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thinformatics
AI PLATFORMS & ENGINEERING

{{The solid groundwork for your AI ambitions}}

We build secure, scalable AI platforms with access to data, models and the tools you need. Your teams gain a dependable base on which AI applications emerge productively and repeatably.

ESPECIALLY SUITED FOR
AI Engineering
Azure OpenAI
MLOps
Data & RAG
Platform
Governance
AI Platform
Platform
Platform
Scalable
Data access
Governed
Governance
Active
MLOps
operation
Secure
data access
Scalable
platform
THE SERVICE

A dependable base for your AI

We build secure, scalable AI platforms with access to data, models and tools, on which applications emerge {{repeatably}}.

General
Deep dive
1

Platform architecture

We create a scalable, reusable base for your AI applications.

Kubernetes, containers, microservices, API gateway, infrastructure as code

2

Model access

Teams reach suitable AI models securely and in a uniform way.

Azure OpenAI, model gateway, LLM routing, rate limiting, prompt caching

3

Data connection

We connect your data to the models securely and keep it current.

RAG, vector databases, pgvector, Azure AI Search, embeddings

4

Delivery

New AI capabilities go into operation repeatably and under control.

LLMOps, CI/CD, Terraform, Bicep, model versioning

5

Security and governance

Access, data and cost stay secured and traceable.

RBAC, managed identity, network isolation, audit logging, cost control

6

Operation and scaling

The platform stays stable and observable under load.

Autoscaling, OpenTelemetry, monitoring, load balancing, SLOs

OUR APPROACH

An AI platform in five steps

1

Analysis

We capture your data situation, infrastructure and planned use cases.

1

Analysis

Together we examine the data situation, existing cloud and system landscape and the planned use cases and derive which building blocks are genuinely needed. That avoids isolated one-offs and sizes the platform to real demand.

You receive a solid picture of requirements that makes benefit and effort transparent. This picture settles the building blocks of the target architecture in the next step.

Requirements picture
Use case rating
Infrastructure analysis
Data situation review
2

Architecture

We design the scalable, reusable platform base.

2

Architecture

We design the target architecture on your existing cloud, with container platform, API gateway and infrastructure as code as building blocks. Security and scalability are part of the design from the start.

You receive a viable plan that fits your architecture requirements and grows along under control. This plan determines which building blocks are actually built.

Target architecture
Building block catalogue
Security concept
Infrastructure as code
3

Build-out

We join models, data and tools into the base.

3

Build-out

We connect models through a model gateway, join your data via RAG and vector databases and set up governed access through roles and permissions. Matched building blocks and tools stand centrally ready for your teams.

Your teams gain a usable base on which first AI applications take shape. This base then passes into repeatable delivery.

Model access
Data connection
Access control
Tool set
4

Delivery

New AI capabilities go into operation repeatably and under control.

4

Delivery

We set up LLMOps routines with CI/CD, model versioning and automated rollout, so capabilities are tested and go live under control. Standardised templates carry security and quality along from the start.

Applications can be tested, rolled out and repeated dependably, instead of building each solution from scratch. The rolled-out capabilities pass into monitored operation.

LLMOps pipeline
Model versioning
Deployment automation
Test sign-off
5

Operation

The platform stays stable, observable and scales along.

5

Operation

We watch the platform with monitoring, autoscaling and defined SLOs and keep access, data and cost traceably under control. As load grows and new initiatives arrive we extend the base deliberately.

You receive a scalable groundwork that grows with your requirements and stays productive. From daily operation it can be extended to further use cases.

Monitoring
Autoscaling
Cost control
Extension path
YOUR BENEFITS

Why {{thinformatics}}

A viable base

A platform on which AI applications emerge repeatably.

Secure and scalable

Security and scaling are built in from the start.

Access to data

Models gain governed, secure access to your data.

Microsoft and open

Azure OpenAI and open models are combined sensibly.

Governance built in

Guardrails, cost and the EU AI Act ride along on the platform.

Productive in operation

MLOps and monitoring keep the platform dependable.

Frequently asked {{questions}}

FAQ

Answers to the questions we are asked most often about AI platforms and engineering.

What does an AI platform do for your initiatives?
An AI platform bundles governed access to data, models and tools in one place and so builds the base on which AI applications emerge productively and repeatably. Your teams draw on matched building blocks instead of setting every solution up from scratch. Applications therefore arrive faster, follow consistent standards and can be carried dependably into operation. You gain a scalable groundwork that grows with your requirements.
How do you know an AI platform makes sense for you?
A shared platform becomes worthwhile as soon as several AI initiatives run in parallel or first prototypes are meant to reach production dependably. Together we examine the data situation, existing infrastructure and the planned use cases and derive which building blocks are genuinely needed. That avoids isolated one-offs and builds a viable base. We build the platform step by step, guided by concrete initiatives rather than an oversized target picture.
How does the platform fit into your existing infrastructure?
We build on your existing cloud and system landscape and connect data sources, models and development tools through existing interfaces, without rebuilding the environment needlessly. Ownership and operational routes we agree with your owners, so development and operation mesh. The platform follows your architecture requirements and can be extended step by step. That keeps the base open to connection and growing under control with new use cases.
How does platform engineering deliver repeatable results?
Repeatability comes from standardised building blocks, automated routines and well-governed operational routes that every team can draw on. Instead of building each application individually, your developers use matched templates and tools that carry security and quality along from the start. Solutions can therefore be tested, rolled out and scaled dependably. The concrete tools and degrees of automation we settle together against your requirements and your existing operating model.
How are data and access protected on the platform?
Access to data and models is governed through well-defined roles, granted permissions and traceable operational routes, so every application reaches only the resources approved for it. Which data is processed and who reaches it we establish transparently and align the platform with your requirements. Security is a fixed part of the building blocks, not an afterthought. Concrete data protection and compliance requirements we examine individually in each context.
CONTACT

Build your AI platform

We talk about architecture, data access and governance for your AI initiatives.

Thank you for your enquiry. We will get back to you personally shortly.
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