SEVEN DISCIPLINES.
ONE PARTNER.

Implant Software Development

We design and develop firmware abstractions, device communication protocols, and hardware APIs that form the foundation of your implant's software stack. Our engineers work across RTOS environments, BLE/NFC stacks, and custom silicon profiles to create stable, low-power interfaces between hardware and application layers. Each codebase is built for regulatory clarity with traceable requirements and verification artifacts. We've shipped in FDA Class II contexts with formal design controls.

Biometric Data Platforms

We build the data infrastructure to ingest, normalize, store, and serve continuous physiological signals from implanted devices at scale. Our platforms handle real-time streaming with sub-100ms latency, full interoperability with FHIR R4 and HL7 v2/v3 health standards, and long-term archival with audit-ready data lineage. You get a compliant data backbone that integrates with EHR systems and feeds your analytics layer.

Mobile Applications

We build polished iOS and Android apps that serve as the patient-facing interface to implanted devices, handling BLE/NFC pairing, real-time data visualization, and clinical workflow integration. Our mobile stack prioritizes reliability in noisy RF environments, battery efficiency, and accessibility compliance for diverse patient populations. Every app ships with background processing, push-notification alerting, and offline-first sync. We own the entire mobile lifecycle from App Store submission to ongoing OS compatibility maintenance.

AI Health Intelligence

We develop machine learning systems that transform raw physiological data into clinical insights — detecting anomalies, predicting adverse events, and personalizing device behavior over time. Our models are trained on de-identified datasets and deployed via on-device inference and cloud pipelines with explainability layers for clinical review. We architect ML systems with FDA's SaMD framework in mind, including performance monitoring and drift detection. The result is intelligence your clinicians trust and your patients benefit from.

Blockchain Identity

We implement decentralized identity and consent management systems that give patients cryptographic ownership of their health data while satisfying enterprise security and regulatory requirements. Our blockchain infrastructure creates tamper-evident audit trails for data access and device interventions — critical for HIPAA, GDPR, and FDA audit requirements. We deploy on permissioned networks for healthcare-grade throughput, with verifiable credential issuance for device certifications. Patients control who sees their implant data, permanently and provably.

Device Management Dashboards

We build internal operations platforms giving your engineering and clinical teams real-time visibility into every device in the field — connectivity status, firmware versions, battery levels, alert states, and usage telemetry. Our OTA update infrastructure handles signed firmware delivery with rollback protection, A/B release staging, and compliance-grade change documentation. Dashboards integrate with your support workflows so clinical teams can triage patient issues with full device context. Fleet monitoring from a single device to millions.

Security Infrastructure

We design and implement end-to-end security architectures for implant ecosystems — covering hardware-anchored key management, encrypted data channels, secure boot chains, and identity verification across every layer. Our compliance engineering team prepares documentation packages for HIPAA, ISO 13485, IEC 62443, and FDA cybersecurity pre-market guidance. We conduct internal penetration testing and adversarial firmware analysis, then remediate findings before regulatory submission. Security is not a checkbox — it is built into every sprint.