Hospital Database Management System & Networking Infrastructure

Collects, decrypts, stores, and analyses blood-sample data. LIMS-grade API, web UI, encrypted hospital data exchange, and USB-driven updates on a hardened Ubuntu Server.

An end-to-end blood-sample data platform: analyser machines send results over a secure API, encrypted hospital data is decrypted on ingest and re-encrypted for storage, and everything is stored, analysed, and audited with patient-to-operator traceability — all on a lightweight, self-updating Ubuntu Server appliance that hospital staff can deploy with minimal networking configuration.

A purpose-built data management and networking platform for hospital blood-analysis workflows. It ingests sample results directly from analyser machines over a dedicated API, securely decrypts data arriving from hospital systems (and re-encrypts it for storage), then stores and analyses it under full quality-control and operator accountability. A web UI handles machine configuration, hospital policy management, data export, user management, and QA logs, while an integrated network stack lets hospital technical staff drop the Linux instance onto their intranet with minimal setup. Delivered as a lightweight, hardened Ubuntu Server appliance with USB auto-mounting updates and rollbacks, CI/CD-generated release images, and a built-in simulator for safe end-to-end testing against a real LIMS.

A complete data, networking, and update stack on one secure Linux appliance

• Analyser-to-database API. — Blood-analysis machines push sample data straight into the platform over a defined API — no manual transcription, no intermediate files.
• Encrypt/decrypt data exchange with hospital systems. — Encrypted data arriving from hospital systems is securely decrypted on ingest, then re-encrypted for storage back onto hospital infrastructure.
• Self-contained network stack. — Hospital technical staff configure the Linux machine onto their intranet quickly, with minimal networking knowledge required.
• USB updates and rollbacks. — Auto-mounting USB update mechanism applies release files and supports safe rollbacks if an update needs to be reverted.
• CI/CD build system and dev tooling — Automated CI/CD generates release update files and base ISO images, with an integrated dev tooling system for easy debugging.
• Ubuntu Server — Lightweight, hardened single-appliance deployment
• End-to-end — Encrypted ingest, storage, analysis, and export

For Distributors

advantages

distributor Package

For Engineers

A data management system that collects, decrypts, stores, and analyses blood-sample data, exposes an analyser-facing API, ships a full web UI and network stack, and self-updates via USB on a lightweight Ubuntu Server instance.

• Analyser-facing API — Machines that analyse blood send their data over the API directly into the platform — no manual entry.
• Encrypt/decrypt data pipeline. — Securely decrypts encrypted data from hospital systems and re-encrypts it for storage back onto hospital systems.
• Integrated network stack. — Hospital technical staff configure the Linux machine onto their intranet with minimal networking setup.
• CI/CD build and update engineering. — Automated builds produce release update files and base ISOs; USB auto-mounting applies updates and supports rollbacks.
• LIMS simulator and dev tooling. — Engineers test data injection into a real LIMS system, with dev tooling for easy debugging.

For the Hospitals

A secure, hospital-deployable blood-sample data platform combining data management, encrypted data exchange, networking, self-updating release engineering, and clinical accountability on one lightweight Ubuntu Server appliance.

• Clear clinical fit. — Hospital pathology and haematology labs, hospital-connected estates, and analyser manufacturers needing LIMS integration.
• Low deployment burden. — Lightweight Ubuntu Server appliance, minimal networking setup, and USB-driven updates — usable by clinical and technical staff.
• Security and compliance story — Encrypted data exchange and storage encryption address sensitive patient-data handling expectations.
• Governance enablement — Quality-control logs, user management, and patient-to-operator accountability support clinical governance.
• Validation safeguards — A real-system LIMS simulator lets machine engineers de-risk integration before going live.