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SBOM Overview 

Software Bill of Materials,  


  • SBOM identifies software components and enables vulnerability analysis and software supply-chain management. 
  • It provides metadata about software components—what they are and who created them—supporting transparency and traceability.
SBOM Key features  
  • Visualizes software components and dependencies, making SBOM essential for managing software in the face of cybersecurity risks and open-source adoption. 
  • Teamer SBOM provides efficient SBOM generation, dependency analysis, NVD vulnerability analysis, and remediation management.

1. Generate SBOM List 

  • Generates an SBOM list for the project. 
  • Creates a tree view based on SBOM dependencies.

2. Monitor and Manage Cybersecurity Vulnerabilities 

  • Identifies vulnerabilities by comparing databases such as NVD, Red Hat RHSAs, and Amazon Linux ALAS. VD, RedHat RHSAs, Amazon Linux ALAS.
  • Provides dashboards with severity ratings: Critical, High, Medium, Low. 
  • Creates and assigns owners for vulnerability detection and remediation. 
  • Registers tasks and tracks remediation status.

3. Lifecycle Management Support   

  • Supports cybersecurity lifecycle management aligned with CSMS processes. 
  • Includes features for requirements and defect/issue management.
Key Functions of the CSMS Quality Management System  

Cybersecurity Work Product Management

Continuous Cybersecurity Monitoring

Cybersecurity Goals and Requirements

Development Methodology Management

CSMS Configuration Management

CSMS Audit Management

Traceability Management

CSMS Dashboard

Tailoring Management

Templates Based on Organizational Standard Processes

SBOM Benefits 
✅ The ultimate goal of SBOM is to strengthen security. (Classified as an essential activity for supply-chain security management)
✅ In the software development process, SBOM provides the basis to quickly identify software components in advance to address vulnerabilities.
✅ In increasingly complex software supply-chain environments, SBOM contributes to significantly improving software security and transparency.  
1. Strengthening expertise in supply-chain management across the R&D lifecycle 
  • (Requirements Definition Process) Reinforces investigation and validation of open-source software to be used. 
  • (Design/Implementation Process) Strengthens the use and verification of open-source software. 
  • (Testing Process) Enables validation of licenses, dependencies, and vulnerabilities of software deliverables, and documentation of test results. 
  • (Release Process) Reviews OSS information (name, version, license, site, etc.) and assesses compliance for external distribution.
2. Contribution to standardizing data formats for SBOM utilization 
  • By using SPDX, SWID tags, and CycloneDX, contributes to the ecosystem for SBOM generation/consumption and helps institutionalize SBOM usage across the lifecycle.
3. Contribution to strengthening domestic competitiveness of SBOM automation tools 
  • Provides systematic support for source analysis tools, repository management tools, and related infrastructure. 
  • (Design/Implementation Process) Maximizes the use of OSS license verification tools and vulnerability scanning tools for compliance and security assurance. 
  • (Release Process) Supports repositories (GitHub, GitLab) and CI/CD tools for storage and management of software deliverables.

SBOM

SBOM Overview
Software Bill of Materials
  • SBOM identifies software components and enables vulnerability analysis and software supply-chain management. 
  • It provides metadata about software components—what they are and who created them—supporting transparency and traceability. 
SBOM 
Key features 
  • Visualizes software components and dependencies, making SBOM essential for managing software in the face of cybersecurity risks and open-source adoption. 
  • Teamer SBOM provides efficient SBOM generation, dependency analysis, NVD vulnerability analysis, and remediation management. 
1. Generate SBOM List 
  • Generates an SBOM list for the project. 
  • Creates a tree view based on SBOM dependencies. 
2. Monitor and Manage Cybersecurity Vulnerabilities  
  • Identifies vulnerabilities by comparing databases such as NVD, Red Hat RHSAs, and Amazon Linux ALAS. 
  • Provides dashboards with severity ratings: Critical, High, Medium, Low. 
  • Creates and assigns owners for vulnerability detection and remediation. 
  • Registers tasks and tracks remediation status. 
3. Lifecycle Management Support  
  • Supports cybersecurity lifecycle management aligned with CSMS processes. 
  • Includes features for requirements and defect/issue management. 


