Rural healthcare worker
Pilot Launch · August 2026

Remote Collection,
Actionable Data.

XeraCore is building an offline-first digital health platform designed for low-connectivity environments, with a long-term vision of delivering advanced diagnostic capabilities and high-precision, data-driven tools that improve healthcare accessibility and equity.

Explore the Mission Research & Partnerships
Offline First Infrastructure
Zero connectivity required
Indigenous Speech Recognition
Local language support
Geospatial Healthcare Mapping
GPS-tagged health data
Offline Mode Active
Just like in the field — XeraCore continues working without connectivity. Data will sync when you're back online.
Offline-First Architecture
Field agents operate in villages with zero connectivity. All data capture, processing and encryption happens on-device. Sync on reconnect
Who We Support

Who XeraCore Is
Designed For

XeraCore is built to support a wide range of people and organisations working to improve healthcare access in underserved communities.

Whether you are a:

  • patient or community member receiving care — with access to clear, secure digital health records and portable patient passports in your local language
  • healthcare worker delivering care in remote or low-connectivity environments
  • local organisation or NGO supporting community health initiatives
  • government or public health partner shaping policy and infrastructure
  • researcher or academic working to understand population health and equity
Community healthcare collaboration

How We Work With You

Our approach is collaborative, inclusive, and grounded in real-world environments:

  • We design tools that are simple to use in complex conditions
  • We ensure that everyone — from patients to policymakers — can access and understand information clearly
  • We prioritise local languages, cultural context, and trust in every interaction
  • We work alongside communities, field teams, and partners, not separately from them

What You Can Expect

  • Technology that adapts to your environment — not the other way around
  • Clear communication, regardless of technical background
  • Systems designed to support real people, real care, and real outcomes

You do not need to be a technical specialist to benefit from or engage with the platform.

Where Evidence Meets
Equity in Healthcare

XeraCore is an offline-first digital health platform and research programme designed to improve healthcare accessibility and continuity of care in low-connectivity environments. The platform combines secure data capture, digital health passports, longitudinal patient tracking, and geospatial intelligence to support frontline healthcare delivery while generating pseudonymised datasets for research and public health planning.

Alongside these operational capabilities, XeraCore is investigating how African language technologies, including automatic speech recognition (ASR) and text-to-speech (TTS), can improve accessibility for communities affected by language, literacy and connectivity barriers. Through real-world deployments, the programme aims to evaluate how offline-first speech technologies can support more inclusive healthcare experiences and help identify underserved populations and healthcare deserts.

Testing of the XeraCore app commences August 2026. Read in detail about our upcoming pilots below.

Upcoming XeraCore Pilots

Ghana:
HEALTHBRIDGE-300 and ASCEND-HEALTH

HEALTHBRIDGE-300 is a targeted clinical screening pilot implemented by SEB Foundation with PROTUS Health & Medical Manufacturing Solutions as a technical partner. HEALTHBRIDGE-300 is designed to provide critical health data and immediate care for 300 residents in the rural Jomoro Municipality. The initiative focuses on biochemistry and dental health, addressing a significant gap in specialist medical access within the Western Region. In conjunction with PROTUS' ASCEND-HEALTH pilot to train 5 women as textile engineers, our joint missions tackle economic and talent barriers through a healthcare approach. Upon project completion, PROTUS and the SEB Foundation will deliver a comprehensive data insights report to local health ministries, equipping government authorities with critical epidemiological trends and real-time regional statistics to drive evidence-based healthcare policies.

HEALTHBRIDGE-300 and ASCEND-HEALTH serve as the foundational pilot initiatives for the XeraCore platform. These deployments empower our team to field-validate our low-bandwidth functional prototype while simultaneously curating a robust linguistic corpus of Twi, Ewe, Fante, and Nzema clinical interactions across the Jomoro Municipality.

Burkina Faso: West African Francophone Expansion Pipeline

The Challenge:

While Mooré is the dominant language (52%), integrating regional dialects like Dioula and Fula is critical to bypassing French-only administrative barriers, particularly in regions where the literacy rate averages 34.5%.

