Severe or Persistent Headache: What Is It and How to Book a Consultation Service for Its Treatment Through StrongBody
A severe or persistent headache in children is a symptom that should never be overlooked. Unlike occasional or minor headaches, persistent or intense headaches can indicate a more serious underlying issue—especially in children who have suffered head trauma. These headaches are often described as throbbing, pressure-like, or stabbing, and they can last for hours or days. In some cases, they become chronic and interfere with school attendance, play, and sleep.
One of the most alarming causes of such symptoms is head injury. A severe or persistent headache Head Injury In Children often signals post-concussion syndrome, internal bleeding, swelling, or even structural brain damage. Children may not always verbalize their discomfort clearly, making parental awareness and expert consultation crucial.
These headaches can cause extreme discomfort, irritability, sensitivity to sound and light, nausea, and difficulty concentrating. Left unmanaged, they impact learning, emotional regulation, and physical activity—affecting a child’s development and overall well-being.
Severe or persistent headaches are commonly associated with conditions like migraines, brain infections, tumors, and most significantly, Head Injury In Children. The close relationship between the headache symptom and pediatric head trauma highlights the urgent need for targeted evaluation and treatment.
Head Injury In Children is any trauma to the scalp, skull, or brain of a child. These injuries may result from falls, sports accidents, car crashes, or abuse. Children are particularly vulnerable due to their developing skulls and brains. The impact of head trauma can range from minor concussions to life-threatening hemorrhages.
According to the CDC, head injury is one of the leading causes of emergency visits and hospitalizations among children. Boys are statistically more prone than girls, and children under five face the highest risk due to falls.
Common symptoms include confusion, vomiting, dizziness, behavioral changes, loss of consciousness, and critically, severe or persistent headache. This symptom often serves as an early warning for more severe complications.
Children with traumatic brain injury may experience delayed cognitive development, attention deficits, and emotional instability. Psychological effects such as anxiety, depression, and PTSD are also common. Therefore, early intervention and proper diagnosis are essential for recovery and long-term health.
The management of a severe or persistent headache Head Injury In Children requires a multidisciplinary approach:
- Pain Management: Use of pediatric-approved analgesics or anti-inflammatories
- Neurological Monitoring: Ongoing evaluation by pediatric neurologists to detect complications like brain swelling or hematoma.
- Rest and Activity Modification: Ensuring physical and cognitive rest to reduce brain stress.
- Vision and Balance Assessments: Identifying related issues such as visual disturbances or vestibular dysfunction.
- Counseling and Psychological Support: Addressing emotional impacts of trauma and chronic pain.
Each treatment is tailored to the child’s age, type of injury, and symptom severity. Consulting with specialized professionals ensures accurate diagnosis and efficient care.
Introduction to Consultation Services on StrongBody AI
Severe or persistent headache on StrongBody AI offers parents and guardians access to expert-driven, child-focused consultations. These services are especially beneficial when the headaches follow a recent head injury.
Key features of StrongBody’s consultation service include:
- Symptom assessment and history review tailored to pediatric cases.
- Age-appropriate diagnostic questionnaires and visual assessments.
- Development of a care plan including home remedies, therapy referrals, and medication options.
StrongBody AI consultants include certified pediatric neurologists, trauma specialists, and pediatricians. Each expert is verified based on credentials, years of experience, and patient feedback.
After the consultation, users receive:
- A personalized headache management plan.
- Follow-up guidelines.
- Recommendations for diagnostic testing if necessary.
Using a Severe or persistent headache empowers parents to respond early, potentially preventing long-term complications.
One of the most valuable components of this service is the neurological screening task, conducted during the consultation.
This task includes:
- Assessment of eye movement, reflexes, and motor coordination.
- Evaluation of behavioral and verbal responses.
- Use of pediatric symptom severity scales.
Tools used: Digital vision screening apps, motion detection software, pediatric symptom questionnaires.
This task typically takes 20–30 minutes and is performed in a virtual consultation. It allows for the identification of neurological irregularities linked to severe or persistent headache Head Injury In Children, ensuring swift action if abnormalities are detected.
