BoryLabLink Solution

BoryLabLink Solution | Bory Integrated Diagnostic Laboratory Middleware Solution

 

A laboratory middleware solution that connects LIS, TLA, analyzers, and specimen quality classification systems to centrally manage diagnostic laboratory workflows

 

BoryLabLink Solution is an integrated diagnostic laboratory middleware solution that connects test orders, specimen receipt, preprocessing, analysis, post-processing, retesting, storage, and result transmission in a unified operational structure.

 

Diagnostic laboratories operate many systems together, including LIS, TLA, preprocessing equipment, analyzers, post-processing equipment, specimen storage systems, unsuitable specimen classification systems, and laboratory operations dashboards. When these devices and systems are separated, it is difficult to see at a glance which stage a specimen is in, which device is processing it, whether an error has occurred, whether it requires retesting, and whether result transmission has been completed.

 

BoryLabLink Solution collects and integrates data generated by multiple laboratory systems and is built so that specimen workflows and processing status by test stage can be checked on an administrator screen.

 

Rather than selling a specific device itself, this solution is a deployment-oriented solution centered on Bory-developed integrated laboratory middleware, data integration processes, web server and database, administrator dashboard, Hybrid Web/App operations screens, and BoryLabQC integration architectureprovided as its core components.

 

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Customer Challenges

 

Laboratory systems operate separately

In many diagnostic laboratories, LIS, TLA, analyzers, preprocessing equipment, post-processing equipment, and specimen quality classification systems are operated independently.

When systems are separated, it is difficult to view the entire workflow from specimen receipt to result transmission on one screen, and processing status at each stage must be checked manually.

BoryLabLink Solution connects laboratory data into a single operational workflow so that specimen status and test progress can be viewed in an integrated manner.

 

It is difficult to track which stage a specimen is in

Specimens pass through multiple stages, including receipt, sorting, preprocessing, analysis, post-processing, storage, retesting, and result transmission.

If staff cannot quickly determine where a specimen is, whether processing is delayed, whether it has stopped because of an equipment error, or whether it requires retesting, testing delays and operational confusion may occur.

BoryLabLink Solution integrates specimen IDs, barcodes, test orders, equipment status, processing stages, and error events to enable specimen workflow tracking.

 

It is difficult to quickly identify equipment errors and bottlenecks

During laboratory operations, delays or errors at a particular device can affect the entire testing workflow.

However, when equipment processing status and error events are distributed across systems, it is difficult to identify bottlenecks immediately.

BoryLabLink Solution enables users to view throughput by device, waiting status, error occurrences, and bottlenecks by stage on a dashboard.

 

Unsuitable specimen classification results are separated from laboratory workflows

Even after introducing an AI unsuitable specimen classification system, practical usability may be limited if its results are not connected to the laboratory middleware or LIS workflow.

BoryLabLink Solution integrates with BoryLabQC Solution to reflect unsuitable specimen classification results in laboratory workflows and connect them to statuses such as retest, recollection, hold, and review required.

 

It is difficult to manage laboratory operations data through reports

Specimen throughput, error counts, unsuitable specimen occurrences, retest targets, and processing status by device are important data for laboratory quality control and operational improvement.

BoryLabLink Solution stores laboratory operations data and provides it through dashboards and reports for use in quality control and workflow improvement.

 

Solution Overview

BoryLabLink Solution is a middleware implementation solution that connects multiple diagnostic laboratory systems and equipment data and centrally manages specimen workflows and laboratory operating status.

 

Key functions include:

• Test order data integration
• Specimen ID and barcode data integration
• Management of specimen receipt, preprocessing, analysis, and post-processing status
• LIS integration
• TLA system integration
• Analyzer data integration
• Collection of equipment status and error events
• Integration of unsuitable specimen classification results
• BoryLabQC Solution integration
• Management of retest, recollection, and hold status
• Laboratory operations database implementation
• Real-time processing status dashboard implementation
• Bottleneck analysis by stage
• Laboratory operations report generation
• Hybrid Web/App operations screens
• On-premises implementation within the hospital internal network
• External system API integration

 

Key Features

 

1. Integrated Laboratory System Connectivity

BoryLabLink Solution serves as middleware connecting data among LIS, TLA, analyzers, preprocessing and post-processing equipment, specimen quality classification systems, and laboratory dashboards.

Test orders, specimen IDs, barcodes, processing stages, equipment status, error information, and result information can be integrated according to the laboratory workflow.

 

2. Specimen Workflow Tracking

After a specimen is received, users can check its status through preprocessing, analysis, post-processing, storage, retesting, and result transmission.

Tracking the progress of each specimen enables faster identification of operational issues such as testing delays, missed processing, retest targets, and equipment errors.

 

3. Test Order and Barcode Integration

Test orders and specimen barcode information generated by the LIS or laboratory operations system can be integrated into the middleware.

Based on specimen IDs and test orders, specimen processing status, equipment processing history, classification results, and retest status can be connected and managed.