Our Approach:

In partnership with PROTUS, we are designing a proposed 14-month mobile screening deployment across key sectors. Operating completely offline on rugged tablets, XeraCore will bring high-precision voice diagnostics directly to northern pastoralists and western commercial hubs. To overcome regional data scarcity, our engineering team is actively co-designing specialised baseline ASR pipelines built specifically to withstand low-resource West African infrastructure.

Zimbabwe: Southern Africa Expansion Pipeline

The Challenge:

Shona (75%) and Ndebele (20%) form the linguistic pillars of Zimbabwe, alongside critical border languages like Tonga and Kalanga. While urban centers boast high literacy, rural areas face steep barriers, making intuitive, voice-driven clinical workflows a strict necessity.

Our Approach:

XeraCore aims to architect a strategic hub-and-spoke clinical framework, bridging a specialised private urban center in Harare with rural clinics across Mashonaland East and Matabeleland. By routing advanced diagnostics and expert urban insights directly to remote field clinics, this network ensures that language barriers and geographic isolation no longer prevent underserved, native-language communities from receiving equitable, top-tier medical care.

Data Sovereignty by Design

The XeraCore Security Mandate

In healthcare, data security is non-negotiable. To eliminate the vulnerabilities of cloud processing and protect sensitive patient information, XeraCore operates its speech recognition layers and geospatial dashboards 100% offline on local edge hardware. By processing all biometric and clinical data completely within the physical walls of the clinic, we ensure absolute compliance with cross-border regulations and regional data localisation laws.

Ghana | Clinical Privacy & Framework Integrity
The Compliance Strategy:

Built to align seamlessly with Ghana's Data Protection Act (Act 843). XeraCore's localised processing ensures that patient interactions captured during the HEALTHBRIDGE-300 and ASCEND-HEALTH pilot initiatives are stored and curated entirely on-site. This allows clinical teams to build a robust local linguistic corpus without ever exposing sensitive community health data to external cloud networks.

Burkina Faso | Secure Mobile Architecture
The Compliance Strategy:

Operating in remote environments and across mobile health screening units requires airtight data security that doesn't rely on a constant connection. By keeping all speech-to-text processing 100% offline on mobile tablets, XeraCore guarantees data safety for vulnerable nomadic and rural populations, maintaining strict institutional compliance even when care is delivered entirely on the move.

Zimbabwe | Strict Edge Compliance & POTRAZ Alignment
The Compliance Strategy:

To navigate the stringent requirements of Zimbabwe's Data Protection Act, XeraCore completely bypasses cloud-based biometric storage. Our architecture ensures that clinical speech data and regional mapping insights generated across the Mutorashanga hub-and-spoke network stay strictly localised on local edge devices, maintaining total alignment with POTRAZ data sovereignty mandates.

Academic Validation and Partnerships

Do you bring decades of expertise in spatial health equity, development research, and public health? Together, we can build a body of evidence that not only serves rural communities but informs global policy on mobile health interventions. Are you interested in partnering with us? Email us today at ourfuture@protushealth.com

Phase 2
Academic Publications
Peer-reviewed journal targets
Phase 2
Impact Reports
WHO & NGO-ready insights
Technology Platform

Built for the Last Mile
and the Mother Tongue.

Every technical decision behind XeraCore is guided by two fundamental questions:

  1. 1. Does this technology smoothly integrate in a rural community with no electricity and zero internet connectivity?
  2. 2. Does it guarantee a safe healthcare interaction by ensuring patients and health workers can clearly understand one another in their native language?
💾

Offline-First Data Capture

Patient data is captured and securely stored locally on the device, allowing clinical activities to continue without an internet connection. Once connectivity becomes available, records automatically synchronise in the background. Future phases of XeraCore will evaluate how offline speech technologies can further improve accessibility in low-resource settings.

