Execution data is delayed, inconsistent or impossible to trust across production, reporting and enterprise handover.
We fix and modernize industrial and enterprise software systems that fail under real production conditions.
We Stabilize Industrial and Enterprise Systems Under Production Pressure
.NET, SCADA, MES, RabbitMQ, SQL Server, OPC UA and enterprise integrations for systems that cannot afford downtime.
We build the missing software, connect the systems, and stabilize the critical path.
- .NET
- SQL Server
- RabbitMQ
- OPC UA
- Azure
- SCADA / MES
- PLC integrations
- Distributed systems
VW, Miele, Schneider Electric, Atlas Copco, Frequentis. Supporting proof: production reliability and backend stability work from real delivery environments.
Systems we enter
We step into systems where production pressure exposes the architecture.
Shop-floor supervision works locally, but the data path to databases, APIs and business systems breaks under load.
Long-lived C# systems carry production logic, but architecture erosion makes every release risky.
Queries, reporting jobs, blocking transactions or weak data models slow down operational decisions.
Queues, retries and consumers are no longer predictable, observable or safe during production pressure.
PLC, OPC UA, MES, ERP and custom software need one reliable flow instead of fragile handoffs.
What we do
Engineering work around production-critical software.
Custom C#/.NET software
Backend services, APIs, desktop tools, production applications and integration layers.
SQL Server & data flow optimizationDatabase design, query optimization, reporting flows, reliability and performance tuning.
MES / SCADA / PLC integrationsProduction data, OPC UA, machine interfaces, supervision systems and enterprise connectivity.
Legacy system modernizationRefactoring, architecture cleanup, unstable integration repair and delivery stabilization.
Production problems
Production problems we solve.
- works in dev, breaks in production
- integrations fail under load
- fixes create new bugs
- delivery slows down every sprint
- off-the-shelf software no longer fits the process
Systems work during normal use, then fail when real production volume, operators and timing hit them.
Old decisions, unclear ownership and quick fixes create systems nobody wants to touch.
SQL Server, services, telemetry and integration layers slow down the business-critical path.
Messaging, async processing, retries and service boundaries create hidden failure modes.
This is why projects fail.
These problems don't resolve on their own. They get worse over time.
Here's how we fix it.
Entry points
Start with the problem your team needs to fix.
If you already know where the pressure is, choose the entry point that matches it and go straight into the relevant delivery path.
Choose the area where production issues show up most often:
Fixing
Fixing
Production system recovery
Systems fail in production, fixes create new bugs or delivery slows down every sprint.
Recover production system Fixing Stabilizing failing integrationsAPIs, databases, PLC data, queues or enterprise systems break under real operational load.
Stabilize integrationsBuilding
Building
Industrial software development (C#, .NET)
Custom production software, internal tools and backend systems built around real operations.
Build industrial software Building MES / SCADA integration systemsSCADA, MES, databases and enterprise applications connected into reliable production workflows.
Build integration systemsTechnical depth
Architecture, integrations and runtime behavior matter when systems are already in production.
PLC
OPC UA
.NET backend
RabbitMQ
MES / ERP
Production data needs a stable path from machines into backend systems, databases and enterprise workflows.
Producer
RabbitMQ
Consumer
SQL Server
Monitoring
Queues are useful only when retries, idempotency, observability and failure handling are designed deliberately.
Commands
Domain logic
Events
Read models
Dashboards
Operational systems need clear write paths, fast read models and diagnostics that explain what happened.
Process
How production issues get fixed.
No deck. Find the break, fix the path, measure stability.
Locate the failure point in code, data flow, integrations, infrastructure or ownership.
Separate production blockers from nice-to-have cleanup so the team works on the right thing first.
Fix the architecture, integration flow, database behavior or service boundary that keeps failing.
Check reliability, performance, releases and operational behavior after the change.
Where we step in
Case studies with measurable production impact.
Problems, solutions, and results from enterprise and industry software, industrial systems, and integration-heavy delivery work.
Case studies
Production results, not slideware.
C# desktop/backend software for adhesive process control and production supervision around KUKA robots in automotive manufacturing.
Problem
Adhesive process control and supervision software had to support robot-operated production in automotive manufacturing.
Action
Delivered C# desktop and backend software around process supervision, MES/ERP integration points and production-oriented control flows.
Result
reduced production failures in real system
- Duration
- 18 months
- Stack
- C#, WinForms, WPF, T-SQL, Python, MES, ERP, multithreading
- Role
- Senior Developer
Result
- reduced production failures in real system
- clearer supervision software flow
- stronger production supportability
Flow-based software for modelling, validating and maintaining product logic in long-lived engineering environments.
Problem
Engineering teams needed clearer tooling for product logic without losing maintainability in long-lived systems.
Action
Built flow-based modelling and validation software around engineering logic and product system maintenance.
Result
clearer engineering logic modelling
- Duration
- 6 months
- Stack
- .NET, desktop software, backend services, engineering tooling
- Role
- Senior Developer
Result
- clearer engineering logic modelling
- more maintainable product tooling
- better long-term supportability
Backend and microservice work for high-reliability recording and operational systems.
Problem
Recording and operational backend services had to remain reliable in a high-continuity environment.
Action
Improved backend services, messaging-heavy processing and supportability around mission-critical operational flows.
Result
stabilized mission-critical backend
- Duration
- 6 months
- Stack
- C#, T-SQL, RabbitMQ, Windows Services, microservices
- Role
- Senior Developer
Result
- stabilized mission-critical backend
- safer releases
- more stable daily operations
If you're dealing with similar issues, we can help.
Services
Industrial and enterprise software services.
Industrial Software Development
C#, .NET, SQL Server and production software for manufacturing and automation environments.
Manufacturing Software DevelopmentDashboards, machine data collection, traceability, reporting, operator tools and ERP handover.
MES & SCADA IntegrationSCADA, MES, PLC, OPC UA, SQL Server, REST APIs and enterprise connectivity.
PLC / OPC UA IntegrationPLC-related production data connected to .NET services, SQL databases and enterprise software.
C#/.NET Enterprise SoftwareBackend services, APIs, desktop apps, integration layers and long-lived enterprise systems.
SQL Server Performance & Data SystemsSlow queries, data models, reporting flows, EF Core/LINQ performance and observability.
Legacy Software ModernizationRefactoring, architecture cleanup, desktop modernization and safer delivery around old systems.
Production System StabilizationFind the failing path, repair unstable integrations and make production systems supportable.
Technical Knowledge Base
Engineering notes from real production systems.
C#, SQL Server, SCADA, PLC, RabbitMQ, OPC UA, distributed systems and enterprise architecture notes written around real engineering work.
Technical note
PLC integration with .NET
Your PLC data path is fragile, slow or hard to trust in production software.
Technical note RabbitMQ failuresQueues block, consumers fail silently or retries create duplicated processing.
Technical note SQL performanceSlow queries, blocking jobs and reporting load start hurting operational systems.
Technical note SCADA and C#How supervision data can move into C# services, APIs and enterprise reporting.
Technical note LINQ optimizationEF Core and LINQ query behavior that can hurt production databases.
Technical note C# async and threadsThreading and async behavior in services that run close to production systems.
Why we
25 years in industrial and enterprise integration
We work where custom software, production systems, databases, integrations and delivery pressure meet.
See technology stackContact