Point of Care Miniaturization and Cybersecurity

by Tim Craumer / July 12, 2023

As the healthcare landscape continues to evolve, point of care (POC) miniaturized medical devices have emerged as a promising solution to address the needs of patients and healthcare practitioners. These specialized devices offer convenience, mobility, and faster diagnoses, revolutionizing the way data is collected and healthcare is delivered. However, alongside these advancements, cybersecurity has become a critical concern. Protecting patient confidentiality and adhering to regulatory standards have become a top priority for medical device manufacturers.


The design, manufacturing, and test of effective POC medical devices requires a clear understanding of patient and healthcare practitioner care-abouts. Gaining insights into your end user’s requirements and expectations is key to the success of your medical device. Addressing the needs of patients and healthcare professionals alike, manufacturers can design devices that cater to their unique concerns, ultimately improving the overall user experience. 

A patient-centric focus is vital when it comes to POC devices. With this in mind, convenience, mobility, and user-friendliness are essential factors to consider during the design and development process. Devices intended for home use should be easily accessible and simple to use, enabling patients to seamlessly incorporate them into their daily routines.

Designers should also consider additional human factors regarding end users, such as:

  • Age
  • Sex
  • Medical Condition

For example, are users likely to have limited dexterity that requires use of larger buttons? Are most users women? If so, does the device fit comfortably in the average woman’s hand? By prioritizing these aspects, medical device manufacturers can enhance patient satisfaction, promote adherence to treatment plans, and contribute to better health outcomes. 

One of the key advantages of POC devices is the ability to provide quicker diagnoses and treatment plans. These devices enable healthcare professionals to rapidly and more consistently assess patient conditions, allowing for faster decision making and intervention. By reducing the time between diagnosis and treatment initiation, POC devices play a significant role in improving patient outcomes, particularly in critical situations where time is of the essence. 

The portability of POC miniaturized devices is a major advantage that sets them apart from traditional clinical lab settings. By bringing medical technology directly to the patient’s bedside, these devices eliminate the need for patient transportation and minimize delays in accessing essential care. This convenience allows for faster interventions, streamlined workflows, and improved efficiency within healthcare facilities. 

In many cases, convenience is implied by miniaturized devices so that POC devices are relatively easy to move allowing the end user as much mobility as possible. Ultimately, the goal is for patient comfort and usability to drive the size, shape, and material of the device without being limited by the size of the electronics the device contains. The small size, light weight, and low power consumption associated with miniaturized device technology offers the user all the advantages associated with shortened diagnosis times and faster treatment implementation, while also limiting disruption in an individual’s daily activities.  


Regulatory compliance is crucial to the successful development and deployment of your POC device. As regulations and standards continually evolve, manufacturers must not only stay informed but must also quickly adapt to change. Most (if not all) POC devices are connected. Devices may use Bluetooth™, cellular connectivity, or Wi-Fi to deliver data collected by the device to phone apps, care providers, and their cloud solutions. Many POC devices also run complex software and, according to the National Library of Medicine, “a growing number of electronic clinical decision support algorithms (CDSAs) on mobile devices are being developed and piloted without evidence of safety or impact.”1 All of these add regulatory concerns and justify the need for requirements to ensure the safety of both the patient and their health data on the device.

Staying abreast of the latest guidelines ensures that POC devices meet the necessary quality and safety requirements, promoting patient welfare and regulatory compliance. Compliance with regulations such as those set forth by the Food and Drug Administration (FDA) and the European Medicines Agency (EMA) ensure that POC devices are trustworthy and reliable tools in the healthcare ecosystem. As a growing number of POC miniaturized medical devices become available, and the user data they capture requires transmission to various locations for professional review and storage; cybersecurity is increasingly a point of concern. 


Data collection and the sharing of data collected by POC medical devices raise concerns regarding patient confidentiality and privacy. With sensitive medical information being transmitted and stored, it is imperative to implement robust cybersecurity measures. Protecting patient data from unauthorized access, breaches, or malicious attacks is paramount to maintaining trust and upholding ethical standards in healthcare. By employing encryption, secure data storage, and access, manufacturers can safeguard patient information and mitigate potential risks. 

