Ask anything about your patients. Automate what happens next.

Generative AI meets your full EHR and clinical archives to surface insights and automate next steps. At scale, across service lines, 24/7.

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Address actionable findings
Improve case-mix accuracy
Streamline prior authorization
Boost preventive screening
Prevent hospital infections
Identify trial candidates
Automate registry mapping
Find adults with type 2 diabetes and HbA1c ≥ 9 % despite metformin who have a BMI ≥ 30 kg/m² and are not yet on advanced metabolic agents and add them to the metabolic-intervention study candidate list.

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Identify trial candidates
Find metastatic colorectal-cancer patients treated this year whose tumors are MSI-high or dMMR and have ECOG 0–1 and add them to the immunotherapy trial candidate roster.

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Identify trial candidates
Find all inpatients with Foley catheters placed more than 48 hrs ago and a urine culture of at least 100,000 CFU/mL and page infection-prevention nurses to evaluate for CAUTI.

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Prevent hospital infections
Find lung-cancer patients with an EGFR mutation confirmed on molecular testing whose creatinine clearance is above 30 mL/min and who have not received targeted therapy and add them to the candidate list for EGFR-targeted clinical trials.

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Identify trial candidates
Find metastatic breast-cancer patients seen this year who are HER2-low with ECOG 0–1 and have not received antibody-drug therapy and add them to the Phase III candidate list for new HER2-low trials.

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Identify trial candidates
Find hip-fracture admissions discharged this week that meet national registry criteria but lack a registry entry and generate the hip-fracture form and alert the orthopedic data abstractor.

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Automate registry mapping
Find stroke discharge summaries finalized in the past 24 hrs that list an NIHSS score yet have no entry in the stroke quality registry and pre-fill the quality-registry form and notify the stroke program.

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Automate registry mapping
Find all adults with confirmed pathogenic BRCA1 or BRCA2 variants who are not yet enrolled in the hereditary-cancer registry and auto-enroll them and send yearly MRI reminders.

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Automate registry mapping
Find new malignant pathology reports from the last 24 hrs whose tumor site or histology is not yet in the registry and auto-fill the NAACCR record and alert the registrar.

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Automate registry mapping
Find all ventilated ICU patients intubated for more than 48 hrs with no oral-care documentation in the last 12 hrs and alert nursing leadership to perform and log oral care.

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Prevent hospital infections
Find all patients with central lines in place for 7 days or more who have a fever above 100.4 °F and no blood culture drawn in 24 hrs and prompt the care team to draw cultures and consider line replacement.

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Prevent hospital infections
Find all postoperative patients from yesterday who are still receiving prophylactic antibiotics more than 24 hrs after incision closure and send stewardship alerts to stop the drug or document a rationale.

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Prevent hospital infections
Find immunocompromised adults aged 19–64 who lack documentation of the PCV-20 vaccine and invite them through MyChart to a nurse-run vaccine clinic.

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Boost preventive screening
Find all patients with a BRCA mutation or first-degree family history of early breast cancer who have never completed genetics counseling or high-risk screening and auto-refer genetics and prompt the patient to schedule an MRI.

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Boost preventive screening
Find all women aged 40–74 who have an upcoming primary-care visit but have no mammogram documented in the past 2 yrs and add a mammography order suggestion to the pre-chart note.

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Boost preventive screening
Find all adults aged 45–75 who visited primary care this year but do not have up-to-date colorectal-cancer screening and send an SMS with a self-scheduling link for stool testing or colonoscopy.

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Boost preventive screening
Find all scheduled cardiac catheterization cases whose authorization will expire before the procedure date and request an extension or reschedule the case if the payer denies.

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Streamline prior authorization
Find all outpatient knee MRI orders for sports-injury patients scheduled within 5 days that lack the conservative-therapy documentation required by the payer and attach the notes, file the authorization, and update radiology on approval.

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Streamline prior authorization
Find all Medicare Advantage COPD stays this quarter lacking a documented tobacco-use code that affects RAF scoring and auto-add the code and update the RAF value.