In the autumn of 2025, during a heartfelt online gathering hosted by the Child Brain Injury Trust—a leading UK charity supporting families—a series of short video testimonies played to hundreds of parents, clinicians, and survivors. One story, told in a gentle West Country accent from Bristol, brought a wave of quiet tears and nods of recognition across screens. It was the voice of Claire Bennett, a 36-year-old primary school teaching assistant, sharing the journey of her nine-year-old son, Jack, who had endured severe and persistent headaches since a head injury the previous year.
Jack had always been a whirlwind of energy—racing around the playground at break time, scoring goals in weekend football matches for his local club in Ashton, building elaborate Lego worlds that spilled across the living-room floor. Claire cherished those ordinary days: packed lunches, muddy kit to wash, bedtime stories under the glow of his spaceship lamp. Then, one drizzly Saturday in October 2024, everything changed. During a junior match, Jack went up for a header and collided mid-air with another boy. He fell awkwardly, his head striking the wet pitch. He tried to stand, then collapsed. The coach called an ambulance; Claire arrived at Bristol Royal Hospital for Children to find him pale and vomiting. Scans showed no bleed but a significant concussion with signs of diffuse axonal injury. “Rest, no screens, gradual return to school,” the paediatrician said. “Most children recover fully within weeks.”
They didn’t. The headaches began subtly—dull throbs after short playtime—then grew ferocious. Jack would wake screaming in the night, clutching his head, describing pain “like hammers inside.” Daylight worsened it; school lights triggered agony that left him curled under his desk. Even soft voices or the hum of the fridge could spark a migraine that lasted days. He missed months of Year 4, then returned part-time only to come home in tears, unable to concentrate. Football was abandoned; friends’ birthday parties became impossible. Claire watched her bright, fearless boy shrink into someone who flinched at sudden movement and begged to stay in darkened rooms.
They tried everything the system offered. Repeated visits to paediatric neurology at Bristol and Great Ormond Street, private consultations in London that cost thousands, vestibular therapy, migraine prophylactics with side effects that made Jack drowsy and tearful. She bought blue-light glasses, white-noise machines, every recommended supplement. Nights were spent logging symptoms in AI health apps and children’s symptom trackers, entering pain scales, triggers, sleep hours. The responses were always generic: “Keep a headache diary,” “Ensure hydration,” “Consult your GP.” Nothing captured why certain smells or sounds escalated the pain, or why rest alone wasn’t enough. Savings dwindled on co-pays and travel; hope frayed.
One exhausted evening in early 2025, scrolling a private UK parents’ group for paediatric TBI, Claire read a post from a mum in Manchester whose daughter had finally found targeted help through a platform called StrongBody AI. It connected families worldwide to paediatric specialists experienced in complex post-concussion symptoms, using continuous data uploads, wearable monitoring, and AI-assisted matching to deliver truly individualised care for children. Desperate yet cautious, Claire signed up the next morning while Jack slept.
She created a family account, uploaded Jack’s hospital reports, repeat MRI notes, daily pain diaries, school absence records, even short videos of his headache episodes and sound-sensitivity tests they’d done at home. Within days the platform matched them with Dr. Sofia Andersen, a Danish paediatric neurologist based in Copenhagen with 19 years specialising in post-traumatic headache syndromes in children. Dr. Andersen had led multinational research on integrating wearable sensor data with age-appropriate pain management protocols and had trained teams across Europe on preventing chronic post-concussion pain in young patients.
Claire’s first video consultation felt like breathing fresh air. Dr. Andersen spoke directly to Jack when he felt up to it, asking gentle questions about football memories, favourite Lego sets, what the pain felt like in his own words. She asked Claire about routines—school noise levels, screen time before bed, diet patterns, even how parental stress might affect Jack’s sleep. She studied the uploaded data streams live: pain spikes correlated with barometric pressure changes common in Bristol winters, worsened after short bursts of physical activity, eased slightly with specific breathing patterns. “This isn’t just a headache waiting to fade,” she said softly. “It’s Jack’s young brain still reorganising after the impact. We’ll guide that process together, adjusting every step to his life.”