🗣️

Low-Resource Linguistic Engineering

Through real-world health deployments, XeraCore is building and evaluating multilingual clinical datasets that reflect local dialects, healthcare terminology and oral traditions. Initial work focuses on Twi, with future investigation planned across languages including Nzema, Fante, Ewe, Shona, Ndebele, Tonga, Kalanga, Mooré, Dioula and Fula. This community-driven approach lays the foundation for more inclusive African language technologies in healthcare.

🛂

Secure Digital Passports

Beneficiary identities are pseudonymised at the point of capture using GDPR-aligned protocols. Once results have been reviewed and validated, beneficiaries receive secure access to their health summary and can download a portable digital health passport in PDF format. In parallel, pseudonymised clinical data contributes to secure research datasets, supporting public health insights and future healthcare innovation.

🆔

Longitudinal UUID Tracking

Every beneficiary receives a universally unique identifier (UUID) that securely links and tracks their health information across multiple visits, villages and healthcare workers. This persistent identifier supports continuity of care, longitudinal health monitoring and the generation of pseudonymised research datasets without unnecessarily exposing personal information.

📍

Geospatial Health Intelligence

Precise GPS coordinates are captured for each service encounter to generate a dynamic spatial data layer. This localised mapping automatically identifies structural service gaps and access inequities, transforming raw field data into actionable geospatial intelligence that supports evidence-based planning and resource allocation.

🔄

Multi-Device Ecosystem Sync

Field teams, clinicians and authorised programme users contribute to a shared, synchronised data ecosystem. Once connectivity becomes available, background synchronisation and conflict-resolution mechanisms maintain data integrity while supporting high-quality, pseudonymised research datasets.

📝

Audit-Ready Co-Designed Records

Every data entry is timestamped, user-attributed, and entirely immutable to support clinical governance and academic reproducibility. This audit-ready infrastructure is continuously validated and improved by engaging local community language experts, translators, and front-line healthcare workers to build trusted, compliant systems.

How Mobile Technology Bridges the Health Desert

1
Village-Level Triage
Field agents deploy to villages with full diagnostic kits — no hospital journey required for initial assessment.
2
Offline-First Capture
Data is captured and secured locally, then synced when connectivity is available — resilient to infrastructure gaps.
3
Remote Clinical Review
Doctors review encrypted patient records remotely and issue referrals or prescriptions within 24 hours.
4
Research-Grade Data
Pseudonymised data feeds the research pipeline, building longitudinal evidence on rural health outcomes.
Phased Roadmap

A Journey from
Pilot to Planet

XeraCore is built to scale. Beginning with a 300-person pilot in August 2026, our roadmap charts a clear path to global impact by 2028.

upcoming August 2026

Pilot Launch

Foundation & Proof of Concept

  • 300 residents enrolled across 15 villages
  • 8-in-1 diagnostic kit deployment
  • Field agent training programme
  • GPS village mapping complete
  • Offline-first app deployed to field tablets
  • Data governance framework activated
300 Residents
planned Q1 2027 & Beyond

Future Impact

As we transition into 2027, PROTUS Health is scaling from our initial pilot into a longitudinal engine for rural health equity. Our focus will be mapping the systemic barriers that create "health deserts" in hard-to-reach communities, with particular ambitions for Burkina Faso and Zimbabwe.

  • First Baseline Health Dataset Published: Release of our initial data profiling the prevalence of chronic conditions (such as hypertension and diabetes risk) across the Jomoro District
  • Community-Driven Curation: Begin building and evaluating multilingual clinical corpora, initially focusing on Twi and subsequently exploring additional languages through partnerships with frontline healthcare workers, translators and language experts. Priority languages for future evaluation include Nzema, Fante, Ewe, Shona, Ndebele, Tonga, Kalanga, Mooré, Dioula and Fula.
  • Mapping "Health Deserts": Utilising spatial data to identify communities completely cut off from primary care due to distance, travel times, and water-based transit barriers
  • Academic Research Preparation: Analysing the correlation between geographic isolation and delayed clinical treatment to lay the groundwork for future peer-reviewed global health papers
  • Impact Report for Partners: Comprehensive data release for local stakeholders and community leaders detailing referral success rates and the actual "travel friction" patients face
  • Doctor Portal Full Rollout: Launch of the specialised clinician interface, allowing regional medical professionals to securely review patient data and past screening history
  • Referral Network Expansion: Formally onboarding local clinics and district hospitals into a synchronised tracking network to ensure referred patients successfully receive care
  • Second Cohort Planning Begins: Utilising the insights from our 2026 data to map out and plan screenings for the next target cluster of underserved villages
1,200+ Data Points
planned Q3 2027

