Teams must first follow the physical clue provided to them and locate the hidden camouflaged QR code. Using the Round 1 web application, they must capture and recover the QR code, decode the Color and Shape Ciphers, and combine the resulting codes to unlock the Digital Vault. The team must then show the successful vault confirmation to the coordinator for verification and completion.

• Each team will be provided with a physical clue chit containing a unique Chit Code and a location clue.
• Teams must follow the clues and participate in the Treasure Hunt to locate the hidden camouflaged QR code.
• Once the QR code is found, teams must use the HSV Recovery Engine to isolate and decode the camouflaged QR code.
• The decoded information will lead to the Color Cipher and Shape Cipher, which teams must solve to obtain the final code.
• Teams must enter the resulting code in the Digital Vault to complete the challenge.

A short additional CV-based challenge will be conducted.

Only teams that qualify from Round 1 are eligible for this round. Each team will be given two separate papers containing circuit diagrams—one Easy and one Hard—with faults introduced in the components or connections. One team member must solve the Easy circuit, while the other solves the Hard circuit simultaneously. Teams must identify and rectify all the faults before submitting their final answers.

• The timer starts immediately after the question papers are distributed.
• Team members must solve their assigned circuit individually (Easy/Hard).
• Only the provided paper and stationery may be used during the round.
• Discussion is allowed only between teammates; no interaction with other teams is permitted.
• The corrected circuit diagrams must be submitted inside the hall for verification.
• Completion time will be recorded only after the solution is confirmed to be correct.

A basic C programming and debugging challenge will be conducted. Teams must identify and fix the errors in the given program, and the fastest team to submit the correct output will receive the higher qualifying rank.

The top five teams will exchange their three Robot Part Passes for the hardware components collected throughout the event. Using the provided components and a step-by-step assembly guide, teams will build a DIY line-following robot without soldering. The completed robots will then compete on progressively challenging tracks, testing speed, precision, and navigation. The team that performs best across the final race stages will be crowned the Boom Boom Robo Da Champion.

• Only the Top 5 teams from Round 2 will qualify for the final.
• Teams must assemble the robot using only the components provided by the organizers.
• No soldering or external hardware modifications are permitted.
• The final begins with a time-trial seeding round.
• The top performers will advance to knockout duels on progressively tougher tracks.
• Robot performance will be evaluated based on speed and accuracy.
• In case of a tie, a surprise mini-challenge will be conducted.
• The organizers' decision regarding race outcomes is final and binding

A surprise mini-challenge involving robot control, precision, or navigation will be conducted