Scepticism came swiftly from those around them. Claire’s mum worried aloud: “Love, you’ve spent so much already—stick with the NHS specialists.” Jack’s dad, though supportive, asked quietly if a Danish doctor online was really safe for a child. Friends cautioned against “foreign apps” while bringing meals round. Even the school SENCO expressed concern about sharing medical data internationally. Claire wavered during weeks when headaches persisted despite early gentle exercises.
Yet small improvements glimmered. Dr. Andersen designed an age-appropriate plan: paced return-to-learn schedules synced to pain logs, child-friendly sensory desensitisation games via the app, preventive hydration and snack timing tied to school hours, relaxation scripts recorded in Jack’s favourite football commentator voice. Weekly adjustments felt precise and kind—never one-size-fits-all.
Then came the night that tested everything.
Early summer 2025. Claire was home alone with Jack—his dad away coaching a tournament—when the worst headache yet struck. Jack woke at 2 a.m. screaming, face pale, vomiting, describing pain “ten out of ten, Mummy, make it stop.” Lights off, ice packs, usual medicines—nothing touched it. Panic rose; Claire feared raised intracranial pressure or worse. Hands shaking, she opened StrongBody AI. Jack’s latest pain entries and wearable heart-rate spike triggered an immediate critical alert.
Dr. Andersen responded within minutes despite the late Danish hour. “Claire, Jack—I’m here. I see the data. Stay calm with me.” She spoke directly to Jack when he could listen, guiding slow breathing while monitoring incoming vitals. She adjusted the emergency protocol they’d rehearsed: specific positioning, timed rescue medication, when to call 999 versus wait and watch. Forty minutes later the peak broke; pain fell to manageable levels without an ambulance dash. No escalation—just a severe flare caught and calmed early.
Claire held Jack as he drifted back to sleep, tears falling—not from fear, but from profound relief that someone understood his pain patterns intimately, from across the North Sea, and had guided them through the darkest hour.
That night rooted trust deeply. They followed the evolving plan with renewed hope: school pacing, gentle football reintroduction, pain-prevention tied to weather and activity data. Over months headaches grew shorter, milder, rarer. Jack returned to school full-time, scored his first goal in over a year, built Lego cities again without wincing.
Today Claire still opens StrongBody AI each morning, reviews overnight trends with Jack, messages Dr. Andersen for refinements. Jack now calls her “the headache detective.” He tells classmates, carefully, how he’s learning to listen to his brain and make it stronger.
Looking back, Claire speaks softly: “The collision didn’t just hurt Jack’s head—it shook our whole world. StrongBody AI didn’t promise a quick cure. It offered partnership. Dr. Andersen didn’t treat scans and scores; she treated Jack—his football dreams, his Lego stories, his fears, our family routines, his data, our hope. For the first time we weren’t waiting helplessly for the next crisis. We were preventing it, guided, understood, and slowly watching our boy come back into the light.”
And in that gentle, hard-won return lies the quiet promise that Jack’s story—and their family’s—is still unfolding, one brighter, braver day at a time.
In the golden haze of a May afternoon in 2025, on a bustling school playing field in Hampstead, London, eleven-year-old Oliver Thompson chased a football with the reckless joy only children know. A clumsy collision with a teammate sent him sprawling, his temple striking the goalpost with a crack that silenced the crowd. He stood up laughing at first, brushing off the dirt, but by evening the headache began—a dull throb that grew into a relentless storm behind his eyes.
What followed were weeks of fear. Scans at Great Ormond Street Hospital revealed a moderate traumatic brain injury with small contusions and post-concussion syndrome. The doctors were kind but cautious: rest, no screens, no sport, gradual return to school. Yet the headaches refused to leave. They woke Oliver in the night, turned bright classrooms into torture chambers, and reduced a once-boundless boy to quiet tears in his mother Sophia’s arms. Simple things—reading a book, kicking a ball with friends, even the chatter of family dinners—became triggers. Painkillers helped briefly, then stopped working. Follow-up appointments stretched across months on the NHS; private neurologists charged fortunes for fifteen-minute consultations that ended with the same words: “It’s common after concussion. Give it time.”
