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HIRING AI

AI Interviewer

Intelligent Interviews. Better Hiring.

An AI-powered interviewer that conducts structured, adaptive, and unbiased interviews at scale. It responds to candidate answers dynamically, asks intelligent follow-ups, profiles coding competencies, and grades responses based on rubric constraints.

Launch Specifications

StatusBeta
LaunchedMar 2025
Active Users150+
ScaleHIRING

Product Overview

AI Interviewer conducts technical evaluations asynchronously. It replaces standard coding tests with a conversational, interactive system that acts like a human developer, testing boundary cases and asking candidate developers to justify their choices.

  • Dynamic question paths adapting to answers.
  • Interactive syntax highlighting code editor.
  • Automatic rubric grading & structural logs.
  • Behavioral sentiment verification.

What AI Interviewer Can Generate

Dynamic Follow-ups

Asks candidates to explain complex code lines.

Sandbox Compiler

Validates code compilations dynamically.

Proctoring Integrity

Verifies visual attention and tab focus.

Grading Rubric

Detailed breakdown of scoring points.

75%
Reduction in screening cycles
2K+
Interviews completed
85%
Candidate completion rate
100%
Unbiased score matching

The Problem

Technical recruiting teams waste hundreds of hours screening candidates who copy-paste solutions. Conversely, standard linear coding puzzles fail to capture true system engineering and problem-solving skills.

Our Solution

An adaptive interview agent that doesn't just look for correct syntax, but actively probes code efficiency, testing for edge cases and forcing candidate interaction to verify reasoning depth.

Technical Architecture

The system is built on LangChain with an Express/Next.js client-facing UI. A stateful execution graph manages query cycles. Code inputs are compiled in an isolated Docker container, returning console output directly back into the LLM context loop.

Asynchronous Evaluation Cycle

SUBMISSIONCandidate AnswerText & Code Snippets
EXECUTIONDocker SandboxSecure Isolated Run
EVALUATIONLangChain AgentState Flow Runner
Adaptive Follow-up Quest
Rubric Assessment Scale

Tech Stack

LangChainOpenAIPostgreSQLFastAPINext.js

Dashboard View Simulation

interviewer.io/session/39f0a2
24:36
Question 3 of 5DSA / Data Structures

Explain how a binary search tree works? Implement a node struct and search algorithm.

// TypeScript Binary Search Tree
class BSTNode {
  value: number;
  left: BSTNode | null = null;
  right: BSTNode | null = null;
}
Type your explanation here and explain edge cases...

Key Engineering Challenges

  • Securing user-submitted code executions inside isolated, resource-capped sandboxes.
  • Keeping follow-up prompts conversational while adhering strictly to rubric guidelines.
  • Supporting low-latency audio inputs for conversational-style voice interviews.

Key Lessons Learned

  • Strict system-prompt guards are necessary to stop candidates jailbreaking the rubric scoring.
  • Pre-compiling base code definitions reduces generation latencies by 1.2s.
  • Interviews must be capped at 45 minutes to prevent LLM context-window decay.

Development Roadmap

Phase 1Completed

Interactive Code Editor

Monaco Editor integration with sandbox loops.

Phase 2Completed

Speech Conversational Loop

Real-time speech-to-speech audio integrations.

Phase 3Planned

Team Rubric Designer

Allowing HR teams to customize their grading criteria.

Related Products

Every product is built with a focus on solving real problems.

Interested in engineering collaboration, specialized quantitative models, or custom educational AI solutions? Let's connect.

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