Tulip Reviews

My main use case for Tulip is creating applications for the pharma industry, which falls under GMP requirements, and this is the purpose of using Tulip in my current role.

Currently, I am using Tulip to create an application that involves different workflows and data insertion with associated alerts for different executions. It has been used mainly for application purposes across different parts of the industry, where we create smaller applications to serve our business case.

In terms of how my team uniquely uses Tulip, I have been using it in my role as a developer to create different steps and screens to capture different units and input from users while following GMP guidelines. We have been using it to store data into different Tulip tables as well as barcode scanner devices with optical input sections.

In my experience with Tulip, its best features include being a low-code, no-code platform that provides drag-and-drop features, so I do not need to spend too much time creating or writing code for showing different screens. It comes with audit compliance and an audit trail, which ensures I do not need to worry about the audit aspect because Tulip itself is certified for that context. Additionally, it provides very easy workflow solutions with pre-built functions and scripts, giving me the flexibility and confidence to write business cases quickly.

Tulip's audit trail functionality captures whatever activity we do, such as data insertions and logins, so all that information is captured. This helps because we do not need to worry much about development since Tulip has its own completion record and app record, which significantly aids us.

Tulip is an MES software that can be created and reused across different interfaces. When we create a Tulip application, we can run it in any player in different workspace areas without caring about the interface, allowing for reusability and flexibility.

Since using Tulip, my organization has positively transitioned from a lot of manual documentation for GMP compliance to digital, significantly reducing paperwork and now maintaining data retention within Tulip instead of manually. Moving from manual to digital with Tulip has resulted in cost savings, as we no longer have to manage excessive manual documentation. Since Tulip is a digital platform, all information, including automatic timestamping, is handled effortlessly, reducing human error, and its built-in audit trail mechanism aids in our compliance and overall processes.

One area Tulip can be improved is addressing the issue that arises when simultaneous data entry occurs in the same table using an auto-incremented process ID, data integrity constraints may lead to an error for one of the transactions. As a result, one record is successfully generated while the other process fails.

I have been using Tulip for six months.

For those looking into using Tulip, my advice is that it is great, particularly for anyone migrating from physical to digital documentation for MES software, especially those focused on GMP guidelines in the pharmaceutical industry. Tulip can be used for GMP-related work. I gave this product a rating of eight out of ten.

In my implementation projects using Tulip, we created tables for all the recordings, designed the steps, made the wireframes first, and then created the triggers and logics behind, saving everything in tables. I worked mainly on logbooks for a client who was transitioning from paper-based processes. We created applications for the client to save information in the apps, including all details and signatures for keeping equipment clean and ready.

The client's reaction to moving from paper to the digital logbook in Tulip was initially cautious as they needed to become accustomed to the new system, but they primarily loved it, finding it much easier to use a tablet than managing lots of paper.

Additionally, we created and worked on another project where we developed an OEE, an Overall Equipment Efficiency indicator, and I also trained the operators to use it, providing hypercare support, though it was not a GMP product.

Tulip offers the best features because it can be adjusted very quickly to the operator's needs, which is always engaging. In a GMP environment, the engaging part is somewhat limited because validation is required, but I still believe it is much quicker to implement any changes the operators need on the shop floor.

In terms of how quickly I can implement changes with Tulip compared to other solutions I have used, in the non-GMP environment, we implemented solutions and recommendations from operators from one day to another by creating a new version with the changes recommended by the operators, which would be running the next day. In the GMP environment, it depends on the validation and how long that takes for the changes, but it is usually much quicker than other tools, even though it varies from company to company.

Tulip has positively impacted my organization by helping us learn to work in a very adjustable and new environment, coming from old systems where everything is predetermined. In Tulip, you can adjust everything, and while it is also engaging and challenging when you have to create each button and put the writing on it, once you are used to it, the steps are automatically created. However, good initial consideration and planning are necessary, especially if there are many steps to be changed because afterwards, it can be long and exhausting, such as when we had to change the color of one button on fifty steps.

This flexibility and ability to adjust things have led to measurable improvements in our projects, particularly in terms of time saved and user satisfaction. This was also expected by the client, which is why they chose to use Tulip to eliminate the old systems that were no longer needed, especially for the logbooks. The client was very happy to have it completed quickly; in one month, we created approximately forty apps for them, which would be unimaginable with an old MES system.

