The last two years saw a staggering 74% surge in cyber-attacks targeting healthcare organizations, while assaults on the software supply chain have increased to an average of 610% annually since 2020. These attacks threaten the functionality and reliability of medical devices and their underlying software, erasing trust in the devices and their manufacturers and damaging brand reputation.
As connected medical devices increasingly integrate into broader healthcare networks, they offer enhanced patient care coordination. Yet, heightened connectivity also increases cybersecurity risks, potentially jeopardizing not just individual devices but entire networks.
Attending the right conference can significantly impact those in the medical device industry. It opens avenues for establishing business partnerships, expanding networks, and gaining valuable insights into medical devices, quality, regulatory matters, and industry trends - essential for career growth and staying up-to-date with new technologies.
Participating in MedTech Events provides MedTech startups with a valuable opportunity to elevate their presence and visibility within the industry. Understanding the importance, we've curated a list of key MedTech events one can attend for 2024.
The healthcare industry is transforming with the adoption of cloud computing. Hospitals and healthcare organizations increasingly embrace cloud-based solutions to enhance patient care, streamline operations, and drive cost efficiencies.
The rapid advancement of technology in healthcare has led to the integration of Artificial Intelligence (AI), particularly in the subset known as Machine Learning (ML), into a growing number of connected medical devices.
Discover the future of medical device cybersecurity in our on-demand webinar. Designed for R&D, cyber, and DevSecOps professionals, we delve into the FDA's 2023 guidelines, emphasizing device security and cloud data management. Gain insights on threat modeling, risk assessment in cloud environments, and the management of third-party software. Understand the importance of creating comprehensive Software Bills of Materials (SBOMs) and ensuring secure data transmission. Watch now for a comprehensive understanding of cybersecurity in the cloud era.
Medical devices have evolved and come a long way, transitioning from standalone to cloud-connected systems. These devices, from radiology equipment to wearables and implantable devices, have better interconnectivity and software components, which can help deliver better patient care.
Defined by the International Medical Device Regulators Forum, SaMD is software intended for medical purposes that functions independently of any hardware medical device. In simpler terms, SaMD can operate as a standalone healthcare solution, offering a range of medical functionalities without requiring integration with physical devices.
The healthcare sector faces a significant threat from cybercriminals, with a concerning rise in attacks. A staggering 60% increase in cyberattacks against healthcare organizations was reported, reaching 1,426 attacks per week in 2022. Maintaining strong cybersecurity is critical for your connected medical devices.
This white paper reviews the advantages and disadvantages of both building or buying an IoMT platform to help you decide which one you should adopt for your company’s needs.
In this webinar, we discuss the growing role that device manufactures can play in the reimbursement process. Learn why accurate measurement of device usage is essential for RPM and RTM CPT billing and how device manufacturers can help to automate reimbursement. Then discover what steps are needed to bring medical devices in line with this new reality.
Remote patient monitoring is one of the issues driving the medical device industry and affecting the global device space. Meet us at Innovation Summit Dublin and discover the first-of-its-kind, no-code platform that securely transforms medical devices into connected care solutions within a day.
Using Continues Connected Glucose Meter helps to evaluate how patients' diet and exercise affect the glucose level and adject treatment to keep them stable.
BioT No-Code platform helps to transform medical devices into connected care solutions within 1 day. Want to see how?
Implanted defibrillators, pacemakers, and vital signs recorders, are all cardiovascular devices that can offer greater value when connected to a medical-grade cloud for remote patient monitoring. Meet us at Heart Rhythm 2022 and learn how BioT can transform medical devices into connected care solutions.
BioT's 1st of its kind, No-Code platform takes healthcare delivery to the next level by transforming medical devices and SaMD solutions into connected care platforms within a day. Come and visit our booth #S9 at the Startup Pavilion at ATA to see a live demo and learn how we do it.
Innovation in medical technologies enables growth in Remote Medical Care and improves outcomes. Want to find out how BioT instantly connects medical devices, patients, and caregivers in a single day?
BioT platform significantly reduces costs and time to market, while creating a personalized experience for patients and managing the complex regulatory, compliance, and cyber security in the medical device landscape.
Come and visit our booth #726 at AAMI2022 to see a live demo and learn how we do it.
Florida International Medical Expo (FIME) is the leading event in the medical device and equipment sector for the Americas. Meet us at FIME and discover the first-of-its-kind, no-code platform that securely transforms medical devices into connected care solutions within a day.
LSX’s influential community of senior life science & healthcare decision-makers will be meeting in Boston. Remote patient monitoring is one of the issues driving the medical device industry and affecting the global device space. Want to find out how BioT instantly connects medical devices, patients, and caregivers in a single day?
