Continuous certification for MLOps
- Project
- 20219 IML4E
- Type
- New service
- Description
In the field of machine learning, the need for continuous and automated quality assurance is crucial for MLOps, which involves deploying and maintaining machine learning models. To overcome the limitations of traditional point-in-time certifications, IML4E has developed Continuous Auditing Based Certification (CABC) for MLOps. CABC provides quality assessment to ensure compliance with standards and regulations based on artifacts from the ML Lifecyle like artifacts, monitoring and analysis of data from the deployed system. The assessment results lead to the certificate or the revocation.
- Contact
- Dorian Knoblauch
- dorian.knoblauch@fokus.fraunhofer.de
- Research area(s)
- certification, machine learning, MLOps
- Technical features
Continuous Monitoring and Assessment: Implements ongoing monitoring and automated assessment of artifacts generated during the ML lifecycle, including datasets, model architectures, parameters, performance metrics, evaluation results, feature importances, model explanations, and model robustness.
Evidence Collection Component: Utilizes existing quality measurement tools and specialized software to automate the monitoring and collection of data from various sources within the ML pipeline. Collected data is mapped to a unified API and delivered to the auditing entity.
Assessment Component: Analyzes the collected data to determine compliance with relevant standards or regulations. Employs algorithms to process data, identify patterns and anomalies, and flag any noncompliant activity.
Reporting Component: Communicates assessment results to relevant stakeholders through dashboards or other tools, providing real-time visibility into the organization's compliance posture.
Risk Management Integration: Identifies risks specific to the ML system and specifies quality requirements that are implemented and measured throughout the ML lifecycle.
Independent Auditing Process: Maintains separation between the auditee and the auditor to ensure independence and objectivity in the audit process. Secure protocols are used for data transfer and storage, with access controls to limit data access.
- Integration constraints
Initial Setup Requirements: The auditee must define the scope of the assessment based on specific risk management for the ML system, its business purpose, and operational field.
Implementation Effort: Requires implementation of measurements and evidence collection mechanisms, potentially involving integration with existing tools or development of new solutions.
Collaboration with Auditor: Necessitates collaboration with an auditor to evaluate the scope and implementation, verify appropriateness, and ensure compliance with standards and regulations.
Data Security and Privacy: Demands secure protocols for data transfer and storage, along with access controls to protect sensitive data and maintain privacy.
Resource Allocation: Adequate computational resources are needed to support continuous monitoring, data collection, and assessment processes.
- Targeted customer(s)
Organizations Deploying ML Models: Enterprises that require continuous quality assurance for machine learning models in production environments.
Regulated Industries: Sectors with strict regulatory demands for quality and compliance, such as healthcare, finance, and autonomous systems.
- Conditions for reuse
Access: Organizations interested in implementing Continuous Certification for MLOps can refer to the ETSI document upon its release for detailed specifications and guidelines. Consulting Services: Fraunhofer offers professional consulting services to guide organizations through the implementation process, tailoring solutions to specific needs and ensuring compliance with relevant standards. Licensing: Any proprietary tools or software developed by Fraunhofer as part of this service may be subject to licensing agreements, details of which can be obtained by contacting Fraunhofer directly.
- Confidentiality
- Confidential
- Publication date
- 15-12-2024
- Involved partners
- Fraunhofer (DEU)