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Improve case-mix accuracy
Find all orders placed in the last 24 hrs that are flagged as requiring prior authorization but still lack an auth code after 12 hrs when service is needed within 7 days and auto-submit the authorization, notify the team, and appeal if denied.

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Streamline prior authorization
Find inpatient echocardiograms finalized this week with LVEF ≤ 40 % that are billed under unspecified heart-failure codes and draft corrected ICD-10 and DRG updates for revenue integrity.

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Improve case-mix accuracy
Find newly diagnosed metastatic lung-cancer patients prescribed osimertinib with no payer authorization recorded 24 hrs before the planned start date and compile the packet, submit to the payer, and alert pharmacy once approved.

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Streamline prior authorization
Find all recent discharges with sepsis and acute kidney injury noted in progress notes where the summary omits creatinine trends that meet KDIGO stage 2 and prompt the physician to add an addendum documenting AKI stage.

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Improve case-mix accuracy
Find all COPD admissions this quarter whose notes mention chronic respiratory failure yet lack the ICD-10 code J96.10 and send a coding query to the attending physician with a ready-to-sign update.

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Improve case-mix accuracy
Find all patients who received routine chest CTs in the last 90 days where Bunkerhill’s FDA-cleared algorithm shows severe aortic-valve calcium and no echocardiogram is ordered and queue an echo order and text the valve clinic about same-day slots.

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Address actionable findings
Find echocardiogram reports from the past 6 months that show LVEF ≤ 40 % but lack a systolic heart-failure ICD code and notify the electrophysiology referral queue with patient details.

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Address actionable findings
Find all chest CT reports from the last week that mention a solid nodule ≥ 8 mm but have no pulmonology note or follow-up imaging order and send an alert to the incidental-nodule clinic work queue.

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Address actionable findings
Find all patients who had a routine chest CT in the past month with moderate or severe coronary calcium detected by Bunkerhill’s FDA-cleared algorithm and message the PCP with statin guidance and a cardiology referral link.

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Address actionable findings
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Dr. Peter McCaffrey
Chief AI Officer at UTMB Health

"Many AI solutions are fragmented and narrowly scoped. Turning on Bunkerhill felt like activating a shared brain that could finally think and act across our entire health system."

7+
Clinical domains using Bunkerhill workflows.
View Case Study

Build custom, AI-powered workflows for any use case, in any specialty

Resolve All Actionable Radiology Report Findings

Identify patients with actionable findings mentioned in finalized radiology reports by parsing study text with NLP and guideline logic, cross-checking the EHR for completion status, and automatically triggering the right next steps. Complete outreach, orders, and scheduling when eligible or queue items for review when required.

Address actionable findings

Auto-Submit Prior Auth for Urgent Procedures

Prepare and submit payer-required documentation for urgent procedures by extracting clinical criteria from encounters and conditions and verifying prerequisite therapies and tests.

Streamline prior authorization

Escalate High-Risk Referrals

Analyze referral queues across specialties to identify patients with urgent clinical indicators, apply triage rules, and automatically move these cases ahead of routine referrals for timely scheduling and provider follow-up. Sites may optionally insert a manual approval step before reordering.

Prioritize referral queues

Automate Cancer Registry Submission

Continuously monitor encounters and pathology reports to detect new cancer cases, auto-abstract all required data elements, apply registry standards (NAACCR, SEER, CoC), and automatically prepare and submit files. Manual approval can be inserted before submission if desired.

Automate registry mapping

Schedule Follow-Up for Suspicious Lung Nodules

Parse radiology reports to identify incidental or suspicious pulmonary nodules, apply Fleischner-based follow-up rules, and automatically coordinate interval imaging and provider notification.

Address actionable findings

Identify Eligible Patients for Clinical Trials

Continuously scan patient records against active clinical trial protocols, apply eligibility criteria, and automatically flag, notify, and coordinate trial enrollment. Sites may optionally insert a manual review step before contacting patients.

