Beyond the chatbot: working AI systems. From idea to production.

About Nitronarc

In 1995, we supported Heineken International in going online. We later built the first websites for Boom Chicago and Apple Expo. In 2005, we developed TalpAlarm, an SMS service that went viral before the term was widely used.

Over 30 years, a consistent thread has been the same: working on solutions that extend beyond the current state of technology.

Today, we build AI systems. Not chatbots where only a small part of the potential is used, but systems that carry out tasks independently, within clearly defined rules and constraints.

Rather than separate tools, we design systems made up of cooperating components. Each with a defined role. Strong individually, extremely effective as a whole.

This is what we build. Systems that reduce tedious work and produce measurable results, freeing up time to focus on what sets your organisation apart.

Examples of recent projects:

Recent Projects

Scheduling Assistant — shift planning for 11 doctors

Scheduling Assistant

A medical department spends approximately 8 hours per month manually scheduling 12 doctors across operating theatres, outpatient clinics, shifts, and external locations. The Scheduling Assistant reduces this to around 30 minutes of review.

The principle is simple: work iteratively until all rules are clear and measurable. Hard constraints such as rest periods and minimum staffing. Softer constraints such as preferences and fair distribution. The unspoken rules you only notice once you see them.

During onboarding, we work through the PDCA cycle together with the planners until all rules are made explicit. An AI interviewer asks targeted questions, produces a draft schedule, and the planner provides feedback. The cycle continues until there is a clear understanding of the system.

Result: 8 hours of manual work reduced to approximately 30 minutes of review per month.

Python Django Constraint Solving
Ponder — terminal output showing task decomposition and automated commits

Ponder

Ponder breaks complex tasks into parts small enough to complete reliably. It functions as a conductor, decomposing tasks into atomic units, executing them through specialised AI workers, and reviewing, testing, and committing each result.

Each worker operates with a clean context and explicit instructions. There is no shared memory and no reliance on assumptions from earlier steps. If a task cannot be completed within 15 minutes, it is considered too large. Ponder divides it further.

The result is work that can be brought into production in a controlled and traceable manner.

The underlying principle is simple: if an AI loses track of its task, the scope was too broad.

Python AI Orchestration Automation
St. Elmo’s Fire — trading dashboard with P&L overview

St. Elmo’s Fire

An automated trading system for Bitcoin prediction markets on Polymarket.

Three specialised AI roles operate together, making decisions on hundreds of trades per day, based on short-term price movements.

Real capital. Real consequences.

After 3,500 trades, the win rate stands at 85.6%.

Data integrity and safety rules are treated as non-negotiable.

Python Flask Multi-Agent AI

Contact

Curious what AI orchestration could do for your organisation? Get in touch.

Nitronarc Roosendaalseweg 28
4741 TV Hoeven
The Netherlands

Chamber of Commerce: 24384613
VAT: NL002026644B60