SCOPE Summit 2026 Takeaways: How AI and Patient-Centered Design Are Reshaping Clinical Trials
Feb 16, 2026 • 5 min read
Earlier this month, PicnicHealth attended SCOPE Summit 2026 in Orlando, where the clinical research industry gathered to discuss the biggest challenges and opportunities shaping the future of clinical research. If there was one overarching theme, it was this: AI has moved from experiment to expectation, but success requires honest timelines, workflow redesign, and genuine stakeholder collaboration, not just technology adoption.
Here are PicnicHealth’s key takeaways from the conference.
AI in Clinical Trials: The Current State
Agentic AI emerged as the buzzword of the conference, moving beyond simple automation to systems that can "think-plan-act."
Major trial vendors showcased bold visions for AI-powered automation with the underlying philosophy that as processes become automated, organizations can accelerate study startup timelines through AI-powered protocol extraction, automated site document generation, and dynamic activation sequencing, theoretically adding sites and studies without proportional headcount growth. Sponsors are building similar capabilities—AbbVie showcased "Vision AI," their internal system that writes SQL queries and executes Python for complex operational questions like identifying which sites are running behind. Whether individual companies have genuine capabilities yet or just ambitious marketing remains to be seen. McKinsey estimates show $60-$110B per year in potential pharma value from AI, but only if workflows are redesigned, not just digitized. Success requires process innovation, not just technological add-ons.
One major platform provider offered a refreshingly honest perspective. After launching automated configuration a year ago, they're only now starting to see measurable results. They suggested organizations should plan for 12+ months before seeing real ROI, as teams need time to learn new systems and adapt their workflows. However, opinions were split on the necessity of change management. Some dismissed it as unnecessary overhead while others deemed it critical for adoption.
Digitizing Protocols: From Paperwork to Software
One memorable line captured a fundamental industry shift: "The protocol needs to become software, not paperwork." By 2030, protocols won't be static PDFs, they'll be machine-readable, machine-validated, continuously simulated, and operationally adaptive. Organizations are building AI-powered tools to extract Schedule of Activities from PDFs within minutes and populate changes downstream when amendments occur.
Site Engagement: Employing Technology Intentionally
SCOPE showed that clinical trial site engagement remains one of the industry's biggest bottlenecks, and technology alone won't solve it unless it's personalized, reduces burden, and supports real relationships.
Despite 30% of sites enrolling 80% of patients, the industry treats sites with a "one size fits all" approach. Sites are stressed, receiving repetitive requests, juggling multiple systems, and dealing with siloed sponsor technology.
The solution isn't to throw tech at sites. Multiple sessions emphasized building processes with sites through continuous feedback, Site Technology Advisory Boards, and plugging into existing workflows rather than forcing new system adoption.
Decentralized and Hybrid Trial Models: Finding Their Place
Key to reducing site burden is employing alternative data collection methods that don't require site staff time, including decentralized and hybrid approaches as well as patient-mediated data retrieval.
Despite their rocky history, the growing utilization of decentralized and hybrid approaches reflects the industry's recognition that as protocols become more complex and patient populations more specific, meeting patients where they are is becoming necessary, not just convenient—especially for patient recruitment and retention.
In one session, patient advocate and multimedia journalist Lindsay Guentzel highlighted the logistical challenges she faced as a CAR T trial participant and raised concerns about the feasibility of participating through the duration of the long-term follow-up (LTFU) study. PicnicHealth's CMO Dan R. Drozd, MD, MSc responded by outlining how tech-enabled, remote approaches to LTFU could make continued participation feasible, collecting data through patient-mediated record retrieval rather than requiring ongoing site visits and capturing the comprehensive longitudinal data these studies require. You can watch the full discussion here.
Patient-Facing AI and Technology in Clinical Trials
Lindsay's experience reflects a broader industry challenge: how to use technology to reduce patient burden while capturing better data. The industry envisions patient-facing AI, however, this remains largely aspirational. Currently, vendors are focusing AI efforts on backend automation like study configuration while exploring how to make patient interactions more dynamic. Concepts under development include adaptive notifications that adjust to patient preferences for timing and language, and conversational eCOAs that feel less like static questionnaires.
