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That’s why we are in constant, open dialogue with biochemists and laboratory researchers—engaging directly with the scientific community to understand the true pain points and daily challenges faced in modern research labs.

By speaking the language of working scientists, we ensure our AI platform is not only technologically advanced, but also genuinely relevant and practical for everyday laboratory needs.
At BinomLabs, we believe the best innovation
starts with listening.
Pitch Deck (PDF or secure link)
  • Visual summary of the problem, solution, market, team, business model, traction, competition, and financials.
Product/Platform Overview
  • Explaining AI product, technology, workflow, and main differentiators (with diagrams).

Technical Whitepaper or Science Appendix
For BioTech: a more detailed document on your technology, methods, experimental validation, patents

Traction & Validation Data
Evidence of lab/clinical results, user testimonials, pilots, publications, or peer review (PDF, slides)

Financial Model

Contacts/CVs

Features of BinomLabs for the pharmaceutical industry

Implementation of AI algorithms to achieve 90% correlation with real-experimental data
  • Continuous Improvement
    Our algorithms are continuously tested and validated in collaboration with real-biochemistry research labs and academic partners.
  • Built for modern biology
    Our core strength lies in our highly qualified development team. Our team’s expertise spans mathematical physics, statistics, linear systems, integration, modeling, and programming
  • Security and Data Integrity
    We implement robust security protocols to ensure your data is always safe and confidential.
  • Task-Specific Customization:
    Our platform adjusts its analytical approach based on the parameters and goals of your experiment. The tasks and issues set by the customer are the central aspect for our developers.
  • User-Centric Flexibility
    We are in constant, open dialogue with biochemists and laboratory researchers—engaging directly with the scientific community to understand the true pain points faced in modern research labs.
  • Supports Diverse Experimental Setups
    Our algorithms allow us to set such experimental parameters as temperature, salt concentration, and denaturant.
Financial Model
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1. Customer Growth (per month/quarter, by segment)

Month/Quarter Academic Enterprise Pharma Total Customers
Q1 2025 1 0 0 1
Q2 2025 2 0 0 2
Q3 2025 2 1 0 3
Q4 2025 3 1 0 4
Q1 2026 4 1 1 6
Q2 2026 5 2 1 8
Q3 2026 6 3 1 10
Q4 2026 7 4 2 13

2. Pricing Tiers

Tier Monthly Price Annual Price Typical Customer Type
Academic $500 $5,000 Universities, research labs
Enterprise $2,000 $20,000 CROs, core facilities
Pharma $5,000 $50,000 Biotech, pharma companies

3. Monthly Revenue Calculation Example

Month Academic Customers Academic MRR Enterprise Customers Enterprise MRR Pharma Customers Pharma MRR Total MRR
Jan 2026 1 $500 0 $0 0 $0 $500
Feb 2026 2 $1,000 0 $0 0 $0 $1,000
Mar 2026 2 $1,000 0 $0 0 $0 $1,000
Apr 2026 2 $1,000 1 $2,000 0 $0 $3,000
May 2026 3 $1,500 1 $2,000 0 $0 $3,500

4. Quarterly Totals (Auto-calculated in spreadsheet)

Quarter Total Customers Total Revenue (all tiers)
Q1 2026 1 $2,500
Q2 2026 4 $10,000
Q3 2026 5 $15,500
Q4 2026 7 $24,000
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