Every Outbreak Detected Earlier. Every Response Intelligence-Led.
Public health laboratories are the frontline defence against epidemic threats. LIMSera provides the surveillance integration, outbreak response intelligence, and epidemiological data connectivity that translates laboratory results into life-saving public health action — faster.
When Laboratory Data And Epidemiological Intelligence Are Disconnected, The Outbreak Is Already Ahead Of You.
Public health laboratories occupy a unique position in the health system — they are simultaneously analytical laboratories responsible for confirming diagnoses and sentinel intelligence organisations responsible for detecting emerging disease threats. Performing both roles effectively requires a LIMS that is not simply a test management system, but an integrated public health intelligence platform that connects laboratory results to epidemiological data in real time.
When outbreak investigation samples arrive from field teams, they often carry incomplete epidemiological context — collected location, patient history, and exposure data are in field notebooks, not the laboratory information system. Results are generated days after collection, reported in a separate database, and manually reconciled by the epidemiologist against their field investigation spreadsheet. The data gap between sample collection and epidemiological analysis costs days of response time that translate directly into additional cases.
LIMSera connects public health laboratory analytical workflows to disease surveillance programmes, outbreak investigation platforms, and epidemiological reporting systems — so laboratory intelligence reaches the public health response team in real time, and every case confirmed in the laboratory automatically strengthens the epidemiological investigation.
Every Public Health Laboratory Function Your Programme Requires
Pre-configured for disease surveillance, outbreak response, population screening, and food and water safety monitoring.
Disease Surveillance
Manage notifiable disease reporting, sentinel site surveillance, and population-based laboratory confirmation for diseases including cholera, typhoid, hepatitis, dengue, malaria, tuberculosis, and vaccine-preventable diseases worldwide. LIMSera generates WHO IHR-compliant and national reporting forms automatically from confirmed case data. AI-powered syndromic surveillance detects unusual illness clustering before clinical confirmation. Regional case counts maintained in real time with automated threshold alerts.
The Public Health Response Workflow, End To End
Sample Requisition
Public health sample requisitions are generated from surveillance programme schedules, outbreak field investigations, or clinical notification. Requisitions carry programme type, geographic origin, clinical presentation, exposure history, and priority classification. Specimen requirements and transport conditions are communicated to field collectors at the point of requisition.
Collection & Transport
Field samples are collected with GPS-tagged manifests linking each specimen to its exact collection location and epidemiological context. Cold chain compliance is monitored with temperature loggers. Referral samples from district laboratories carry the original requisition data through the network referral chain without data re-entry.
Lab Analysis
Samples are analysed using surveillance programme-specific protocols — RT-PCR confirmation, culture and sensitivity, serology, toxin detection, or water quality parameters. Molecular typing methods including WGS, MLVA, and PFGE are linked to epidemiological investigation records. Results from rapid diagnostic tests and confirmatory methods are managed in parallel.
Epidemiological Review
Confirmed laboratory results are reviewed by the epidemiologist in the context of the case line-list, geographic cluster data, and epidemiological curve. Pattern recognition tools identify common source vs. propagated transmission patterns. The laboratory data populates the case definition denominator for attack rate calculations automatically.
Statutory Report
Notifiable disease reports, outbreak situation reports, and IHR notifications assembled automatically from confirmed case and laboratory data. Report formats configured per WHO IHR, national surveillance authorities, and regional public health agencies worldwide. Electronic submission with acknowledgement tracking.
Public Health Action
Laboratory-confirmed outbreak intelligence feeds directly into public health response decision support — source control measures, contact tracing, vaccination campaigns, treatment protocols, and vector control. Post-outbreak review data is stored for inter-epidemic period preparedness planning and response evaluation.
Everything Your Public Health Laboratory And Surveillance Programme Needs
Geospatial Case Mapping
Laboratory-confirmed case data plotted in real time on geographic maps. Cluster detection algorithms identify spatial aggregation of illness events. Exposure source mapping links confirmed cases to shared locations, water sources, or food supply chains for source attribution.
Epidemiological Report Generation
Automated outbreak investigation reports, weekly epidemiological bulletins, and statutory notification reports assembled from structured case and laboratory data. Reports formatted for district, state, and national health authority submission requirements without manual compilation.
AI-Powered Surveillance Analytics
Real-time disease trend analysis with seasonal baseline modelling. AI aberration detection identifies unusual pathogen clusters, antimicrobial resistance shifts, and syndromic anomalies before formal outbreak declaration. Comparative surveillance across sentinel sites with configurable alert thresholds per disease and geographic area.
Laboratory Network Management
Multi-tier laboratory network management for reference laboratories, state public health laboratories, district laboratories, and private sector notification points. Specimen referral tracking between network levels with TAT monitoring and result feedback to originating laboratory.
International Reporting Integration
IHR 2005 potential public health emergency of international concern (PHEIC) detection and reporting workflows. WHO-IHR notification data packages assembled automatically. GOARN collaboration data sharing protocols and WHO GLASS AMR data submission integration.
AMR Surveillance Network
Antimicrobial resistance data accumulated from hospital and public health laboratory networks. WHONET-compatible data export. National AMR surveillance programme contribution with ESKAPE pathogen priority tracking and resistance trend analysis by geographic area and healthcare setting.
