Why use modelate? Learn more about our advantages.

Short
time-to-market

We translate all the math contained in an Excel model into Javascript in an automated way; therefore, the time to market is short, regardless of model complexity.

Full correlation
with Excel

We don't re-program the model logic automatically and therefore, we don't commit errors. We guarantee full outcome correlation with the original Excel model.

Compatible with
iOS and Android

We can create HTML5, native iOS or Android applications based on the model core. Besides, we work hard to make your model easy to use, even for non-technical people.

Your app
is your property

We don't lock you in: the app based on the Excel model is solely your property. You can run it independently from our infrastructure either online or offline.
  • Sharing and co-working
    You can easily share your model with your colleagues worldwide and collaborate simultaneously.
  • Available on all modern devices
    You can access your model from a wide range of modern devices. Download it as a mobile app for iPad or Android or simply view it in the browser from your laptop.
  • Designed for customer engagement
    We design our models in a way that even non-technical people will find them fun and engaging to use. Simply start the application and it will guide you through the process.
  • Feedback and User Analytics
    With mobile models, you can instantly gather users' feedback and analyse decision makers' usage patterns.
  • Integration with the web
    You can combine the model with modern web features, such as multimedia content, online databases, social media, location-based services, cloud computing and other similarones.
  • Integration with your applications
    The ability to combine the model with your in-house applications such as web portals, desktop tools, and third-party software, among others.
Why models need to go Mobile?
Check out the Reasons

Case studies Please note: All models are made anonymous according to customers' requirements. The model logic has been simplified and adjusted for privacy and security reasons.

Compact Budget Impact Model iPad application

Initial Excel file data

Model type: Budget Impact Model
Numer of cells: 2 000
Excel file size: 100 KB
VBA: disabled

Result

Mobile model size: 10 KB
Performance: 0,01 sec
Demo Attention! Compatible ONLY
with webkit browsers (Safari & Chrome)
Distinct features: Excel functions, flexible time horizon, live calculations, custom number pad, adapted for usage with two thumbs
Time to market: 2 weeks

Large Markov Cohort Model web application

Initial Excel file data

Model type: Markov Cohort Model
Numer of cells: 1 100 000
Excel file size: 40 MB
VBA: enabled

Result

Mobile model size: 10MB
Performance: 1,5 sec
Distinct features: Excel functions, tutorial mode, multi-currency support, error validation, view and edit modes for data, country specific scenarios, built-in references and explanations
Time to market: 4 weeks

Sales Forecasting Model cross-platform application

Initial Excel file data

Model type: Forecasting Model
Numer of cells: 2 000
Excel file size: 500 KB
VBA: enabled

Result

Mobile model size: 200 KB
Performance: 0,02sec
Distinct features: Excel functions, one-way and multivariate sensitivity analysis, scenario analysis, custom navigation structure, grouped data input
Time to market: 3 weeks

Our solutions Chose the package that best suits your needs and start cooperating with us.

Create a model

Nest a model

Rent a transformation kit

Review a model

You have an Excel model (or an idea for one) that you want to make accessible and fun to use on a wide palette of modern devices. You have an Excel model that you want to nest into your exiting Web, iPad, Android of Flash application. You have a great concept for your mobile model, but you don't want to waste time on re-programming the Excel model core. You have an existing web-based or mobile model, but you are confident that there is potential for its further improvement.

You

Provide us with an Excel model and/or your idea.

You

Provide us with an Excel model and your idea.

You

Provide us with an Excel model and the integration requirements.

You

Provide us with your model and explain currently existing issues.

We

Gather missing requirements, analyse the target audience for the model, and create technical and user-interaction concepts for the mobile or web model.

We

Gather the missing requirements, analyse the existing application, and create technical and user-interaction concepts for the purposes of model integration.

We

Transform your Excel model into code, and deliver the model as an SDK (software development kit), tested and ready to be used in terms of further development.

We

Review your model and deliver a report, based on your stated preferences, provides solutions as: high fidelity redesign, interaction concept or implementation from scratch.

You

Approve or comment on the concept.

You

Approve or comment on the concept.

We

Develop the application and deploy it on the platform of your preference.

We

Implement and integrate the model into your application.

About us

Modelate is a software and consulting agency which helps pharmaceutical companies transform their HEOR evidence into digital, interactive value stories. By aggregating data from various sources such as Excel spreadsheets, Modelate creates iPad apps and web-based software applications which turn raw numbers into convincing narratives to help market access medical and commercial teams clearly communicate the value of the intervention to payers and decision makers on all levels.
We create digital e-detailing tools for health outcomes research (HEOR) and market access teams, web and iPad applications based on Excel cost-effectiveness (CEA), cost-utility, risk-benefit, budget impact analysis (BEA), multi criteria decision optimisation (MCDA) models. Besides, we develop digital budgeting/ forecasting tools, interactive global value dossiers (GVD) and creative evidence presentations.

Glib Kutepov

Founder

Alex Axenov

UX & Development

Anton Kostiuk

Mathematical Modelling