Figur8 has developed a range of sensors sensors to provide an easy way to capture body movement for athletes, dancers or any application that would like to track body movements.

FIGUR8 offers affordable motion capture without the need for cameras

Accommodations for workers returning to their jobs after an injury are a necessary part of the workers’ comp system. Temporary accommodations, or modified duty assignments, help workers return to their careers while providing needed support to recover from their injuries.  

Accommodations can help reduce claims costs and bring injured employees back to work. They just have to be implemented correctly.

Accommodations Don’t Just Boost Return to Work and Cut Costs — They Also Build Worker Trust and Morale

As the largest outpatient physical therapy provider, Upstream Rehabilitation is passionate about evaluating and utilizing the latest technology in this ever-evolving field of physical therapy to ensure we’re consistently striving to provide quality care to patients. One innovation that is making waves is Figur8, a cutting-edge solution designed to revolutionize how we as clinicians assess and enhance movement health.

After attending the 50th Annual APTA Combined Sections Meeting (CSM), one thing is clear—change is here. The conversations, the energy, and the mindset of this year’s attendees were different. There was a sense of urgency, a collective recognition that physical therapy must evolve. The status quo is no longer enough, and the industry is finally pushing itself toward meaningful innovation.

A New Era for Recruiting in Physical Therapy

It’s no secret that staffing shortages continue to be one of the biggest challenges in the physical therapy industry. CSM remains the premier event where students and current therapists explore career opportunities, but this year felt different. The days of organizations showing up with nothing more than a logoed pen and a goodie bag are over. Talent is at a premium, and recruiters know they need to bring more to the table—stronger incentives, clearer career paths, and a real commitment to clinician growth and success.


What stood out to me most was the energy of the students. There’s a buzz about them, an excitement that makes me optimistic about the future of physical therapy. They aren’t just looking for jobs; they’re looking for purpose, for the right fit. If organizations recognize and harness that energy, the industry will be better for it.

Every health system, physical therapy organization, and clinic is looking for an edge—something to help them navigate declining reimbursements, interoperability challenges, and the fight for differentiation in an increasingly saturated market. Partnerships have always been part of the equation, but this year, I saw a shift. Organizations are no longer just looking for an additional revenue stream; they are demanding real clinical value, operational efficiencies, and better experiences for both therapists and patients.

True partnerships must be a win-win. The organizations I spoke with aren’t just adopting new tools—they are holding their partners accountable for delivering measurable outcomes. The days of empty promises and unproven solutions are fading. If a partnership doesn’t drive tangible results, it won’t last.

Striving for excellence is admirable, but what the industry really needs is continuous improvement. For too long, physical therapy has been resistant to change, stuck in the mindset of “this is how we’ve always done it.” But at CSM, there was a clear acknowledgement that this approach is no longer acceptable.

From upgraded EMRs to new technologies, from improved data collection to more outcome-driven care, the industry is actively pushing itself forward. And while we still have a long way to go, this collective effort to “level up” is what will finally move physical therapy closer to true excellence.

CSM 2025 wasn’t just another conference. It was a sign that the industry is evolving. That clinicians, organizations, and innovators alike are ready to move beyond tradition and embrace what’s next. And for the first time in a long time, I left feeling like real progress is on the horizon.

Because movement is life. And physical therapy is finally moving forward.

Interested in connecting with Matt? Reach out at matt.byrne@figur8tech.com 

3 Key Takeaways from APTA CSM 2025: Mission to Excellence, Expanding Horizons in Physical Therapy

The American Physical Therapy Association (APTA)'s Private Practice Section (PPS) conference this past weekend in DC brought together industry leaders, practitioners, and innovators, with a focus on shaping the future of the physical therapy profession. Here are some of our takeaways from the event:

Ben Nemtin, #1 New York Times bestselling author and mental health advocate, delivered the keynote speech, which resonated deeply with attendees. He emphasized the importance of finding your purpose not just for personal fulfillment but also to create a ripple effect of positive impact. 

In a profession centered on helping others, Nemtin’s call to "pay it forward" aligns with the values of physical therapists, encouraging them to see beyond their daily routines and embrace their potential to contribute to the greater good in their communities. His message serves as a reminder that driving change in healthcare doesn’t just come solely from technological advancements or new treatments but from individuals who are committed to making a difference in the lives of others.

A recurring theme among speakers and attendees was sharing “how-to” when it comes to successfully transitioning practices into the digital age. As telehealth, digital tools, and remote therapeutic monitoring grow in importance, physical therapists are grappling with how to integrate these advancements while maintaining the high level of personal care their patients expect. The key lies in adopting digital platforms that enhance, rather than replace, the patient-provider relationship. Matt Byrne, a physical therapist and attendee of the event noted his experience with the event and up and coming technologies, “A consistent through line at the APTA PPS Conference was the importance of analysis of clinical outcomes and the willingness to change practice based on the data.  FIGUR8 is in a unique position to help lead organizations and its clinicians through a change in approach to how they treat through the objective data and reporting derived from FIGUR8's bioMiotion Assessment Platform (bMAP).  The support and growth of our existing Provider Partners, as well as the growing interest from other industry leaders continues to show the value that we can create together moving forward.”

Whether it’s using data analytics to personalize treatment plans or leveraging remote monitoring tools to track progress, the goal is to modernize without losing the human touch. The challenge is not just technical but cultural—convincing both practitioners and patients to embrace new ways of interacting and delivering care.

3. The Value Mismatch in Payment for Services

One of the biggest challenges facing the physical therapy profession is the mismatch between the payment for services and the value those services provide. As healthcare continues to shift toward value-based care, physical therapists and their professional association, the APTA, continue to advocate for payments that match the full impact of their work on patient outcomes. Speakers and attendees at the PPS conference voiced concerns that many reimbursement models, particularly those that are Fee-For-Service, often fail to account for the long-term benefits of physical therapy, such as reduced need for surgeries or medications. Bridging this gap will require a concerted effort from the entire profession, advocating for payment systems that recognize the preventative and restorative value of physical therapy, and better communicating these outcomes to payers.

