TransLABtor delivers compliance-first, on-premise middleware engineered with isolated data topology, strict PHI protection framework, and zero-footprint web interfaces for highly regulated diagnostics labs.
Engineered meticulously for regulated laboratory systemsβproviding mission-critical operational stability, automation logic, and airtight trace records.
A centralized, web-based control tower to govern instrument and LIS connectivity across departments, satellite clinics, or regional hospital networks. Monitor live connection topologies and traffic logs at a glance.
Empower tech-biomedical teams to review analyzer data, intercept graphics, batch-validate, or trigger reflex logic. Complete end-to-end specimen lineage tracking satisfies rigid clinical inspection criteria.
Deploy complex reflex algorithms and multi-instrument delta validations with zero custom scripting. Safely stage, dry-test, and promote rule sets from Sandboxed Test environments to Live production.
Cross-specimen temporal storage matching identical patient IDs and LIS test codes. Track historical diagnostic baselines inside the patient management interface to fuel automated delta-check guards.
Built to satisfy CAP, ISO 15189, and 21 CFR Part 11 electronic record protocols. Granular, immutable event logs isolate system-wide changes and precise operator actions down to individual UUID attributions.
We build to your unique clinical architecture. From designing custom middleware workstations and bespoke laboratory reports to engineering rapid drivers for niche analyzers and legacy IoT devices.
Consolidate fractured connectivity into a unified, web-based control plane. Monitor TCP/MLLP servers, file I/O streams, and instrument download queues across cross-departmental laboratories or cross-hospital healthcare networks from any authorized browser on the intranet.
Accelerate validation cycle times without sacrificing accuracy. Review full analyzer outputs, evaluate scattergrams/numerical data, and batch-release or reject orders. The embedded Specimen History pane maps every data flow transition, automated rule evaluation, and user toggle for flawless traceability.
Eliminate dependency on external software development cycles. Our zero-code rules compiler allows supervisors to construct logic instantly. Minimize risk by running comprehensive dry-runs against real patient matrices inside the Test Environment before promoting to the Live Production layer.
Turn institutional compliance into an effortless, automated process. TransLABtor segregates Specimen Audit trails (tracking medical data lifecycles) from System Audit logs (tracking security configurations, user logins, and driver installs), aligning your workflow with 21 CFR Part 11 and global CAP / ISO 15189 standards.
Seamless standalone node implementation targeting internal secure networks. Engineered to isolate clinical operational loads while providing maximum database security and backup compatibility.
High-throughput Windows service runtime governing asynchronous driver frameworks, local persistent message queues, automated routing topology, and safe interface telemetry.
Highly responsive browser-based management node restricted to authorized corporate intranet domains, providing role-based security without client-side footprints.
Industrial PostgreSQL relational core securing clinical records, historical baseline trends, and system audit events. Complete support for institutional database backup and recovery protocols.
Minimum infrastructure footprints aligned with predictable clinical diagnostic volumes.
| Throughput Scale Tier | Daily Ingestion Volume | Recommended System Specifications |
|---|---|---|
| Standard Volume | β€ 5,000 specimens / day | CPU: Min. 4 Cores | 8 GB RAM | 500 GB SSD | Windows 10/11 or Server 2022 or above |
| Enterprise Tier | β€ 15,000 specimens / day | CPU: Min. 8 Cores | 16 GB RAM | 2 TB Enterprise SSD | Windows Server 2022 or above (Architecture Review Required) |
| Ultra High-Throughput | > 15,000 specimens / day | CPU: Min. 16 Cores | 32 GB RAM | 5 TB+ RAID Storage | Windows Server 2022or above (Architecture Review Required) |
Actual server demands fluctuate based on historical record retention policy, failover redundancy tiers, and the exact number of active instrument channels. Contact our engineering desk to scope a blueprint tailored to your network topology.
Transparent, capitalized software delivery models built to align with institutional healthcare procurement cycles and long-term asset amortization.
On-premise deployment with absolute data ownership. Capitalized software asset architecture tailored for highly regulated medical environments.
Structured at 15% of the total software & license baseline cost
Covers regulatory compliance updates, continuous driver patches, and priority hotfix deployments.
Scale system capabilities seamlessly via license key activation as your laboratory throughput or instrument network expands.
Collaborate directly with engineering architects. Share analyzer lists or LIS network guidelines for formal capability profiling.
