Data Policy

1. Overview

Mountain's Data Policy outlines how we handle, process, and protect data within our quantum computing platform. This policy applies to all users of our quantum power flow optimization services.

2. Data Types

2.1 User Data

• Account Data: User credentials, preferences, and profile information
• Authentication Data: Login sessions, API keys, and access tokens
• Usage Metrics: Backend utilization, job statistics, and performance data

2.2 Quantum Computing Data

• Quantum Circuits: User-submitted quantum algorithms and circuits
• Job Data: Execution parameters, results, and metadata
• Grid Data: Power flow optimization problems and solutions
• Backend Data: Quantum hardware specifications and availability

2.3 System Data

• Performance Logs: System performance and error logs
• Security Logs: Access patterns and security events
• Analytics Data: Aggregated usage statistics

3. Data Processing Principles

3.1 Data Minimization

We collect and process only the data necessary to provide our quantum computing services and improve platform performance.

3.2 Purpose Limitation

Data is processed only for the specific purposes for which it was collected:

• Quantum job execution and optimization
• Backend resource allocation
• System monitoring and maintenance
• Security and fraud prevention
• Service improvement and research

3.3 Data Accuracy

We maintain procedures to ensure data accuracy and provide mechanisms for users to correct their information.

4. Quantum Data Security

4.1 Quantum Job Isolation

• Each quantum job runs in an isolated environment
• No cross-contamination between user jobs
• Secure quantum state management

4.2 Encryption

• All data encrypted in transit using TLS 1.3
• Data at rest encrypted using AES-256
• Quantum job data encrypted during processing

4.3 Access Controls

• Role-based access control (RBAC)
• Multi-factor authentication for sensitive operations
• Regular access audits and reviews

5. Data Retention and Deletion

5.1 Retention Periods

5.2 Secure Deletion

When data is deleted:

• Multiple overwrites ensure complete removal
• Quantum states are properly decoherent
• Backup systems are updated accordingly
• Deletion is logged and auditable

6. Data Sharing and Third Parties

6.1 NVIDIA CUDA-Q Integration

Our partnership with NVIDIA involves:

• Quantum job execution on NVIDIA hardware
• Performance optimization data sharing (anonymized)
• Technical support and maintenance data
• Compliance with NVIDIA's data protection standards

6.2 Cloud Infrastructure

We use trusted cloud providers for:

• Secure data storage and processing
• Backup and disaster recovery
• Global service delivery
• Compliance with regional data laws

7. User Rights and Controls

7.1 Data Access

• View your quantum job history and results
• Export your data in standard formats
• Access system performance metrics for your jobs

7.2 Data Control

• Delete individual quantum jobs or results
• Adjust data retention preferences
• Control data sharing for research purposes
• Request complete account data deletion

8. Compliance and Governance

8.1 Regulatory Compliance

• GDPR compliance for EU users
• CCPA compliance for California residents
• SOC 2 Type II certification
• ISO 27001 information security standards

8.2 Data Governance

• Regular data audits and assessments
• Data classification and handling procedures
• Incident response and breach notification
• Employee training and awareness programs

9. Research and Development

Anonymized and aggregated data may be used for:

• Quantum algorithm research and optimization
• Power grid modeling improvements
• Platform performance enhancements
• Academic research partnerships

Individual user data is never shared for research purposes without explicit consent.

10. Contact and Questions

For questions about our data practices:

• Data Protection Officer: dpo@mountain-quantum.com
• General Inquiries: data@mountain-quantum.com
• Security Issues: security@mountain-quantum.com