 

4. Equipment Status and Error Event Management

Status information and error events can be collected from preprocessing equipment, analyzers, post-processing equipment, storage equipment, and other devices.

Normal, waiting, error, and processing statuses for each device can be checked on the dashboard, enabling staff to respond quickly when errors occur.

 

5. Preprocessing, Analysis, and Post-processing Workflow Management

BoryLabLink Solution can be configured as middleware that connects pre-analytical and post-analytical operational workflows.

It can be used to systematize the entire laboratory process, including specimen receipt, sorting, transport, waiting for analysis, result review, storage, and retest requests.

 

6. BoryLabQC Integration

BoryLabLink Solution can connect AI unsuitable specimen classification results from BoryLabQC Solution to the laboratory workflow.

Classification results such as insufficient specimen volume, suspected hemolysis, labeling errors, and poor barcode recognition can be transmitted to the middleware and linked to retest, recollection, hold, and review-required statuses.

 

7. Real-time Operations Dashboard

Laboratory managers can use the dashboard to view specimen processing status, processing status by device, error occurrences, retest targets, unsuitable specimen occurrences, and bottlenecks by stage.

By viewing the entire laboratory workflow at a glance, operational efficiency and quality control can be improved.

 

8. Laboratory Operations Database Implementation

BoryLabLink Solution can be implemented on a web server and database architecture that stores and retrieves laboratory operations data.

Specimen status, processing history, equipment status, error history, user logs, and report data can be stored for operational analysis and quality control.

 

9. Hybrid Web/App Operations Screens

Depending on the laboratory environment, operational status can be checked through PC web, tablet, and mobile screens.

Screens can be configured by role so that laboratory managers, operators, equipment staff, and quality control staff can view the information they need.

 

10. Customized Integration for Customer Environments

Equipment configurations, data formats, workflows, classification criteria, and report formats may differ among laboratories.

BoryLabLink Solution can adjust integration items, screen configurations, database structures, APIs, and report formats to the customer's environment.

 

Available Implementation Configurations

 

Basic Implementation Configuration

• Test order integration module
• Specimen ID and barcode integration module
• Specimen status management module
• Preprocessing status management module
• Analysis status management module
• Post-processing status management module
• Equipment status collection module
• Error and event management module
• Laboratory operations database
• Web server
• Administrator dashboard
• Operations status inquiry screen

 

Extended Implementation Configuration

• LIS integration
• TLA system integration
• Analyzer integration
• Integration of BoryLabQC specimen quality classification results
• Retest and recollection status management
• Unsuitable specimen statistics dashboard
• Throughput analysis by device
• Bottleneck analysis by stage
• Laboratory operations report generation
• Hybrid Web/App screens
• User permission management
• On-premises implementation within the hospital internal network
• External system API integration
• Customization of workflows by institution
• Quality control report automation
• Equipment error alert integration

 

Application Scenarios

 

Integrated Diagnostic Laboratory Operations

The entire diagnostic laboratory workflow, from specimen receipt through result transmission, can be centrally managed.

Laboratory staff can check which stage a specimen is in, which device is processing it, and whether there are errors or retest targets.

 

Laboratory Automation System Integration

Operational data can be connected with laboratory automation equipment such as TLA, preprocessing equipment, analyzers, post-processing equipment, and specimen storage systems.

Centralized management of equipment processing status and testing workflows through middleware can improve laboratory operating efficiency.

 

Unsuitable Specimen Management Integration

Through integration with BoryLabQC Solution, unsuitable specimen classification results can be reflected in laboratory workflows.

Quality issues such as insufficient specimen volume, suspected hemolysis, labeling errors, and poor barcode recognition can be managed in the middleware and linked to follow-up processing status.

 

Retest and Recollection Management

Specimens requiring retesting, recollection, holding, or review can be managed within the laboratory workflow.

Storing classification results together with processing histories supports analysis of testing delays and quality control.

 

Laboratory Operations Dashboard

Laboratory managers can use the dashboard to view specimen processing counts, throughput by stage, status by device, error occurrences, retest status, and unsuitable specimen occurrences.

Viewing operational status as data makes it easier to identify laboratory bottlenecks and quality control issues.

 

Hospital Internal Network Implementation

The solution can be implemented within a hospital internal network or closed network to protect patient information and test data.

Servers, databases, middleware, dashboards, and operations screens are configured according to the hospital's security policies.

 

Expected Benefits

 

Integrated Laboratory Workflow Management

By connecting data across distributed equipment and systems, specimen workflows and testing status can be managed in a single operational structure.

 

Reduced Testing Delays and Omissions

Tracking specimen status and processing stages enables faster identification of testing delays, missed processing, retest targets, and error situations.

 

Identification of Equipment and Process Bottlenecks

Laboratory bottlenecks can be identified by analyzing throughput by device, waiting status by stage, and error occurrences.

 

More Efficient Response to Unsuitable Specimens

By connecting AI specimen quality classification results with laboratory operating status, follow-up handling of unsuitable specimens can be managed more systematically.

