Rapido's technical interviews run two in-person rounds: the first is a coding round on an IDE, and the second is a design discussion focused on making systems fail-safe and scalable.
Candidates report design prompts pulled straight from Rapido's own domain, log processing keyed by order ID or ride timestamp, alongside classic booking-system problems like Redbus or BookMyShow. It's also worth studying Rapido's own published engineering writing: their dispatch system originally matched captains by straight-line distance and was rebuilt around hexagonal geospatial zoning and historical ETA data once that broke down on real roads, a good template for how they expect you to reason about their domain even when a specific question isn't reported verbatim. For SDE-2 candidates, the conversation often turns theoretical: monolith vs. microservices, why each service should own its database, and how you reason about horizontal versus vertical scaling.
About Rapido
Rapido is India's largest bike taxi and auto-rickshaw platform, operating in 100+ Indian cities. It raised Series E funding in 2024 and is preparing for an IPO.
Online coding assessment (DSA fundamentals)
Technical Round 1: live coding on an IDE
Technical Round 2: system design and scalability discussion
For SDE-2: an additional round on distributed-systems architecture
Hiring manager and HR round: compensation and culture fit
Technical Round 1 (45-60 min)
coding problems written and compiled live on an IDE.
Technical Round 2 (60 min)
system design, with prompts like log processing by order ID or timestamp, a Redbus/BookMyShow-style booking system with seat-locking, or a captain-matching redesign inspired by Rapido's own published dispatch architecture.
SDE-2 Architecture Round (45 min)
monolith vs. microservices, database-per-service reasoning, and scalability fundamentals (horizontal vs. vertical).
Hiring Manager and HR Round (30 min)
project ownership, motivation, and compensation discussion.
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Sign up free: unlock all questionsThe typical Rapido recruitment process has 5 stages: Online coding assessment (DSA fundamentals) → Technical Round 1: live coding on an IDE → Technical Round 2: system design and scalability discussion → For SDE-2: an additional round on distributed-systems architecture → Hiring manager and HR round: compensation and culture fit.
Rapido typically conducts 4 interview rounds: Technical Round 1 (45-60 min): coding problems written and compiled live on an IDE.; Technical Round 2 (60 min): system design, with prompts like log processing by order ID or timestamp, a Redbus/BookMyShow-style booking system with seat-locking, or a captain-matching redesign inspired by Rapido's own published dispatch architecture.; SDE-2 Architecture Round (45 min): monolith vs. microservices, database-per-service reasoning, and scalability fundamentals (horizontal vs. vertical).; Hiring Manager and HR Round (30 min): project ownership, motivation, and compensation discussion..
HireStepX recommends the Fail-safe-first design framework for this type of interview: Before drawing boxes, name the failure mode the interviewer is actually probing, a race on a booking lock, a bad distance proxy in a matching algorithm, a service outage cascading through a shared DB, then design the specific mechanism (TTL lock, geospatial zoning, isolated datastore) that neutralizes it.
To answer this question well, HireStepX recommends the Fail-safe-first design approach: Before drawing boxes, name the failure mode the interviewer is actually probing, a race on a booking lock, a bad distance proxy in a matching algorithm, a service outage cascading through a shared DB, then design the specific mechanism (TTL lock, geospatial zoning, isolated datastore) that neutralizes it. Ground your answer in a specific real example from your own experience.
To answer this question well, HireStepX recommends the Fail-safe-first design approach: Before drawing boxes, name the failure mode the interviewer is actually probing, a race on a booking lock, a bad distance proxy in a matching algorithm, a service outage cascading through a shared DB, then design the specific mechanism (TTL lock, geospatial zoning, isolated datastore) that neutralizes it. Ground your answer in a specific real example from your own experience.
To answer this question well, HireStepX recommends the Fail-safe-first design approach: Before drawing boxes, name the failure mode the interviewer is actually probing, a race on a booking lock, a bad distance proxy in a matching algorithm, a service outage cascading through a shared DB, then design the specific mechanism (TTL lock, geospatial zoning, isolated datastore) that neutralizes it. Ground your answer in a specific real example from your own experience.
To answer this question well, HireStepX recommends the Fail-safe-first design approach: Before drawing boxes, name the failure mode the interviewer is actually probing, a race on a booking lock, a bad distance proxy in a matching algorithm, a service outage cascading through a shared DB, then design the specific mechanism (TTL lock, geospatial zoning, isolated datastore) that neutralizes it. Ground your answer in a specific real example from your own experience.
To answer this question well, HireStepX recommends the Fail-safe-first design approach: Before drawing boxes, name the failure mode the interviewer is actually probing, a race on a booking lock, a bad distance proxy in a matching algorithm, a service outage cascading through a shared DB, then design the specific mechanism (TTL lock, geospatial zoning, isolated datastore) that neutralizes it. Ground your answer in a specific real example from your own experience.