Clean Logix was founded to meet the increasing demand for high-end automation in the food and beverage sanitation industry. They were looking to build a solution aimed at revolutionizing the cleaning process in food-processing plants but lacked the software development expertise to do so, particularly given the tight deadlines and unique constraints at play. Paper Plane Consulting was brought in to provide a solution that balanced the immediate needs - real-time control, multilingual support, and seamless operation - with an eye towards future scalability.

“Clean Logix was looking for a sophisticated software solution to revolutionize our automated cleaning technology in the food and beverage sanitation industry. We needed a robust interface that could operate in challenging factory environments, provide real-time communication, and support a diverse, multilingual workforce.” - Clean Logix

Objective

Our goal was to design and build a robust, user-friendly software interface for an automated cleaning machine, allowing operators and technicians to control and monitor the cleaning process in food-processing plants. The solution needed to:

• Operate efficiently in rugged factory conditions.
• Provide real-time communication with the cleaning machine.
• Enable rapid scalability for cloud integration and future updates.

The machine was to debut at an upcoming trade show, making efficiency and precision critical to the project’s success.

Challenges

Clean Logix faced several challenges in creating an effective interface for their automated cleaning solution:

1. Touch-Enabled Usability: Ensuring operators could use the interface in messy environments while wearing protective gloves.
2. Real-Time Communication: Facilitating instantaneous feedback and emergency stop commands between the cleaning machine and interface.
3. Tight Deadlines: Delivering a functional prototype in time for the trade show.
4. Multilingual Support: Addressing the needs of a diverse labor force.
5. SDK Limitation: Developing a communication protocol without a direct Software Development Kit for the hardware.
6. Scalable Architecture: Building a system primed for future cloud deployment and multi-site use.
7. Streamlined DevOps: Rapidly integrating multi-container applications into an efficient deployment pipeline.

“The Paper Plane Consulting team brought a level of expertise and foresight that made a complex project feel seamless. ” - Clean Logix

Solution Approach

Paper Plane Consulting conducted a comprehensive discovery phase to understand Clean Logix’s unique needs and constraints. This included analyzing hardware communication protocols and user interaction requirements. As a next step, we scoped a solution that overcame key customer experience challenges, one built on the right foundations to enable future scalability.

“They were proactive in understanding our requirements and consistently offered solutions that aligned perfectly with our vision.” - Clean Logix

Design Highlights:

• Glove-Friendly Interface: Large, accessible buttons ensure usability in factory conditions.
• Simplified Navigation: Streamlined task execution screens minimize errors and distractions.
• Multilingual Access: Integrated a language selector to accommodate a global workforce.
• Admin Controls: Restricted settings for technicians to ensure operational safety.

Key Technologies:

• MQTT and Sockets: Enabled lightweight, bidirectional communication for real-time updates.
• Svelte Framework: Provided a reactive, performant frontend for a streamlined user experience.
• Contextual Architecture: Decoupled the interface from hardware and server components, ensuring modularity and scalability.

Development and Deployment:

• Automated DevOps: Containerized applications that enable seamless multi-environment deployment.
• Scalable Systems: Flexible data models and topic naming conventions prepared the system for cloud distribution.

Results

In 6 weeks, Paper Plane was able to produce a field-test ready solution and in under 3 months deliver a polished, successful solution with additional features. Paper Plane Consulting engaged with multiple hardware vendor teams, delivering a solution well in time for the field test. The solution was delivered on-time with enhanced usability and real-time feedback, built in a way to support the future aspirations that Clean Logix has.

“Paper Plane Consulting exceeded our expectations with their ability to anticipate our needs before we even communicated them. Their team was professional, collaborative, and brought a depth of experience that made the project successful. Their dedication and technical skill were invaluable, delivering a polished, high-performing product that exceeded our expectations." - CleanLogix

Clean Logix was founded to meet the increasing demand for high-end automation in the food and beverage sanitation industry. They were looking to build a solution aimed at revolutionizing the cleaning process in food-processing plants but lacked the software development expertise to do so, particularly given the tight deadlines and unique constraints at play. Paper Plane Consulting was brought in to provide a solution that balanced the immediate needs - real-time control, multilingual support, and seamless operation - with an eye towards future scalability.

“Clean Logix was looking for a sophisticated software solution to revolutionize our automated cleaning technology in the food and beverage sanitation industry. We needed a robust interface that could operate in challenging factory environments, provide real-time communication, and support a diverse, multilingual workforce.” - Clean Logix

Objective

Our goal was to design and build a robust, user-friendly software interface for an automated cleaning machine, allowing operators and technicians to control and monitor the cleaning process in food-processing plants. The solution needed to:

• Operate efficiently in rugged factory conditions.
• Provide real-time communication with the cleaning machine.
• Enable rapid scalability for cloud integration and future updates.

The machine was to debut at an upcoming trade show, making efficiency and precision critical to the project’s success.

Challenges

Clean Logix faced several challenges in creating an effective interface for their automated cleaning solution:

1. Touch-Enabled Usability: Ensuring operators could use the interface in messy environments while wearing protective gloves.
2. Real-Time Communication: Facilitating instantaneous feedback and emergency stop commands between the cleaning machine and interface.
3. Tight Deadlines: Delivering a functional prototype in time for the trade show.
4. Multilingual Support: Addressing the needs of a diverse labor force.
5. SDK Limitation: Developing a communication protocol without a direct Software Development Kit for the hardware.
6. Scalable Architecture: Building a system primed for future cloud deployment and multi-site use.
7. Streamlined DevOps: Rapidly integrating multi-container applications into an efficient deployment pipeline.

