Document capture and processing
Combine OCR, extraction, validation and integration for administrative workflows.
Business AI implementation
AI for mid-sized businesses: practical implementation
AI use cases only create value when data quality, error handling and integration into actual workflows are addressed. We assess document processing, forecasting, computer vision and generative AI against measurable task requirements and operating constraints.
ERP, machines, documents and CRM contain valuable information that is rarely structured for reliable AI use. Choosing a language model before defining the process often creates impressive prototypes with no operational outcome.
The right use case depends on available data, operational value and verification requirements.
Combine OCR, extraction, validation and integration for administrative workflows.
Apply computer vision to defects with controlled capture and error evaluation.
Use representative time series and compare with simple predictive baselines.
Evaluate unusual sensor or event patterns in operational context.
Use generative AI with source grounding, permissions and verification.
Use classification, assistance or workflow automation with clear human controls.
Not every task needs a large language model. Specialized machine learning is often better suited to tabular forecasts, anomaly detection or industrial images. Generative AI can complement those methods for document understanding or knowledge access. In each case, connect data, model, business rules, user interface and evaluation.
We validate the assumptions and practical workflow before expanding implementation scope.
Identify what changes and how the result will be assessed.
Check source rights, quality, labels, examples and exception risks.
Compare business rules, ML, language models and standard software.
Connect models with APIs, interfaces, logging and existing systems.
Test representative errors, establish controls and monitor real use.
AI consulting is useful only when it leads to prioritized decisions, technical choices and ownership. Data quality, access, security, licensing, accuracy, failure costs and integration often dominate the project—not the model demonstration.
These factors define feasibility, evaluation effort and ongoing responsibility.
Secure relevant records and representative evaluation sets.
Specify where results enter actual work.
Control permissions, sensitive data and external providers.
Define tests, acceptable errors and human review.
Assess inference costs, monitoring, updates and support.
Valanor combines data engineering, model evaluation and software engineering. Whether a buyer searches for an AI consultancy or an implementation partner, we focus on working systems—not a presentation or an isolated demonstration.
Practical questions about feasibility, integration, cost and quality.
Bounded processes with suitable data and measurable value, such as document processing, quality inspection or forecasting.
Define the goal, test data and approaches, integrate the solution and validate real use.
Not necessarily. You still need a business owner and people responsible for data, acceptance and operations.
No. Traditional rules or specialist ML may perform better for a defined task.
It depends on data preparation, integrations, model evaluation, security and operations—not merely the chosen API.
Through scoped data access, provider assessment, logging, test criteria and human approval where needed.
Discuss your project
Describe the current workflow, systems, available data and intended result. Aleksandar Basara can discuss a technically grounded starting point.
Managing Director
aleks@valanor.co
+49 (0) 711 16 44 6 83
Lindenspürstrasse 22, 70176 Stuttgart