Overall, the APTA PPS conference highlighted the need for purpose-driven work, digital modernization, and systemic changes to payment structures, all of which will shape the future of physical therapy.

Interested in becoming digitally enabled with best in class musculoskeletal health technology? Read up on FIGUR8 by clicking here or going to figur8tech.com and learn more.

Purpose, Planning, and Payments - Top Takeaways from the APTA PPS Conference

In the complex world of musculoskeletal (MSK) care, clear communication and collaboration among healthcare professionals can be challenging, particularly within the realm of complex cases in workers' compensation. Fragmented care and varied approaches across the care continuum often result in prolonged recovery times and increased costs. However, advancements in technology are enabling a transformative shift in MSK care, paving the way for a common language that fosters shared decision-making, improved patient outcomes, and a streamlined return-to-work process.

At the recent NWCD conference in Las Vegas, a panel on "Creating a Common Language in Musculoskeletal Care" was shared where leaders in physical therapy, orthopedic surgery, and workers' compensation came together to discuss this shift. 

The panel included Rob Pace, COO of the Physical Rehabilitation Network, Dr. Benedict Nwachukwu, orthopedic surgeon and CEO of Best in Class MD, and Lisa Fitzpatrick, CEO of XcelABLE and an occupational therapist. This group of experts explored how integrating digital tools and data-driven approaches can create a unified approach in MSK care that benefits patients, healthcare providers, and payers alike.

Panelists discuss using technology to improve communication and patient care at the National Workers' Compensation and Disability Conference (from left to right Josh Williams with FIGUR8, Dr. Benedict Nwachukwu with Best In Class MD, Dr. Lisa Fitzpatrick with XcelABLE and Rob Pace with PRN.

One of the key challenges in workers' compensation and MSK care is the fragmented nature of communication among care teams. Information collected from an injured individual is often subjective and relies heavily on a provider's expertise to understand. Without a shared framework or language to guide communication across care teams, patients are often faced with delays in receiving effective treatment, which can hinder recovery and further delay their return to work. 

By establishing a common language using objective data to understand and monitor physical recovery, stakeholders across the MSK care spectrum—from physical therapists to orthopedic surgeons to case managers—can make more informed and cohesive decisions.

The Role of Technology in Breaking Down Silos

Advancements in in-clinic assessment technology are proving to be invaluable in standardizing MSK care. Tools like the bioMotion Assessment Platform by FIGUR8 enable physical therapists and other care MSK care providers to perform precise physical exams at any point of care.

With FIGUR8 tools enabled, providers now have best-in-class objective, data-driven insights that reduce clinical guesswork and enhance diagnostic accuracy which in turn raises the standard of care and lowers recovery time. Injured workers have been documented to recover over 50% faster with the support of bioMotion technology, as shown in the case study linked here with FIGUR8 enabled provider Team Rehab.

The integration of such technologies into clinical practice allows for a more streamlined and effective approach to MSK care, benefiting all parties involved in the workers' compensation process.

Precision as a Financial and Clinical Necessity

In MSK care, precision is essential not only for optimal patient outcomes but also for cost management. Accurate data and standardized assessments enable healthcare providers to identify the true drivers of MSK costs, allowing for targeted interventions that reduce expenses. This approach leads to faster recovery times, fewer repeat claims, and a more efficient return-to-work process for injured workers.

Real-World Impact: Faster Recovery and Improved Outcomes

The "digitally-enabled" physical therapist is emerging as a cornerstone of this new MSK care paradigm. By leveraging digital assessment tools, these professionals can offer a more precise and objective assessment, leading to personalized treatment plans and measurable improvements in recovery times. 

The unified language across the care team ensures that everyone, from therapists to surgeons, is working towards a common goal—enhancing the patient experience and expediting recovery.

Shaping the Future of Musculoskeletal Health

The panel discussion "Creating a Common Language in Musculoskeletal Care" at the NWCD event provided a glimpse into the future of MSK care. 

By adopting technology-driven approaches and fostering collaboration across the MSK care continuum, healthcare providers can ensure that injured workers receive the most effective and efficient care possible. This approach not only benefits patients but also has a significant impact on workers' compensation stakeholders, helping to drive down claims costs and promote healthier, more resilient workforces.

As we continue to break down silos and embrace technology, the vision of a unified, collaborative approach to MSK care is closer than ever. The future of musculoskeletal health lies in creating a common language that enables shared decision-making, precision in care, and ultimately, better health outcomes for all.

Questions about FIGUR8 and the future of MSK care? Reach out to the FIGUR8 team at info@figur8tech.com

Creating a Common Language in Musculoskeletal Care

Former Red Sox Biomechanist and FIGUR8 Trailblazer Donna Scarborough Returns to Revolutionize Movement Science

“The speed and precision with which Nan-Wei and the team tackled product improvements were unlike anything I’ve seen.”—Donna Scarborough

Donna Scarborough Rejoins FIGUR8 as Expert Biomechanist and Innovator from Boston Red Sox, Mass General Hospital

The origin story of FIGUR8, a company focused on innovations in musculoskeletal injury treatment and recovery, is the result of decades of research collaboration between MIT, Mass General Hospital, and the Boston Red Sox.

FIGUR8’s Nan-Wei Gong Discusses Innovations in MSK Injury Treatment and Recovery

As the excitement builds for CES 2025, the global stage for innovation and technology, we are thrilled to highlight a conversation with Nan-Wei Gong, the visionary founder and CEO of FIGUR8 and René Quashie Vice President, Digital Health at the Consumer Technology Association. 

CES is known for showcasing groundbreaking advancements, and FIGUR8 is no exception. In this exclusive interview, Nan-Wei shares how FIGUR8’s bioMotion Assessment Platform (bMAP) is redefining musculoskeletal (MSK) care by creating a common language across providers, patients, and payers. With technology designed to empower clinicians and enhance recovery outcomes, FIGUR8 is paving the way for a future of precision in MSK health.

