Data and Services

Cell Data Center and Experimental Services

Powered by high-throughput, high-content spectral imaging flow cytometry, connecting the full chain from data acquisition and intelligent analysis through experimental execution to application development — comprehensively meeting customized, standardized, and scaled user needs, building a future-ready one-stop cell data center and public service platform.

AI Infrastructure

Cell Data Center

Built on spectral imaging flow cytometry technology, we create standardized, intelligent, scalable, and customizable cell data infrastructure — providing the foundational data engine for life sciences, clinical medicine, and biomanufacturing in the AI era.

Explore Core Capabilities Why Now
PART 01 · The Needs of Our Time

In the AI Era, are Data the Essential Ingredients?

Without high-quality data, there are no reliable algorithms; without reliable algorithms, there is no trustworthy intelligence. Building cell data infrastructure for the AI era is the necessary path toward intelligent life sciences.

The Three Pillars of AI
Data
Ingredients
Algorithms
Cooking
Compute
Stove

Without ingredients, even the best cooking and stove cannot produce a meal.

Cell Data Application Scenarios
PART 02 · Platform Capabilities

A Complete Closed Loop from Data Acquisition to Value Realization

Four capability modules form a complete value stream, making the entire chain from cell data generation to application controllable, scalable, and customizable.

01
Data Acquisition
  • High-Throughput Collection
  • Multimodal Data Acquisition
  • Dynamic Atlas Construction
01
Data Acquisition · ACQUISITION

Leveraging the high-throughput, high-content collection capabilities of spectral imaging flow cytometry to scientifically build cell data resources.

Single-Cell Multidimensional DatabaseMolecular · Immune · Morphological · Genetic 4D single-cell database
Cell Dynamic AtlasSystematically constructed for typical biomedical scenarios
Multi-Omics Integration SupportBridging cell-level data for multi-omics cross-analysis
02
Data Analysis
  • Intelligent Algorithms
  • Rare Event Detection
  • From Mimicking Experts to Surpassing Them
02
Data Analysis · ANALYTICS

Based on intelligent algorithms, building a complete analysis capability chain from basic processing to deep mining.

Automated Basic AnalysisAuto-gating · Spectral unmixing · Intelligent clustering
Rare Event DetectionPrecisely capturing low-frequency subpopulations among vast cell counts
From Mimicking Experts to Surpassing ThemReproduce expert interpretation → autonomously explore the unknown
03
Data Development
  • AIVC Core Engine
  • Vertical Application Enablement
  • Bio-Design Supply
03
Data Development · DEVELOPMENT

Centered around the AIVC core engine, transforming data assets into reusable intelligent capabilities.

AIVC Core EngineAccumulating general-purpose cell intelligence models
Vertical Application EnablementDiagnostics · Drug screening · Breeding · Cell therapy · Manufacturing
Bio-Design SupplyProviding data-driven design for synthetic biology
04
Data Services
  • Data Customization and Annotation
  • Algorithm Customization
  • Application Development
04
Data Services · SERVICES

Full-stack service capabilities from data to applications, flexibly meeting diverse user needs.

Data Customization + AnnotationOn-demand collection · Professional annotation · AI-assisted
Algorithm CustomizationCustom AI models tailored to client scenarios
Joint Application DevelopmentEnd-to-end solutions for industry-specific scenarios
Acquisition → Insight → Asset → Value
PART 03 · IMPACT

Serving the Full Industry Chain, Empowering Diverse Scenarios

Application Scenarios · USE CASES
Disease Diagnosis
Drug Screening
Seed Breeding
Cell Therapy
Sepsis Management
Biomanufacturing
Imaging Hematology
Synthetic Biology
Data Tree
"Enabling cell data to become the core productive asset in the AI era."
Lab Infrastructure · Lab Infra

Public Experimental Platform

Built on spectral imaging flow cytometry technology, providing high-throughput, high-content single-cell experimental infrastructure for research and industry, supporting the full process from experimental design to data delivery.

Capabilities

Core Experimental Capabilities

Centered on spectral imaging flow cytometry, building a multi-dimensional, high-throughput single-cell detection capability matrix

High-Dimensional Spectral Imaging

Integrating spectral unmixing with high-resolution microscopic imaging, simultaneously capturing molecular markers and morphological features at the single-cell level, producing hundreds of parameters per cell.

Spectral Flow Cytometry

Full-spectrum analysis capability, simultaneously capturing dozens of fluorescent markers in a single run, breaking through traditional flow cytometry compensation limits for precise rare cell subpopulation identification.

Imaging Flow Cytometry

Capturing high-resolution brightfield and fluorescence images of several thousands of cells per second, merging the high-speed statistics of flow cytometry with the morphological information of microscopy.

Flow-FISH

Flow cytometric fluorescence in situ hybridization, enabling high-throughput detection of specific gene sequences in suspended cells, combining the dual advantages of flow cytometry statistics and molecular specificity.

Workflow

Service Process

From request to delivery, full-chain standardized management

1. Submit Request

Submit online or offline, define experiment goals and parameters

2. Experiment Design

Custom protocol design, panel optimization and QC strategy

3. Data Acquisition

High-throughput automated collection, real-time QC and data validation

4. Analysis and Modeling

AI-driven data analysis, custom algorithms and visualization

5. Results Delivery

Complete data report, ongoing tracking and technical support

Service Models

Flexible Service Models

Three models flexibly combined to cover different stages and needs

Full-Service Experiments

Turnkey Project

Simply provide samples and experimental goals — our team handles everything from protocol design to data delivery. You receive high-quality results with zero operational burden.

  • Free Protocol Consultation
  • Full-Process Project Management
  • Standardized Data Delivery

Self-Service Experiments

Independent Operation After Training

After platform training and qualification certification, you can reserve instrument time and operate independently, with full flexibility over experimental pace and parameter adjustments.

  • Systematic Training Courses
  • Qualification Certification System
  • Flexible Instrument Time Booking

Custom Development

Algorithms · Models · Applications

For specific scenario needs, we customize data analysis algorithms and AI models, empowering intelligent applications in vertical domains.

  • Custom AI Algorithms
  • Dedicated Model Training
  • Joint Application Development

Connect Data and Experiments, Unlock Cell Value

"Experiment—Data—AI—Application" collaborative closed loop, continuously iterating cell cognition and application systems, embarking on a journey of cell exploration with you.

Application

Model

Data

Produces high-dimensional cell data

Model Iteration

Data feedback drives AI evolution