Based on your knowledge base
of NPR 7150.2D, NASA-STD-8739.8B and Safety_Plan-Content.txt, create a
questionnaire for me to fill out in order to provide necessary inputs to a
Software Safety Plan
Here is a questionnaire to
collect the necessary inputs for developing a Software Safety Plan compliant
with NPR 7150.2D and NASA-STD-8739.8B,
incorporating elements from the provided Safety_Plan-Contents.txt document:
Software Safety Plan Input
Questionnaire
1. General Information
1.1 What is the name and
purpose of the project?
1.2 What software components are involved?
2. Safety-Critical Assessment
2.1 Have the software
safety-critical components been identified?
2.2 What is the initial
safety-criticality assessment for the software?
3. Roles and Responsibilities
3.1 Who are the personnel
responsible for software safety activities?
3.2 What are the roles and responsibilities for ensuring compliance with
safety-critical software requirements?
3.3 How are responsibilities divided between the Center SMA organization and
the project team?
4. Resource Identification
4.1 What personnel are
available for software safety activities?
4.2 What tools, training, or technical resources are required for safety tasks?
4.3 Have you defined the organizational structure and management relationships
for the safety team?
5. Communication and Reporting
5.1 How will the team
communicate processes, schedules, and deliverables?
5.2 Is there a communication plan for collaboration between safety teams and
project management?
6. Hazard Analysis
6.1 Have preliminary hazard
analysis activities been conducted?
6.2 How will hazards and their software-related causes be evaluated throughout
the lifecycle?
6.3 What is the schedule for re-evaluating hazards and updating the analysis?
7. Data Management
7.1 What safety-critical
software products (e.g., analysis, reviews, and testing documentation) will be
generated?
7.2 Where will these products be stored, and what level of configuration
control will be applied?
7.3 What is the retention schedule for these products?
8. Scheduling
8.1 What is the timeline for
software safety activities, including audits, analyses, and reviews?
8.2 Are deadlines for hazard evaluations aligned with project milestones?
8.3 What training activities are planned for safety personnel?
9. Risk Management
9.1 How will risks related to
safety-critical software be managed and mitigated?
9.2 Have controls, alerts, or workarounds been identified for potential
hazards?
10. Verification and
Validation
10.1 What verification methods
will ensure that safety controls and mitigations are effective?
10.2 Are there any specific software testing tools or environments needed?
11. References and Maintenance
11.1 What standards,
documents, and references will guide the development of the safety plan?
11.2 What is the procedure for updating the safety plan during the project
lifecycle?
This structured questionnaire
aligns with Safety_Plan-Contents.txt and relevant NASA
standards. Let me know if further refinements or additions are
needed!
Assess the following answers,
and write a Software Safety Plan for the program: """
… Software Safety Plan input questionnaire Answers…”””
Here is a Software
Safety Plan for the Lunar Base 1 Cargo Hauler Program,
based on the provided questionnaire responses and aligned with NPR
7150.2D, NASA-STD-8739.8B, and CMMI-DEV v1.3 standards:
Software Safety Plan for Lunar
Base 1 Cargo Hauler Program
1. Introduction
1.1 Purpose
This plan defines the processes and activities for ensuring the safety of
software used in the Lunar Base 1 Cargo Hauler Program.
1.2 Scope
The plan encompasses all software required to launch a spacecraft from Earth,
navigate to the Moon, safely land on the Moon, and return to Earth.
1.3 Overview
This document outlines roles, responsibilities, resources, communication,
hazard management, scheduling, risk management, verification, and maintenance
processes for software safety assurance.
2. Safety-Critical Software
Assessment
2.1 Critical
Components Identified
Safety-critical components:
Non-safety-critical
components:
2.2 Safety-Criticality
Assessment
System_A and System_B are
classified as safety-critical, requiring compliance with applicable safety
standards and rigorous testing.
3. Roles and Responsibilities
3.1 Personnel
3.2 Compliance Roles
3.3 Center SMA and
Project Team Responsibilities
4. Resources
4.1 Personnel
4.2 Technical
Resources
4.3 Organizational
Structure
5. Communication and Reporting
5.1 Process
Communication
Monthly meetings between the Software Safety Manager and Software Development
managers to track progress and deliverables.
5.2 Collaboration Plan
Develop a formalized communication plan between safety teams and project
management (TBD).
6. Hazard Analysis
6.1 Preliminary Hazard
Analysis
Preliminary analysis initiated and in progress.
6.2 Lifecycle Hazard
Management
Hazards and software-related causes will be continuously evaluated, with
results documented in hazard reports.
6.3 Re-evaluation
Schedule
Hazards will be re-evaluated before each flight, with updates as necessary
throughout the development lifecycle.
7. Data Management
7.1 Products
Safety-critical software products include hazard reports and testing
documentation.
7.2 Storage and
Control
Products will be stored under Class A configuration management in the project
asset library.
7.3 Retention
All products will be retained for at least five years past the end of the
program.
8. Scheduling
8.1 Safety Activities
Timeline
Safety audits, analyses, and reviews will be completed three months before each
launch.
8.2 Milestone
Alignment
Deadlines for hazard evaluations are aligned with project milestones.
8.3 Training
Define and schedule project-specific training for safety personnel (TBD).
9. Risk Management
9.1 Risk Mitigation
A Risk Management System will log, analyze, approve mitigations, and track
risks.
9.2 Hazard Controls
Controls will be documented in hazard reports, with
alerts and workarounds as needed.
10. Verification and
Validation
10.1 Verification
Methods
10.2 Testing Tools
11. References and Maintenance
11.1 Standards and
Guidelines
This plan adheres to the following standards:
11.2 Plan Updates
Updates must undergo peer review and Software Change
Control Board approval before implementation.
Appendices
Approval
Sign-off from the Safety
Manager and Program Lead is required to finalize and implement this plan.
Would you like further
refinements or additional sections?
Uploaded File: AI-Gend_Software_Safety_Plan.txt
Apply NPR 7150.2D,
NASA-STD-8739.8B and Safety_Plan-Content.txt to assess the compliance of
provider-submitted Software Safety Plan, uploaded file
AI-Gend_Software_Safety_Plan.txt. Report what complies and what does not comply
with the standards and processes.
Assessment of Compliance for
AI-Gend Software Safety Plan
The submitted Software
Safety Plan for the Lunar Base 1 Cargo Hauler Program has
been reviewed against the standards and processes defined in NPR
7150.2D, NASA-STD-8739.8B, and the minimum content from Safety_Plan-Contents.txt.
Below is a detailed compliance report:
1. Introduction
Complies
2. Safety-Critical Software
Assessment
Complies Partially
3. Roles and Responsibilities
Non-Compliant
4. Resources
Non-Compliant
5. Communication and Reporting
Non-Compliant
6. Hazard Analysis
Complies Partially
7. Data Management
Complies
8. Scheduling
Complies Partially
9. Risk Management
Complies
10. Verification and
Validation
Complies
11. References and Maintenance
Complies
Appendices
Non-Compliant
Summary of Compliance
Recommendations for
Improvement
Would you like assistance in
creating an updated plan or resolving the non-compliant sections?