AI without integration won't bring automation, just another extra tool
Buying more SaaS subscriptions or pasting sensitive contracts into public chatbots is not a long-term strategy. If AI is meant to save real time, it must understand your data, work with your ERP, CRM, or database, and follow clear security rules. Otherwise, it remains an expensive assistant whose output still has to be checked and rewritten manually.
Fragile no-code
Connections via Make or Zapier easily break when data structures change, and errors may not be immediately visible.
Hallucination risks
Generic chatbots can make up facts, making them unsuitable for writing to corporate systems without a control layer.
Know-how leaks
Uploading internal documents and client data to public tools can conflict with NDAs and corporate security policies.
RAG knowledge systems
Contracts, technical drawings, and internal know-how are prepared so AI answers from company sources and can cite where the data came from.
Autonomous AI agents
Agents can process emails, split complex requests into steps, communicate with APIs, and follow a controlled fallback path when errors occur.
Intelligent OCR (Vision)
Structured data is extracted from tables, scans, PDF price lists, and contracts without manually creating templates for every document type.
Dynamic LLM routing
Simple tasks go to cheaper models, while demanding analysis goes to stronger models, so every step does not carry premium model cost.
Strict validation (Zod)
Every AI output is validated before it writes to a database. If the format does not match, the middleware requests a correction or stops the next step.
Zero-Data-Retention
For sensitive data, we use contractual enterprise API modes or local deployments based on project requirements, so your data is not used for model training.
Artificial intelligence for your business
Process automation built on secure integration, not experiments.Where artificial intelligence really saves costs
AI is no longer just about generating answers. It creates the most value when it processes large volumes of documents, emails, price lists, product data, or internal knowledge and moves the result into the next step of a real process.
Practical automations with measurable value
Model Routing & LLM Stack
OpenAI
Cloud APIComplex logical and analytical tasks, fast processing, and proven stability.
Anthropic
Cloud APIWorking with very long documents, precise code analysis, and nuanced text.
Multimodal tasks (working with video, audio, and massive datasets).
Open-source
Local / On-PremMaximum data protection, local deployment on client or selected provider infrastructure.
Where AI Creates Value by Industry
Product automation and support
- Automatic enrichment of product attributes from supplier technical PDFs.
- Creation of SEO texts and meta tags for thousands of products according to specifications.
- AI agents for handling returns and complaints connected to the e-commerce store.
- Categorization and sentiment analysis of customer reviews.
How our AI sprint works
AI audit
and design
Manual processes are mapped, potential savings estimated, and a technical integration plan prepared.
Middleware layer
development
A Node.js layer connects your data, internal systems, and LLMs under controlled rules.
Integration
POC
AI is connected to a test environment, integrated with ERP or CRM, and checked for accuracy and safe writes.
Evaluation
and deployment
Output quality is tested, logging is configured, and the code you own is handed over.
Technical capabilities
RAG (Retrieval-Augmented Generation)
An architecture that provides the model with relevant context from your internal documents before it prepares an answer.
AI agents and automated processes
Systems that can break down a larger task into smaller steps, call external APIs, and fall back to a controlled alternative process on error.
Intelligent OCR (Vision)
Extracting structured data from scans, PDF documents, and images without manually setting up templates for every document type.
Strict JSON outputs (Zod)
AI output is checked against a precise structure before it is used in a database or corporate system.
Multi-model routing
Switching between models based on task complexity, price, speed, and accuracy requirements.
LLM evaluation
Testing answer quality, tracking error rates, and setting thresholds before deploying the system into live production.
Semantic cache
Storing repeated or similar queries in a cache for shorter response times and lower operational costs.
Local deployment and fine-tuning
Deploying or fine-tuning smaller open-source models on client infrastructure or a selected provider's infrastructure.
The difference between AI hype and functional automation
Why we build on code, not no-code builders
AI projects usually do not fail because the model is not smart enough. They fail on integration. A prompt may be well written, but if the system cannot handle an API outage, data format change, or invalid output, the automation stops. That is why we write AI systems directly in code, with controls for inputs, outputs, permissions, and error states.
Frequently asked questions about AI integration
Have more questions?
If you didn't find the answer you were looking for, feel free to drop us a line at [email protected].
[email protected]RAG (Retrieval-Augmented Generation) is a way to provide an AI model with precise company context. Instead of answering from general knowledge, the system first searches for relevant information in your internal documents and only then prepares an answer from them. This reduces the risk of made-up answers, and the AI works with your company's up-to-date know-how.
We choose AI models dynamically according to the task through model routing. Complex analysis and reasoning go to stronger models, while quick routine tasks are routed to smaller, cheaper models to control costs. For high-security requirements, open-source models can run on the client's infrastructure or with a selected provider.
Yes, modern models understand complex professional languages, including legal and technical terminology, very well. However, in production solutions, we do not rely solely on the model itself. We structure and validate the outputs, and for sensitive processes, we set up human oversight.
The AI model never gets direct database access. A custom Node.js middleware layer sits between the model and corporate systems. The AI prepares a structured proposed output, the middleware validates it, checks user permissions, and only allows the next step or system write after a successful check.
Running costs depend on the volume of processed data, the chosen models, and the number of automated steps. With API models, you usually pay per token, not per user license like ChatGPT Plus. We reduce costs by optimizing prompts, caching, and routing simple tasks to cheaper models.
No-code tools are practical for simple notifications and data transfers between services. But when AI needs to decide on data structure, write to an ERP, handle API outages, or process larger data volumes, no-code scenarios often hit their limits. Our automations are built directly in code, with validation, logging, and error checking.
We start with a small pilot on one specific process. Before development, we jointly set measurable criteria: how much manual time the automation should save, what accuracy it must achieve, and where a human must remain in the approval loop.
Yes. For special regimes such as government, healthcare, or law, open-source AI models can run on infrastructure you own or have contractually secured with a chosen provider. In this mode, sensitive data can remain entirely outside public API services.
This depends on the scope and quality of available data. Simpler automations, like sorting emails or extracting invoices, can often be verified within a few weeks. Complex autonomous systems with a RAG database and integration with multiple internal systems usually require several months.
Our goal is not to replace people, but to eliminate repetitive and tedious work. AI can process documents, emails, or data significantly faster than a human, but for important decisions, clear responsibility, oversight, and the option for human intervention must remain.
AI can assist in processing orders from PDFs or XML feeds, evaluating supplier data, checking documentation, and optimizing warehouse processes. Its greatest benefit is found where people currently manually rewrite or verify large amounts of repetitive data.
Yes, if the first process has a clear benefit. A smaller company does not have to build a complex AI agent immediately. Often, it is enough to automate one narrow problem: sorting inquiries, extracting documents, checking product data, or searching internal documentation.