Tulip can be improved in terms of the struggles we had with languages where operators spoke another language than English. We assumed Tulip assured us there is an integrated AI for translations, but we encountered issues especially with the tables, where the text was in tables. I am not certain how that could be improved, but generally, having good AI implemented for translations of information and instructions in the applications would be significant help. Additionally, implementing AI for making small changes on the steps and wireframes, such as having an AI tool adjust all the writings or buttons and bringing harmonization, would be a valuable addition from Tulip.

Regarding Tulip's AI capabilities, I cannot provide substantial insights as I do not possess much knowledge about that aspect. I believe it is still at the beginning and not really advanced for the part I was using, so it could be improved.

I have been working in my current field for three and a half years.

My advice for others looking into using Tulip is that it is an interesting solution. I would rate this review a seven out of ten.

Tulip is a Manufacturing Execution System designed to understand requirements and convert them into technical requirements. Lab processes that happen inside manufacturing systems can be translated directly into technical requirements within Tulip. Although other tools exist in the market, Tulip is one of the easiest to learn and is very user-friendly for anyone to use, even without development information or software experience. It is a no-code development platform.

One business process for a client involved reducing the burden on report formats that they generally used to generate manually through their local computers. Through Tulip, this is possible. It allows you to generate reports directly from your desktop. With the processes that you have already integrated, it also calculates the necessary items that are required for the reports to be generated correctly. These lab processes already need to be registered into Tulip and these processes need to be followed for successful report generation.

Tulip use cases include digitalizing your shop floor processes, connecting machines, and improving production visibility. Digital work instructions replace paper-based SOPs with interactive instructions that display images, videos, and checklists while ensuring that operators follow the correct sequence. Electronic batch records help you digitally capture manufacturing steps, record operator actions, timestamps, and material usages. All of these items are very important for simplifying regulatory compliance with FDA and GMP. Quality inspections allow you to perform in-process and final inspections, record measurements and defects, and automatically flag any out-of-specification values. Real-time dashboarding shows production counts, downtime, and shift performance. You can connect PLC sensors, barcode scanners, and IoT devices directly with the software to monitor machines. Traceability and genealogy tracking allows you to track your inventory and material inside the MES using barcode or QR code scanning. Work order management and material consumption tracking prevent the use of expired or incorrect materials. Audit and compliance features ensure that you have electronic records instead of paper, time-stamped operator actions, and electronic approvals, which could simplify FDA, GMP, and ISO audits.

The best features in Tulip are the no-code and low-code capabilities because you don't need a lot of experience in handling or establishing a business requirement to convert it into a technical requirement. Tulip is a no-code app builder that manufacturing engineers with no background in software development can easily use to operate, create operator apps, digital work instructions, and workflows without writing code. This can significantly reduce the dependencies on software engineers. Machine and IoT connectivity allows you to connect PLC sensors and barcode scanners, as well as instruments such as weighing balances and legacy equipment that can be used with edge devices and drivers. Open APIs automate data collection. Real-time dashboarding is another valuable feature that allows you to check all the data directly from Tulip's interface. These are very important items that are required for any MES tool to have.

Integration between other systems, such as SAP and ERP, or the ability to connect MES to LIMS databases through REST APIs, allows Tulip to fit into an existing manufacturing ecosystem.

Tulip can do a lot better in user interface. It is not complex, but it is rather not too simple. The user interface could be improved to make it more accessible to people and to market that product more effectively in the open market.

I have used Tulip for about six to eight months.

Tulip is very stable in my experience.

Tulip can be scaled at the best, like any other platform. It can be scaled to multiple users and multiple developers.

Customer support is great.

The client recommended that we use Tulip since it was cheaper in the market compared to other tools.

Other MES tools were evaluated as well. Other MES tools that could be compared with Tulip include Rockwell Automation and Honeywell's tools.

The most important aspect is the no-code and low-code capabilities, which I really appreciate from the platform as a whole.

If your organization has a small number of low-code or no-code developers, or people who don't have knowledge on how to create an application or integrate complex MES tools with Tulip, the platform can definitely reduce the effort and time spent on hiring particular developers for this tool. This would directly result in creating less pressure on the work environment. Tulip reduces paperwork because you no longer have to maintain multiple Excel files, Word documents, and PDFs. All of those items can be eliminated directly with digital workflows. It can improve productivity by having operators receive step-by-step digital instructions and allowing supervisors to spend less time searching for SOPs. Product quality is better because mandatory checks prevent operators from skipping critical steps. All of these items are very important steps in manufacturing execution systems and in business processes of manufacturing items that are generally produced in large-scale organizations.