“The Paper Plane Consulting team brought a level of expertise and foresight that made a complex project feel seamless. ” - Clean Logix

Solution Approach

Paper Plane Consulting conducted a comprehensive discovery phase to understand Clean Logix’s unique needs and constraints. This included analyzing hardware communication protocols and user interaction requirements. As a next step, we scoped a solution that overcame key customer experience challenges, one built on the right foundations to enable future scalability.

“They were proactive in understanding our requirements and consistently offered solutions that aligned perfectly with our vision.” - Clean Logix

Design Highlights:

• Glove-Friendly Interface: Large, accessible buttons ensure usability in factory conditions.
• Simplified Navigation: Streamlined task execution screens minimize errors and distractions.
• Multilingual Access: Integrated a language selector to accommodate a global workforce.
• Admin Controls: Restricted settings for technicians to ensure operational safety.

Key Technologies:

• MQTT and Sockets: Enabled lightweight, bidirectional communication for real-time updates.
• Svelte Framework: Provided a reactive, performant frontend for a streamlined user experience.
• Contextual Architecture: Decoupled the interface from hardware and server components, ensuring modularity and scalability.

Development and Deployment:

• Automated DevOps: Containerized applications that enable seamless multi-environment deployment.
• Scalable Systems: Flexible data models and topic naming conventions prepared the system for cloud distribution.

Results

In 6 weeks, Paper Plane was able to produce a field-test ready solution and in under 3 months deliver a polished, successful solution with additional features. Paper Plane Consulting engaged with multiple hardware vendor teams, delivering a solution well in time for the field test. The solution was delivered on-time with enhanced usability and real-time feedback, built in a way to support the future aspirations that Clean Logix has.

“Paper Plane Consulting exceeded our expectations with their ability to anticipate our needs before we even communicated them. Their team was professional, collaborative, and brought a depth of experience that made the project successful. Their dedication and technical skill were invaluable, delivering a polished, high-performing product that exceeded our expectations." - CleanLogix

Clean Logix was founded to meet the increasing demand for high-end automation in the food and beverage sanitation industry. They were looking to build a solution aimed at revolutionizing the cleaning process in food-processing plants but lacked the software development expertise to do so, particularly given the tight deadlines and unique constraints at play. Paper Plane Consulting was brought in to provide a solution that balanced the immediate needs - real-time control, multilingual support, and seamless operation - with an eye towards future scalability.

“Clean Logix was looking for a sophisticated software solution to revolutionize our automated cleaning technology in the food and beverage sanitation industry. We needed a robust interface that could operate in challenging factory environments, provide real-time communication, and support a diverse, multilingual workforce.” - Clean Logix

Objective

Our goal was to design and build a robust, user-friendly software interface for an automated cleaning machine, allowing operators and technicians to control and monitor the cleaning process in food-processing plants. The solution needed to:

• Operate efficiently in rugged factory conditions.
• Provide real-time communication with the cleaning machine.
• Enable rapid scalability for cloud integration and future updates.

The machine was to debut at an upcoming trade show, making efficiency and precision critical to the project’s success.

Challenges

Clean Logix faced several challenges in creating an effective interface for their automated cleaning solution:

1. Touch-Enabled Usability: Ensuring operators could use the interface in messy environments while wearing protective gloves.
2. Real-Time Communication: Facilitating instantaneous feedback and emergency stop commands between the cleaning machine and interface.
3. Tight Deadlines: Delivering a functional prototype in time for the trade show.
4. Multilingual Support: Addressing the needs of a diverse labor force.
5. SDK Limitation: Developing a communication protocol without a direct Software Development Kit for the hardware.
6. Scalable Architecture: Building a system primed for future cloud deployment and multi-site use.
7. Streamlined DevOps: Rapidly integrating multi-container applications into an efficient deployment pipeline.

“The Paper Plane Consulting team brought a level of expertise and foresight that made a complex project feel seamless. ” - Clean Logix

Solution Approach

Paper Plane Consulting conducted a comprehensive discovery phase to understand Clean Logix’s unique needs and constraints. This included analyzing hardware communication protocols and user interaction requirements. As a next step, we scoped a solution that overcame key customer experience challenges, one built on the right foundations to enable future scalability.

“They were proactive in understanding our requirements and consistently offered solutions that aligned perfectly with our vision.” - Clean Logix

Design Highlights:

• Glove-Friendly Interface: Large, accessible buttons ensure usability in factory conditions.
• Simplified Navigation: Streamlined task execution screens minimize errors and distractions.
• Multilingual Access: Integrated a language selector to accommodate a global workforce.
• Admin Controls: Restricted settings for technicians to ensure operational safety.

Key Technologies:

• MQTT and Sockets: Enabled lightweight, bidirectional communication for real-time updates.
• Svelte Framework: Provided a reactive, performant frontend for a streamlined user experience.
• Contextual Architecture: Decoupled the interface from hardware and server components, ensuring modularity and scalability.

Development and Deployment:

• Automated DevOps: Containerized applications that enable seamless multi-environment deployment.
• Scalable Systems: Flexible data models and topic naming conventions prepared the system for cloud distribution.

Results

In 6 weeks, Paper Plane was able to produce a field-test ready solution and in under 3 months deliver a polished, successful solution with additional features. Paper Plane Consulting engaged with multiple hardware vendor teams, delivering a solution well in time for the field test. The solution was delivered on-time with enhanced usability and real-time feedback, built in a way to support the future aspirations that Clean Logix has.

“Paper Plane Consulting exceeded our expectations with their ability to anticipate our needs before we even communicated them. Their team was professional, collaborative, and brought a depth of experience that made the project successful. Their dedication and technical skill were invaluable, delivering a polished, high-performing product that exceeded our expectations." - CleanLogix