While trial vendors explore these concepts, non-interventional studies are already experiencing what's possible. PicnicHealth’s patient app enables remote completion of study activities including ePROs, with adaptive notifications and reminders that keep patients engaged without adding burden.
In an exploratory session at SCOPE, PicnicHealth CEO Noga Leviner led a roundtable with the industry's leading executives and investors to discuss bringing this same patient-centered approach to interventional trials—designing studies from the start around how patients actually live.
From Episodic to Continuous: AI Enables Adaptive Trial Execution
One of the most compelling themes across SCOPE sessions was the industry's shift from static, episodic trial management toward continuous, adaptive execution.
Traditional trials operate in discrete phases with fixed timelines and scheduled reviews. Emerging AI systems aim to replace this with continuous learning and real-time adjustment. Organizations are developing trial design tools that incorporate simulated enrollment scenarios to predict operational complexity upfront. Site activation is moving toward dynamic readiness scoring rather than predetermined timelines. Patient identification is shifting from periodic campaigns to continuous matching. Monitoring is evolving from scheduled reviews to real-time anomaly detection and proactive intervention.
This shift from reactive problem-solving to proactive prevention represents where the industry is heading, enabled by multi-agent AI systems that coordinate complex workflows without constant human oversight.
The Bottom Line
The industry is moving in multiple decisive directions: toward agentic AI and adaptive trial execution, toward models that bring trials to patients, and toward patient-facing technology that reduces burden while capturing better data. But expectations are becoming more realistic. The timeline to ROI is measured in years not quarters, the approach to change management is still debated, and the need for workflow redesign is more critical than technology vendors always acknowledge.
For PicnicHealth, SCOPE Summit 2026 validated our direction while highlighting where the industry is headed. Our tech-enabled study designs keep patients engaged longitudinally, our patient-mediated data collection minimizes site burden, and our AI-powered approaches bring meaningful change to how research is conducted. Organizations that balance technological innovation with human-first approaches will be best positioned to capture the value these technologies promise.
Interested in learning more about how PicnicHealth is shaping the future of patient-centered non-interventional research? Contact us.
1. Provider assessments
PicnicHealth’s providers can schedule virtual visits with study participants to conduct assessments required by the study protocol. Using clinical expertise, these assessments help evaluate participants' symptoms, overall health, and functional ability.
2. Diagnostics
The PicnicHealth care team can order specific diagnostic tests, such as labs or imaging, if they weren't part of the patient's routine care. This ensures that sponsors have all the necessary data to address their unique research questions.
3. Safety and adverse event reporting
PicnicHealth’s clinical team can provide support to ensure appropriate safety reporting. This includes monitoring for safety events to support safety adjudication.
4. Primary Investigator (PI) oversight
The PI of the PicnicHealth Virtual Site provides clinical oversight to ensure appropriate study conduct, including assessing whether the study is following study protocol, meeting compliance with regulatory standards and good clinical practice guidelines, collecting data accurately, and maintaining documentation and producing progress reports as required.
25,966
patients onboarded to platform
1,427,368
medical visits processed
56,861
facilities provided medical records
255,101
healthcare providers
95+
research programs
12
published posters and manuscripts
10
partnerships with top 30 pharma
New Research
Discover how PicnicHealth data powered medical research in 2021
This year, experts from PicnicHealth joined podcasts, webisodes, virtual summits and much more to speak to the importance of patient-centric approaches when building complete, deep real-world datasets.
Sickle cell (SC) is the most common inherited blood disorder in the United States. Red blood cells become rigid and shaped like crescent moons, preventing oxygen from getting to parts of the body. This can cause fatigue, severe pain, organ damage or stroke.
List the names of all the doctors, hospitals, and other facilities your loved one visits regularly, along with those they have visited in the past. Try to go back as far as you can, striving for at least the last 5-10 years, but do your best. Even if you can’t remember them all, having a strong baseline can help you quickly identify gaps in records.