Please describe what your company does and what role it plays in the healthcare system?

FIGUR8 is a technology company that’s redefining musculoskeletal (MSK) health through precision measurement and data-driven insights. We developed the bioMotion Assessment Platform (bMAP), which captures objective biomechanical data on joint motion and muscle function in real-time and is a cornerstone in the foundational dataset that feeds into the generative AI tools that our team is able to provide FIGUR8-enabled clinicians. This dataset helps clinicians make more accurate diagnoses, create tailored treatment plans, and monitor patient progress with clear, quantifiable metrics. In a healthcare system where MSK disorders are one of the top cost drivers, FIGUR8 aims to bring clarity and precision to an area that has long relied on subjective assessments and patient reported outcome. Our mission is to create a common language for MSK health, uniting providers, patients, and payers around a shared standard of care.

In the last two years, what has been the environment like for emerging companies like yours?

The environment has been both exciting and challenging for emerging companies like FIGUR8. The healthcare industry is increasingly recognizing the value of data-driven insights and precision tools, especially in areas like MSK care which drive huge costs both financially and physically across all populations. This shift of recognition when it comes to the value of technology integrated care has created an openness to new and changing technologies, but it has also made the landscape more competitive as many companies seek to capitalize on digital health innovation. While there’s great opportunity, it requires resilience and adaptability to stand out, build trust, and make a lasting impact in an industry undergoing rapid transformation.

What are some of the biggest challenges you have faced as a founder?

One of the biggest challenges I have faced as a founder specifically at FIGUR8 is balancing innovation with market readiness. As an engineer out of the MIT Media lab, pushing the boundaries of what is possible using technology is part of my ethos. Healthcare is a complex landscape and being thoughtful about bringing in technology means ensuring we have decades, not months or years, of research to support the process changes we are forcing to raise the standard of care. FIGUR8 has a unique, groundbreaking technology, and bringing it to a traditional field like MSK care means navigating a complex landscape of healthcare providers, insurance payers, and regulatory requirements. 

Another fun challenge founding FIGUR8 has been the constant focus on building a team that aligns with both our technical needs and our mission to transform the standard of care in MSK health. Scaling the team and company culture while maintaining our focus on innovation and quality has been challenging but rewarding. It is important to maintain clinical rigor and consistently contribute a stream of validation via research which means having the right team guide and safeguard our quality processes. 

Lastly, educating the market on the importance of objective MSK data and the potential impact of FIGUR8 has required persistence and patience. Artificial Intelligence is exciting, and you see different companies popping up all the time promising to deliver impact. The reality is, FIGUR8 has a foundational dataset of objective MSK health biomarkers that are validated to be comparable to the gold standard in biomechanics data capture. Because of this, our team has the ability to set a new standard of care and reporting in managing joint and muscle health in an unparalleled way. 

What are some things you wished you had known when you started your company?

It is hard to say there is much I “wish I had known” since part of being an entrepreneur is embracing what you do not know and enjoying the challenge. 

One of the most valuable lessons I’ve learned is the importance of being truly human-centered and provider-focused in designing technology. Early on, we were so focused on building an innovative product that it could sometimes be easy to overlook how critical it is to prioritize the day-to-day experiences of healthcare providers who would be using the devices. 

The technology was born in a lab that has focused decades of research on wearable and the focus was always data quality. I wish I had known just how essential it is to deeply understand their workflows, pain points, and the nuances of patient care from their perspective. That information has come and empowering the right team members to push for human-centered design has been a huge part of our success. Technology in healthcare can’t just be innovative; it has to fit seamlessly into the provider’s workflow and genuinely enhance their ability to deliver care. By designing with the provider's experience in mind, we build trust, improve adoption, and ultimately create a solution that resonates with both providers and patients. That human-centered approach has been transformative in how FIGUR8 develops technology today.

From your perspective, what are the biggest challenges facing the healthcare system when it comes to technology adoption and innovation?

One of the biggest challenges in healthcare is the fragmented nature of the system, which can make technology and process integration complex. Different stakeholders—providers, payers, regulators—often operate in silos, which can slow down technology adoption. The needs are also different particularly when it comes to the value of the technology. 

For example, the type of data and level of detail needed in FIGUR8 reporting is different for a physical therapist, a case manager in insurance and a patient recovering from injury. They all want to understand recovery, but their needs are different. The way the information captured during a recovery assessment is shared has to be personalized to the individual stakeholders level of need and understanding. 

Additionally, when it comes to adoption of anything different or new in healthcare there’s a general resistance to change due to the perception that new technologies might disrupt established workflows or add time to patient interactions. In healthcare, any technology needs to show clear, measurable benefits not just for patient outcomes but also in terms of cost savings, efficiency, and quality of care to justify any workflow disruption. Overcoming these hurdles requires consistent education, strong data to demonstrate value, and often, strategic partnerships with established players who can advocate for the technology which luckily has been a relatively smooth process of overcoming since FIGUR8 entered the market.

As you look forward 3-5 years, how do you anticipate technology will have changed healthcare—if at all?

In the next 3-5 years, I anticipate that technology will drive healthcare to become more personalized, predictive, and preventive. Data-driven solutions will empower providers to make faster, more accurate diagnoses and allow patients to take a more active role in their own health. I see the use of wearable and remote monitoring devices becoming the norm, providing real-time insights that will enable early intervention and improve outcomes. I also believe that we’ll see a shift towards value-based care models, where technology like FIGUR8’s objective MSK assessments can help demonstrate outcomes, reduce costs, and improve quality of life for patients. Technology will not only make healthcare more efficient but also more human-centered by creating a common language across the care team, enhancing collaboration, and ultimately elevating the standard of care.