Identify trial candidates

Close All Preventive Screening Gaps

Identify patients overdue for any preventive screening (colorectal, cervical, breast, lung, diabetic eye, AAA, and more), apply guideline-based rules, and automatically coordinate outreach, scheduling, and provider documentation. Sites may optionally choose manual approval before patient messaging.

Boost preventive screening

Standardize Coding for Complex Multi-Condition Cases

Reconcile documentation for patients with multiple chronic conditions by comparing evidence in encounters, studies, labs, and medications; draft accurate, guideline-consistent problem lists and care plans.

Improve case-mix accuracy

Notify PCP When CAC Warrants Statin Discussion

Detect elevated CAC on routine chest CT using Bunkerhill’s FDA-cleared iCAC algorithm, identify patients not on statins, and trigger primary-care outreach and appointment scheduling for shared decision-making.

Address actionable findings

Flag Low Bone Density on CT for DEXA

Detect possible low bone density on routine abdominal CT using Bunkerhill’s FDA-cleared BMD algorithm and cue a confirmatory DEXA order with clinician notification.

Address actionable findings

Prioritize High CAC Gated CTs for Review

Identify gated cardiac CT exams with high preliminary CAC from Bunkerhill’s FDA-cleared CAC (gated) algorithm and, after radiologist sign-off, prioritize clinician notification and preventive care review.

Address actionable findings

Generate CAC Measurements on Gated CT for Sign-off

Pre-populate CAC measurements from gated cardiac CT using Bunkerhill’s FDA-cleared CAC (gated) algorithm to streamline structured reporting for radiologist review and approval.

Other

Match Postpartum Hypertension Patients to Trial

Identify postpartum patients with persistent hypertension using encounter vitals and labs, evaluate them against trial criteria, and automatically coordinate research referral and patient communication.

Identify trial candidates

Automate Primary Care Medication Prior Authorization

For primary care patients prescribed medications that require PA, extract diagnoses, labs, encounters, medication history, and coverage details from the EHR, answer payer-specific questions, and complete the electronic PA form. Validate against payer criteria and clinical guidelines, submit, track status, and draft appeals, with an optional human review step before submission.

Streamline prior authorization

Identify Potential Aortic Stenosis Risk from AVC

Use Bunkerhill’s FDA-cleared AVC algorithm on routine chest CT to highlight patients with elevated valve calcification who may warrant evaluation for aortic stenosis and coordinate next steps.

Address actionable findings

Flag Enlarged Abdominal Aorta on CT for Evaluation

Measure abdominal aortic diameter on CT using Bunkerhill’s FDA-cleared abdominal aortic quantification algorithm and route patients above guideline thresholds for vascular evaluation.

Address actionable findings

Flag Elevated AVC and Recommend Echocardiography

Analyze routine chest CT with Bunkerhill’s FDA-cleared AVC algorithm to identify elevated aortic valve calcification and recommend echocardiography after clinician review.

Address actionable findings

Schedule Surveillance After Abdominal Aortic Enlargement

Compare current and prior CT aortic measurements using Bunkerhill’s FDA-cleared abdominal aortic quantification algorithm; when interval growth exceeds thresholds, coordinate guideline-based surveillance or evaluation.

Address actionable findings

Trigger Osteoporosis Counseling After CT-Identified Low BMD

Identify patients with CT-estimated low BMD via Bunkerhill’s FDA-cleared BMD algorithm and coordinate counseling plus DEXA scheduling for diagnostic confirmation.

Address actionable findings

Monitor No-Show Risk and Reschedule

Predict high likelihood of missed appointments using appointment history and clinical context, then offer alternative slots or modality changes and notify care teams and patients.

Other

Escalate Abnormal Critical Lab Values

Identify and escalate critical laboratory results across the health system by monitoring lab feeds, verifying the responsible clinician, and initiating urgent outreach with documented follow-up steps.

Address actionable findings

Link Patients to National Preventive Care Programs

Connect eligible patients to national or state preventive programs by evaluating criteria in encounters, conditions, and labs; coordinate enrollment, intake scheduling, and follow-up.

Boost preventive screening

Prioritize High-Risk COPD Outreach

Identify COPD patients with recent exacerbations or therapy gaps using encounters, conditions, and medication patterns; coordinate outreach, action plans, and follow-up.