Reference Laboratory Management
Specimen referral, confirmatory testing, and strain characterisation workflows for reference laboratory functions. Culture collection management, isolate repository tracking, and national strain bank data management with biosafety level compliance monitoring.
Rapid Response Logistics
Emergency laboratory response mode with priority sample registration, accelerated analytical workflows, and real-time result communication to field response team and incident command. Surge capacity management for epidemic periods with additional resource allocation tracking.
One Health Interface
Animal-human-environment interface data integration for zoonotic disease surveillance. Veterinary laboratory result linkage to human case data for cross-species transmission detection. Environmental sampling results linked to clinical and epidemiological case data.
ISO/IEC 17025 Accreditation
Full accreditation infrastructure — immutable audit trail, calibration management, measurement uncertainty budgets, CAPA workflows, proficiency testing records, and document control. Accreditation-ready for ISO/IEC 17025 and WHO LQMS worldwide.
Laboratory Data That Detects Outbreaks Before They Become Emergencies.
Traditional disease surveillance depends on clinical notification — which means the laboratory evidence confirming an outbreak often arrives after the response should have started. LIMSera's surveillance intelligence engine applies statistical aberration detection algorithms continuously to incoming laboratory result data, comparing current case counts with seasonal baselines and identifying unusual clustering of illness events before the threshold for formal outbreak declaration is crossed.
When the algorithm detects an anomaly — an unusual spike in Salmonella isolates in a geographic cluster, or a higher-than-expected dengue positivity rate in a district — it generates an alert with supporting data: the number of confirmed cases, the time period, the geographic distribution, and a comparison with expected values. The epidemiologist receives this alert before the weekly surveillance report would have identified the issue. Early detection translates directly into faster containment.
From Field Sample To Containment Decision. Without The Data Gap.
Outbreak investigation is a race between the pathogen and the public health response team. The bottleneck is usually data — samples collected in the field sit in transit for days, laboratory results arrive on separate systems, and the epidemiologist manually reconciles analytical data with their field investigation spreadsheet. LIMSera eliminates this bottleneck by connecting field collection directly to the laboratory workflow and the epidemiological investigation record.
Field teams use mobile-enabled sample manifests that capture GPS co-ordinates, clinical history, and exposure data at the collection point. When the sample arrives at the laboratory, these data follow it — no re-registration, no manual transcription. Confirmed results populate the case line-list automatically. The epidemiologist's map updates in real time as results arrive. Molecular typing data from WGS or MLVA identifies the transmission chain and confirms the source before the field team has left the area.
Zoonotic Disease Detected At The Animal-Human Interface. Before It Crosses.
Seventy percent of emerging infectious diseases are zoonotic — originating in animals before crossing to human populations. Effective One Health surveillance requires animal, human, and environmental surveillance data to be accessible in an integrated analytical framework where cross-species transmission can be detected at the earliest possible stage. LIMSera provides the data integration layer that links veterinary laboratory results to human case data and environmental sampling.
When an unusual animal disease cluster is confirmed in veterinary surveillance, LIMSera automatically queries the human surveillance data for concurrent illness events in the same geographic area. Environmental sampling results — water, food, vector, and soil samples — are linked to both animal and human case records in the investigation framework. The integrated data set gives the epidemiological investigation team the complete picture needed to determine whether a spillover event is occurring and to implement One Health response measures.
Public Health Data Governance Built For Population-Scale Accountability.
Immutable Surveillance Records
Every sample registration, analytical result, case confirmation, and epidemiological record is timestamped, user-attributed, and permanently preserved. Outbreak investigation records withstand medicolegal scrutiny.
IHR 2005 Reporting
PHEIC assessment data packages assembled automatically from laboratory and epidemiological records. WHO-IHR notification data structured for international reporting requirements under the International Health Regulations.
ALCOA+ Data Integrity
Every data entry Attributable, Legible, Contemporaneous, Original, and Accurate. Complete audit trails with reason codes for every modification. Immutable records that satisfy WHO, FDA, and international regulatory scrutiny.
ISO/IEC 17025 & WHO LQMS
Full ISO/IEC 17025 accreditation infrastructure with WHO Laboratory Quality Management System alignment. Proficiency testing, measurement uncertainty, calibration management, and external quality assurance for reference laboratory accreditation worldwide.
Designed For Every Role In Your Public Health Programme
Real-time case mapping, cluster analysis tools, case line-list population from laboratory results, epidemiological curve generation, and attack rate calculation without manual data transcription
Surveillance protocol management, outbreak strain characterisation data management, reference laboratory network coordination, and molecular typing result integration with epidemiological investigations
District and state disease dashboard access, notifiable disease threshold alerts, automated statutory reporting, and outbreak response logistics support for field team deployment
Programme coverage and performance metrics, screening recall management, sentinel site network performance, and annual surveillance summary report generation
Distribution network monitoring dashboards, WHO/EPA/Codex parameter compliance tracking, foodborne outbreak environmental sample management, and rapid alert notification for critical drinking water failures
Multi-region programme performance comparison, AMR surveillance data for WHONET submission, IHR reporting data packages, and GOARN network data sharing coordination
Frequently Asked Questions
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