Sophia, a primary school teacher herself, watched her son fade and felt helpless. She spent thousands on osteopathy, child psychology sessions, migraine diets, blue-light glasses, even an expensive EEG cap that promised insights but delivered only confusing graphs. Online symptom-checkers and generic AI health apps offered checklists and scare stories, never answers that fit Oliver’s particular pain patterns—the way headaches spiked after laughter, eased with cold compresses, or arrived like clockwork in the late afternoon. Nights blurred into research marathons, guilt, and whispered prayers.
One sleepless dawn, scrolling through a UK parents-of-concussed-children group, Sophia read a post that stopped her heart: another mother describing how StrongBody AI had matched her daughter with a paediatric neurologist who actually understood persistent post-traumatic headaches. The platform, she wrote, used continuous data—sleep, activity, heart-rate variability, symptom logs—to guide recovery in ways no local clinic could match.
Desperate yet wary, Sophia downloaded the app. Registration took minutes: she uploaded Oliver’s discharge summaries, MRI reports, headache diaries, and photos of his pain-scale drawings. Within a day the system matched them with Dr. Sofia Andersson, a paediatric neurologist and concussion specialist at Karolinska University Hospital in Stockholm, with twenty years’ experience and pioneering work in remote monitoring for childhood traumatic brain injury. Dr. Andersson had published widely on using wearable data and AI analytics to shorten recovery times and prevent chronic post-traumatic headache in children.
Sophia’s husband James, a pragmatic engineer, was sceptical. “We need someone who can examine him properly, not a screen in Sweden,” he said. Grandparents worried about “foreign doctors” and data privacy. Friends cautioned that telemedicine was fine for colds, not brains. Even Oliver, usually trusting, asked quietly if the new doctor would really know him without ever touching his head.
The first video consultation silenced every doubt. Dr. Andersson greeted Oliver by name, asked about his favourite football team, then gently drew out details no one else had thought to ask: how headaches felt when he laughed with his little sister, whether smells in the school canteen made them worse, how nightmares about the accident affected his sleep. She studied the uploaded data from Oliver’s simple activity tracker and headache app, spotting patterns immediately—subtle overstimulation in the afternoons, poor sleep architecture, lingering vestibular sensitivity. “This isn’t just ‘time healing’,” she told Sophia calmly. “We can guide his brain to recover faster and smarter.”
What moved Sophia most was Dr. Andersson’s memory: every follow-up began with precise recall of Oliver’s last pain scores, his sister’s name, even the goalpost incident. She felt seen in a way local rushed appointments never allowed.
Resistance lingered at home. Family dinners carried gentle warnings: “Don’t rely too much on an app, love.” Sophia wavered, but small victories rebuilt faith—headaches dropping from daily to thrice-weekly, Oliver managing a full morning at school for the first time in months.
Then came the crisis. One stormy October night in 2025, Oliver woke screaming. The pain was different—sharp, nauseating, accompanied by vomiting and confusion. Sophia’s heart stopped; she feared bleeding or swelling. James reached for the phone to call 999, but Oliver, pale and trembling, whispered, “Try Dr. Andersson first.”
Sophia opened StrongBody AI with shaking hands. The platform’s connected wearable had already detected elevated heart rate and movement cessation, triggering an emergency alert. In under forty seconds Dr. Andersson appeared on screen, voice steady as sunrise. She assessed Oliver live—asking him to follow her finger, checking pupil response via camera, reviewing real-time vitals—then guided Sophia through immediate steps: dim lights, cool cloth, specific positioning, a precise dose of rescue medication they had pre-agreed. She stayed on the call for forty minutes, reassuring, adjusting, until the pain crested and began to recede. No ambulance needed. No terrifying A&E wait.
When the call ended, Sophia held her sleeping son and wept—not from fear this time, but gratitude. A doctor hundreds of miles away had known Oliver well enough to steer them through the darkest hour.