 

Quality Control Data Collection

Laboratory operations data, error histories, retest histories, and unsuitable specimen status can be accumulated for quality control and operational improvement.

 

Enhancement of Existing Systems

Laboratory automation can be advanced by adding middleware and web-based operations screens to existing LIS, TLA, analyzer, and dashboard environments.

 

Implementation Process

 

1. Requirements Review

We review the customer's laboratory operating methods, LIS and TLA configuration, equipment integration scope, testing processes, internal network policies, and security standards.

 

2. Data Structure Analysis

We analyze the formats and flows of test order, specimen ID, barcode, equipment status, error information, classification result, and processing status data.

 

3. Integration Scope Definition

We define which systems will be integrated among LIS, TLA, analyzers, preprocessing equipment, post-processing equipment, BoryLabQC, existing middleware, and laboratory dashboards.

 

4. PoC Implementation

Using selected equipment or test processes, we verify the feasibility of data integration, specimen status tracking, dashboard visualization, and error event management.

 

5. Middleware System Implementation

We implement data collection, status management, database storage, API integration, administrator screens, and dashboards according to the laboratory workflow.

 

6. Operations Screen Implementation

We configure web and app screens that laboratory managers, operators, equipment staff, and quality control staff can use according to their roles.

 

7. Operational Validation and Enhancement

Based on actual laboratory operations data, we improve integration stability, processing status criteria, error management, report formats, and dashboard usability.

 

What BoryLabLink Solution Can Do

• Implement integrated diagnostic laboratory middleware
• Test order data integration
• Specimen ID and barcode data integration
• Management of specimen receipt, preprocessing, analysis, and post-processing status
• Integrate LIS, TLA, and analyzer data
• Collection of equipment status and error events
• Integration of unsuitable specimen classification results
• BoryLabQC Solution integration
• Manage retest and recollection targets
• Laboratory operations database implementation
• Implement a real-time laboratory processing status dashboard
• Bottleneck analysis by stage
• View throughput by device
• Laboratory operations report generation
• Hybrid Web/App operations screens
• On-premises implementation within the hospital internal network
• Integrate customer system APIs
• Implement an integrated diagnostic laboratory operations platform

 

Implementation Inquiries

Depending on the hospital or laboratory's system configuration, equipment integration scope, laboratory procedures, and internal network policies, BoryLabLink Solution can be proposed as a PoC, single-process integration, integrated middleware implementation, BoryLabQC integration, or hospital internal network implementation.

• Integrated diagnostic laboratory middleware solution inquiry
• LIS, TLA, and analyzer integration inquiry
• Laboratory operations dashboard implementation inquiry
• Specimen processing status monitoring system inquiry
• BoryLabQC specimen quality classification integration inquiry
• Retest and unsuitable specimen management system inquiry
• Hospital internal network on-premises implementation inquiry
• Hybrid Web/App operations screen implementation inquiry
• Institution-specific laboratory workflow customization inquiry
• Request a Proposal

 

Important Information

BoryLabLink Solution is an integrated middleware solution that supports data integration and workflow management in diagnostic laboratories.

This solution is a system for connecting and managing test orders, specimen status, equipment status, testing workflows, and operational data, and is not represented as a medical device for disease diagnosis, treatment, or prevention.

Final determination of test results and medical judgments must be performed according to the procedures of the hospital or testing institution, staff verification, and applicable regulations.

 

The available integration scope may vary depending on the customer's LIS, TLA, analyzers, equipment interfaces, data formats, network policies, and security policies.

When integrated with medical information such as patient information, test orders, and specimen IDs, prior consultation is required regarding personal information protection, medical information security, hospital internal network policies, and data storage and transmission standards.

 

Before implementation, the target systems, data formats, laboratory processes, server configuration, user permissions, security policies, and operations screen configuration must be reviewed in advance.

 

 

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BORY.ai Key Services Overview

Bory Co., Ltd. develops products, solutions, platforms, and services for industrial, medical, public-sector, healthcare, and barrier-free applications based on AI technologies involving speech, language, video, sensors, and data.

Below are the main representative domains currently operated or being prepared by Bory Co., Ltd. 

 

Primary Domain	Service/Brand	Description
bory.ai	BORY.ai	The official AI brand website of Bory Co., Ltd., serving as the company’s main website for the integrated presentation of its products, solutions, platforms, and services
borysense.com	BORY SENSE	An AI-powered hearing assistance platform that supports communication for people with hearing disabilities and older adults through real-time captioning, lip-reading AI, and AR glasses integration
borytalk.com	BORY TALK	A web-based conversational AI chatbot service designed for civil service inquiries, consultations, information guidance, and customer support
borykiosk.com	BORY KIOSK	A barrier-free AI kiosk service for older adults and people with disabilities, featuring voice guidance, captioning, and easy-to-use interfaces
boryservice.com	BORY SERVICE	A service portal introducing Bory’s AI services and custom-built AI offerings for industrial, public-sector, and everyday applications
borysong.com	BORY SONG	A music AI service that supports AI-powered composition, music generation, and sound content production