Amazon AI

Amazon AI & Behavioral Health: Advanced Patient Data Visualization?


November 1, 2023 | Reading Time: 6 Minutes

Please support’s ability to deliver helpful news, opinions, and analyses by turning off your ad blocker. How

How Amazon AI and Anthropic Could Reshape Data Visualization in Behavioral Health

Amazon and Anthropic recently disclosed a strategic alliance to merge their unique, industry-leading proficiencies in secure generative artificial intelligence (AI). Since becoming an ASW customer in 2021, Anthropic has rapidly emerged as a leader in foundation models and responsible AI deployment. Their first model, Claude, excels in various tasks, from dialogue to complex reasoning, while maintaining high reliability. Claude 2, the company’s latest model, scores above the 90th percentile on the GRE in reading, writing, and quantitative reasoning, according to the announcement issued by Amazon about its partnership with Anthropic.

In this article, I step into one of my earliest and most gratifying roles in behavioral healthcare — forecasting the near-to-mid-term technological future. I explore the prospective applications of Amazon AI, focusing specifically on the groundbreaking possibilities for behavioral healthcare worldwide. The Amazon AI collaboration can potentially revolutionize the presentation and utility of intricate behavioral health data, transforming it into intuitive, actionable insights for professionals. 

The Relevance of Data Visualization in Behavioral Health

Patient data in behavioral health is often multi-dimensional, including variables such as mood scores, medication adherence, psycho-social assessments, and more. Effective data visualization can simplify the complexity of this information into easily read and expandable images, allowing practitioners to make rapid and informed decisions. According to the Journal of Web & Semantic Technology, well-designed data visualization platforms can significantly aid in identifying trends, anomalies, and correlations that may otherwise go unnoticed.

Multi-Layered Dashboards: A One-Stop Solution

The compatibilities between Amazon AI and Anthropic could yield multi-layered dashboards where clinicians can access many analytics at a glance. An example of such innovation could be to see not only a graph of a client’s response to interventions over time but also to alter the computerized image of that graph on the fly. Alterations could include the introduction of additional variables such as more or less sleep, more or less exercise, water intake, social interaction, medication, etc.

Such dashboards could feature real-time monitoring using a wristband that measures activity, body temperature, and heart rate monitoring. Dashboards could also include predictive analytics and historical data visualizations for comparison, thereby serving as comprehensive hubs for patient information. Including AI algorithms could further enhance these dashboards by offering suggestions for treatment modifications based on real-time data.

Predictive Heatmaps for Early Intervention in Behavioral Health

Utilizing machine learning algorithms, predictive heatmaps could provide visual indicators of areas requiring immediate attention. For instance, if a patient’s self-reported stress levels have escalated, the system could flag this pattern in the heatmap, prompting the clinician to investigate further.
Such predictive heatmap would serve several key functions:

  1. Early Detection. A predictive heat map for behavioral health could help in the early identification of potential behavioral health issues by highlighting patterns and trends that may indicate risk or deterioration in a patient’s condition.
  2. Risk Assessment. Visualizing data points would allow healthcare providers to assess the risk levels of various behaviors or symptoms, providing a clear visual representation of areas that require immediate attention.
  3. Treatment Efficacy. The heatmap could track the effectiveness of treatment over time by showing changes in the patient’s behavior or symptoms, aiding clinicians in modifying or continuing treatment plans.
  4. Resource Allocation. It could assist healthcare facilities in prioritizing resources by identifying patients who may need more intensive care or intervention based on their risk levels indicated on the heatmap.
  5. Patient Engagement. Patients could benefit from a more tangible understanding of their progress or areas needing attention, potentially increasing their engagement with treatment plans.
  6. Preventive Care. With predictive capabilities, such heatmaps could inform preventive measures before more serious issues arise, thus improving long-term patient outcomes.

A predictive heatmap is a visual tool that uses color gradients to represent the probability or intensity of various outcomes or states in a dataset. In the context of behavioral health, and specifically for a patient with bipolar disorder, a predictive heatmap could be used to indicate the risk of an impending mood episode based on certain indicators or behaviors.

Example of Predictive Heatmap for Bipolar Disorder

Imagine a scenario where a clinician is monitoring a patient with bipolar disorder. The predictive heatmap could integrate various data points such as sleep patterns, medication adherence, self-reported mood scores, and frequency of social interactions.

For this patient, each of these factors would be plotted on the heatmap. Days or periods where the patient reports less sleep than usual could start to show warm colors (e.g., orange), indicating a moderate risk of a manic episode. If medication adherence lapses simultaneously, the color might shift towards red, signaling a high risk. The clinician can quickly see this risk on the heatmap without combing the raw data.

As the heatmap aggregates more data, the AI could identify patterns that the clinician might not easily notice. For example, it may detect that the patient is more likely to experience a depressive episode after periods of reduced social interaction followed by sleep disruption. These patterns would be marked on the heatmap with a gradient scale where the risk of a depressive episode is visualized – cooler colors like blue might indicate no immediate risk, but a transition to purple could signify an increasing likelihood of a depressive phase.

The clinician can then use this predictive insight to preemptively adjust treatment, such as scheduling additional therapy sessions, focusing on sleep hygiene, or revising medication when indicators suggest the onset of a manic or depressive episode. This proactive approach aims to minimize the impact of mood swings and maintain stability in the patient’s condition.

Thus, predictive heatmaps serve as a powerful tool for clinicians to visualize the ebb and flow of bipolar symptoms and intervene before a full-blown episode occurs, enabling a more proactive and preventive approach to managing the disorder.