As CES 2025 approaches, the spotlight is on innovators like Nan-Wei Gong, who are transforming healthcare through cutting-edge technology. Nan-Wei will be taking the stage at CES to discuss how FIGUR8 is setting a new standard in musculoskeletal care, merging data-driven insights with clinical expertise to elevate recovery outcomes. Stay tuned for her presentation at CES and discover how FIGUR8 is shaping the future of healthcare. Don’t miss this opportunity to learn from one of the most forward-thinking leaders in the industry!

Interested in learning more about FIGUR8 and raising the standard of care in musculoskeletal health? Reach out to the team at info@FIGUR8tech.com!

Reflections from Med Tech Founders with Nan-Wei Gong, Founder and CEO of FIGUR8

FIGUR8's digital technologies create a more connected, patient-centered approach to musculoskeletal care and drive improved outcomes for both patients and providers.

Efficiency in Motion: Transforming MSK Care with Tech

This case study of a kennel assistant with a back injury illustrates how FIGUR8 enhances the experience across the board—for providers, patients, and payers alike.

In the complex world of workers' compensation and musculoskeletal (MSK) care, achieving optimal recovery outcomes means addressing not just the physical injury but the psychological, emotional, and financial aspects of healing as well. FIGUR8’s innovative bioMotion Assessment Platform (bMAP) is transforming the way providers, patients, and payers navigate this journey. Through objective, data-driven insights, FIGUR8 supports more accurate, personalized care that accelerates recovery, reduces costs, and empowers all stakeholders involved.

The patient, a kennel assistant, suffered a back injury while lifting a heavy dog at work. Initially, she took a few days off work before returning to light duty. Despite visiting her primary care physician (PCP) and receiving a physical therapy (PT) referral, no imaging was performed. Her pain persisted, prompting her to begin a structured PT regimen to support and expedite her full return-to-work and recovery.

For the physical therapist managing this case, FIGUR8 was a powerful tool for guiding treatment and tracking progress. The platform provided objective, quantitative data on the patient’s MSK function over time, helping the provider make informed decisions about her readiness for discharge.

With FIGUR8’s data, the provider could clearly see the patient’s improvements in functional movement and muscle activation. This allowed the therapist to adjust the treatment plan with confidence and avoid unnecessary sessions. As a result, the provider was able to bring the patient to a safe and effective discharge at just 56 days of care—significantly lower than the ODG average duration of 85 days. For the clinician, FIGUR8 streamlined decision-making, offering an evidence-based approach that removed much of the guesswork from traditional MSK assessments.

Improved Patient Experience: Motivation Through Measurable Progress

One unique aspect of this patient’s case was her high psychological influence on her perception of disability. In such cases, having a visual, objective demonstration of progress is critical for motivation and reassurance. FIGUR8 provided exactly that—a clear, tangible record of her progress over three assessment sessions.

By the time of her final assessment, FIGUR8’s data showed the patient’s marked improvement. For her, seeing this progress in quantifiable terms was not only encouraging but also empowering. Knowing that she was nearing discharge and had successfully improved from her initial injury gave her confidence in her recovery journey. At her last FIGUR8 assessment, the patient expressed excitement at seeing her functional scores, which motivated her to stay engaged in her rehabilitation. This kind of positive patient experience is key to improving adherence and achieving successful outcomes.

Better Insights for Payers and State Funds: Cost Savings and Accelerated Recovery

For payers and state funds, FIGUR8’s impact on cost and efficiency is undeniable. This case demonstrated a significant reduction in both care duration and cost. With FIGUR8-enabled care, the total cost came to $20,496.72—a 32.35% savings compared to the ODG average of $30,296.00. This translated to a value of nearly $9,800 saved in the care of this one patient.

By reducing the total days under care and offering a clear path to recovery, FIGUR8 supports payers and state funds in optimizing claims costs. The objective data provided by the platform helps ensure that resources are used effectively and that patients receive the right amount of care for their specific needs. For workers' compensation programs, these outcomes represent a valuable opportunity to allocate funds more efficiently, manage claims costs, and support faster return-to-work times for injured workers.

This case study exemplifies how FIGUR8 is transforming the landscape of musculoskeletal care. By providing accurate, objective data, FIGUR8 improves the provider experience, making it easier to deliver precise, personalized care. Patients benefit from increased motivation and understanding of their recovery journey, while payers and state funds experience substantial cost savings and efficiency gains.

In this case, FIGUR8 helped reduce recovery time from 85 days to just 56 and saved almost $10,000 in care costs. Beyond the numbers, FIGUR8 fosters a collaborative, transparent environment where providers, patients, and payers can all play an active role in the recovery process. This common language of data and insights sets a new standard for musculoskeletal health, offering a path to better outcomes and more sustainable care for all involved. 

As FIGUR8 continues to empower more providers, patients, and payers, we look forward to a future where musculoskeletal care is precise, measurable, and truly patient-centered.

Interested in figuring out how to enable FIGUR8? Connect with the team by clicking here, or email us at info@figur8tech.com.

Case Study: Injured Kennel Worker in Maine Recovers from Back Injury 35% Faster With FIGUR8

Last week, industry leaders and experts, including FIGUR8 President and Chief Business Officer Scott Sexton and VP, Payer Partnerships, Craig Deneau, gathered at the AASCIF (American Association of State Compensation Insurance Funds) conference to discuss the latest trends and innovations shaping the workers' compensation landscape. The event was a treasure trove of insights, with thought-provoking keynotes, panel discussions, and networking opportunities.

Here were our top three takeaways from the conference:

Rethinking Leadership: "The UnSold Mindset" by Colin Coggins and Garrett Brown
One of the most compelling sessions at the AASCIF conference was the keynote address by Colin Coggins and Garrett Brown, renowned for their innovative approach to leadership, encapsulated in their concept of "The UnSold Mindset." Their message centered around leading with authenticity, love, and purpose, a refreshing departure from traditional leadership paradigms.