Medtech MVP is an unparalleled gathering of the leading innovators, investors, and executives from around the nation discussing the timeliest issues and opportunities. Will you be attending? Let’s meet!
Join us to learn how the advent of distributed medical devices as part of the IoMT is creating new opportunities for EHR integration for medical devices. When once medical devices and EHR had limited bi-directional interaction. This webinar covers why is now easier to connect medical devices to the larger ecosystem of healthcare data and to break down existing silos.
Join us to learn what makes a device ‘distributed’ and why they are the future of medical devices, including the role of the cloud in the distributed medical device architecture. We explore why this architecture is a game-changer in terms of device costs and the speed of product innovation.
BIOMEDevice22 brings together engineers, business leaders, disruptive companies, and innovative thinkers from top start-ups and medical device OEMs. If you’re a MedTech pioneer, we’ll see you there.
BioT’s No Code platform enables manufacturers to build cloud-native medical devices within one day and manages the complex regulatory compliance, and cyber security requirements. Want to discover how? Meet us at the Summit!
BioT is proud to be joining The MedTech Conference, a must-attend event for the industry’s most prominent and most promising companies. Join us to find out how BioT’s innovative, No Code platform instantly builds medical devices into cloud-native devices.
Innovation in medical technologies enables growth in Remote Medical Care and improves outcomes. Find out how BioT’s No Code platform instantly connects medical devices, patients, and caregivers in a single day.
Booked to full capacity, the UK emerging MedTech summit is a ‘must-attend meeting’ for leaders building throughout the healthcare ecosystem. Meet us at LSI Europe’22 and find out how BioT’s No Code platform enables developers to easily build intelligent cloud-native medical devices.
Health Tech Forward 2022 will explore the trends shaping the future of digital healthcare as we move into the next frontier. BioT will be there, ready to be a dynamic driving force in the innovation of digital healthcare!
Organizations must update their change control practices to meet increasing regulatory and operational demands for medical devices in the cloud. The AAMI's TIR115, still in development, aims to provide guidance for creating safe, effective medical devices operating on public clouds. AWS, Orthogonal, and BioT recently discussed the TIR115 Working Group's progress, its significance for the medical device lifecycle, and its impact on key stakeholders in the industry.
Legacy medical devices “can’t jump” to homes. The issue here is similar to Tesla vs. the car industry. It took the car industry a decade to realize that pushing an electric engine into a legacy car can not begin to scratch the surface of the potential benefits realized by Tesla when they re-architected the electric car from scratch. An emerging architecture, "Cloud-Native medical device", is the key to the future of home care.
In the last decade, the healthcare sector has undergone a sea change, with technological advancements playing a crucial role. One emerging trend that is beginning to make its mark on the healthcare sector is the advent of no-code platforms. Users can easily create software for medical device companies or apps using No-Code tools without prior coding knowledge and experience.
The medical device industry is not only experiencing substantial growth but is also undergoing a transformation driven by technological innovation. Beyond addressing regulatory compliance, these technologies reshape patient care and medical practices. Reports indicate that 80% of healthcare providers plan to increase their investment in technology and digital solutions over the next five years, signifying a pivotal shift towards more technologically integrated healthcare.
BioT Medical recognized as the Rising Star Partner of the Year winner, showcasing significant year-over-year growth and commitment to AWS-driven innovation.
The development boom in software-embedded medical devices, together with off-the-shelf software, presents the MedTech industry a supportive environment for creating complex software systems. While this is undoubtedly an important boost for the healthcare industry, regulatory bodies, like the FDA, scramble to keep up with emerging medical architecture. Learn how the Association for the Advancement of Medical Instrumentation (AAMI) created a task group, providing a visible path for achieving and maintaining validation.
The new FDA cybersecurity law prohibits a company from selling a connected medical device until the company proves it has a plan to monitor, update and fix the device in the field, should any security vulnerabilities arise. Moreover, the FDA now has the authority to force companies to comply, even for already commercialized devices. If you want to know how that translates to practical actions needed to be taken by medical device companies, read here.
ATDev and BioT Medical collaborate to set a new benchmark for remote orthopedic rehabilitation therapies. The partnership integrates exoskeleton technology and cloud-powered medical devices to elevate post-surgical rehabilitation
The speed of which the connectivity technology is being adopted makes it all the more important for clinicians to find an IoMT platform thatworks for them. These are the four challenges that you are most likely to face when attempting to implement an IoMT platform at your own healthcare facility.
With technologies such as medical IoT devices becoming commonplace in medical settings, home-based care is emerging as an important part of the global health ecosystem. At the same time, patient engagement is increasingly recognized as a key part of quality healthcare practices.
Connected IoMT devices are the answer to many of the challenges posed by the new EU MDR regulations. But in order to use them to their fullest potential, organizations will need specialized medical device platforms to manage the data these technologies are constantly generating.