The Health Insurance Portability and Accountability Act (HIPPA)—together with FDA regulations—plays a critical role in ensuring cybersecurity standards within the healthcare industry. Compliance with these regulations is necessary to protect patient data and maintain the integrity of your medical device. While adhering to HIPAA guidelines guarantees that patient privacy is respected, following FDA regulations demonstrates a commitment to cybersecurity best practices. However, mitigating cybersecurity breaches requires the implementation of effective strategies to safeguard POC devices. Some effective strategies include conducting thorough risk assessments, employing robust authentication protocols, regularly updating software and firmware, and educating both end users and medical staff about cybersecurity best practices. By adopting a proactive approach to cybersecurity, manufacturers can minimize vulnerabilities and protect both patients and healthcare facilities from potential threats.


Recognizing the growing importance of cybersecurity, the FDA has increased its focus on ensuring the safety and integrity of medical devices. Evolving guidance from the FDA* emphasizes the need for medical device designers and manufacturers to prioritize cybersecurity measures. This guidance serves as a resource for designers and manufacturers to enhance their understanding of cybersecurity risks and implement appropriate safeguards during the design and development stages, as well as the maintenance stages to ensure that products remain safe and secure long after their initial introduction.

The device approval process regulated by the FDA now requires medical device manufacturers to demonstrate the cybersecure nature of their designs. Sufficient planning, design procedures, and device documentation are necessary to prove that the device can effectively safeguard against cybersecurity threats. This shift highlights the FDA’s commitment to protecting patient data and promoting secure medical device usage. Medical device manufacturers must remain vigilant, continuously updating their knowledge and processes to align with the latest regulatory requirements. Staying informed and proactive enables manufacturers to successfully navigate the complex landscape of cybersecurity regulations. 

Meeting the needs of end users is vital in the development, manufacture, and sale of your POC medical device. The advantages of POC devices such as portability and faster diagnoses—have truly revolutionized healthcare delivery. However, the growing concern regarding cybersecurity cannot be overlooked. Ensuring data protection, regulatory compliance, and cybersecurity breach mitigation are critical considerations. By embracing a patient-centric approach and implementing robust cybersecurity measures, manufacturers can contribute to a safter, more efficient healthcare ecosystem. 


Benchmark is a leading provider of comprehensive design, development, manufacturing, and test solutions for complex medical devices. With expertise in design, engineering, prototyping, and scalable manufacturing, we ensure high-quality production while complying with regulations and managing the supply chain. Our commitment to innovation and customer collaboration makes us a trusted partner for POC medical device OEMs


Benchmark offers comprehensive support for remote patient monitoring and telemedicine device development. Our solutions are designed with connectivity, data security, and user-friendly interfaces in mind. We customize devices to meet your specific needs while adhering to the latest regulatory requirements. 


Benchmark specializes in overcoming size and weight challenges. Our engineers optimize products for their intended use, ensuring a seamless transition from design to manufacturing. We employ methods for reducing the size of electronics higher density design methods and leveraging specialized materials. Simply put, Benchmark’s designs are optimized for size, form, and manufacturability. 


 Benchmark offers comprehensive solutions to enhance the safety of your connected medical device. Our threat modeling process identifies potential risks and guides the implementation of effective mitigation strategies. We follow FDA guidance, adhere to quality system regulations, and establish a secure product development framework (SPDF) to ensure compliance and device security. Benchmark considers the broader system context and integrates cybersecurity throughout the design process. 


With over 40 years of experience within the healthcare industry, Benchmark has a proven track record in providing award-winning industrial design and full product realization solutions to our medical device manufacturing partners. We specialize in medical device development, custom test development, and production manufacturing, and have extensive experience in fluid management, imaging, surgical robotics, energy delivery, and connected medical devices. Our expertise in microelectronic and hybrid SMT/micro-e manufacturing makes us a reliable partner for enhancing your POC medical device for your end users. 

Give Benchmark a call today.

*Stay connected to Setting the Benchmark and watch for our exciting upcoming white paper on FDA Guidelines on Cybersecurity for POC Medical Devices.

Medical Miniaturization Connected Devices Microelectronics Design & Engineering

about the author

Tim Craumer

Tim Craumer is one of Benchmark's Business Development Executives, focused on sales and customer management for product design and manufacturing for Medical Technologies. Throughout his 30+ year career in the EMS industry, Tim has focused on developing value-based relationships through professional and considerate communication with decision-makers and influencers. Tim holds a B.S. degree in Account Management from Grand Canyon University and enjoys spending time with his wife and daughter and playing drums during his down time.

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