Regional Scale

Ghana-Wide Expansion

  • Scale to 3,000+ residents
  • Regional health authority partnerships
  • Expanded diagnostic suite (12-in-1)
  • Community health worker certification
  • Telemedicine specialist network
  • Policy advocacy programme
3,000+ Residents
vision 2028

Global Scale-Up

International Deployment

  • Multi-country deployment framework
  • WHO health systems integration
  • Open-source technology release
  • Global research consortium
  • Replication guide for local partners
  • Sustainable revenue model activated
10+ Countries Reach
Phase 1 August 2026
Pilot Launch
Foundation & Proof of Concept
  • 300 residents enrolled across 15 villages
  • 8-in-1 diagnostic kit deployment
  • Field agent training programme
  • GPS village mapping complete
Phase 2 Q1 2027 & Beyond
Future Impact
As we transition into 2027, PROTUS Health is scaling from our initial pilot into a longitudinal engine for rural health equity. Our focus will be mapping the systemic barriers that create "health deserts" in hard-to-reach communities, with particular ambitions for Burkina Faso and Zimbabwe.
  • First Baseline Health Dataset Published: Release of our initial data profiling the prevalence of chronic conditions (such as hypertension and diabetes risk) across the Jomoro District
  • Community-Driven Curation: Begin building and evaluating multilingual clinical corpora, initially focusing on Twi and subsequently exploring additional languages through partnerships with frontline healthcare workers, translators and language experts. Priority languages for future evaluation include Nzema, Fante, Ewe, Shona, Ndebele, Tonga, Kalanga, Mooré, Dioula and Fula.
  • Mapping "Health Deserts": Utilising spatial data to identify communities completely cut off from primary care due to distance, travel times, and water-based transit barriers
  • Academic Research Preparation: Analysing the correlation between geographic isolation and delayed clinical treatment to lay the groundwork for future peer-reviewed global health papers
Phase 3 Q3 2027
Regional Scale
Ghana-Wide Expansion
  • Scale to 3,000+ residents
  • Regional health authority partnerships
  • Expanded diagnostic suite (12-in-1)
  • Community health worker certification
Phase 4 2028
Global Scale-Up
International Deployment
  • Multi-country deployment framework
  • WHO health systems integration
  • Open-source technology release
  • Global research consortium
Stakeholder Portals

Secure Access for
Every Stakeholder

XeraCore maintains separate, role-based portals for field agents, doctors, and researchers. Each portal is hosted on a dedicated secure web application.

Coming Soon

Field Agent Login

Access your village roster, sync diagnostics, and log patient encounters from the field.

Coming Soon
Coming Soon

Doctor Portal

Review encrypted patient records, issue prescriptions, and close clinical referrals remotely.

Coming Soon
Coming Soon

Research Data Access

Authorised researchers can access pseudonymised datasets and longitudinal health records.

Coming Soon
Dedicated Secure Web Application
All portal access is provided through a separate, hardened web application with end-to-end encryption, multi-factor authentication, and role-based access control. This marketing site links to, but does not host, secure portals.
Get in Touch

Partner with
XeraCore

We welcome partnerships from NGOs, research institutions, clinical networks, and technology collaborators who share our commitment to spatial health equity.

NGOs & Field Partners
Collaborate on community outreach, village access, and field logistics.
Research Partners
Access pseudonymised datasets, co-author studies, join our research consortium.
Clinical Collaborators
Join our remote doctor network and extend specialist care to underserved communities.

Your data is handled in accordance with our data governance policy.