The U.S. healthcare IoT market is expected to reach $155.8 billion by 2027, signaling a rapid increase in the adoption of this technology. What are the benefits of using IoT in healthcare? What are the challenges? Here are answers and some use cases that illustrate what connected health solutions can really do
This guide will outline what you need to know about reimbursement for remote patient monitoring in 2021, including the implications of these new changes.
In recent years, the healthcare industry has witnessed a significant transformation with the emergence of cloud native medical devices. These innovative devices leverage cloud computing technologies to enhance the delivery of healthcare services, improve patient outcomes, and streamline medical processes. This article explores the concept of cloud native medical devices, their benefits, challenges, and the future they hold in revolutionizing healthcare.
In this blog post, our CEO shares a personal perspective on the BioT-regulated cloud platform and its impact on the future of healthcare. The platform revolutionizes patient outcomes through real-time data monitoring, remote adjustments, and personalized care based on data analysis. It addresses rising costs, enhances accessibility, and envisions a future where cloud-powered medical devices drive improved standards of care.
To propel the company to the next level of commercialization, Sofwave's vision was centered on transforming the standalone Sofwave machine into an edge component within a global connected Sofwave system.
In this blog post, we explore the transformative power of no-code platforms in boosting medical device innovation, with a particular focus on BioT's revolutionary approach. We discuss the challenges faced by medical device companies in developing backend cloud solutions and the role of no-code platforms in overcoming these obstacles.
In the dawn of digital healthcare, with wearable and implantable devices becoming a reality, cybersecurity in patient care has never been more critical. The potential application of a cybersecurity labeling system for medical devices, akin to the Biden-Harris administration's initiative for smart devices, could revolutionize healthcare delivery. However, realizing this vision involves overcoming substantial challenges, including developing universally accepted standards and navigating a complex regulatory landscape.
This blog discusses the challenges of ISO 13485 compliance in the cloud for medical device companies. It emphasizes the need for control over quality management systems, covering data integrity, cybersecurity, system performance, and continuous compliance. The conclusion highlights the importance of addressing these challenges to ensure regulatory compliance and foster innovation in the medical device industry.
In this webinar, we will explore how a connected care solution can assist you in creating direct relationships with patients and providing them with a personalized experience that directly impacts their perceived reported outcome of the treatment. We will address considerations around building a connected care solution and how you can achieve it in a very short timeframe.
An emerging generation of medical devices is upon us. They were born for patient use but now perform functions traditionally conducted by expert clinicians. A new architecture is driving these devices, allowing them to have reduced hardware with most of the functionality executed on the cloud. We call this new architecture a “cloud-native medical device”. Watch this webinar to explore the details
Making the leap from stand-alone medical devices to connected devices is required, as the Healthcare world is already in the midst of this shift. Learn what are the many aspects and challenges to consider when embarking upon this change.
BioT is proud to be participating in this highly interactive conference, joining together with other industry thought leaders to discuss solutions to real-life business challenges. Join us to find out how BioT can help you ensure that your medical device is up to speed with the ever-changing compliance regulations.
BioT is proud to announce that we will be attending the Emerging Medtech Summit 2023 at Dana Point. BioT’s innovative, first-of-its-kind No-Code platform enables manufacturers to build intelligent cloud-native medical devices in days rather than months.
Want to hear more? Book an appointment.
Partnering with Amazon Web Services has been an essential part of BioT’s product maturity. Working together, we became quite close and were recently asked to write a blog about our collaboration. We enjoyed sharing both our technological use of AWS as well as details about our commercial relationship, which got a serious upgrade recently after being accepted into the AWS ISV Accelerate Program, connecting independent software vendors to the AWS Sales organization. Read the full version here >>
Spring 2022 was a busy season for medical device-related conferences. We were delighted to meet with partners around the world and hear first hand what’s driving their device development. Meeting with device manufacturers at conferences also gives us a unique opportunity to ‘take the pulse’ of the device industry, and identify key trends in the industry. In this blog, we share our latest insights.
MedTech is constantly evolving. MD&D brings together industry leaders to share their vision for the future. We’ll be there to share how BioT’s No Code platform is significantly reducing costs and time to market, as well as creating increased scalability.
BioT will be on hand at the Medical Device Software Summit Europe 2023 – ready to provide you with practical, implemental strategies to solve your device’s regulatory and technical challenges.
Interested in a simple, straightforward solution? Let’s set up a meeting!
Learn how Neteera reached the market faster and with a superior offering by basing its Neteera 130 system on BioT’s distributed medical device platform, deploying their proprietary AI to improve patient care.
2022 has been an exciting year for the medical device market. 2023 promises to be just as exciting. In this blog, our CEO Daniel Adler shares insights from our work in 2022 and predictions for the upcoming year.