Practical Applications
Coggins and Brown provided actionable tips for implementing the UnSold Mindset in everyday leadership. These included:
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Practicing active listening: Show genuine interest in your team's thoughts and feelings.
Encouraging vulnerability: Create a safe space where team members can express themselves without fear of judgment.
Fostering a sense of belonging: Make every team member feel like an integral part of the organization.
Communicating purpose: Regularly remind your team of the bigger picture and how their work contributes to it.
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The Role of AI in Workers' Compensation: Lagging Behind Despite Its Potential
Artificial Intelligence (AI) was a hot topic at the AASCIF conference, with numerous sessions dedicated to exploring its potential applications in workers' compensation. However, a recurring theme in these discussions was the industry's slower pace of adoption of AI technologies than other industries, despite their significant potential to transform the field.

AI has the potential to revolutionize workers' compensation in several ways, including:
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Predictive Analytics for Injury Prevention: AI can analyze vast amounts of data to predict injury risks, identify patterns, and recommend preventative measures.
Claims Management: AI-driven systems can streamline the claims process, reducing the time and effort required to handle claims and improving accuracy, enabling overburdened claims staff to focus on cognitive work vs. administrative tasks.
Personalized Treatment Plans: AI built on data-driven solutions, like FIGUR8, can analyze injured worker data to recommend personalized treatment plans, improving recovery outcomes and reducing costs, while providing payers with higher certainty in their reserve and actuarial models.
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While there were a number of interesting, engaging and compelling projects underway, including those led by other industry players like Paradigm, Plethy and GradientAI, the workers’ compensation industry is risk averse by nature, and that appeared to continue to play out with the adoption of AI initiatives. The discussions at the conference highlighted the opportunities available to accelerate the adoption of AI in workers’ compensation, possibly through very clear, compelling and narrow use cases.

Louisiana Workers' Compensation Corporation (LWCC): A Model of User-Centric Leadership

The AASCIF conference also showcased exemplary leadership within the workers' compensation sector, with Louisiana Workers' Compensation Corporation (LWCC) standing out for its innovative and user-centric approach. LWCC’s leadership demonstrated a deep commitment to improving the user experience for both employers and injured workers, setting a high bar for the industry.

Focus on the User Experience and Innovations in Technology

LWCC’s leadership has prioritized enhancing the user experience, understanding that a seamless, supportive, and transparent process benefits everyone involved. This approach includes simplifying claims processes, utilizing proactive communication to ensure  stakeholders are kept informed throughout the claims process, which reduces uncertainty and stress.

In addition to process improvements, LWCC has embraced technological innovations to enhance the user experience. At the heart of LWCC’s success is its leadership's commitment to fostering a culture of empathy and innovation. 

The results of LWCC's user-centric approach are impressive. They have seen higher satisfaction rates among claimants and employers, improved recovery times for injured workers, and a reduction in overall claims costs. These outcomes not only benefit the users but also contribute to the financial health and reputation of the organization.

Leadership, Innovation, and a Relentless Focus on the User Experience

The AASCIF conference was a valuable opportunity to gain insights into the future of workers' compensation. The keynote by Colin Coggins and Garrett Brown challenged attendees to rethink leadership with a focus on authenticity, love, and purpose. The discussions on AI highlighted the industry's potential to transform, despite current adoption challenges. Lastly, LWCC’s exemplary leadership and user-centric approach provided a blueprint for how the industry can better serve its stakeholders.

As the workers' compensation industry continues to evolve, it is clear that leadership, innovation, and a relentless focus on the user experience will be critical to success. By embracing these principles, organizations can improve outcomes for injured workers, reduce costs, and build a more resilient and efficient system.

Interested in learning more about technology, workers compensation and managing claims cost? Signup for the bioMotion Bulletin by clicking here! 

Subscribers will get updates from experts sharing the latest in MSK health technology from stakeholders across the system.

Rethinking Leadership, AI in Workers' Compensation, and LWCC's User-Centric Approach

3 Top Takeaways from the AASCIF Conference

In the challenging aftermath of a catastrophic motor vehicle accident, Team Rehab clinician Tyler Stutz PT, DPT, CDNS out of Indiana harnessed the power of FIGUR8's innovative bioMotion Assessment Platform to guide an injured worker back to full duty.

This case study highlights how the integration of objective bioMotion data at the point of care plays a pivotal role in transforming the patient's recovery. 

Through precise measurement and detailed analysis of musculoskeletal function, a targeted, effective rehabilitation plan significantly expedited this injured worker's return to optimal performance, showcasing the profound benefits of FIGUR8 technology in clinical practice.

Data-driven evaluation lays the groundwork for faster recovery

In April 2023 Glen, a 31 year old male plumber, suffered serious injuries as the result of being involved in a motor vehicle accident while at work. He sustained multiple spinal fractures which completely removed him from his work environment. For his cervical spine, immediate care included managing the injuries conservatively with a collar. In his thoracic spine, a spinal fusion of two vertebrae (T3-4) was required. 
Four months after the initial injury, Glen arrived at Team Rehab, a FIGUR8-enabled clinic in Indianapolis, to start pro-active recovery on the path back to work, and life. As a full-time tradesman working in the plumbing industry, this injury was especially disconcerting as poor management of his injuries could not only prolong his recovery and slow return-to-work, it could end his career.

Initial bioMotion evaluation and assessment was completed swiftly and clear limitations in cervical range of motion in all directions was clearly denoted, likely as a result of prolonged use of, and weaning from, the cervical collar. 

In figure 1, below,  you can see range motion in all directions was less than 10 degrees in all directions whereas a healthy individual has more than 30 degrees on the lateral plane and 45 degrees during flexion and extension.

Figure 1. These graphics, included in FIGUR8 reporting, show a clear loss of range of motion for Glen.

The FIGUR8 evaluation also identified significant discrepancies in muscle symmetry. 
Figure 2 below, shows clear imbalance in the upper trapezius muscles, which are located in the upper back and neck. There was also limited endurance with prone neck extension as well. Both of these measures specifically (imbalance, limited endurance) have previously been identified as clear and significant indicators of a neck injury.