From that night, trust became absolute. Oliver followed Dr. Andersson’s tailored protocol: paced return to light exercise, cognitive rest windows, nutrition tweaks for neuro-protection, vestibular therapy games he actually enjoyed. Headaches grew rarer, milder. By early 2026 he was back on the pitch for gentle training, laughing without wincing, sleeping through the night.
Looking back, Sophia often says softly: “That goalpost didn’t just bruise Oliver’s head—it shook our whole world. But StrongBody AI handed us back the reins. Dr. Andersson didn’t simply treat headaches; she gave my boy his childhood back, one careful, data-lit step at a time.”
Each morning now, Oliver checks his app trends with a small proud smile, then races outside to play. Sophia watches from the kitchen window, heart full, knowing the platform is more than technology—it’s a quiet guardian, turning fear into hope.
What lies ahead as Oliver grows stronger, bolder, brighter? The coming months and years will tell, but for the first time since that May afternoon, the future feels wide open again.
In the summer of 2026, during a global online summit on pediatric concussion recovery organized by the European Paediatric Neurology Society, a heartfelt video testimony brought tears to viewers across continents. Among the shared stories was that of little Matteo Rossi, a spirited 11-year-old boy from Milan, Italy, whose persistent headaches after a head injury had once threatened to dim his joyful childhood.
It all started on a crisp autumn afternoon in 2024. Matteo was playing football with friends in a local park near the Navigli canals when he collided head-first with another player while chasing the ball. He fell hard, briefly dazed, but got up laughing—typical for an active boy like him. That evening, though, a throbbing headache began, accompanied by nausea and sensitivity to the bustling Milan street noises. His parents, Elena and Marco, rushed him to the emergency room. Scans showed a mild concussion, no fractures or bleeding. "Rest for a few weeks," the doctors said. "He'll be fine."
But Matteo wasn't fine. The headaches returned fiercely—severe, pounding pains that woke him at night, made school lessons unbearable, and turned his favorite pasta dinners into battles against nausea. Bright Italian sunshine triggered migraines; even the chime of church bells felt like hammers. Simple things like reading his beloved comic books or kicking a ball with friends became impossible. Matteo, once the lively kid organizing neighborhood games, grew quiet and tearful, missing weeks of school and withdrawing from his teammates.
Elena and Marco felt helpless. They shuttled Matteo between pediatricians in Milan, neurologists in Rome, and even a specialist clinic in Bologna. Appointments piled up, with travel costs, lost workdays, and private consultations draining their savings—thousands of euros despite Italy's national health system covering basics. Each doctor suggested variations: more rest, gentle exercises, over-the-counter pain relief, or cognitive behavioral tips. They tried symptom-tracking apps and AI-driven health tools popular in Europe, inputting Matteo's daily logs of pain levels, sleep, and triggers. The responses were always generic: "Increase hydration" or "Avoid screens." Nothing captured how Milan's humid summers worsened his dizziness or why certain smells from street vendors sparked vomiting. Matteo's headaches persisted, turning months into a foggy ordeal.
By late 2025, the family was exhausted. Matteo's grades slipped, his laughter faded, and Elena often cried at night worrying about long-term effects. Scrolling through an Italian parent support group for childhood concussions one evening, Elena read a post from a mother in Spain praising a platform called StrongBody AI. It connected families directly with world-class pediatric specialists for ongoing, data-informed care—using real-time metrics from wearables, parent logs, and symptom patterns to create truly personalized recovery plans. Unlike the impersonal apps they'd tried, this paired real experts with families globally.
Desperate for hope, Elena created an account the next day. She uploaded Matteo's medical records, detailed his injury timeline, headache patterns, school struggles, and even how family stress affected his sleep. Within hours, the platform matched them with Dr. Emma Thompson, a leading pediatric neurologist in London with over 18 years specializing in post-concussion syndrome in children. Dr. Thompson had pioneered remote protocols integrating activity trackers, sleep data, and school performance metrics to guide safe return-to-play and learning.