Organizations should start using Tulip as soon as possible. It is the best tool right now for MES with a no-code and low-code platform. It has many capacities and capabilities like any other MES tools. I would rate this product an 8 out of 10.

My main use case for Tulip is building applications and validating them for clients. The application I have built and validated with Tulip is for the manufacturing process for production review of batches. The main use case is for the client to maximize or optimize their process using an application instead of paper-based work.

The best features Tulip offers are the low or no code features that enable users with no programming background to work on and build applications. The low or no code feature has helped my team and clients by allowing even people from the manufacturing department to do such things with less participation from the IT team. Tulip positively impacts my organization as it gives more options or flexibility to use it in activities or processes. I have noticed specific outcomes since using Tulip, including improved traceability, audit preparedness, and data integrity.

Tulip can improve by providing additional features developers can use in the application. I wish Tulip had some AI features or integrations with other systems. These are areas for improvements and other features that Tulip can cater to in the future.

I have been using Tulip for almost two years.

Tulip is stable.

Tulip's scalability depends on the number of users.

The customer support is very helpful, providing information when needed.

We are using a paper-based system, so Tulip is the application alternative.

I see a return on investment through time saved, as the application provides more information to users and reduces errors in the process.

The pricing, setup cost, and licensing are economical.

We evaluated other MES systems, but it was the client's decision to use Tulip instead.

If you want a simple application and not complicated ones, you can use Tulip, and it will be very helpful to users and the SMEs that are looking for alternative options for a low-cost, no-code system. Tulip is continuously improving, and it is very helpful to other clients. I believe Tulip values security based on the regulations, like GDPR and other regulations. I did not use or maximize the AI capabilities of Tulip, so I cannot provide details on that. I would rate this review an 8 overall.

My main use case for Tulip is to fill up all the data which will be available from backend for the use of a warehouse. In a warehouse environment, I use Tulip by recording all the data, which made it an easy-to-build application. The implementation involved different stages where people from different warehouse departments would use it and fill up the data.

Tulip's best features include the front-end design, which is easy to use with drag and drop functionality to create applications quickly. The database connection is also straightforward, making it an easy-to-develop application overall.

The biggest difference for my work came from the database connection, which is easy to use, easy to populate with data, and easy to work with. The front-end is also easy to update if there are any changes, and it is very fast. We can make changes and adapt to user requests quickly and efficiently.

Tulip has positively impacted my organization by making it easier for developers. Managing one to three projects can be hectic, but with Tulip, if changes are needed, we can discuss them quickly, implement them, and deliver them on time. This saves our time significantly. For projects that would take two to three days in other applications, Tulip allows us to complete them in one day.

Tulip can be improved by offering better design and better functionalities. While making the application workable is really good, we should also focus on being great and user-friendly. Tulip is already user-friendly, but it can be enhanced further.

I would like to suggest that buttons and other fill-up elements in Tulip can be improved and made more visually appealing so that anyone looking at the UI part would be attracted to it and think that it is easy to build and looks attractive as well.

I have been using Tulip for three months.

Tulip is stable.

Tulip's scalability is good.

I am not sure about the customer support as I did not get an opportunity to talk to customer support directly. However, when I did certification, there were many people reaching out to me, which was really good.

I did not previously use a different solution before Tulip. We were using a Chrome web application prior to adopting Tulip. That web application takes more time, but Tulip looks much more beautiful, much more user-friendly, and easier to operate.

For pricing, setup cost, and licensing, I was not working on that aspect. There was a different team handling those areas. My core part was the development.

I have seen a return on investment with Tulip. Fewer employees were needed, and both time and money were saved. I cannot share the specific metrics as I am not aware of them.

Regarding Tulip's AI capabilities, I believe its accuracy and reliability of output is good. Whatever data we provide from the data perspective is displayed, and whatever UI is created is there as intended.

My advice to others looking into using Tulip is that it is really good, user-friendly, and can be developed very fast. If you want to create a prototype or any initial version of an application to show the client, Tulip is really good. However, if you want a much larger version with better scalability and more UI features, you can consider other products. For the starting phase, Tulip is a good choice. I would rate this product a 7 out of 10.