Figure 2. On the left, an image shows a 16% imbalance in muscle symmetry. The right image shows a significant difference in the rate of contraction between the right and left (a lower value is indicative of injury).

Tyler, the leading physical therapist managing Glen’s care, used data from the FIGUR8 evaluation to develop a recovery plan that focused on the restoration of cervical range of motion, increasing functional endurance, and work conditioning to facilitate the injured worker’s return to his day-to-day activities. 

The accuracy and consistency of the FIGUR8 bioMotion data allows managing care teams and providers to effortlessly monitor the effectiveness of the plan of care through reliable and repeatable data collection. A snapshot of longitudinal reporting on one of the many biomarkers collected by FIGUR8 in an assessment is highlighted in Figure 3 below.

Figure 3. Longitudinal FIGUR8 reporting showing improvement in range of motion on all planes.

Glen made significant gains in cervical range of motion between his assessment on September 13 and September 22, with gradual improvement continuing after the initial rapid improvement once he started physical therapy. The biomarkers collected by the FIGUR8 solution in Neck Extension, Neck Flexion and Neck Lateral Bend Left, all are clearly moving closer to or into the healthy reference range, which is the area on the graph highlighted in a blue color. With FIGUR8, providers have clinical data for their patients contextualized against a healthy reference range, bringing even more clarity to an injured worker’s recovery journey.  The data is labeled to understand whether the trend that they are seeing over the last 3 assessments is reflective of an actual change in patient recovery and performance.

For this patient, not only were the changes significant, but at the end of the episode of care, the majority of metrics were also within the healthy reference range.

Best-In-Class Technology, Best-In-Class Results

FIGUR8’s solution brings the power of a biomechanics lab directly into the clinical environment. 

With best-in-class technology to evaluate dynamic motion and muscle function, physical therapists and health professionals who manage musculoskeletal care now, for the first time, have objective data to inform their plan of care and monitor its effectiveness. 

This data is also automatically available in reports that can be shared with various stakeholders, including the referring providers, case managers, patient, and claims professionals to provide every party a clear understanding of an injured worker’s recovery and current performance. 

For Glen, this data allowed for a more efficient recovery timeline, and based off of comparative analysis against ODG, a greater than 50% reduction in duration was achieved. Specifically, the average duration from ODG guidelines suggested a timeline of 118 days with an average cost of of $44,109. With use of FIGUR8 guiding care decisions, the actual cost (including FIGUR8) came to a total of $22,396.69. This savings was achieved in only 58 days and represented an approximate 50% reduction in cost under FIGUR8 enabled care.

This case study demonstrates bioMotion data in the hands of the FIGUR8 enabled team at Team Rehab was able guide Glen to return to his job as a plumber faster and with more support after a catastrophic motor vehicle accident, which could have easily ended his career.

Objective data communicates progress and results.

Interested in figuring out how to enable FIGUR8?
Connect with the team by clicking here, or email us at info@figur8tech.com

Team Rehab and FIGUR8 Partner for Faster Injury Recovery after Work-Related Motor Vehicle Accident

FIGUR8 announces the official launch of MovementMemo, a generative AI tool built on its FDA-registered bioMotion Assessment Platform (bMAP).

From Data to Decisions: FIGUR8 Introduces MovementMemo for Smarter MSK Care Documentation

Musculoskeletal (MSK) pain affects a significant portion of the global population. According to the World Health Organization (WHO), approximately 1.71 billion people worldwide are living with musculoskeletal conditions. Addressing MSK conditions effectively requires accurate assessment tools that can properly measure muscle endurance and help healthcare providers develop targeted treatment plans. 


FIGUR8’s bioMotion Assessment Platform (bMAP) has been built upon extensive existing research as the platform moves to demand a new standard of care in measuring MSK health. The article below specifically dives into the development of the neck extensor endurance and shoulder elevation endurance tests included in the FIGUR8 bioMotion Assessment based primarily on the isometric muscle endurance study by Edmondston et al. that has highlighted the reliability of three isometric muscle endurance tests—neck flexor, neck extensor, and scapular muscle endurance tests—in subjects with postural neck pain.

The Foundation of FIGUR8’s Tests: Reliable Isometric Muscle Endurance Tests

Edmondston et al.'s study focused on the reliability of three isometric muscle endurance tests in individuals with postural neck pain. The neck flexor endurance test showed excellent reliability (ICC = 0.93), the neck extensor test exhibited good reliability (ICC = 0.88), and the scapular muscle endurance test demonstrated moderate reliability (ICC = 0.67). These tests, which measure the endurance of key muscle groups involved in maintaining neck and shoulder posture, provide a robust foundation for clinical assessment and intervention.

The study underscored the importance of these muscle groups—cervical flexors, extensors, and scapular stabilizers—in supporting the cervical spine during sustained postural tasks. Accurate and reliable measurements of muscle endurance can inform clinicians about the functional status of these muscles and the extent of impairment in patients with postural neck pain. This is where FIGUR8 enables providers by enhancing the application of these tests through objective data of performance and fatigue, captured using the bioMotion Assessment Platform (bMAP).

FIGUR8’s Innovation: Lab-grade biomechanical data accessible at the point of care

By bridging the gap between decades of valuable research and practical clinical application, FIGUR8 has revolutionized the accessibility of biomechanics data at the point of care. 

Historically, the use of biomechanics data has been hindered by significant costs (>$300K), the need for specialized training, and time-consuming assessments. However, through innovative technology and a new form factor, FIGUR8 has eliminated these barriers. This advancement enables clinicians to efficiently incorporate biomechanics data into their practice, enhancing patient care and outcomes without the previous logistical and financial burdens.

During these established endurance tests, FIGUR8’s solution captures precise data on muscle functional endurance and movement compensations during a dynamic activity that easily integrates within a provider’s workflow and enhances evidence-based practice. By utilizing FIGUR8’s bioMotion Assessment Platform (bMAP), provider partners can obtain objective data that is crucial for diagnosing musculoskeletal issues accurately. The platform’s ability to capture minute details of function enables a more nuanced understanding of a patient's condition, leading to more effective and personalized treatment plans.

