Integration and automation
Connect systems.
When information sits in several tools, handovers cost time and obscure progress. LDS examines how those systems can work together reliably.
Discuss a projectOne possible application
Less manual work.
Order
- Item
- Product A
- Quantity
- 40 units
By a team member
Planning
Product A40 units
Transferred automatically
Accounting
Product A40 units
Transferred automatically
What a useful connection must do.
In this example, an approved order moves to planning and billing. Teams need to see what arrived and what still needs their attention.
Approve once, pass on what is needed
The responsible person approves the order. Planning and billing receive only the details they need for their next step.
Keep exceptions visible
If a field is missing or a target system rejects the order, the case remains visible with a status and an owner.
Prevent duplicate orders
After an interruption, a retry must not quietly create a second order. The available checks depend on the systems involved.
Plan for change
When a field or interface changes, the transfer needs to be adapted and checked again. Ongoing responsibilities are agreed.
After the first transfer
What if the order changes later?
An approved order has already reached planning and billing. Its quantity then changes. The teams need to know which version is valid.
- Identify
Distinguish old and new
The change must stay linked to the original order rather than appearing as a separate second order.
- Compare
Check the affected steps
Has planning already acted or billing posted the transaction? Depending on the state, the teams may need an update, a cancellation or a human decision.
- Clarify
Show the valid state
Teams need to see which version to use and which change remains open. The authoritative source and responsibilities are established.
Illustrative change scenario, not an existing LDS integration. Delivery depends on the systems and their interfaces.
Engineering Expertise
Technology Expertise
LDS selects languages, databases, EU hosting, enterprise integrations, AI model families, and frontend or DevOps tools to fit each enterprise environment and its security needs.
Languages
- TypeScript / JavaScript & Node.js
- Python
- Go
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Key technologies
- C# / .NET
- Java
Additional technologies
- Rust
- PHP
- Kotlin
- Bash / Shell
- Supabase Edge Functions / Deno
Selected for type safety, maintainability, and operational performance across core business logic.
Databases
- PostgreSQL / SQL
- MySQL
- MariaDB
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Key technologies
- Microsoft SQL Server
- MongoDB
- Redis
- Valkey
- SQLite
Additional technologies
- ClickHouse
- OpenSearch / Elasticsearch
- Qdrant
- pgvector
- Supabase & Row Level Security (RLS)
Chosen to match transactional requirements, data structure complexity, and consistency demands.
EU Hosting
- STACKIT
- IONOS Cloud
- Scaleway
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Additional technologies
- OVHcloud
- Hetzner
- Aiven
Configured for local data residency and infrastructure control according to project requirements.
Architecture Notes
Provider, region, and database engine are separate choices, and EU hosting alone does not guarantee GDPR compliance.
Enterprise Integrations
- SAP RFC / OData
- Microsoft Dynamics
- Salesforce APIs
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Key technologies
- REST & gRPC
- Stripe
Additional technologies
- GraphQL
- Webhooks
- Apache Kafka
- RabbitMQ
- MQTT
Engineered to connect legacy software, ERP systems, and third-party APIs without data disruption.
AI Model Families
- OpenAI GPT
- Anthropic Claude
- Google Gemini
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Key technologies
- Grok
- Mistral
- DeepSeek
- Qwen
- Kimi
- GLM
- MiniMax
Additional technologies
- Meta Llama
- Google Gemma
- Cohere Command
Selected to execute targeted automation tasks while respecting defined data boundaries.
Architecture Notes
AI provider, model, region, and licensing are checked per project.
Frontend & DevOps Tools
- React & Next.js
- Vite & Tailwind CSS
- TanStack Query
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Key technologies
- i18next / next-intl
Additional technologies
- Docker
- Kubernetes
- CI/CD
- Sentry
- Playwright
- ESLint
Selected to deliver functional user interfaces and automated deployment workflows.
Common questions
Can every application be connected?
This needs to be checked beforehand. Available interfaces, export functions, access permissions and terms of use determine what is possible.
What happens if something goes wrong?
Error detection, notifications, recovery and responsibilities are agreed for each connection.