Ensure You Have the Appropriate Legal Status
It is important to make sure that you are fully empowered to make decisions on behalf of your loved one with Alzheimer’s. Your relationship status with the patient may not be enough to legally give you access to your loved one's medical information. It is a good idea to talk to an expert about securing special legal status, such as Power of Attorney (POA), a legal document that allows an individual to name someone as their decision maker should they no longer be able to make decisions on their own.
Gather and Organize the Medical Records in One Place
It’s important to have all of your loved one’s medical records together in one spot. This makes it much easier for you and your loved one’s physicians to accurately map the patient’s medical journey and more easily share information between doctors. Fortunately, tools exist to make record management and access simple. A free resource like PicnicHealth helps you collect and organize all of this information. PicnicHealth’s intuitive timeline allows you to pinpoint data across the medical history, eliminating your need for keeping heavy binders filled with paper records or keeping track of multiple software portal logins.
Review the Medical Records to be an Informed Advocate
The better you understand your loved one's medical history, the better you can advocate on their behalf. Access and understanding of this information will help you to ask informed questions with physicians. Through regular communication backed by the data in the medical records, you can help your loved one’s care team develop a more successful care plan.
Learn more about PicnicHealth’s commitment to the Alzheimer’s community and the Alzheimer’s Association
When you’re juggling appointment times and insurance claims, putting a robust support system together might not strike you as the most urgent task. Investing the time to cultivate relationships with people can turn to in times of need will pay dividends. The next time you need a last-minute ride or just someone to listen, you won’t be on your own. There are many condition-specific support groups and support groups for caregivers generally in person or online. In addition to the encouragement and empathy they provide, support groups can be a helpful source of tips, resources, and recommendations for navigating caregiving.
2
Stay organized.
The backbone of effective caregiving is organization. Keep medical information, appointment schedules, and medication lists in order. Use a planner or a digital service like PicnicHealth to stay on top of your responsibilities. This attention to detail can prevent future complications and reduce day-to-day stress.
3
Explore treatments and clinical trials.
We’ve seen incredible breakthroughs in treatment over the past couple of years, powered by patients and their caregivers participating in research. Stay in the loop about the latest in medical advancements and available resources that could benefit your loved one. Whether it’s a new therapy option or a community service that aids independence, being informed can make a world of difference in the quality of care you provide.
4
Make time for self-care.
It may seem self-centered to focus on self-care—but when you feel good, you can be a better caregiver. Whether it’s exercise, a mindfulness practice, a soak in the bath, or just time to rest when you need it, carve out those moments in the day when you can unwind, reset, and stay healthy mentally and physically. Think of it as building up your reserves of kindness, patience, and understanding—which can only benefit your loved one. No one can pour from an empty cup.
Having trouble managing your loved one's medical records?
Easily manage all of your loved one's medical records and contribute to ongoing Alzheimer's research with PicnicHealth.
Tip: Download or print the poster at the end of this article to review before your next appointment!
However, it's important to consult with a healthcare provider or registered dietitian to determine the appropriate amount of protein for your individual needs. In general, a diet with moderate protein intake (about 0.8 grams per kilogram of body weight per day) is recommended for people with kidney diseases.
Learn more about contributing to IgAN research with PicnicHealth.
A tablet, phone, or laptop with a working camera, microphone, and stable internet connection.
A quiet, distraction-free area with enough space to walk a few steps if applicable.
A chair that you can use during any movements or tasks you’ll be asked to perform.
The tripod mailed to you via Amazon.
What to Expect
Before your video call:
Book Your Assessment
Visit your to-do list on your PicnicHealth Research Dashboard or click the scheduling link sent to your email. Note: Search for “New task for the ORBIT-CIDP Study" to find the video call scheduling link.
Receive Confirmation
Check your email for a confirmation with your scheduled video call time and instructions.
On the day of your video call:
Click on Video Link
Join your personal video call using the link we sent by email, or text message, or find it on your research dashboard.
Meet your nurse
A Registered Nurse (RN) will guide your virtual assessment, which will last about 30 minutes.