Enhancing Clinical Outcomes with FIGUR8’s Solution

When combined with reliable muscle endurance tests, FIGUR8 provides a powerful tool for healthcare providers. Clinicians can use the detailed data collected to develop targeted intervention strategies aimed at improving endurance and overall function. This approach not only aids in pain reduction but also enhances the quality of life for patients with postural neck pain.

For example, a physical therapist can use the data to accurately identify movement compensations that may indicate weaknesses in the neck extensors or scapular stabilizers. With this information, they can tailor exercise programs that focus on strengthening these muscles, improving endurance, and promoting better posture. The ability to track progress over time with precise measurements allows for adjustments to be made to the treatment plan, ensuring optimal outcomes.

Modernizing Musculoskeletal Care in Practice

FIGUR8’s solution of technology built on the clinical and biomechanical foundation defined in published evidence with established muscle endurance tests represents a significant advancement in the management of musculoskeletal pain. 

By building on the reliability of the neck extensor and scapular muscle endurance tests validated by Edmondston et al., FIGUR8 provides healthcare providers with the tools needed for accurate assessment and effective intervention. This innovative approach not only enhances our understanding of muscle performance in individuals with musculoskeletal pain but also leads to better care plans and improved patient outcomes. 

As digital health technologies continue to evolve, FIGUR8 stands at the forefront, transforming how we assess and treat musculoskeletal health.

Interested in learning more? Connect with the FIGUR8 team at info@figur8tech.com or check out our clinical research here.

How FIGUR8 Innovates with Reliable Muscle Endurance Tests to Quantify Recovery and Pain

FIGUR8 and the Quick Coupling Division of Parker Hannifin Corporation today announced a partnership for the deployment of the MIT spin-off’s breakthrough musculoskeletal health technology system in select Parker manufacturing facilities. Parker, a Fortune 250 global leader in motion and control technologies, provides precision-engineered solutions for a wide variety of industrial and aerospace markets.

With over 54,000 team members and locations in 45 countries and over 315 manufacturing sites globally, one of Parker’s primary goals is to continuously improve safety performance and achieve zero injuries across the organization. The partnership brings the next generation of accessible, objective musculoskeletal health assessment information to the workplace.

“More than 1.7 billion people suffer from musculoskeletal conditions, and work-related musculoskeletal problems are among the most prevalent of occupational disorders worldwide,” said Nan-Wei Gong, co-founder and CEO of FIGUR8. “Parker’s Quick Coupling Division is tackling this challenge head on by implementing solutions for the intervention and prevention of musculoskeletal disorders in the workplace. Parker brings a proactive approach to the management of employee safety, health and risk that reflects the company’s deep commitment to responsible operations.”

The partnership builds on the two companies’ continued innovations in engineering solutions that advance musculoskeletal health. Parker’s electroactive polymer (EAP) sensors and FlexSense sensing technology are helping revolutionize the measurement of human body movement.

“Safety is our highest priority, and we are deeply engaged in the continuous identification and implementation of solutions that create a safety-first workplace for team members,” said Jason Manning, Manager of Environmental, Health & Safety, Parker Quick Coupling Division. “With FIGUR8’s breakthrough musculoskeletal technology, we recognized an opportunity to further add to our range of safety-first initiatives — from equipment safety to employee health — to provide a safe and engaging work environment.”

FIGUR8’s technology is in deployments across major health systems, employers and government organizations nationwide to help reduce and prevent the incidence of musculoskeletal disorders in the workplace. With the lack of codified, accurate and objective data for musculoskeletal conditions being one of the biggest industry challenges to date, FIGUR8’s ability to enable precision analytics has made its technology an indispensable tool (before MRI) to support the diagnostic and treatment decisions regarding musculoskeletal conditions.

FIGUR8’s advanced MSK assessment solution — developed over years of R&D by MIT engineers in collaboration with Mass General Brigham clinicians — enables a full musculoskeletal and orthopedic assessment to be conducted in minutes by anyone, anywhere, regardless of technical or clinical expertise. In less than 15 minutes, the FIGUR8 solution can deliver data on key musculoskeletal biomarkers — including range of motion, movement quality, strength and functional mobility — in order to create an individualized and precise plan of care.

FIGUR8 is creating the most advanced wearable musculoskeletal (MSK) technology on the market. Its powerful, lightweight system combines clinically smart biosensors, intuitive software and AI to improve musculoskeletal health at every point of care — from injury through full recovery. FIGUR8 has developed the first musculoskeletal diagnostics decision support system of its kind that can accurately pinpoint the source and severity of an injury while showing real-time recovery visibility. Powering FIGUR8’s solution is breakthrough technology developed over years by MIT engineers in collaboration with Mass General Brigham clinicians. For more info, visit www.figur8tech.com.

Fostering Ergonomic Excellence: FIGUR8 and Parker Hannifin Quick Coupling Division Collaborate to Enhance Workplace Musculoskeletal Wellness

FIGUR8 and Parker Hannifin Quick Coupling Division Partner to Improve Musculoskeletal Health in the Workplace

A new startup created by a former Google research and development lead and researchers from the Massachusetts Institute of Technology Media Lab and Massachusetts General Hospital’s Sports Science Lab wants to take things in a new direction.

Figur8’s sensors can track body movement with astonishing levels of accuracy

A 2023 study of 60 participants demonstrated a clear set of physiologic biomarkers to indicate whether or not an individual could be classified as suffering from low back pain. 

This study, and many like it, are the foundation of a set of reliable indicators of musculoskeletal (MSK) health based on objective measure.

30 healthy and 30 pain participants were included in the study and among the 72 biomarkers evaluated, four were identified as key due to their high reliability and validity.

Technologies that are available at any point-of-care, like the FIGUR8 solution, are now available to providers across the globe to ensure biomarker assessment is part of any physical health exam.