Other

Coordinate Post-Discharge Follow-up

Identify recent discharges and risk factors from encounters, conditions, and medications; auto-schedule timely follow-up appointments and communicate plans to patients and care teams.

Other

Pediatric NICU-to-Home Care Transitions

Coordinate comprehensive follow-up for NICU graduates by synthesizing discharge details, active diagnoses, and medications; schedule multidisciplinary visits and caregiver communications.

Other

Flag Elevated CAC on Chest CT for Review

Identify adults whose routine (non-contrast, non-gated) chest CT was analyzed by Bunkerhill’s FDA-cleared iCAC algorithm and shows elevated coronary artery calcium; cross-check ASCVD risk and coordinate guideline-aligned cardiology follow-up.

Address actionable findings

Surface Eligible Patients for Multi-Specialty Trial

Identify patients eligible for a multi-specialty clinical trial by scanning study reports, diagnoses, and treatment history; coordinate centralized research outreach and scheduling.

Identify trial candidates

Find Missed Vertebral Fractures

Detect vertebral compression fractures documented in radiology study reports that have not triggered appropriate evaluation or treatment; coordinate osteoporosis workup and follow-up.

Catch missed diagnoses

Identify Postpartum Depression Signals

Identify postpartum patients with concerning depression indicators using encounter notes and screening scores; initiate timely assessment, support, and follow-up coordination.

Catch missed diagnoses

Identify Unrecognized Atrial Fibrillation

Find patients with atrial fibrillation referenced in ECG/monitoring study reports or notes but missing from the active problem list; verify context and initiate appropriate evaluation and management steps.

Catch missed diagnoses

Detect Undiagnosed Hypertension

Identify adults with repeatedly elevated blood pressures across encounters by analyzing vitals, diagnoses, and medication history; confirm likely hypertension and complete next steps for verification and follow-up.

Catch missed diagnoses

Conduct Annual Cardiovascular Risk Review

Find adults due for annual ASCVD risk assessment, compile vitals and labs, and coordinate guideline-based next steps such as counseling or therapy review.

Boost preventive screening

Prompt Diabetic Eye Exam Scheduling

Identify patients with diabetes who are due for retinal screening and coordinate referral or appointment scheduling, with reminders for completion and documentation.

Boost preventive screening

Recognize Parkinsonian Features in Notes

Surface adults with charted parkinsonian signs and symptoms from encounter notes and study summaries who lack a Parkinson’s diagnosis; coordinate specialty evaluation.

Catch missed diagnoses

Identify Eligible Lung Cancer Screening

Determine eligibility for low-dose CT lung cancer screening using age, smoking history, and prior screening status, and then coordinate orders and scheduling.

Boost preventive screening

Auto-Enroll Lung Nodule Surveillance

Parse radiology reports to identify pulmonary nodules and apply guideline-based surveillance intervals; enroll eligible patients into a follow-up program and coordinate scheduling.

Automate registry mapping

Map Incident Cancers to Tumor Registry

Identify new primary cancers from pathology/imaging reports and encounters, determine site and histology, and map required fields for tumor registry intake and tracking.

Automate registry mapping

Enroll PCI Cases to Registry

Detect percutaneous coronary intervention (PCI) cases and assemble required data elements (presentation, troponin, medications, procedural details) to enroll patients in the cardiac registry.

Automate registry mapping

Add Stroke Cases to Registry

Identify stroke/TIA hospitalizations by scanning encounter documentation, diagnosis codes, and study reports, then populate required stroke registry fields and prepare submission according to program standards.

Automate registry mapping

Close Cervical Screening Gaps

Identify patients overdue for cervical cancer screening based on age, prior results, and risk factors, then coordinate ordering and scheduling for Pap/HPV testing per guidelines.

Boost preventive screening

Onboard Children to Asthma Registry

Find pediatric patients meeting criteria for persistent asthma using diagnosis history, encounters, and medication patterns, then enroll them into the pediatric asthma registry and schedule follow-up.