Complete the Physical Activity Assessment (INCAT)
The nurse will guide you through questions and, if needed, physical tasks to help researchers gain a deeper understanding of CIDP.
Complete the Movement Assessment (Optional)
If you participate, a nurse will guide you through three short recorded movement activities to complete as best you can:
Chair Task
While seated with your arms crossed over your chest and hands on oppositeshoulders, you’ll be asked to stand up, remain standing for 20 seconds, and then sit back down.
Arm Movement Task
While seated with your arms resting at your sides, you’ll be asked to raise both arms out to the sides until they meet above your head, then lower them back to your lap.
Finger Dexterity Task
While seated, raise your right hand with fingers extended. Touch your thumb to each fingertip in order, then reverse. Repeat with your left hand. This will then be repeated with your left hand.
Earn Compensation
Receive up to $55 for your participation:
$25 for completing the Physical Activity Assessment (INCAT).
$30 for the Optional Movement Assessment.
Recording: Your research assessment may be recorded to ensure accurate data collection. If you participate in the optional Movement Assessment, it will also be recorded. These recordings may capture your voice and responses, but identifiable information like your face, name, or background will be removed to protect your privacy.
Opt Into the Smart Insole Study Activity
Complete the opt-in survey to confirm your participation.
Receive Your Smart Insoles
Your smart insoles will be shipped to your home via FedEx and should arrive within 1 week.
Create Your Account
You’ll receive an email from Celestra Health with your account details. Follow those steps to set up your account.
If you don’t see an email from Celestra Health in your inbox, please check your spam or junk folder.
Download the App
After creating your account, you’ll be directed to a landing page with links to the App Store or Google Play. Use the link to download the correct version of the app for your device.
For illustrative purposes only, your insoles may look different
Log In
Open the app and log in using the email address and password you used when creating your account.
Enable Permissions
For iOS users: Enable Motion & Fitness and allow access to Apple Health.
For Android users: Enable Activity Recognition permissions.
Connect Your Insoles
Turn on Bluetooth, and follow the app's instructions to connect your smart insoles.
Enable Notifications
Enable push notifications to stay updated on reminders and activity progress.
For illustrative purposes only, your insoles may look different
Start Walking Sessions
When you’re ready to perform a walking session, tap ‘Start’ on the Ad Hoc Walking task card in the app.
Smart insoles are designed to fit comfortably into any pair of closed shoes
Need Help?
Should you need to contact Celestra Health support for any reason, you can submit a ticket through the Help section of the app by tapping the Submit A Ticket card and filling out the form. A Celestra Health representative will typically respond within one business day.
A fully charged device (smartphone, tablet, or laptop) with a working camera, microphone, and stable internet connection.
A quiet, well-lit space that is free from distractions.
Good lighting so your face is clearly visible; having a small flashlight or your phone’s flashlight nearby can help with skin, scalp, or joint checks.
Flexible device positioning so you can easily adjust or prop up your device hands-free if the research staff asks to view specific areas (such as your face, hands, or scalp).
Space to move in case you are briefly asked to stand or walk a few steps.
Your medication information, including your current steroid(s) and BENLYSTA® (belimumab) — either the medication bottles or a list with doses and schedule.
Time to focus without interruptions so the visit can be completed comfortably.
Before Your Video Call:
Schedule your visit
Use the scheduling link on your PicnicHealth Research Dashboard or the link sent to your email. Tip: Search your inbox for “New task for the BEACON-SLE Study - schedule your remote visit” to find the scheduling email.
Check your confirmation
You’ll receive an email with your appointment time and instructions for joining the video call.
On the Day of Your Video Call:
Join the call
Click the Zoom link sent to you by email or text message, or use the link available on your research dashboard.
Meet with the research staff member
They will ask you structured questions about your health and any lupus symptoms you’ve experienced over the past 30 days.
If needed, they may guide you through a few simple visual checks (such as looking at your skin, hair, joints, or mouth). You can always tell them if you’re not comfortable with anything.
Receive Compensation
You’ll receive up to $60 for completing your visit.
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