The following graphs highlight recent trends in Health Technology funding activity. The graphics include data through early October 2016.
The above graph summarizes the total funding raised by Health Technology startups for each year. 2015 is the best year with just over $7B in funding. 2014 comes in at second place at around $6B in funding.
The above graph summarizes the total amount of funding raised by Health Technology companies founded in a certain year. Companies founded in 2013 have raised the most funding at just under $4B, followed by those founded in 2011 which have raised about $2.5B.
We are currently tracking 1,687 Health Technology companies in 22 categories across 56 countries, with a total of $38 Billion in funding. Click here to learn more about the full Health Technology report and database.
The following two graphs summarize the types of funding going into the Health Technology space. Please note these graphics are made using data through October 2016.
The graph above shows the total amount of VC funding broken out by type. From 2006 to 2015, we saw a general increase in all the different types. There has been a decrease in overall funding in 2016, and Series A, Series B, and Series C funding events make up the majority of funding amount types.
The graph above shows the total count of funding events broken out by type. Over the past decade we’ve seen a gradual upward trend that peaked in 2013, held roughly constant through 2015, then dipped in 2016. Seed, Series A, and Series B make up the majority of funding event counts.
We are currently tracking 1,667 Health Technology companies in 22 categories across 56 countries, with a total of $38 Billion in funding. Click here to learn more about the full Health Technology landscape report and database.
The following graph summarizes the investor activity in the Health Technology space. Please note these graphics are made using data through January 2017.
The above analysis summarizes the total number of investment rounds Health Technology investors participated in, and the number of unique companies funded by selected investors. R Ventures takes the lead in both categories, making the highest number of investments (around 65) and backing the most companies (around 40). NEA, Khosla Ventures, HCA, and Rock Health round out the top of the list.
We are currently tracking 1,641 Health Technology companies in 22 categories across 55 countries, with a total of $36 Billion in funding. Click here to learn more about the full Health Technology landscape report and database.
The above graph summarizes the average and median age of companies in each Health Technology category. The Electronic Health/Medical Records category has the highest average age at 14 years, and the Healthcare Robotics category has the highest median age, also at 14 years.
We are currently tracking 1,612 Health Technology companies in 22 categories across 54 countries, with a total of $35 Billion in funding. Click here to learn more about the full Health Technology landscape report and database.
A report providing an overview of the Health Technology startup landscape, graphical trends and insights, and recent funding and exit events. Click here to see this entire deck on our new blog.
We are currently tracking 1595 Health Technology companies in 22 categories across 54 countries, with a total of $33.6 Billion in funding. Click here to learn more about the full Health Technology landscape report and database.
Our Innovation Quadrant provides a snapshot of the average funding and average age for the different Health Technology categories and how they compare with one another.
Heavyweights: Categories with high average funding and high average age. These categories are comprised of companies that have reached maturity with significant financing.
Established: Categories with low average funding and high average age. These categories are comprised of companies that have reached maturity with less financing.
Disruptors: Categories with high average funding and low average age. These categories are comprised of companies that are less mature with significant financing.
Pioneers: Categories with low average funding and low average age. These categories are comprised of companies that are less mature with earlier stages of financing.
The definitions of the Health Technology categories represented in the above Innovation Quadrant are as follows:
Clinical Administration and Backend: Companies that help foster management of healthcare-related administrative tasks. Examples include scheduling, patient transfers, billing, and compliance.
Digital Medical Devices & Diagnostics: Companies that manufacture a new generation of IT-enabled medical devices and diagnostic tools for use by doctors and other clinical staff. Examples include tools for use in surgery, monitoring equipment, and detection equipment.
Population Health Management: Services that help manage and analyze patient data across groups of people to create actionable insights for healthcare providers. Examples include population data management, coordinated care across populations, and streamlined reporting on individuals.
Genomics and Personalized Medicine: Companies that utilize human genome data for analytics and disease prevention. Examples include disease-specific genetic testing, more cost-efficient analytic solutions for healthcare providers, and consumer personalized reports.
Electronic Health/Medical Records: Services that create and manage EHR/EMR (Electronic Health/Medical Records) to improve efficiency and effectiveness of medical practices. Examples include platforms that provide electronic medical charts, schedules, prescription tracking, and referral letters.
Doctor Network and Resources: Social services that allow doctors to connect with each other to gain insights and discuss their experiences and expertise. Examples include platforms that allow collaboration across hospitals and social networks that identify and share best practices.
Medical Big Data: Big data and analytics for medical applications. Examples include data management, solutions to normalize and link data across different systems, and predictive analytics.
IoT Health Care: Internet of Things (IoT) focused on consumer and/or at-home health care solutions. Examples include devices that measure and track health vitals.
Doctor and Healthcare Service Search: Services that help patients find the right healthcare solutions. Examples include services to search for doctors, healthcare plans, and specialized healthcare.
Remote Monitoring and Family Care Management: Services that allow families and medical professionals to monitor and manage those in care. Examples include services that provide caregivers to senior citizens as well as alert systems for in-home care.
teleHealth: Services that allow remote treatment and/or consultation between doctors and patients. Examples include solutions that allow patients to video conference their healthcare professionals and/or text/SMS/email for treatment.
Online Health Destination Sites: Websites providing health-related information and resources. Examples include symptom checklists, drug information, and resources that discuss more specific issues.
Health Insurance and Payments: Health insurance exchanges, benefits, and patient payment management platforms that focus on providing more efficient workflow and greater transparency. Examples include health insurance marketplaces and platforms to manage and automate health benefits.
Patient Engagement and Education: Services and platforms that better inform patients about modern medical practices and treatments. Examples include in-hospital multimedia systems and patient relationship management services.
Mobile Fitness/Health Apps: Mobile apps that focus on health and general wellbeing. Examples include apps that keep track of fitness activities, provide structured fitness routines, and provide mindfulness exercises.
IoT Fitness: Internet of Things (IoT) focused on personal fitness and wellness solutions. Examples include wearables that track fitness stats, monitor heart rate, and sports-specific data collection solutions.
Online Health Communities: Social services among patient groups and medical professionals. Examples include online communities that connect similarly situated patients and platforms where doctors provide generalized medical information.
Healthcare Marketing and Campaign Management: Services for hospitals, insurance agencies, and other healthcare services to identify and target potential customers. Examples include health care specific CRM platforms.
Healthcare Mobile Communications/Messaging: Mobile communications services dedicated for hospital use by doctors, nurses, and other medical professionals. Examples include secure messaging for doctors, care transition notifications, and shareable notes amongst professionals.
Gamification of Health: Application of game elements to promote behavior-changing health and wellness. Examples include gamification solutions for healthy eating and fitness.
Healthcare Robotics: Companies that create robotics solutions for healthcare. Examples include companies that create robotic prosthetics and robotics solutions for remote patient treatment.
Nutrition Innovations: Companies that help users track and manage their nutrition consumption, as well as those that produce new forms of nutrition. Examples include nutrition-tracking apps, nutrition-planning shopping lists, and plant-based meat products.
We are currently tracking 1582 Health Technology companies in 22 categories across 53 countries, with a total of $33.2 Billion in funding. Click here to learn more about the full Health Technology landscape report and database.
The above graph compares the total venture funding in each Health Technology category to the number of companies in the category. The Digital Medical Devices category leads the sector in the Total Funding stat with around $4.7B in funding. IoT Healthcare leads in the total count, with over 180 startups in that category alone.
We are currently tracking 1,590 Health Technology companies in 22 categories across 54 countries, with a total of $33B in funding. Click here to learn more about the full Health Technology landscape report and database.