Temporal Analytics: Visualizing Patient Progress Over Time

A second exciting potential enhancement area to traditional care management for behavioral professionals is temporal analytics, which refers to analyzing patient data over time to identify patterns, trends, and the evolution of a patient’s condition. This approach enables clinicians to visualize and understand the trajectory of a patient’s mental health status, treatment responses, and behavioral changes, facilitating more informed decision-making regarding care.

Description of Temporal Analytics

Temporal analytics in behavioral health would involve sophisticated algorithms and visualization tools to map a patient’s data across various timelines. It could display short-term fluctuations and long-term trends in a patient’s symptoms, behaviors, and treatment outcomes. By harnessing the power of Amazon AI, this analytical method could transform vast, complex datasets into clear, chronological visual narratives. These narratives would not only illustrate the patient’s past and present but could also predict future patterns based on established trends.

Behavioral Health Example

Consider the previously mentioned patient with bipolar disorder receiving treatment. Their condition is characterized by alternating periods of depression and mania. Temporal analytics could take various inputs like mood scores, medication adherence, sleep patterns, and therapy session notes to create a dynamic, visual timeline.

For instance, the clinician could use a line graph generated by the AI to observe the patient’s mood scores over several months. They may notice that depressive episodes often follow periods where medication adherence drops. Furthermore, by correlating this data with timestamps of life events or stressors documented in therapy sessions, the analytics could highlight triggers that precipitate mood swings.

Moreover, the clinician could adjust the temporal scale to compare the frequency, duration, and intensity of mood episodes before and after introducing a new medication or therapy technique. This comparison would provide valuable insights into the effectiveness of the treatment plan, allowing for timely adjustments.

Through the application of temporal analytics, healthcare providers could achieve a more nuanced understanding of disease progression, response to treatment, and patient behavior changes over time, leading to more personalized and effective care strategies.

Ethical Considerations and Data Security

Data visualization tools from this partnership must be designed with strong ethical guidelines, and practitioner awareness is essential. Practitioners must obtain HIPAA Business Associate Agreements before accepting assurance that sensitive data is handled securely and that the AI algorithms that generate insights are transparent and unbiased.

Conclusion: The Future of Patient Data Visualization in Behavioral Health

The collaboration between Amazon AI and Anthropic presents a wealth of possibilities for elevating data visualization standards in behavioral health. By leveraging advanced AI technologies to deliver intuitive, multi-faceted, and secure platforms, healthcare providers could gain unprecedented access to actionable insights, enhancing the quality of care. This article was in


Faurholt-Jepsen, M., Busk, J., Frost, M., Vinberg, M., Christensen, E. M., Winther, O., … & Kessing, L. V. (2019). AI-Based Diagnostic Platforms for Mental Health Disorders. Frontiers in Psychiatry, 10, 109.

Kamdar, M. R., & Wu, M. J. (2016). PRISM: a data-driven platform for monitoring mental health. In Biocomputing 2016: Proceedings of the Pacific Symposium (pp. 333-344).

Kotz, D., Lord, S. E., O’Malley, A. J., Stark, L., & Marsch, L. A. (2018). Workshop on emerging technology and data analytics for behavioral health. JMIR Research Protocols, 7(6), e9589.

Maheu, M. M., Pulier, M. L., McMenamin, J. P., & Posen, L. (2012). Future of telepsychology, telehealth, and various technologies in psychological research and practice. Professional Psychology: Research and Practice, 43(6), 613.Scheuer, L. S. (2022). Smartphone-sourced data visualization in mental health (Doctoral dissertation, Boston University).

Maheu, M. M., Wright, S. D., Neufeld, J., Drude, K. P., Hilty, D. M., Baker, D. C., & Callan, J. E. (2021). Interprofessional telebehavioral health competencies framework: Implications for telepsychology. Professional Psychology: Research and Practice, 52(5), 439.

Maheu, M. M., Drude, K. P., & Wright, S. D. (Eds.). (2017). Career paths in telemental health. Switzerland: Springer International Publishing.

Torous, J., Wisniewski, H., Bird, B., Carpenter, E., David, G., Elejalde, E., … & Keshavan, M. (2019). Creating a digital health smartphone app and digital phenotyping platform for mental health and diverse healthcare needs: an interdisciplinary and collaborative approach. Journal of Technology in Behavioral Science, 4, 73-85.

Essential Telehealth Law & Ethical Issues

Bring your telehealth practice into legal compliance. Get up to date on inter-jurisdictional practice, privacy, HIPAA, referrals, risk management, duty to warn, the duty to report, termination, and much more!

Advanced Telehealth Regulations & Ethical Issues: Best Practices & Informed Consent

Essentials of practice guidelines published by the leading professional associations, explained with a focus on what-to-do rather than theory that leaves you empty-handed.

Telehealth Law & Ethical Course Bundle

This Telehealth Legal & Ethical Course Bundle provides the most important risk management and telehealth compliance training available anywhere to help meed telehealth, regardless of the size of your telehealth services.

Disclaimer: offers information as educational material designed to inform you of issues, products, or services potentially of interest. We cannot and do not accept liability for your decisions regarding any information offered. Please conduct your due diligence before taking action. Also, the views and opinions expressed are not intended to malign any organization, company, or individual. Product names, logos, brands, and other trademarks or images are the property of their respective trademark holders. There is no affiliation, sponsorship, or partnership suggested by using these brands unless contained in an ad. Some of’s blog content is generated with the assistance of ChatGPT. We do not and cannot offer legal, ethical, billing technical, medical, or therapeutic advice. Use of this site constitutes your agreement to Privacy Policy and Terms and Conditions.

Was this article helpful?

Please share your thoughts in the comment box below.

Notify of
Inline Feedbacks
View all comments

Register for Free

Receive Any of Our 57 FREE Newsletters!


Most Popular Blog Topics

You May Also Like…