About The Project

Project Overview

The BioWave Pain Management Technology project aims to create and provide a sophisticated IoT-based therapy to effectively manage both acute and chronic pain. As a non-invasive, drug-free method of pain management by utilizing IoT capabilities, BioWave provides high-frequency neurostimulation. The main aim of the project is to develop and advance BioWave technology to deliver patients with the best security, possible efficacy, and usability.

The Initiative aims to confirm the effectiveness of BioWave therapy through extensive clinical trials and research. The project intends to gather medical experts, pain management specialists, and research groups to collect high-quality clinical data and publish study findings. The goal is to establish BioWave as a reliable pain management option for a variety of pain issues by using IoT App development skills.

In addition to its present uses, the research aims to investigate the possibilities of BioWave therapy in Internet of Things scenarios. Through the discovery of new pain indicators and the execution of clinical trials on particular patient demographics, the study will investigate the efficacy of the therapy in various contexts. To improve patient outcomes, specialised treatment protocols adapted to different pain types and anatomical areas will be created leveraging the benefits of IoT technology.

The Healthcare Neurostimulator IoT App initiative will implement educational activities aimed at patients, healthcare professionals, and the general public in order to achieve widespread uptake and use of BioWave therapy. The project will enable healthcare professionals with the necessary knowledge and skills to successfully integrate BioWave therapy into pain management protocols using IoT technology across diverse healthcare settings through instructional materials and training programmes.

The commercialization approach for the project will be focused on increasing the market acceptability of BioWave therapy inside the IoT environment. The initiative aims to position BioWave as a recognised and sought-after pain treatment solution by focusing on, pain clinics, healthcare professionals, rehabilitation centres, and sports medicine facilities. Strategic partnerships and distribution channels will be shaped to encourage the technology's broad adoption and take advantage of the power of IoT to give efficient pain treatment.

Key Phases

Breaking down the project on these 3 main key phases & further in weekly modules to get the project on track and accountable.

Planning and Analysis
  • Requirement Gathering
  • User Research
  • Information Architecture
  • Wireframing and Prototyping
  • Technology Stack Selection
Design and Development
Deployment and Maintenance
  • Deployment
  • Monitoring and Security
  • Continuous Improvement
  • Maintenance and Support
Challenges we had

The Problem

Users faced many challenges and issues in the field of pain treatment before the creation of BioWave. The majority of these worries were the limitations and shortcomings of traditional pain management techniques. Here are some problems that users commonly encounter:

Inadequate Pain ReliefMany people discovered that taking conventional treatments, such as prescription opioids, and over-the-counter painkillers, did not provide appropriate pain relief. These medicines often only provided short-term comfort or included a danger of reliance and adverse effects.

Risks and side effectsConventional pain treatment techniques frequently had the risk of side effects. Particularly opioids are known to cause, nausea, constipation, sleepiness and the possibility of addiction. Users searched for alternatives that could provide efficient pain treatment without these undesirable side effects.

Invasive Procedures Sometimes, it requires invasive treatments like injections or surgery for pain management. These procedures did, however, have higher risks, prolonged healing times, and possible consequences. Users sought non-invasive options that would deliver comparable advantages.

Biowave-new (1)
See what we solved

The Solution

People can enjoy a customized and comprehensive pain management plan that reduces risks and side effects, minimizes reliance on medication, and promotes long-term well-being by implementing an integration approach. Here are some key solutions we developed for the client:

Non-Invasive and Drug-FreeTwo key advantages of the BioWave application are it’s non-invasiveness and drug-freeness. Without depending on potentially addictive medications or intrusive treatments like injections or surgery, users can control their discomfort. For this reason, BioWave is a safe and effective option for pain management.

Customized TreatmentUsers of the BioWave programme can customise their treatment parameters to meet their unique pain needs. Users may adjust the strength, duration, and frequency of the electrical stimulation to get the best pain relief. Each patient's demands may be catered to throughout therapy, guaranteeing that they receive personalised care.

Effective Pain ReliefThe BioWave application offers effective pain relief for both acute and chronic pain conditions. By providing high-frequency electrical stimulation to the affected area, it efficiently surpasses pain signals and facilitates immediate and long-lasting pain relief. Users may experience decreased pain intensity, improved function, and overall improved well-being.

Reduced Side Effects The BioWave application lowers the risk of side effects compared to traditional pain relief methods. Users can get pain relief without experiencing drug-related adverse effects such as nausea, fatigue, or other gastrointestinal side effects. BioWave is a safe and well-tolerated electrical stimulation method for pain management.

Convenience and accessibility With the BioWave application, users may easily receive pain management therapy whenever and wherever they want. Users have freedom and portability by installing the software on their tablets or smartphones. Users may easily include BioWave treatment into their daily schedules at work, home, or on the go to offer consistent and useful pain management.

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Final Milestone

The Result

The field of pain management has brought a dramatic transformation because of the BioWave Project and the Internet of Things (IoT). Implementing IoT technology to develop a seamless and innovative solution, has changed how people access and get benefits from pain treatment methods. An aesthetically pleasing, intuitive, user-friendly interface was established by the initiative, greatly enhancing how people handle pain-related concerns.

Customers may easily navigate through the pain management process and get the necessary treatment alternatives with the BioWave Project's redesigned user interface. Users may quickly find and choose the exact pain relief therapies they need thanks to the design's simple layout. Users may now more conveniently and easily manage their pain thanks to this user-friendly design, which also gives them more control over their health.

Technology Stack

The technology stack used to build the application consists of React, a JavaScript library for building user interfaces. PHP is utilized for the backend logic and server-side operations. The data is stored and managed in a MySQL database. Kotlin is used for Android app development, while Swift is used for iOS app development. This technology stack ensures a powerful and dynamic application with a responsive user interface and efficient data management.

IoT-Integrated Mobile Application for Advanced Neurostimulator
kotlin
IoT-Integrated Mobile Application for Advanced Neurostimulator
Swift
IoT-Integrated Mobile Application for Advanced Neurostimulator
MySQL
IoT-Integrated Mobile Application for Advanced Neurostimulator
React
IoT-Integrated Mobile Application for Advanced Neurostimulator
HTML5
IoT-Integrated Mobile Application for Advanced Neurostimulator
CSS3

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