36+ Swiggy questions

Swiggy interview questions and how to prepare

The questions candidates report from Swiggy interviews, sorted by how often they come up, with difficulty and topics, plus original practice written in Swiggy's interview style.

ZorixOS tracks 36 community-reported Swiggy interview questions, drawn from an open-source dataset of real interview reports and sorted by how frequently each one comes up. Every question links to its source. Alongside them are 77 original ZorixOS practice questions written in Swiggy's known interview style (not claimed as asked at Swiggy), so you can rehearse the real format. Practice any of them out loud in a free AI mock interview tuned to Swiggy.

Updated July 2026

Swiggy interview questions candidates report

Community-reported from real Swiggy interviews (open-source dataset), most-asked first. Showing 36. Each links to its source.

  1. Best Time to Buy and Sell Stock
    ArrayDynamic Programming
    Easy100% asked
  2. Count Good Meals
    ArrayHash Table
    Medium100% asked
  3. Medium100% asked
  4. Easy96% asked
  5. Next Greater Element I
    ArrayHash TableStackMonotonic Stack
    Easy95% asked
  6. Medium89% asked
  7. Unique Binary Search Trees
    MathDynamic ProgrammingTreeBinary Search Tree
    Medium89% asked
  8. Happy Number
    Hash TableMathTwo Pointers
    Easy88% asked
  9. Course Schedule
    Depth-First SearchBreadth-First SearchGraph TheoryTopological Sort
    Medium80% asked
  10. Daily Temperatures
    ArrayStackMonotonic Stack
    Medium80% asked
  11. Distinct Subsequences
    StringDynamic Programming
    Hard80% asked
  12. Edit Distance
    StringDynamic Programming
    Medium80% asked
  13. Fair Candy Swap
    ArrayHash TableBinary SearchSorting
    Easy80% asked
  14. Integer to Roman
    Hash TableMathString
    Medium80% asked
  15. Merge Sorted Array
    ArrayTwo PointersSorting
    Easy80% asked
  16. Medium69% asked
  17. K Closest Points to Origin
    ArrayMathDivide and ConquerGeometry
    Medium69% asked
  18. Koko Eating Bananas
    ArrayBinary Search
    Medium69% asked
  19. Longest Consecutive Sequence
    ArrayHash TableUnion-Find
    Medium69% asked
  20. Longest Palindromic Substring
    Two PointersStringDynamic Programming
    Medium69% asked
  21. Medium69% asked
  22. LRU Cache
    Hash TableLinked ListDesignDoubly-Linked List
    Medium69% asked
  23. Maximum Product Subarray
    ArrayDynamic Programming
    Medium69% asked
  24. Maximum Profit in Job Scheduling
    ArrayBinary SearchDynamic ProgrammingSorting
    Hard69% asked
  25. Medium69% asked
  26. Maximum Subarray
    ArrayDivide and ConquerDynamic Programming
    Medium69% asked
  27. Median of Two Sorted Arrays
    ArrayBinary SearchDivide and Conquer
    Hard69% asked
  28. Minimum Number of Work Sessions to Finish the Tasks
    ArrayDynamic ProgrammingBacktrackingBit Manipulation
    Medium69% asked
  29. Minimum Window Substring
    Hash TableStringSliding Window
    Hard69% asked
  30. Sort Colors
    ArrayTwo PointersSorting
    Medium69% asked
  31. Subarray Sum Equals K
    ArrayHash TablePrefix Sum
    Medium69% asked
  32. Sum of Two Integers
    MathBit Manipulation
    Medium69% asked
  33. Trapping Rain Water
    ArrayTwo PointersDynamic ProgrammingStack
    Hard69% asked
  34. Two City Scheduling
    ArrayGreedySorting
    Medium69% asked
  35. Design Twitter
    Hash TableLinked ListDesignHeap (Priority Queue)
    Medium56% asked
  36. First Missing Positive
    ArrayHash Table
    Hard56% asked

Practice questions in Swiggy's style

Original ZorixOS questions written the way Swiggy interviews, so you rehearse the real format. Not claimed as asked at Swiggy.

  1. Imagine Swiggy's delivery fleet is experiencing a 20% increase in average delivery time in a specific city due to a sudden surge in demand and road closures. Design a system to dynamically re-route drivers and optimize batching to mitigate this. Consider real-time traffic data, driver location, order priority, and restaurant prep times.

    Software EngineerSystem DesignTests: Evaluates the candidate's ability to design scalable, real-time systems for complex logistical challenges, incorporating various data sources and constraints.
  2. You are building a feature for Swiggy to allow users to pre-order groceries for delivery at a specific future time. Design the database schema to store these pre-orders, considering potential concurrency issues when multiple users try to book the same time slot for popular items. How would you handle inventory management for these pre-orders?

    Software EngineerDatabase Design & ConcurrencyTests: Assesses understanding of database schema design, ACID properties, and handling concurrent operations in a high-traffic e-commerce environment.
  3. A critical Swiggy service responsible for order assignment is experiencing intermittent high latency, causing delayed order fulfillment. You suspect a recent code deployment. How would you approach debugging this issue in a production environment with millions of concurrent orders? What metrics would you monitor?

    Software EngineerDebugging & Production MonitoringTests: Tests systematic debugging skills, knowledge of production monitoring tools, and ability to identify root causes of performance issues under pressure.
  4. Swiggy is considering launching a subscription service for premium grocery delivery, offering faster delivery and exclusive discounts. Design the API endpoints required to manage user subscriptions, including sign-up, renewal, cancellation, and integration with payment gateways.

    Software EngineerAPI DesignTests: Evaluates the candidate's ability to design robust and efficient APIs for a new product offering, considering security and scalability.
  5. Write a Python function that takes a list of Swiggy orders (each with restaurant ID, customer ID, delivery time, and order value) and returns the top 5 customers by total order value for a given restaurant.

    Software EngineerCoding & AlgorithmsTests: Assesses basic Python programming skills, data manipulation, and handling of list/dictionary operations.
  6. Design a rate limiter for Swiggy's restaurant API to prevent abuse and ensure fair usage. Consider different strategies like token bucket and leaky bucket, and discuss trade-offs in terms of accuracy, complexity, and resource consumption.

    Software EngineerSystem Design & ScalabilityTests: Examines understanding of distributed system principles, specifically rate limiting, and the ability to choose appropriate algorithms for a given scale.

71+ more Swiggy-style questions are in the free library, each practiceable live with adaptive follow-ups and an honest scorecard. Start free.

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Swiggy Interview Questions (2026) | ZorixOS