Meet the Pilot
Intelligence Engine

A deterministic software engine wrapped around an LLM. Pure code verifies 100% must-have requirement coverage, while AI researches company signals and interview patterns.

Stage 1–6: Research & Synthesis

Role & Prep

Dissection

Crawls official company pages, extracts hiring signals and interview patterns, and classifies JD requirements with stable IDs (R1, R2) into must and nice.

Stage 1–6: Research & Synthesis

Role & Prep

Dissection

Crawls official company pages, extracts hiring signals and interview patterns, and classifies JD requirements with stable IDs (R1, R2) into must and nice.

Stage 1–6: Research & Synthesis

Role & Prep

Dissection

Crawls official company pages, extracts hiring signals and interview patterns, and classifies JD requirements with stable IDs (R1, R2) into must and nice.

100% Verified Crawled Sources

Coverage & Scheduling

Mathematical set logic guarantees zero uncovered must requirements. Automated gap-generation loops retry until full coverage, while math allocates daily study hours.

100% Verified Crawled Sources

Coverage & Scheduling

Mathematical set logic guarantees zero uncovered must requirements. Automated gap-generation loops retry until full coverage, while math allocates daily study hours.

100% Verified Crawled Sources

Coverage & Scheduling

Mathematical set logic guarantees zero uncovered must requirements. Automated gap-generation loops retry until full coverage, while math allocates daily study hours.

Stage 7–9: Deterministic Core

Role & Prep

preference

Source-tracked questions (generated vs user_edited) survive section regeneration. Scriptable batch evaluator processes 5 test cases under 15 mins.

Stage 7–9: Deterministic Core

Role & Prep

preference

Source-tracked questions (generated vs user_edited) survive section regeneration. Scriptable batch evaluator processes 5 test cases under 15 mins.

Stage 7–9: Deterministic Core

Role & Prep

preference

Source-tracked questions (generated vs user_edited) survive section regeneration. Scriptable batch evaluator processes 5 test cases under 15 mins.

Batch CLI Evaluator (`npm run evaluate`)

Edit-Safe State & CLI

environments

Isolated test cases with retry backoff and failure logging — if one case throws, the batch continues.

Batch CLI Evaluator (`npm run evaluate`)

Edit-Safe State & CLI

environments

Isolated test cases with retry backoff and failure logging — if one case throws, the batch continues.

Batch CLI Evaluator (`npm run evaluate`)

Edit-Safe State & CLI

environments

Isolated test cases with retry backoff and failure logging — if one case throws, the batch continues.

Stage 1–6: Research & Synthesis

Role & Prep

Dissection

Crawls official company pages, extracts hiring signals and interview patterns, and classifies JD requirements with stable IDs (R1, R2) into must and nice.

100% Verified Crawled Sources

Coverage & Scheduling

Mathematical set logic guarantees zero uncovered must requirements. Automated gap-generation loops retry until full coverage, while math allocates daily study hours.

Stage 7–9: Deterministic Core

Role & Prep

preference

Source-tracked questions (generated vs user_edited) survive section regeneration. Scriptable batch evaluator processes 5 test cases under 15 mins.

Batch CLI Evaluator (`npm run evaluate`)

Edit-Safe State & CLI

environments

Isolated test cases with retry backoff and failure logging — if one case throws, the batch continues.

Built on deterministic
software engineering

Pilot enforces strict software contracts around the LLM

Typed stage isolation & zero-loss edit preservation

Built on deterministic
software engineering

Pilot enforces strict software contracts around the LLM

Typed stage isolation & zero-loss edit preservation

The

The

Network

Network

of Verified

of Verified

Readiness

Readiness

The Missing Layer: Deterministic Verification

Anything that can be computed in code—coverage checking, schedule allocation, requirement IDs, edit diffing—must be computed in code, never left to LLM free text.

100%

Must-Requirement Coverage

10

Isolated Pipeline Stages

<3 Mins

End-to-End Kit Build

The Missing Layer: Deterministic Verification

Anything that can be computed in code—coverage checking, schedule allocation, requirement IDs, edit diffing—must be computed in code, never left to LLM free text.

100%

Must-Requirement Coverage

10

Isolated Pipeline Stages

<3 Mins

End-to-End Kit Build

The Missing Layer: Deterministic Verification

Anything that can be computed in code—coverage checking, schedule allocation, requirement IDs, edit diffing—must be computed in code, never left to LLM free text.

100%

Must-Requirement Coverage

10

Isolated Pipeline Stages

<3 Mins

End-to-End Kit Build

The Missing Layer: Deterministic Verification

Anything that can be computed in code—coverage checking, schedule allocation, requirement IDs, edit diffing—must be computed in code, never left to LLM free text.

100%

Must-Requirement Coverage

10

Isolated Pipeline Stages

<3 Mins

End-to-End Kit Build

Software

that

verifies

readiness

Generate your personalized, practice-ready interview prep kit with guaranteed requirement coverage and edit-safe regeneration.

LLMs draft questions.

LLMs draft questions.

Deterministic code guarantees coverage.

Guaranteed coverage tracking, zero hallucinated sources, and edit-safe regeneration that never deletes user revisions.

The AI Interview Prep Engine

Pilot transforms raw Job Descriptions and company websites into structured, personalized interview preparation kits.

AI provides semantic extraction; deterministic software provides reliability.

Software enforces coverage contracts

AI provides semantic extraction; deterministic software provides reliability.

Software enforces coverage contracts

AI provides semantic extraction; deterministic software provides reliability.

Software enforces coverage contracts

AI provides semantic extraction; deterministic software provides reliability.

Software enforces coverage contracts

Deep preparation shapes authentic interview mastery

Walk into any technical interview fully prepared with structured company briefs, 4-tier question banks, flashcards, and an audit coverage report.

Confidence Rating

Confidence Rating

← Deep Architecture

Fast Execution →

Interview Simulation [R3: System Design]: Candidate evaluates distributed failover, concurrency bottlenecks, and requirement traceability under pressure.

Deep preparation shapes authentic interview mastery

Walk into any technical interview fully prepared with structured company briefs, 4-tier question banks, flashcards, and an audit coverage report.

Confidence Rating

Confidence Rating

← Deep Architecture

Fast Execution →

Interview Simulation [R3: System Design]: Candidate evaluates distributed failover, concurrency bottlenecks, and requirement traceability under pressure.