Cybersecurity Goals and Requirements

Register and manage the status of cybersecurity goals and requirements 


CSMS Dashboard  

Provide a CSMS status dashboard


Continuous Cybersecurity Monitoring

Continuous monitoring of cybersecurity vulnerabilities


Development Methodology Management

Manage development methodologies for staged development


CSMS Configuration Management

Manage configuration and changes by artifact type and maintain baselines for cybersecurity work products 

Key Functions of the CSMS Quality Management System

Key Functions of the CSMS Quality Management System


Templates Based on Organizational Standard Processes

Manage organizational templates for ISO/SAE 21434 compliance


CSMS Audit Management

Perform and manage audits and assessments to ensure CSMS compliance


Tailoring Management

Options to define organizational standard processes and apply project-specific tailoring


Traceability Management

Provide traceability matrices to confirm requirements are reflected in analysis, design, and testing


Cybersecurity Work Product Management

Provide hierarchy and document views of detailed requirements by development stage

SBOM Benefits  

  The ultimate goal of SBOM is to strengthen security. (Classified as an essential activity for supply-chain security management)  

  In the software development process, SBOM provides the basis to quickly identify software components in advance to address vulnerabilities.

 In increasingly complex software supply-chain environments, SBOM contributes to significantly improving software security and transparency.  

1. Strengthening expertise in supply-chain management across the R&D lifecycle  
  • (Requirements Definition Process) Reinforces investigation and validation of open-source software to be used. 
  • (Design/Implementation Process) Strengthens the use and verification of open-source software. 
  • (Testing Process) Enables validation of licenses, dependencies, and vulnerabilities of software deliverables, and documentation of test results. 
  • (Release Process) Reviews OSS information (name, version, license, site, etc.) and assesses compliance for external distribution. 
2. Contribution to standardizing data formats for SBOM utilization  
  • By using SPDX, SWID tags, and CycloneDX, contributes to the ecosystem for SBOM generation/consumption and helps institutionalize SBOM usage across the lifecycle. 
3. Contribution to strengthening domestic competitiveness of SBOM automation tools
  • Provides systematic support for source analysis tools, repository management tools, and related infrastructure. 
  • (Design/Implementation Process) Maximizes the use of OSS license verification tools and vulnerability scanning tools for compliance and security assurance. 
  • (Release Process) Supports repositories (GitHub, GitLab) and CI/CD tools for storage and management of software deliverables.
Industry Domain 
SBOM Adoption Framework 
Medical Devices 
  • High-precision SBOM generation and management required in accordance with laws/regulations
  • Feasibility of SBOM utilization by healthcare institutions (user companies)
  • Related regulations: IMDRF guidance, etc.
Automotive
  • Wide and deep multi-tier supply chains, including overseas
  • Reliability assurance and cost reduction expected through SBOM standardization
  • Related regulations: US NHTSA, UN R155, etc.
Software  
  • As SBOM producers, organizations have broad knowledge and deep understanding of relevant tools, making the benefits of SBOM adoption significant
  • Consider effective sharing methods and preparation of SBOM in interoperable formats
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Teamer SBOM


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Roh Kyung Hyun
04559, 5F Pyeonggwang Building, 243 Toegye-ro, Jung-gu, Seoul (Chungmuro 5-ga 19-19)
+82-10-8337-9837
631-81-00287
www.vwaycorp.com
vway@vwaycorp.com

© VWAY All rights reserved

Representative

Roh Kyung HyunBusiness Registration Number
631-81-00287
Company Address
5th Floor, Pyeong-kwang B/D, 243, Toegye-ro, Jung-gu, Seoul, Republic of Korea
Website
www.vwaycorp.com
Telephone
+82-2-2285-6541
Representative Email
vway@vwaycorp.com

© VWAY All rights reserved