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PopcornSAR
AI-Powered Automation

PARVIS

AI-Powered Automotive Software
Development Artifact Automation

From new development to legacy code analysis, automate the entire forward/reverse V-Model process to generate ASPICE-compliant artifacts.

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Forward

Spec

Automated Requirements Analysis

Coder

Code Safety Automation

Verify

Automated Test Generation

Reverse

ReverseSpec

Code-Based Reverse Extraction

V-Model Docs

SRS / SAD / SDD

Portal

Web Dashboard

Proven Results

Performance metrics measured in real projects with PARVIS

3~4x

Productivity Increase

Development productivity increases 3-4x compared to manual work. Significantly reduces time spent on repetitive documentation and code verification.

40%94%

MISRA-C Compliance

+54%
5%100%

Documentation Coverage

+95%
0%85%+

Test Coverage

+85%

Two Paths, One Platform

Automate both new development and legacy analysis with PARVIS

Forward Engineering

DOCCODETEST

Requirements Document → Code → Verification

Reverse Engineering

CODEREQV-MODEL

Existing Source Code → Requirements Extraction → V-Model Document Auto-Generation

3-Step Process

Complete Automation from Design to Verification

Automatically generates documents, code, and test artifacts that comply with ASPICE processes

1PARVIS-Spec

Automated Requirements Analysis &
Traceability Matrix Generation

Automatically analyzes specifications to structure requirements and generates traceability matrices between requirements, code, and tests. AI-based natural language processing engine analyzes document semantics to automatically extract technical requirements.

  • Automated specification analysis
  • Requirements structuring
  • Automatic traceability matrix generation

Requirements.docx

Analysis complete

Traceability Matrix

Auto-generated · 100% coverage

main.c
// MISRA-C Compliant
void SafetyCheck() {
✓ Rule 8.4 compliant
✓ Rule 10.1 compliant
}
2PARVIS-Coder

Code Safety Automation &
API Documentation Generation

AI refactoring algorithms automatically apply MISRA-C and internal coding rules while simultaneously generating comment-based API documentation. Ensures quality and consistency of development artifacts.

  • Automatic MISRA-C application
  • Coding rule verification
  • Automatic API documentation
3PARVIS-Verify

Test Coverage Analysis &
Automated Test Code Generation

Automatically generates scenarios based on test requirements and continuously updates coverage reflecting code change history. Systematically accelerates the verification phase.

  • Automatic test scenario generation
  • Real-time coverage analysis
  • Automatic change history reflection
Test CoverageAuto

Auto

Test Cases

100%

Pass Rate

legacy_module.c
// Undocumented legacy code
void BMS_StateHandler() {
...
}
Requirements extracted
State machine detected
V-Model docs generated
Reverse Engineering

Automated Documentation for Legacy Code

Extract requirements from undocumented code and automatically generate V-Model artifacts

  • Semantic code analysis (LLM-based)
  • Algorithm/constant/struct auto-extraction
  • Automatic module identification & classification

Semantically analyzes C source code to automatically extract functional requirements, algorithms, state machines, and data structures. Parallel agents handle large codebases efficiently.

Core Values

Differentiated values provided by PARVIS

Error Reduction

Minimize human errors and improve code quality with AI-based automation

Call Optimization

Improved processing speed with optimized API call structure

Token Savings

Reduced operational costs through efficient data processing

Better Usability

Maximize productivity with intuitive interface and workflow

Legacy Visibility

Instantly analyze undocumented legacy code to auto-generate requirements and design documents. Ready for handover, maintenance, and ASPICE assessments.

Boost your development productivity
3-4x with AI

Automate ASPICE processes with PARVIS and
achieve quality and productivity at the same time.

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