MLOps Services for Enterprise

We build and maintain the infrastructure behind your AI applications. As an experienced MLOps company, Tensorway handles experiment tracking, continuous data versioning, and cloud GPU spend optimization across AWS, GCP, and Azure.
Trusted by
Netherlands
E-commerce
80,000+

products across 8 markets.

Estonia
Fintech
€4.8M

in loan deals

Sweden
Digital media
Leader

in the local market.

USA
Legal
160x

faster document processing

Germany
Enterprise
200+

EU policies organised

UK
Fintech
500,000+

downloads on Google Play

UK
Green Mobility
50%

revenue growth within a year

Latvia
Fintech
€68M

financed in invoices

What are Machine Learning Operations?

MLOps is an engineering discipline at the intersection of three fields: machine learning, software engineering, and data engineering. While our core machine learning development teams focus on training high-performing models, our specialized MLOps services provide the framework to ensure versioning, automated testing, and CI/CD practices run seamlessly in production.

Why is this a separate discipline and not just DevOps?

Traditional software behavior is defined strictly by code, making it straightforward to test. An ML system's behavior, however, depends on three independently moving parts: data, models, and prompts. If a model is retrained, a prompt is updated, or the live data distribution shifts, the entire system behaves differently. MLOps adds the exact infrastructure layer needed to handle this.

How MLOps Benefits Your Business

Training a good model is just the beginning. The real challenge is keeping it in production: ensuring it runs stably without draining your budget. MLOps is the infrastructure layer that turns ML engineering into predictable business outcomes.
Here are the four areas where it makes the biggest impact:

/01

Faster Ship Times

Without MLOps, a simple model update can sit in limbo for weeks while someone manually configures the environment, runs tests, and deploys it. An automated pipeline handles these steps automatically, pushing updates to users in days. In practice, this means you can react to market shifts or user feedback before your competitors even finish approving their release.

/02

Lower Cloud and GPU Spend

GPUs are expensive, and a massive chunk of your bill usually goes to idle compute time. A proper infrastructure spins up resources for training or live traffic and tears them down when they aren't needed. Cost per request is another critical blind spot: a single line change in a prompt can double token consumption. Without tracking this metric directly inside your pipeline, you'll only notice the cost spike when the monthly bill arrives.

/03

Protection Against Model Drift

A model that performs well at launch will inevitably lose accuracy over time. User behavior evolves and real-world data shifts, but the model remains static. Without monitoring, you only find out after the drop in performance has already impacted your customers. MLOps monitors accuracy on live traffic and triggers an alert or a retraining loop before it reaches your customers.

/04

More Time for Actual Modeling

When production pipelines, access management, and environment setups are fully automated through dedicated MLOps services, data scientists can spend their hours on core modeling rather than manual environment tinkering.

MLOps
Maturity Levels

The number of models in production directly depends on process maturity. Attempting to scale AI without a ready infrastructure stalls product development.

01

Initial

- What happens: The team focuses strictly on R&D and experimentation.
- Pain: The deployment process lacks automation, leading to errors during every release. The product relies entirely on manual developer intervention.

02

Repeatable

- What happens: Codebase standardization and initial steps toward systematic deployment. The team implements Git repositories and basic infrastructure templates for ML solutions.
- Result: Moving models to production becomes a reproducible process and no longer requires the entire development team.

03

Reliable

- What happens: Setting up automated testing, metric monitoring, and deployment across isolated Dev, Stage, and Prod environments.
- Result: The infrastructure automatically detects anomalies or drops in model accuracy on live traffic. The risk of disrupting business processes during updates is minimized.

04

Scalable

- What happens: Full process templatization and pipeline deployment of new AI features.
- Result: System updates occur automatically, ensuring a high ROI from AI adoption. GPU spend is optimized based on actual load.

Scale Up Your Infrastructure Maturity

Our MLOps consulting team helps conduct a technical audit of your current setup

How We
Deliver MLOps

01

Infrastructure Audit and Baseline Metrics

We analyze your existing infrastructure to identify current technical limitations. At this stage, we document your baseline metrics: current deployment duration, incident frequency caused by manual configuration errors, and the time developers spend waiting for a new working environment. This data is essential to accurately measure the actual ROI of the final automation. The final deliverable is a technical roadmap with timelines and success criteria.

02

ML Solution Architecture Design

We design the architecture for long-term performance and scalability. This step establishes foundational engineering decisions that are difficult to alter later: model registry logic, data and prompt versioning mechanisms, and promotion rules across isolated environments on the way to production.

03

Pipeline Automation and Secure Deployment

We build and deploy automated pipelines to safely transition models into live environments. Our comprehensive ML model deployment services apply a strict canary release strategy: the new model version initially receives a minimal share of live traffic while the system automatically monitors performance, ensuring updates happen with zero downtime.

04

Continuous Monitoring and Lifecycle Management

We set up automated tracking for both infrastructure anomalies and model metrics. For AI assistants and agents, we monitor traditional uptime and latency alongside specialized parameters: hallucination rates, safety policy compliance, and the financial cost per request.

The Structure of Our End to End MLOps Services Lifecycle

Bring Structure to Your Machine Learning Lifecycle

FEATURED CASES
USA
Law practice
Liner Legal

160x faster document processing for a law firm

Achievements
Speeds up medical record processing 160x (from a week to 5–15 minutes)
Replaces 4 days of manual CRM reconciliation with full automation
Auto-surfaces referral opportunities as a new revenue stream
USA
Fintech

Trading platform with agentic AI for 100k+ investors

Achievements
Speeds up market data processing by 40%
Delivers 90% accuracy in predictive trading analysis
Cuts institutional operational costs by 35%
Sweden
Investment

AI agent system for a multi-billion-euro PE fund

Achievements
Cuts deal sourcing time by 80%
Analyzes 5,000+ investment opportunities in hours
Generates pitch decks in minutes
What our clients say

“They're incredibly detail-oriented, proactive in suggesting improvements, and consistently bring new ideas to improve our systems."

Nerina Valladares
Director of Adv., Liner Legal
By the numbers
168 hours to 5 minutes

Our biggest operational cycle compression in unstructured data processing

27

Autonomous AI agents running live in client environments

93%

of clients return for the next project

15+

Countries running systems built by our team

Engagement Models

Fixed Scope

Our team independently conducts technical audits, designs the target architecture, or configures production ready pipelines, delivering tailored ML model deployment services that your team can easily maintain.

Best for: the scope is clear and you need predictable cost and timeline.

Dedicated Team

Built for long term integration of our MLOps engineers into your workflow to continuously scale AI products. We handle all infrastructure operations, allowing your data scientists to focus exclusively on refining models and algorithms.

Best for: MLOps is an ongoing need and the workload will keep growing.

Managed Services

Our team provides continuous live traffic monitoring, tracks metric degradation, optimizes GPU resource allocation, and responds to infrastructure anomalies.

Best for: models are already in production and you want to offload operations.

FAQs