Automate registry mapping

Increase Colorectal Screening Completion

Detect adults due for colorectal cancer screening and propose the appropriate test (FIT or colonoscopy) based on history and risk, then coordinate ordering and completion tracking.

Boost preventive screening

Document Type 1 Diabetes Complications

Detect and document microvascular complications in Type 1 diabetes by synthesizing labs, ophthalmology study reports, and encounter history, and prompt guideline-based follow-up and education.

Improve case-mix accuracy

Confirm CKD Staging Documentation

Standardize chronic kidney disease staging by reconciling eGFR and albuminuria trends from labs with existing diagnoses and ensuring the correct stage is documented and communicated to care teams.

Improve case-mix accuracy

Reconcile Secondary Malignancy Codes

Align documentation of metastatic disease by comparing pathology/imaging study reports with active diagnoses, and prompt accurate coding and care coordination where secondary cancer is present.

Improve case-mix accuracy

Expedite Sleep Study Authorization

Screen for obstructive sleep apnea risk using STOP-Bang and clinical history, and automatically prepare prior authorization packets for home sleep testing or polysomnography.

Streamline prior authorization

Screen Patients for Heart Failure Device Trials

Screen adults with heart failure for device trials by pulling left ventricular ejection fraction from cardiology study reports, reviewing current therapies and device status, and automatically initiating research referral when criteria are met.

Identify trial candidates

Prep Biologic Therapy Authorization

Identify oncology patients starting biologic therapy, gather staging and biomarker evidence from reports and notes, and auto-complete payer-specific prior authorization requirements.

Streamline prior authorization

Identify Pediatric Epilepsy Trial Candidates

Find children with refractory epilepsy by reviewing EEG/neurology study reports, seizure frequency in encounters, and prior anti-seizure medication history to match them to open pediatric trials and coordinate family-centered outreach.

Identify trial candidates

Validate COPD With Exacerbations

Confirm COPD with recent exacerbations by reconciling spirometry study reports, ED/urgent care encounters, and courses of steroids/antibiotics, then update severity documentation and care plans.

Improve case-mix accuracy

Capture HFrEF Classification

Ensure heart failure with reduced ejection fraction is accurately captured by pulling ejection fraction from echo reports, verifying therapy, and updating classification and follow-up tasks.

Improve case-mix accuracy

Coordinate TMS Referral Authorization

Identify adults with treatment-resistant depression based on diagnoses and medication history, and automatically assemble the documentation needed to authorize transcranial magnetic stimulation.

Streamline prior authorization

Match Progressive MS Patients to Trials

Detect adults with progressive multiple sclerosis by synthesizing neurology study reports and encounter documentation, compare to protocol inclusion/exclusion, and automatically advance qualified patients to research triage and scheduling.

Identify trial candidates

Match EGFR+ NSCLC to Trials

Identify patients with EGFR-positive non–small cell lung cancer by scanning pathology and molecular study reports, confirm inclusion/exclusion against protocol rules, and automatically route eligible candidates for active trial enrollment and coordinated outreach.

Identify trial candidates

Automate CGM Device Authorization

Identify diabetes patients who meet criteria for continuous glucose monitoring using diagnoses, insulin use, and A1c history, then auto-complete and route prior auth documentation.

Streamline prior authorization

Close Loop on Positive FIT

Detect positive fecal immunochemical tests in lab/study reports, verify colonoscopy eligibility and prior completion status, and automatically arrange diagnostic colonoscopy outreach and ordering per guidelines.

Address actionable findings

Route Abnormal Pap Smears

Identify patients with abnormal cervical cytology by scanning pathology and cytology reports, confirm guideline-based follow-up needs, and automatically initiate colposcopy scheduling and care-team notifications.

Address actionable findings

Escalate Critical Potassium Results

Identify critically high or low potassium values from labs, assess clinical risk using diagnoses and medications, and automatically escalate to the responsible clinician with next-step actions and rapid follow-up.

