Multiple API Connectivity
Every wearable platform uses its own API format and permissions. Managing separate integrations increases development time, maintenance effort, and overall cost.
Tired of managing multiple APIs, data formats, and backend dependencies just to connect a few wearables? Choose PulseConnect.
A ready-to-use connector that unifies data from Apple Health, Garmin, Samsung Health, Fitbit, and other wearables through a single SDK. With a plug-and-play architecture, it delivers real-time, compliant health data, helping your team accelerate integration and reduce time to market.
The Integration Challenge and Revenue Leak
Inconsistent Data Standards
Even with complete integrations, data is provided in unique units, intervals, and naming conventions. Without harmonization, insights become inconsistent and analytics lose value.
Backend & Maintenance Load
A stable integration layer demands token refreshes, webhooks, and data storage. This backend upkeep consumes resources, adds DevOps overhead, and slows innovation.
Data Privacy & Compliance
Wearable data falls under HIPAA regulations. Manually encrypting, managing consent, and maintaining audit logs multiply compliance costs and legal risk.
Scalability & Upkeep
APIs and firmware updates change frequently. Teams must constantly refactor code to keep integrations functional, increasing long-term costs and stalling scalability.
How PulseConnect Solves These Issues
Single API Connectivity
PulseConnect simplifies wearable integration by offering one API for all health & fitness platforms, removing the need to manage multiple vendors or custom code for each device.
Faster Deployment
The SDK installs directly into your app, so you can start receiving standardized health data within hours, no API development required.
Real-Time Consistent Health Data
PulseConnect collects real-time data & harmonizes metrics like steps, heart rate, calories, sleep, and blood pressure into one consistent format, eliminating discrepancies.
Compliance Adherence
Designed for healthcare and wellness applications, PulseConnect ensures encrypted transmission, consent-based data sharing, and full compliance with HIPAA standards.
Lightweight SDK Integration
The SDK handles device pairing, authentication, and data synchronization internally, reducing your team's workload and long-term maintenance costs.
Scalable Architecture
As new wearables, sensors, or data parameters are introduced, PulseConnect updates automatically, keeping your integration current without refactoring.
See PulseConnect in Action
Input SourcesConnected Devices
GGoogle Fit
SSamsung Health
♥Apple Health
▲Garmin Wearables
WWHOOP
HHealth Connect
◯Oura Wearable
PPolar Wearable
DDexcom
WiWithings Wearable
ZZepp Wearable
SStrava
PePeloton
TPTraining Peaks
FFitbit Wearable
Integration Layer
AI-Powered Data Normalization
- Real-time Processing
- Instant Connectivity
- Universal Format
Output DataHealth Parameters
Comprehensive Health Data
Steps8,547HR72SpO₂98%
StepsCaloriesDistanceActive MinutesVO₂ MaxHeart RateHRVBlood PressureSpO₂IBIRespiration RateEDAStress IndexBody BatterySleep DurationREM/Deep/LightSleep EfficiencyRecovery ScoreBMIBody Fat %HydrationTemperatureO₂ TrendsMovement AnomaliesSedentary TimeCustom BLE Data
Collect 99% Health Metrics from Any Wearable with “One SDK”
Connect to the world's leading wearables and health platforms through a single SDK. No manual setup or external routing; just seamless, instant connectivity.
GGoogle Fit
SSamsung Health
♥Apple Health
FFitbit Wearable
▲Garmin Wearables
WWHOOP
HHealth Connect
◯Oura Wearable
PPolar Wearable
DDexcom
WiWithings Wearable
ZZepp Wearable
SStrava
PePeloton
TPTraining Peaks
Supported Health Parameters
PulseConnect uses AI to intelligently detect, clean, & harmonize data from multiple health sources, creating a unified dataset instantly ready for analytics or EHR mapping.
Physical Activity & Fitness
StepsCaloriesDistanceActive MinutesVO₂MaxExercise Duration
Heart & Circulatory Health
Heart Rate (HR)HRVRHRSpO₂Beat-to-Beat (IBI)Blood Pressure
Respiratory & Stress
Respiration RateElectrodermal ActivityStress IndexBody Battery
Sleep & Recovery Vitals
Sleep DurationREMLight & DeepSleep EfficiencyRecovery Score
Body Composition & Biometrics
BMIBody Fat %HydrationSkin/Body Temperature
Advanced Health Parameters
Oxygen TrendsMovement AnomaliesSedentary DurationCustom BLE Data
Go Live Instantly with Our Plug-In SDK
1
Step 1: Install
Integrate the SDK into your application.
2
Step 2: Authorize
Users grant permission for data access.
3
Step 3: Receive Data
Seamlessly access wearable data.
PulseConnect is a Perfect Fit For
Remote Patient Monitoring (RPM)Post-discharge tracking & chronic disease managementIntegration of patient-generated data into EHRs
Accelerated MVP development for health appsData aggregation for personalized health recommendationsDevice-agnostic integrations to scale faster
Continuous vitals monitoring during virtual visitsReal-time data sharing between patients and cliniciansEnhanced teleconsultations with contextual health insights
Unified tracking of fitness, sleep, and nutrition dataPersonalized fitness plans and wellness analyticsEngagement-driven user experiences with cross-device insights
Real-world evidence collection from wearablesRemote patient monitoring for clinical trialsAutomated, standardized data capture for research
Employee health tracking & engagement initiativesData-driven wellness campaigns and health incentivesAggregate analytics for organizational well-being insights
Aggregation of anonymized data for large-scale health insightsEarly trend detection for disease preventionData-backed community health interventions
Frequently Asked Questions
A healthcare integration project can take from 4 weeks to over 12 months, but the actual time depends on certain parameters. For example, a point-to-point API connection can be completed in 4 to 6 weeks. But a large hospital connecting multiple old platforms can take 6 to 12 months or longer.
Yes, it does reduce costs. A well-thought-through, expert healthcare integration service reduces operational costs by automating manual work. This lessens duplicate data entries and prevents costly errors.
We use HIPAA-aligned security controls, encryption, role-based access, audit logging, and secure data handling throughout the integration lifecycle. Our team tests interfaces before deployment to identify data, access, and security issues before they reach production.