Devomech Solutions GmbH

Ideas. Concept. Solution.

Undertaking an ambitious project to develop a cutting-edge Android tablet application for a valued client, Team Devomech Solutions created an application that could seamlessly communicate with the client’s custom-built hardware using Bluetooth Low Energy (BLE). The app was developed to allow users to personalize fitness targets, maintain a database to store user-specific information, monitor real-time data exchange related to physical exercises, and display exercise statistics through visually appealing graphs.

The app’s structure was designed using the Iterative Software Development model, allowing for flexibility and iterative improvements throughout the development lifecycle.

Design, development, and deployment

• Usability

The team enabled the application’s capability to automatically scan for and connect to the hardware upon startup, as well as reestablish the connection if it was ever disrupted to simplify the initial setup.

• Scalability

The app’s architecture was designed to be highly scalable, allowing it to run efficiently on a wide range of Android devices, starting from version 5.0.

• Aesthetics

Close attention was paid to mirroring the client’s provided design to create a visually appealing graphical user interface.

• Command Reliability

The team ensured that the hardware communication adhered to industry standards and the app’s commands were reliably sent and resent until acknowledgment was received.

• Quality Assurance

Comprehensive testing was carried out, encompassing all relevant test cases, to ensure the app’s quality and performance met high standards.

• Data Integrity

The app’s ability to handle high-speed data transmission ensured no data loss during exercise sessions, providing users with accurate and real-time exercise statistics.

Ideas. Concept. Solution.

To empower individuals in monitoring their health and detecting respiratory disorders early on, Devomech Solutions worked with a valued client to develop a versatile and user-friendly smart health station monitor for nurse stations, small clinics, and remote health centers. To address the challenges of monitoring vital health indicators such as heart rhythm, pulse rate, and blood sugar levels, the client sought a portable health monitoring gadget capable of accurately capturing weekly data for individuals and families. Taking up the challenge, Devomech Solutions aimed to deliver a benchmark product by integrating consumer-friendly electrodes and developing an Android app for convenient heart rate monitoring and data management in the smart health station monitor.

Design, modeling,  and manufacturing

• Dimension

The monitor was constructed keeping in mind the dimensional restrictions imposed by the Android tablet. The resulting solution encompassed an internal frame, an outward body, and electronic components, all harmoniously integrated into the overall product design.

• Usability

Emphasizing convenient heart rate monitoring, the integration of consumer-friendly electrodes was prioritized. An Android app was developed to effectively record and manage data from the health station.

• Prototyping

Iterative testing and refinement were conducted to identify and address any weaknesses or potential issues. Through this iterative process, the design was optimized until a final version was achieved, ready for large-scale production.

• Scalability

The solution facilitated blood pressure, blood sugar, and pulse rate measurements in diverse settings, including homes, hotels, and medical facilities. The potential integration of additional sensors such as for spirometers and digital stethoscopes further enhances its capabilities.

• Sourcing

Sensors were sourced from reputable suppliers, and the enclosure was either created through on-site 3D printing or manufactured in collaboration with reliable partners.

Ideas. Concept. Solution.

A large-scale manufacturer of massagers engaged with a team of mechanical and electrical engineers at Devomech Solutions to optimize the vibration frequency for the release of the next model. The vibrations, which were previously also felt in the handle, had to be limited to just the head of the massager to achieve the desired comfort to the end-user. To enhance the utility of the massager, the client also suggested that the revamped solution should be a cordless device with an aesthetically appealing design.

Design, modeling,  and manufacturing

Capacity

To ensure a longer life cycle, the team designed a robust internal mechanism that would allow the new product to work for 500 hours in a lifetime. A high-power motor was also included and constant revolutions of the motor were maintained to avoid any imprecision in therapy.

Ergonomy

A compact solution with a high energy-to-density ratio was created with ergonomically designed grips to offer a sweat-free clutch. The design was customized to be wireless to ensure a nice hold for the end user.

Usability

The vibration was restricted to the head of the massager to ensure the therapist would not feel any discomfort. The massager’s head was intelligently designed to access every tissue of the body to recuperate energy reserves in the muscles.

Manufacturing

The team played an advisory role in recommending appropriate manufacturing methods to align with the product functionality. The team also coordinated with the manufacturers to get the parts manufactured using CNC and injection molding.

Safety

A cooling system was installed to prevent any unnecessary damage to the device. Moreover, an efficient damping mechanism was developed to avoid vibrational impact on the handle and the PCB circuit board.

Scalability

The solution is being sold to chiropractors on a large scale by our client.

Ideas. Concept. Solution.

To create a modern laundry machine design, our valued client reached out to engage our electrical and mechanical engineering teams so that their users can dry their washed clothes with utmost ease without having to hang them in the open air or dedicate a separate room in the house for laundry. This was in response to the problems faced by users who use conventional washing machines which mostly require separate spin dryers, or use dryers that discharge water while drying, hence creating the need to be placed into a dedicated laundry area.

Design, modeling, and manufacturing

• Integrated function

Instead of a separate heater, a dryer was intelligently placed inside the washing machine which converted cold air to hot to dry clothes without any water discharge.

• Usability

Using modern mechanical assembly techniques and special vibration control materials, the team successfully reduced the noise created by the machine. Given that the machine can work without a continuous water source the user is free to place it anywhere required.

• Sustainability

The filtration system fitted inside the washing machine allowed used water to be stored, filtrated, and then reused, hence eliminating the need for a continuous water source and making it environmentally friendly. Moreover, a BLDC motor was used to save energy.

Ideas. Concept. Solution.

Having envisioned a customized mobile device application, our valued client needed a comprehensive mobile device management solution that would be compatible with various devices in their store so that the customers can visit and test the product first-hand. This management solution would play a key role in enhancing the in-store experience for customers and enable growth in sales.

