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Engineered
Assessment

Where competitive programming meets institutional excellence. Code, compile, and conquer—with absolute confidence.

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solution.py

Python 3.12

def two_sum(nums, target):

seen = {}

for i, num in enumerate(nums):

comp = target - num

if comp in seen:

return [seen[comp], i]

seen[num] = i

return []

Waiting for input...

Capabilities

Engineered for Excellence

Every feature precision-crafted to deliver institutional-grade assessment experiences with zero compromise.

Secure Examination Engine

Enterprise-grade security with browser lockdown, session isolation, and anti-cheating protocols that ensure absolute assessment integrity.

Real-Time Code Execution

Compile and execute code instantly across multiple languages with sandboxed, containerized runtime environments built for speed.

Multi-Language Support

Full support for Python, C++, Java, JavaScript, Rust, and more—with intelligent syntax highlighting and language-aware tooling.

Intelligent Proctoring

Comprehensive monitoring with tab-switch detection, clipboard control, window focus tracking, and detailed activity logging.

Comprehensive Analytics

Detailed performance analytics with submission timelines, difficulty distribution, score breakdowns, and exportable reports.

Institutional Management

Manage users, groups, semesters, and sections with granular role-based access control designed for academic institutions.

Impact

Active Users

Submissions Processed

Exams Conducted

Languages Supported

Platform

Built for the Way You Work

A thoughtfully designed interface that removes friction between thinking and doing. Every pixel serves a purpose.

BuildIT — Exam Environment

Session Active42:18 remaining

Problems

01Two SumEasy

02Valid ParenthesesEasy

03Merge IntervalsMedium

04LRU CacheHard

05Binary SearchEasy

solution.py

test_cases.py

def two_sum(nums: list[int], target: int) -> list[int]:

# Hash map approach — O(n) time

seen = {}

for i, num in enumerate(nums):

complement = target - num

if complement in seen:

return [seen[complement], i]

seen[num] = i

return []

# Complexity: Time O(n), Space O(n)

Output

Running 3 test cases...

✓ Test 1: [2,7], target=9 → [0,1] 0.01ms

✓ Test 2: [3,2,4], target=6 → [1,2] 0.01ms

✓ Test 3: [3,3], target=6 → [0,1] 0.01ms

All 3 test cases passedTotal: 0.03ms

Sandboxed Runtime

Each submission runs in an isolated container with strict resource limits and network isolation.

Instant Feedback

Results appear in milliseconds with detailed test case breakdowns and memory profiling.

Browser Lockdown

Full-screen enforcement, clipboard blocking, and tab-switch prevention during active exams.

Process

From Setup to Insight

A systematic, four-step workflow designed for maximum efficiency and zero friction.

Configure

Set up examination parameters, question banks, time limits, and scoring rubrics with precision control.

Deploy

Launch secure exam sessions with institutional-grade access control, scheduling, and real-time monitoring.

Assess

Students code, compile, and submit solutions in a controlled, proctored real-time environment.

Analyze

Generate comprehensive analytics, automated grading reports, and performance insights instantly.

Team

Meet the Devs

A focused team of engineers united by a single goal: to build the most reliable assessment platform in existence.

"It works on my machine!!"

Gautham Sharma

Full-Stack Developer

"Hippity hoppity, your code is my property."

Jaya Raj Vavilapalli

DevSecOps Engineer

"What is love? Baby don't hurt me, don't hurt me, no more."

Harshith Doddipalli

Founder + Lead Engineer

"I write bugs so the security guy has a job."

Rohith Gona