HealthIL aims to bridge the gap between the healthcare system and tech community. This is a great opportunity to get together and work to foster innovation in healthcare. BioT’s team, part of the empowering transformation in healthcare, will be there. Will you?
It is time to innovate and push the boundaries with new technologies and take a step forward. This is an exciting and challenging time in the healthcare industry. BioT takes up the challenge and is eager to discuss transforming your medical device into a cloud-native medical device. The future of health is here, with BioT!
The 9th Medica Connected Healthcare Forum connects health innovators, tech entrepreneurs, investors, and industry experts. It is the global hotspot for the latest tech and innovations that drive digital health transformation. Will you be joining us?
The following list of medical device resources doesn’t come close to covering all that is out there, but each offers up good information, sometimes in a slightly different way. Here are our top picks.
Learn how Theranica accelerated product development and took advantage of BioT’s flexible infrastructure, built-in remote care workflows, and GDPR/HIPAA compliance
The medical device industry is moving towards a connected care model with IoMT. This is creating an increased role for device manufacturers in the reimbursement process. With the ability to accurately measure how and when a device is used manufacturers have access to key information needed for RPM and RTM CPT billing. In this blog, we explore how reimbursement strategy affects product adoption and why.
The conversation will explore how OmnySense is using BioT’s connected care platform to support home care and remote patient monitoring. The combined system helps patients stay connected to caregivers by enhancing telemedicine calls, spotting warning signs earlier, and triggering timely interventions.
Connectivity of medical devices to the cloud is becoming a reality and poses many challenges for device manufacturers. In this webinar, we shall discuss how device manufacturers can address the connectivity challenge and turn it into an opportunity by going beyond connectivity to create direct-to-consumer personalized connected care solutions that directly impact the perceived reported outcome of the treatment.
Failure to regulatory changes can result in fines and penalties for manufacturers, as well as loss of market access. With the introduction of the new Medical Device Regulation (MDR), and the pending In Vitro Diagnostics Regulation (IVDR), the regulatory landscape in the EU has undergone tremendous change. Learn the challenges facing manufacturers and how to reduce the burden of compliance.
Patient adherence to prescribed treatment plans is a significant healthcare challenge. Even when a patient’s life may depend upon their correctly following a treatment plan, there are still many who fail to do so. This is true for both pharmaceuticals and medical device-based treatments. The causes of non-adherence are multifaceted but thankfully so are the solutions. We explore the role that the internet of medical things (IoMT) and connected care solutions play in improving patient adherence.
Software as a medical device (or SaMD) is one of the fastest growing sectors in healthcare. We explore what it means for software to be considered a medical device in and of itself. Learn the advantages to SaMD, the regulatory requirements, and challenges facing manufacturers.
Creating a complete medical device solution, requires companies to address the connectivity, collaboration and care domains. In this webinar, we explore the dynamics of creating a connected care solution, from initial launch to ongoing cloud-based updates. See a real world example of how pioneering medical device provider Neteera used the BioT platform to connect their solution.
It will come as no surprise to any medical device company that medical technology is forever changing. Advancements and new innovations have become a constant. Because of that, it’s imperative for companies to stay on top of any and all medical technology, or MedTech, news, best practices, and regulations.
We’ve compiled our list of the top 15 news sites and blogs that any medical device company should keep their eye on.
Regulation does not need to slow down the pace of innovation. We explore how companies can navigate the transition fulfilling regulatory requirements without impeding innovation. Learn how cloud-based software can quickly respond to fast-changing market conditions and new regulatory requirements eliminating the need for medical device companies to constantly invest in education, development and regulation.
BioT's medical-grade no-code PaaS (Platform-as-a-Service) instantly transforms medical devices into Connected Care solutions to ensure a seamless continuum of care.
It requires technical and operational expertise to operate and use a medical device. This is why adherence to medical devices is such an acute issue. In this short video by Daniel Adler you will learn how to efficiently tackle it.
Medical IoT devices have the potential to vastly improve the quality of care of patients, but they will need the help of 5G technology. Healthcare providers will be able to achieve excellent results for many patients while also increasing access to health services, improving convenience, and building a store of knowledge for future study.
In this webinar, you will learn how to accelerate the development of connected medical IoT solutions and to utilize data generated on a medical device for improving patient outcomes. We will specifically focus on COVID-19 challenges and opportunities.
In this webinar, the speakers discussed how to enable remote care for patients via home-use medical devices on the example of Nerivio by Theranica, connected therapeutic device against migraines.
The webinar focused on designing architectures for cloud-based remote care solutions in the home setting and will include showcasing real examples of connected homecare solutions. The session covered the challenges involved with cloud connectivity, clinical workflows, cybersecurity, privacy, quality management, and more.