Address actionable findings

Escalate New Atrial Fibrillation

Detect new-onset atrial fibrillation from ECG/monitoring reports and encounters, calculate stroke risk using CHA₂DS₂-VASc, and coordinate timely anticoagulation evaluation and follow-up.

Address actionable findings

Prepare Lumbar MRI Auth Packet

Assemble prior-authorization evidence for lumbar spine MRI by extracting duration of symptoms, neurologic findings, and conservative therapy trials from notes and orders, then prefill payer forms.

Streamline prior authorization

Address actionable findings

Detect missed care

Automatically uncover overlooked high-risk findings so every patient receives timely follow-up

Save clinician time

Eliminate ~20 minutes of chart review per incidental finding through end-to-end automation

Improve patient outcomes

Turn incidental findings into proactive care pathways that improve survival and quality of life

Paul’s aneurysm was caught by chance, just in time to save his life.

Streamline prior authorization

Expedite approvals

Instantly assemble and submit complete prior-authorization packets to shrink waiting periods

Reduce denials

Apply payer-specific rules up front to prevent common rejection reasons

Free staff capacity

Relieve nurses and coordinators of repetitive paperwork so they can focus on patients

Improve case-mix accuracy

Refine documentation

Spot missing clinical details and draft precise updates for rapid physician sign-off

Capture earned revenue

Align coding with clinical reality to secure legitimate reimbursement for complex care provided

Strengthen quality metrics

Synchronize documentation with care to improve publicly reported performance measures

Safeguard accreditations  &  bonuses

Hit every deadline

Auto‑generate and transmit registry files on schedule, eliminating the corrective‑action plans that delay CoC, NAPBC, and other ACS accreditations.

Preserve revenue

Maintain 100% submission compliance so CMS and commercial payers continue to pay quality‑bonus dollars.

Keep badges shining

Continuous, error‑free feeds sustain public quality designations that attract patients and referral contracts.

Accelerate level‑of‑care decisions

Decide in seconds, not hours

Auto‑ingest notes, labs, and orders to recommend the correct status at the first bed request.

Keep reviewers on the same page

Embed InterQual/MCG rules and physician‑advisor guidance directly in the EHR workflow.

Stay current automatically

Push live criteria updates system‑wide—no more paper cheat‑sheets or manual look‑ups.

Intake referrals, better

Slash intake time

AI-driven document processing triages incoming referrals in seconds, reducing the intake cycle to seconds.

Free up staff time

Enabling coordinator to focus on exceptions instead of clerical data entry.

Triage what matters

Schedule the most urgent and important referrals first.

Engineered for real-world clinical workflows

One-click integration

Grant permissions to our FHIR-compliant application

Scalable

Ask any question about thousands of patients at a time

Fast

Preloading patient charts means your questions are answered in seconds

Secure

SOC 2 certified and HIPAA compliant

Observable

Understand what resources the AI used to answer your question

Actionable

MyChart, SMS, AI phone calls, orders, third-party integrations, and more

How it Works

Knowledge layer

Secure EHR integration streams in every relevant signal—imaging, reports, labs, notes, diagnosis codes, and prior encounters—alongside hospital protocols, external guidelines, and medical literature to create a longitudinal, context-rich view of each patient.

Reasoning layer

Foundation models and FDA-cleared algorithms analyze both imaging and text, reasoning across each patient’s full clinical profile—including health history, local protocols, and external knowledge—to surface risks, extract insights, and group patients into actionable cohorts.

Action layer

Automatically trigger any action based on fully customizable criteria—sending MyChart messages, SMS, email, or AI voice calls; writing back to the EHR; or launching third-party workflows—to close care gaps without adding burden to clinical teams.

Trusted, verified, and secure

Built on rigorous security, privacy, and compliance controls.

Security at Bunkerhill Health
SOC 2
Type II

SOC 2 Type II certified

Independently audited and certified to SOC 2 Type II standards

HIPAA
Compliant

HIPAA compliant

Fully compliant with HIPAA privacy and security standards

ISO
27001

ISO 27001 certified

Independently certified to ISO/IEC 27001:2022 standards

Our investors

Over $30 million raised from some of the world’s top investors