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OpenSRP Integrated Healthcare Development
Opensrp Is A Fhir-native Health Solution Connecting Frontline Workers To Patients And Health Systems
OpenSRP Enterprise implementation process
We Fit Opensrp To Your Health System’s Exact Requirements By Solving The Biggest Problems At Each Step In Transitioning To A Digital Health Platform:
Build
- Transformation Of Existing Health System Workflows And Data To A Digital Format In As Little As Two Months
- Human Centered Design Approach (Research, Design, Content Strategy, High Fidelity Prototypes, User Acceptance Testing)
- Agile Software Development Process (Infrastructure, Security, Mobile, Desktop)
- Project Management Services (Delivery, Partner Advocacy, Quality Assurance, Coordination)
Launch
- Launch Scripts And Knowledge Of Server Set Up
- Hardware Distribution Planning
- Effective And Specialized Training With Experience In Maternal And Child Health, Parasitic Disease, Hiv And Tb, Integrated Community Case Management, Nutrition And Stock Management
Scale
- DevOps infrastructure to deploy new servers in a fast, reliable, and secure way.
- Implementation support (tech capacity hand-off, training, documentation, maintenance support)
- Local technical partner training for long term software maintenance and updates
- Integration with popular HMIS platforms like DHIS2 and OpenMRS
Why OpenSRP?
Why OpenSRP?
In The Pursuit Of Universal Health Access, Opensrp Combines Evidence-based Who Smart Guide Based Workflows And Content With Fhir Native Technology To Transform How Healthcare Is Delivered And Managed.
Improved Effectiveness
Interoperable
Opensrp Is A “next Gen” Digital Health Platform That Is Based Natively On The Fhir Data Standard. This Greatly Reduces The Complexity To Integrate With Existing Health Information Systems Like Dhis2 Or Openmrs.
User-first
User-friendly Design And Easy, Intuitive Navigation Facilitates Technology Adoption — Even In Low Literacy Environments.
WHO SMART Guidelines compatible
Opensrp Is One Of The First Platforms Built To Support The Who Smart Guidelines. The Who Smart Guidelines Enable Implementers To Quickly Adapt Who Clinical Care Protocols Into Their Health Systems. Use Of Smart Guidelines Result In Standards-based, Interoperable Systems That Can Share Accurate Data.
Improved Continuity of Care
Better communication facilitates better service delivery
Through workflow and decision support logic, OpenSRP facilitates improved and guided conversations between health workers and their clients.
Coordinated care
OpenSRP FHIR data model helps facilitate the coordination of care across the different health workers at the community and facility level responsible for their care.
Danger signs flagged
Through decision support logic, danger signs are flagged, and scripts provide guidance to the healthcare worker in terms of counseling, health education, and referrals that need to be provided.
Client reminders triggered
Through integration with tools like RapidPro, scheduled reminders can be built into OpenSRP. These remind or prompt both the healthcare worker and client, strengthening demand generation for services such as antenatal care visits or immunizations.
Improved Performance Management
Complete offline functionality
Opensrp, Once Installed On A Device Using A Data Connection, Is Able To Function Completely Offline. In Remote Areas, Where No Cell Signals Are Present, Opensrp Supports P2p Sync Enabling Data Sharing Between Worker And Manager Devices.
Real-time reporting
Replaces Burdensome Paper Reports And Tally Sheets With Automatically Generated Digital Reports — Both Helping The Health Worker Track Their Own Daily Performance And Automating Reporting To Their Manager At Health Facility Or District Level.
Dashboard integration
Connect Your Data From Your Health Application Into A Data Warehouse To Power Real-time Analytics Of Feed Into Dhis2.
Improved Performance Management
Real-time data access
Immediate, Real-time Access To Community-level Data Greatly Reduces Data Turnaround Times. This Helps To Eliminate Challenges Faced By Traditional Systems Where Data Is Captured On Paper And Then Re-captured, Often Weeks Later, By A Special (Often Short-staffed And Under-resourced) Cadre Of Data Capturers Into Electronic Platforms.
Reducing data duplications
Enhanced search and matching functionality allows the healthcare worker to easily find family members – for example, siblings – based on the details of a household, household head or primary caregiver. This all helps to increase data accuracy and reduce data duplication.
FAQ
This form of information exchange enables coordinated care, benefitting both providers and patients. I.e.: a primary care provider can directly send electronic care summaries that include medications, problems, and lab results to a specialist when referring their patients.
Pros: Very high performance and resiliency, enables community-based services. Cons: Higher HIE infrastructure/support costs, data ownership concerns. They are solved with the help of modern software.
Interoperability, financial stability, and competitive concerns to name the few.
Who we are
Complex product design, comprehensive technology roadmaps, end-to-end engineering, and scalable solutions.
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In-depth industry experience
We know the nuances of particular industries that ensure bringing the best result.
Fully customized solutions
Let us know your desired product features, and we will make it happen.
Faster time to market
We bring products to the market as soon as possible and at an affordable cost.