The Power of Movement Biomarkers in low back pain patients

Hundreds of millions of lives are affected daily by non-specific chronic low back pain, often leading to significant impairment and reduced quality of life. Receiving the right care at the right time for pain management can be complex, as the pathway to recovery often requires the support of multiple stakeholders in the healthcare ecosystem.

So how do they all ensure the best possible outcome for each pain patient's recovery? By understanding the health of the individual under care.

Identifying reliable musculoskeletal (MSK) biomarkers, or more specifically objective measures of health, allows providers and case management teams to differentiate between patients with pain and those that are healthy quickly and efficiently. This ability to objectively understand MSK health based on physiologic measures can revolutionize diagnosis, treatment, and patient management. 

While it is possible to use clinical information from a visual assessment to inform you that someone suffers from chronic low back pain, as well as what their treatment should be, this type of knowledge is often subjective and not valuable as a reliable indicator of pain and function for the individual whose health is being assessed.

This overview of a 2023 study by Moissenet, Armand, and Genevay offers significant insights into this quest to understand MSK health by providing a robust evaluation of 72 movement biomarkers to determine their efficacy in distinguishing between pain and healthy populations.

Key Findings: Reliable and Valid Movement Biomarkers

After consolidating existing knowledge on movement biomarkers by assessing their reliability, validity and interpretability, the team at Geneva University Hospitals and the University of Geneva was able to identify four key biomarkers that demonstrated scientifically significant reliability and validity as clear indicators of pain versus health.

Below are details on the four biomarkers that were highly reliable and showed significant differences between the healthy and pain groups. All of these biomarkers were collected in the sagittal plane.

Maximum Lumbar Angle: This measures the maximum angle achieved highlighting the extent of lumbar flexion or extension.

Lumbar Angle Range of Motion (ROM): This captures the total movement range reflecting flexibility and mobility.

Mean Lumbar Angular Velocity: This measures the average speed of lumbar movement, providing insights into the dynamics of spinal motion.

Maximal Upper Lumbar Angle during Trunk Bending: This focuses on the upper lumbar region's movement during bending, indicating specific segmental mobility.

These four biomarkers showed higher values in healthy participants compared to pain patients in general, suggesting that decreased lumbar movement could be a characteristic of chronic low back pain.

Interestingly, these biomarkers exhibited weak correlations with patient-reported outcome measures (PROMs). Since PROMs are currently used to assess the health and wellness of an individual, this finding emphasizes the need for access to truly objective MSK assessments to better understand an individual's health in clinical settings and where the source of pain lies.

Technological Advancements: FIGUR8's bioMotion Assessment Platform

Traditionally, capturing movement biomarkers that quantify MSK health has relied on optical motion capture systems, like VICON. Despite their accuracy and detail, these systems pose several challenges. They are often expensive, require extensive setup, and necessitate technical expertise for data analysis. These barriers limit widespread adoption in the majority of clinical practice settings even as these tools are known as the gold standard of evaluation.

As technology continuously improves across healthcare, motion capture is no exception to the rapid expansion of meaningful clinical tools that can drive access to the best possible assessment and care of an individual during recovery. The bioMotion Assessment Platform (bMAP), by FIGUR8, is a solution designed to democratize access to precise movement analysis. The groundbreaking  solution leverages advanced sensor technology and artificial intelligence to provide detailed biomechanical data at any point-of-care without the high costs and complexities associated with traditional systems.


With technology partners like FIGUR8, providers are able to benefit from:

Affordability and Accessibility: The bMAP is cost-effective and small with all the necessary pieces fitting into a box the size of a laptop. This form factor change to the traditional biomechanics lab makes biomarker data collection accessible to a broader range of healthcare providers, including physical therapists and primary care physicians.

Ease of Use: The solution is user-friendly and requires minimal setup time. Clinicians are able to integrate bMAP seamlessly into their practice and on the other side of the table, stakeholders in case management can access objective data about the MSK health of an individual via easy to understand bioMotion reporting.

Immediate Access to Advanced Data Analysis: With near real-time data processing and visualization, immediate feedback and timely decision-making for patient care is possible.

Comprehensive Assessment: The platform captures a wide array of movement biomarkers, providing a holistic view of a patient’s musculoskeletal health.

"Every single patient that walks into our clinic would benefit from using FIGUR8’s assessment and data to help drive the clinicians plan of care.” FIGUR8 Enabled Clinician

Overcoming Limitations: A Comparative Edge

While optical motion capture systems remain the gold standard in research settings due to their precision, the practical limitations cannot be overlooked. Technology-forward solutions like FIGUR8 address these issues by offering a reliable alternative that maintains high accuracy levels comparable to traditional systems. 

By removing barriers such as cost, complexity, and the need for specialized expertise, FIGUR8 empowers more healthcare providers to leverage movement biomarkers in their clinical practice which in turn creates a common language in MSK care management.

The future of healthcare, a data-driven approach

The study by Moissenet, Armand, and Genevay underscores the importance of identifying reliable movement biomarkers to differentiate unhealthy from healthy individuals. The integration of advanced technologies like FIGUR8's bioMotion Assessment Platform heralds a new era in MSK health, where precise, accessible, and user-friendly tools enhance patient care.


As the world continues to shift and embrace technologies that were once only thought up in dreams, the future of low back pain care looks promising, with the potential to significantly improve the health and wellbeing of millions of sufferers worldwide.

Interested in learning more about FIGUR8? 
Reach out to info@figur8tech.com to discover what a new standard of care looks like.

Unveiling the Future of Low Back Pain Assessment: The Power of Movement Biomarkers

FIGUR8 Joins a Nationwide Network Working to Accelerate Transformative Health Solutions

“The opportunity to become a spoke member of ARPA-H is extraordinary and we welcome collaborators and innovators alike to join our mission to disrupt healthcare.”— Nan-Wei Gong

FIGUR8 Selected as Member of ARPA-H Investor Catalyst Hub Spoke Network

The partnership builds on the two companies’ continued innovations in engineering solutions that advance musculoskeletal health.