Targeting Official Launch: June 2026

The Future of Bio-Automation

Precision 96-well 4PL analysis is coming to your lab. Stop manual scripting and start accelerating your research with enterprise-grade automation.

Core Algorithm

Mastering 4-Parameter Logistic Fits

Automate your dose-response and standard curve analyses with extreme precision. X1 Scripter fundamentally redesigns the 4PL algorithmic pipeline for unparalleled accuracy in biological assays, eliminating human error from the equation.

  • Automatic 4PL Curve Fitting
  • Seamless Excel/CSV Integration
  • Optimized for 96-well Analysis
4PL Equation Model
y=D+AD1+(xC)By = D + \frac{A - D}{1 + (\frac{x}{C})^B}
Reliability

Platform Verification

We rigorously validate our algorithms against real-world assay data. See the complete workflow and generated reports for our core analysis modes.

Workflow Steps
Heatmap & Report Details
Group Mapping Table
Curve Fitting
Statistical Analysis
Final Excel/PDF Report

Heatmap & Report Details

Validation of 4PL curve fitting in Potency PCA mode, showing consistent results across multiple steps.

The Next Frontier

The Unified Operating System for High-Throughput Life Sciences

Our vision extends far beyond plate readers. X1 Scripter is architecting the complete closed-loop pipeline for modern biotechnology—from algorithmic sequence design to regulatory-grade computational audit.

Automated Plasmid Mapping

Streamlining synthetic biology and molecular cloning verification. Automating vector backbone validation, plasmid feature annotation, and Sanger sequence alignment with zero manual curation.

PCR Data Automation

Aggregating and normalizing real-time qPCR curves from diverse thermocyclers. Automating melt-curve diagnostics, amplification trajectory analysis, and rigorous ΔΔCt analytics.

DNA Sequencing Workflows

Streamlining distributed processing pipelines for NGS outputs. Automating high-throughput quality control, genomic alignment triggers, and clinical-grade variant annotation formatting.