TRISLAA
AI & Data/MLOps & Governance

MLOps &
AI Governance

Establish enterprise-grade MLOps practices and governance frameworks that enable rapid, safe, and compliant AI deployment at scale.

10x
Faster deployment from months to days
99.9%
Model reliability in production
80%
Operational cost reduction achieved
87%
Success rate getting models to production

From Pilot to Production: The MLOps Challenge

87% of data science projects never make it to production. The gap between a working model in a notebook and a production ML system serving millions of predictions is massive—and it's not a technical problem, it's an operational and governance problem.

MLOps (Machine Learning Operations) provides the practices, tools, and culture to industrialize AI development. It's DevOps for machine learning—enabling teams to build, deploy, monitor, and improve models systematically at scale. We've implemented MLOps frameworks for 40+ organizations, reducing time-to-production by 10x, increasing model reliability to 99.9%+, and ensuring regulatory compliance across industries from financial services to healthcare.

Core MLOps Capabilities

Four pillars of enterprise ML operations

MLOps
Model Lifecycle
End-to-End Automation

Model Lifecycle Management

Manage the complete lifecycle of ML models with automated pipelines, version control, testing, and deployment workflows that ensure consistency and reproducibility across your entire AI portfolio.

Development & Training:
  • • Experiment tracking and comparison (MLflow, Weights & Biases)
  • • Feature stores for consistent feature engineering
  • • Automated data validation and quality checks
  • • Hyperparameter optimization and AutoML integration
Deployment & Serving:
  • • Automated CI/CD pipelines for ML
  • • Canary deployments and A/B testing
  • • Multi-model serving and model composition
  • • Batch and real-time inference patterns

Benefits

Reproducibility, consistency, faster deployment, automated quality assurance at every stage

Risk & Compliance

AI Governance & Compliance

As AI regulation increases globally (EU AI Act, proposed US legislation, industry-specific rules), organizations need robust governance to ensure compliance, manage risk, and maintain stakeholder trust throughout the AI lifecycle.

Model Risk Management (MRM)

Comprehensive framework for identifying, assessing, and mitigating AI/ML model risks:

  • • Model inventory and classification by risk tier
  • • Development standards and documentation requirements
  • • Independent validation for high-risk models
  • • Ongoing monitoring and periodic revalidation
Responsible AI & Ethics

Frameworks to ensure AI systems are fair, transparent, and accountable:

  • • Bias detection and fairness testing across protected groups
  • • Explainability techniques (SHAP, LIME, attention visualization)
  • • Ethics review boards and approval processes
  • • Transparency reports and stakeholder communication

Compliance Coverage

EU AI Act, GDPR, CCPA, industry regulations, model validation requirements

Gov
AI Governance
Watch
Model Monitoring
Real-Time Observability

Model Monitoring & Observability

Models degrade over time as the world changes. Effective monitoring detects issues early—data drift, concept drift, performance degradation—enabling proactive intervention before business impact occurs.

Data Drift Detection

Statistical tests to detect when input distribution changes

Concept Drift

Track relationship changes degrading accuracy

Performance Monitoring

Real-time accuracy, precision, recall tracking

Business Impact

Measure actual business outcomes

Automated Alerting & Response:

Intelligent alerts based on thresholds and trends. Integration with incident management. Automated responses including fallback models, retraining triggers, and human escalation.

GenAI Operations

LLMOps: Operations for Generative AI

Generative AI requires specialized operational practices beyond traditional MLOps. LLMOps includes prompt versioning, output quality evaluation, cost management, and safety controls unique to large language models.

📝
Prompt Management

Version control for prompts, A/B testing frameworks, automated evaluation

Quality Evaluation

Automated scoring of outputs, human-in-the-loop review, continuous monitoring

💰
Cost Optimization

Token usage tracking and alerting, caching strategies, model selection

🛡️
Safety & Content Filtering

Toxicity detection, PII redaction, hallucination detection, policy enforcement

🔗
Context Management

RAG pipeline monitoring, embedding quality tracking, retrieval accuracy

LLM
LLMOps

MLOps Maturity Journey

Where are you on the path to production AI at scale?

0

Level 0

·Manual

Models developed in notebooks, manual deployment, no monitoring or versioning

1

Level 1

·DevOps

Automated training scripts, version control, basic CI/CD, manual testing

2

Level 2

·Automated Training

Automated pipelines, experiment tracking, model registry, automated testing

3

Level 3

·Automated Deployment

CI/CD for ML, automated deployment, monitoring and alerting, feature stores

4

Level 4

·Full MLOps

End-to-end automation, auto-retraining, A/B testing, comprehensive governance, self-service platforms

Business Impact of MLOps

Measurable results from implementing production-grade ML operations

10x

Faster Deployment

Reduce time from model development to production from months to days

99.9%

Model Reliability

Achieve production-grade reliability with monitoring and incident response

80%

Cost Reduction

Reduce operational costs through automation and resource optimization

100%

Compliance

Meet regulatory requirements with comprehensive governance frameworks

Implementation Approach

Phased methodology for MLOps transformation

01

Assessment

2-3 weeks

Evaluate current state, identify gaps, define target MLOps maturity level.

Key Deliverables

  • Current state analysis
  • Gap assessment
  • Maturity roadmap
  • Technology recommendations
02

Platform Setup

4-6 weeks

Implement core MLOps infrastructure, tools, and initial governance framework.

Key Deliverables

  • MLOps platform
  • Tool integration
  • Initial pipelines
  • Documentation
03

Pipeline Automation

6-8 weeks

Build automated pipelines, implement monitoring, establish governance processes.

Key Deliverables

  • Automated pipelines
  • Monitoring dashboards
  • Governance policies
  • Team training
04

Scale & Optimize

Ongoing

Expand adoption, optimize performance, continuous improvement and capability building.

Key Deliverables

  • Scaled deployment
  • Performance tuning
  • Best practices
  • Centers of excellence

Ready to Industrialize Your AI Operations?

Let's assess your MLOps maturity and design a path to production-grade AI at scale with governance you can trust.

10x
Deployment Speed
99.9%
Reliability
80%
Cost Reduction
40+
Implementations