The solution would enable them to fetch and display device information from a custom-built API on mobile phones. They required the app to have region-specific settings, a screen saver feature with remotely managed playlists of images and videos, automatic execution on device startup, password protection for device settings, and the ability to restart automatically if closed by the user. Additionally, the app needed to support multiple languages, specifically English and Greek, to cater to a diverse customer base.

Design, development, and deployment

• Prototyping

A reliable prototype was built which went through comprehensive functionality tests, performance enhancements, and seamless integration with the custom-built API and remote management system.

• Dimension

The app’s layout and design were optimized to fit within the screen dimensions of various devices, providing a consistent and visually pleasing experience for users.

• Capacity

The team implemented efficient data handling and storage capabilities within the application, allowing it to fetch and display device information seamlessly from the custom-built API. This ensured that the app could handle a large volume of data and provide real-time updates to users.

• Sustainability

A sleep mode feature was activated during store closing hours, remotely configurable from the admin portal, ensuring efficient power management and extending device lifespan.

• Usability

The app featured a user-friendly interface that allowed customers to navigate through device information effortlessly. Meanwhile, the password screen prevented unauthorized access to device settings.

• Compatibility

Due to its flexible architecture and adaptable framework, the application enabled effortless integration with different devices, empowering the client to provide a unified customer experience.

• Screen Preservation

Regular color, image, and video changes were implemented to prevent pixel burning and ensure a high-quality viewing experience.

Ideas. Concept. Solution.

Having envisioned a customized mobile device application, our valued client needed a comprehensive mobile device management solution that would be compatible with various devices in their store so that the customers can visit and test the product first-hand. This management solution would play a key role in enhancing the in-store experience for customers and enable growth in sales.

The solution would enable them to fetch and display device information from a custom-built API on mobile phones. They required the app to have region-specific settings, a screen saver feature with remotely managed playlists of images and videos, automatic execution on device startup, password protection for device settings, and the ability to restart automatically if closed by the user. Additionally, the app needed to support multiple languages, specifically English and Greek, to cater to a diverse customer base.

Design, development, and deployment

• Prototyping

A reliable prototype was built which went through comprehensive functionality tests, performance enhancements, and seamless integration with the custom-built API and remote management system.

• Dimension

The app’s layout and design were optimized to fit within the screen dimensions of various devices, providing a consistent and visually pleasing experience for users.

• Capacity

The team implemented efficient data handling and storage capabilities within the application, allowing it to fetch and display device information seamlessly from the custom-built API. This ensured that the app could handle a large volume of data and provide real-time updates to users.

• Sustainability

A sleep mode feature was activated during store closing hours, remotely configurable from the admin portal, ensuring efficient power management and extending device lifespan.

• Usability

The app featured a user-friendly interface that allowed customers to navigate through device information effortlessly. Meanwhile, the password screen prevented unauthorized access to device settings.

• Compatibility

Due to its flexible architecture and adaptable framework, the application enabled effortless integration with different devices, empowering the client to provide a unified customer experience.

• Screen Preservation

Regular color, image, and video changes were implemented to prevent pixel burning and ensure a high-quality viewing experience.

Ideas. Concept. Solution.

Having been approached by a popular food chain owner in the US, a team of engineers at Devomech Solutions took up the challenge to work on an electro-mechanical portable bidet solution to fit the need of our client. Our client wanted to pursue this solution to create an inclusive restaurant environment where diners from all cultures could experience a comfortable ambiance.

Design, modeling,  and manufacturing

• Scalability

To ensure that the design would fit into all restrooms in the restaurants owned by our client, the size of the bidet was kept at 18*6 inches.

• Capacity

The tank for the bidet was designed to hold 10 liters at a time. The capacity was determined by gauging the average water consumption in a day.

• Sustainability

To reduce the operating costs, a submersible pump was used which requires little maintenance. Lithium-ion batteries were used for an optimal power-to-size ratio.

• Aesthetics

To fit the interior of the restrooms, a monochrome exterior was chosen for the bidet to complement the color of the fixtures already installed.

• Additive manufacturing

3D modeling was an iterative process and the design was tested for multiple constraints including water pressure, battery life, and pump quality before it was finalized.

Ideas. Concept. Solution.

With a vision to enhance the drink ordering process on Android tablets, our valued client entrusted Devomech Solutions with the task of creating a customized Flutter mobile application. The goal was to seamlessly connect the app to a hardware device for transmitting order data. Our team of application developers diligently worked on crafting an intuitive and user-friendly interface, allowing customers to effortlessly select drink type, size, flavors, and enter their name, ensuring a flawless ordering experience.

Additionally, our team implemented automatic scanning and reconnection features to ensure uninterrupted communication with the hardware device. Every step of the way, our focus remained on establishing a reliable and secure communication channel, implementing error recovery mechanisms, and delivering a responsive app experience.

Design, modeling,  and manufacturing

• User Experience

An intuitively designed interface with clear navigation, and streamlined order placement features ensured effortless selection of drink preferences such as drink type, size, and flavors.

• Efficiency and Speed

By establishing a reliable wired connection with the custom-built hardware, orders were transmitted swiftly and delays were minimized.

• Resilience

Robust error handling mechanisms were implemented to address potential communication disruptions between the application and hardware such as automatically attempted reconnection and timely error recovery.

• Customization

From selecting drink types, sizes, and flavors to modifying order details before submission, the application empowered users to personalize their coffee experience.

• Safety

The application incorporated safety measures to prevent unauthorized access and protect user data, hence, safeguarding sensitive information.

• Scalability

The application was compatible with Android tablets running on various operating system versions, from Android 5.0 up to the latest Android operating system.