Their first video consultation felt like a lifeline. Dr. Thompson spoke directly to Matteo in simple terms, asking about his football dreams, favorite Milan spots, and how headaches felt—like "a storm in my head," he said shyly. She reviewed data from the child-friendly wearable Elena had started using: heart rate variability during pain spikes, sleep disruptions, daily activity dips. She noticed patterns tied to Milan's pollution levels and school stress that local doctors had overlooked. "We're partners in this," she told the family warmly. "We'll track Matteo's brain healing day by day and adjust as he grows stronger."
Skepticism came quickly from loved ones. Matteo's grandparents, traditional Italians, insisted: "You need doctors you can see in person, not some app across the sea." Marco's siblings warned about online risks and extra costs for international expertise. Even Elena hesitated, fearing another false hope.
Yet the dashboard told a different story. Week by week, headache frequency dropped slightly; sleep scores improved. Dr. Thompson tailored advice thoughtfully—short vestibular exercises inspired by Matteo's love of cycling, timed breaks during school with teacher notes, nutritional tweaks for Mediterranean diets, and gradual football drills. Every change explained clearly, rooted in Matteo's unique data.
Then came the night that shattered all doubts.
In February 2026, during a fierce Milan thunderstorm, Matteo woke screaming around midnight. His headache was the worst yet—blinding pain, vomiting, confusion that scared him into thinking he was "broken forever." Elena and Marco panicked; Marco was away on a business trip to Turin. Alone with her son, Elena opened the StrongBody AI app through tears. The system had already detected abnormal heart rate spikes and movement alerts from Matteo's tracker. In under 20 seconds, Dr. Thompson appeared on an emergency video call.
"Matteo, Elena—breathe with me," she said calmly, her voice steady amid the storm. She guided a quick neuro check via video, reviewed live vitals, and directed safe pain relief dosing, dimming lights, and hydration with electrolytes. She spotted it wasn't a new injury but a flare from overexertion at school, coaching Elena through calming techniques until symptoms eased. Thirty minutes later, Matteo drifted to sleep, pain subdued. Dr. Thompson stayed online, promising morning adjustments and local follow-up coordination.
Elena wept—not from despair, but profound relief. A specialist in London had guarded her son through the night, bridging distance with expertise and care.
From then on, faith replaced fear. The family embraced the plan: paced school reintegration, fun adapted sports, mindfulness games Matteo enjoyed. Months passed; severe headaches faded to rare mild ones. Matteo returned to football, scoring goals again, his smile brighter than ever.
Today, Matteo Rossi no longer fears the next headache. He's a boy chasing dreams in Milan's parks, a student thriving, a son filling his home with laughter. Each morning, Elena checks the StrongBody AI updates with Dr. Thompson's encouraging notes, feeling deeply grateful.
Reflecting, Elena often smiles through happy tears. The injury stole joyful months, but it taught their family resilience—and led to unwavering support across borders.
The path ahead holds more adventures, questions, and triumphs. But for the first time, Matteo wakes excited for the day, not wary of pain.
And somewhere, families watching that summit testimony pause, hearts stirring: could this spark their child's brighter tomorrow?
How to Book a Pediatric Symptom Consultation on StrongBody AI
StrongBody AI offers a safe and globally accessible platform to find and book health consultations. Here’s how to book the Severe or persistent headache for children:
Step 1: Access StrongBody AI
Go to StrongBody.ai and select the “Child Medical Symptoms” category. Step 2: Register an Account
Click “Sign Up” and provide:
- Username
- Email
- Country
- Password
Verify your email address to activate your account.
Step 3: Search for Services
In the search bar, enter Severe or persistent headache.
Apply filters by:
- Age group: Pediatric
- Expert Type: Pediatric Neurologist, Pediatrician
- Cause: Head Injury In Children
Step 4: View Consultant Profiles
Explore the Top 10 best experts on StrongBodyAI. Each profile includes:
- Professional credentials
- Patient reviews
- Years of experience with child head injuries
Step 5: Compare Service Prices Worldwide
StrongBody AI allows parents to compare service prices worldwide. Users can choose from affordable, mid-range, or premium consultations based on location, expertise, and consultation duration.
Step 6: Book and Pay
Once an expert is selected, choose an available time slot. Secure payment options include PayPal, credit card, and bank transfer.
