeks works well for most candidates. Spend the first few weeks strengthening fundamentals and the remaining time solving company-specific problems like the ones listed here. Practicing these real Zepto interview questions on FleetCode helps you become familiar with the exact difficulty level and patterns used in their coding interviews.
