The Story Behind Chirip

From an International Need to a Standalone Platform

Where it all started

Most RIP solutions start as products. Someone identifies a market opportunity, builds a roadmap, creates a feature list, and begins development.

Chirip was born in a completely different way.

Its story actually started years earlier, during the development of the Ophrys Iricolor at Door2World, our inline full-color envelope overprinter designed for high-speed, variable-data production environments. At the time, we weren’t trying to create a RIP engine at all. Our focus was on building a machine that could reliably handle real industrial workflows where speed, personalization, print quality, and stability all had to work together continuously, day after day.

Like many industrial printing systems, the early versions of the Ophrys Iricolor relied on third-party RIP solutions. At first, this seemed like the obvious direction. But as development moved forward and the system became more mature, we kept running into the same feeling: these solutions never fully matched the way we wanted the machine to operate.

Some were far more complicated than what we actually needed. Others offered endless functionalities that looked impressive in presentations but added unnecessary layers to the workflow. And in industrial production, unnecessary complexity has a habit of creating new problems instead of solving existing ones.

What we wanted was surprisingly simple.

A RIP engine that focused on the things that truly mattered in production: stability, efficiency, predictable performance, and smooth integration into the workflow around it.

 

Solving problems instead of building a product

Eventually, we reached a point where adapting ourselves to the third-party RIP solution simply stopped making sense.

The system worked, at least to a certain level, but the amount of additional engineering, troubleshooting, maintenance, and workaround-heavy development required to keep everything operating the way we wanted became increasingly frustrating. And this wasn’t limited to one single machine either. Across multiple Ophrys installations, the same challenges kept returning.

The more experience we gained, the clearer it became: we were spending far too much energy trying to force an external solution into a workflow it had never really been designed for. And honestly, at some point, we simply had enough of it.

That was the moment when an internal idea slowly started turning into a real development effort.

In parallel with the ongoing Ophrys projects, often in what could almost be called “after-hours engineering”, the team began working on a completely independent RIP development. Not as a commercial product yet, and not because we originally wanted to build our own RIP platform, but because we genuinely needed a solution that fit the way we thought production workflows should operate.

There were already some important foundations and earlier building blocks in place. But creating a complete RIP flow, the actual Core architecture behind the system, was an entirely different challenge.

That became the real work.

Over the following months, the team gradually gathered the remaining knowledge, experience, and technical understanding needed to turn those foundations into a fully functioning RIP process. Rasterization flow, workflow handling, processing logic, integrations, stability, automation behavior, all the pieces that together form the backbone of a production-ready RIP engine had to come together into one cohesive system. And unlike smaller workflow tools or supporting utilities, this was not something that could simply be patched together step by step.

A RIP engine is a complete software ecosystem. Its logic, architecture, and internal workflow have to function as one unified process. 

That is what the team was building.

Eventually, the first stable and fully tested headless Core version was completed. And interestingly, around the same time, new production requirements started appearing that the third-party solution simply could no longer support in the way we needed. 

That became the turning point.

For the first time, we felt confident enough to make a much bigger decision: replace the RIP inside the Ophrys Iricolor with our own solution. Not only internally, but in partner environments as well. 

And that decision ultimately became the real beginning of Chirip.

What makes the story even more satisfying for us is that the original workflow architecture and Core logic proved to be remarkably stable from the start. Compared to the Ophrys-integrated version running back then, most later development focused primarily on expanding capabilities and adding new features rather than solving major architectural problems.

In many ways, that early Core still forms the foundation of the platform today.

And honestly, that’s probably one of the strongest confirmations we could have asked for that the original thinking behind the system was the right one.

 

The moment everything changed

That realization completely changed the direction of the project.

Because once the technology had already proven itself inside a real industrial machine, a new question naturally appeared:

What if this didn’t have to remain only part of the Ophrys Iricolor?

What if the RIP engine behind the system could become a standalone platform on its own?

That idea became the real beginning of Chirip.

Of course, turning an internal tool into a standalone product was a much bigger challenge than building it for ourselves. Developing software for your own machine is one thing, you know the environment, the workflow, the hardware, and the exact expectations.

Creating a platform flexible enough for completely different production environments and customer requirements is something entirely different.

The system had to evolve. It needed to become more scalable, more modular, and easier to integrate into different workflows. New functionalities were added, integration possibilities expanded, and the platform gradually grew far beyond the environment it was originally built for.

 

From internal tool to standalone platform

Somewhere along this journey, after years of development, testing, rebuilding, and refinement, the project finally received its name:

Chirip.

Today, Chirip exists as a standalone RIP platform that can operate independently from the Ophrys Iricolor and support a much wider range of printing systems and workflows.

But even now, its roots are still clearly visible in the way it was developed.

Because Chirip was never created in isolation.

It grew out of real production pressure, real workflow challenges, and real industrial needs. Every part of it was shaped by practical experience instead of assumptions, and we believe that changes the way technology evolves.

 

More than just a RIP engine

In the end, Chirip is more than just a RIP engine for us.

It’s the result of years spent solving real problems, one step at a time, until eventually we realized we had built something that could stand on its own.

 If you’re curious to see what came out of this journey, you can explore Chirip here:

https://www.door2world.com/shop/rastermaster-rip-engine-6878