Step 7: Attend the Online Consultation
Prepare for the consultation in a quiet room with a stable internet connection. The child should be present and relaxed for accurate assessment.
A severe or persistent headache in children, especially after a head injury, is a red flag that requires immediate expert attention. This symptom, if unmanaged, can have long-term physical, neurological, and emotional consequences.
The close relationship between severe or persistent headache Head Injury In Children emphasizes the need for timely consultation. By using a Severe or persistent headache, parents gain clarity, direction, and access to tailored care.
With StrongBody AI, families can easily connect with the Top 10 best experts on StrongBodyAI, compare service prices worldwide, and book consultations in a secure, child-friendly environment. StrongBody AI offers a smart, effective way to manage pediatric symptoms—ensuring children get the care they need when it matters most.
Overview of StrongBody AI
StrongBody AI is a platform connecting services and products in the fields of health, proactive health care, and mental health, operating at the official and sole address: https://strongbody.ai. The platform connects real doctors, real pharmacists, and real proactive health care experts (sellers) with users (buyers) worldwide, allowing sellers to provide remote/on-site consultations, online training, sell related products, post blogs to build credibility, and proactively contact potential customers via Active Message. Buyers can send requests, place orders, receive offers, and build personal care teams. The platform automatically matches based on expertise, supports payments via Stripe/Paypal (over 200 countries). With tens of millions of users from the US, UK, EU, Canada, and others, the platform generates thousands of daily requests, helping sellers reach high-income customers and buyers easily find suitable real experts. StrongBody AI is where sellers receive requests from buyers, proactively send offers, conduct direct transactions via chat, offer acceptance, and payment. This pioneering feature provides initiative and maximum convenience for both sides, suitable for real-world health care transactions – something no other platform offers.
StrongBody AI is a human connection platform, enabling users to connect with real, verified healthcare professionals who hold valid qualifications and proven professional experience from countries around the world.
All consultations and information exchanges take place directly between users and real human experts, via B-Messenger chat or third-party communication tools such as Telegram, Zoom, or phone calls.
StrongBody AI only facilitates connections, payment processing, and comparison tools; it does not interfere in consultation content, professional judgment, medical decisions, or service delivery. All healthcare-related discussions and decisions are made exclusively between users and real licensed professionals.
StrongBody AI serves tens of millions of members from the US, UK, EU, Canada, Australia, Vietnam, Brazil, India, and many other countries (including extended networks such as Ghana and Kenya). Tens of thousands of new users register daily in buyer and seller roles, forming a global network of real service providers and real users.
The platform integrates Stripe and PayPal, supporting more than 50 currencies. StrongBody AI does not store card information; all payment data is securely handled by Stripe or PayPal with OTP verification. Sellers can withdraw funds (except currency conversion fees) within 30 minutes to their real bank accounts. Platform fees are 20% for sellers and 10% for buyers (clearly displayed in service pricing).
StrongBody AI acts solely as an intermediary connection platform and does not participate in or take responsibility for consultation content, service or product quality, medical decisions, or agreements made between buyers and sellers.
All consultations, guidance, and healthcare-related decisions are carried out exclusively between buyers and real human professionals. StrongBody AI is not a medical provider and does not guarantee treatment outcomes.
For sellers:
Access high-income global customers (US, EU, etc.), increase income without marketing or technical expertise, build a personal brand, monetize spare time, and contribute professional value to global community health as real experts serving real users.
For buyers:
Access a wide selection of reputable real professionals at reasonable costs, avoid long waiting times, easily find suitable experts, benefit from secure payments, and overcome language barriers.
The term “AI” in StrongBody AI refers to the use of artificial intelligence technologies for platform optimization purposes only, including user matching, service recommendations, content support, language translation, and workflow automation.
StrongBody AI does not use artificial intelligence to provide medical diagnosis, medical advice, treatment decisions, or clinical judgment.
Artificial intelligence on the platform does not replace licensed healthcare professionals and does not participate in medical decision-making.
All healthcare-related consultations and decisions are made solely by real human professionals and users.
