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Cutting-edge platforms
for your Lab intelligence

MUST READ

Modular Architecture

Build scalable scientific applications with clean, modular code that supports Python/Java engineering, and future expansions.

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Easy Customization

Adapt our platform to your lab's specific workflows – from nanotechnology simulations to chemistry‑based app development.

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Data Integrity & Security

Ensure confidential research data are protected with robust encryption and access controls.

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Cross‑Platform Ready

Run your scientific software seamlessly across browsers, local networks, and cloud environments without compatibility issues.

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Clean UI for Labs

Intuitive dashboards designed for researchers – focus on data, not distractions. Perfect for intelligent lab technologies.

High‑Resolution Visualization

Retina‑ready graphics for sharp nanomaterial renderings, spectral analysis plots, and real‑time sensor data.

Streamline Nanotechnology

Chemistry Apps, Scientific Software, and Python/Java workflows – from Data to Discovery.

Lab grade software - budget friendly plans.

Lab grade software - budget friendly plans.

High‑performance scientific tools don't have to break the budget. Access powerful lab software, development frameworks, and intelligent automation - without enterprise licensing fees.

Best Features

Our platform helps
accelerate scientific discovery.

SalesPowerful tools for modern labs. Nanotechnology modeling. Chemistry app development. Scientific software integration. Java/Python engineering. Intelligent automation..

Explore the tools

We tried to make

Integrations

Seamlessly connect Python/Java scripts, lab hardware, and automation tools. Our platform supports open APIs and popular scientific libraries for a unified workflow.

Lab Automation

Intelligent scheduling, real‑time data capture, and automated reporting – designed for nanotechnology and chemistry R&D. Reduce manual steps, increase accuracy.

Dedicated Support

Expert assistance for your scientific software stack, from deployment to custom script troubleshooting. Get help from engineers who understand your lab's needs.

Building Our Lab Stack

We're a new platform focused on quality. Our code is clean, modular, and open for improvement. As we grow, this space will showcase real metrics from researchers like you. Stay tuned.

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Labs
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Contributors
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Instruments
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Modules

Our Tools

We prioritize neat, documented code so you can focus on science, not fixing broken tools. Adapt freely.

Frequently asked questions

01. Do I need a license to use your modules?
No. All core modules (CorroSim, SpecATR, PolymerBuilder, etc.) are open source under MIT, or GPL 3.0 licenses. You can freely use, modify, and distribute them for academic or commercial research. No license keys, no hidden fees.
02. How do I install CorroSim, SpecATR, or ThermoNASA?
Each module is available via pip install for Python packages or direct GitHub cloning. For example: pip install corro-sim or git clone https://github.com/nanostack-lab/specatr. Detailed installation guides are in our documentation.
03. Can I integrate these tools with my existing lab equipment?
Yes. SpecATR is specifically designed for FTIR‑ATR spectral analysis. Our Python/Java APIs allow custom integration with most lab instruments. Contact our support for hardware-specific adapters.
04. Are the modules compatible with my Python/Java environment?
Python modules require Python 3.9+ and common scientific libraries (NumPy, SciPy, scikit-learn). Java modules require Java 11+. We provide Docker containers and virtual environment templates for easy deployment.
05. How can I contribute or report a bug?
All repositories are on GitHub. Submit issues, feature requests, or pull requests. We welcome contributions from researchers, students, and developers. Check our contribution guidelines in each repo.
06. What is the difference between Community, Lab, and Enterprise plans?
Community is free and open source (self‑hosted). Lab adds priority support, private repos, and training ($0/Forever). Enterprise offers dedicated support, SLA, on‑prem deployment, and custom model development (custom pricing).
07. Do you provide training or documentation for researchers?
Yes. Free documentation, example Jupyter notebooks, and API references are available online. Paid plans include team training sessions and dedicated onboarding.
08. Can I request a new feature or custom module?
Absolutely. Open a GitHub issue or contact our support. For custom modules (e.g., specific corrosion models, polymer simulations, or instrument drivers), enterprise plans include joint development options.

Open Source Access

All modules are MIT, Apache 2.0, or GPL 3.0 licensed. Free forever. No license keys. No vendor lock-in. Use, modify, and deploy in your lab today.

Community

Free · Open source · Forever

  • CorroSim (MIT)
  • SpecATR (MIT)
  • Python/Java APIs
  • GitHub repositories
  • Documentation & examples
  • Community support (Issues)
  • Self-hosted deployment
$0 Per user Forever
Clone / Fork

Lab

For research teams · Priority support

  • All Community features
  • Priority GitHub support
  • Private repository access
  • Custom module integration
  • FTIR‑ATR spectral library setup
  • Team training (1 session)
  • On‑premise deployment
$0 Per lab Forever
Get Help

Enterprise

For industry & institutions · Custom deployment

  • All Lab features
  • Dedicated support (24/7)
  • On‑premise deployment
  • Custom corrosion/polymer models
  • SLA & compliance
  • Joint development options
  • Multi‑user training
Custom Contact for quote
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