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Cheetah solver breakthrough in geometric constraints modeling

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Nick Sidorenko
Nick Sidorenko

The document introduces Cheetah Solver, a new parametric solver plugin for AutoCAD developed by Cloud Invent. It summarizes the limitations of traditional CAD solvers and the coordinate-driven approach. Cheetah Solver uses new mathematical methods to resolve complex geometric constraints models thousands of times faster. It also runs in parallel on multi-core CPUs and many-core GPUs. The plugin will initially support 2D modeling in AutoCAD, with 3D support planned. Cloud Invent believes the plugin can gain significant market share and generate over $100 million in revenue annually.

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Cheetah Solver Breakthrough in Geometric Constraint Modeling 息 Cloud Invent, 2014
Computer-Aided Design (CAD) No matter what you want to do: to construct a mechanism, to build a house, or just to rearrange furniture in your room you need a plan Technical drawing or drafting is the act of composing plans that visually communicate how some parts are to be constructed The traditional drafting procedure is to place a piece of paper on a smooth surface and to draw something by pencil using some set of manual tools, such as T-square, Ruler, Stencil etc. Nowadays, the technics of a drafting task have been significantly automated and accelerated through the use of CAD 息 Cloud Invent, 2014
Computer-Aided Design Computer-aided design is the use of computer systems to assist in the creation, modification, analysis, or optimization of a design Nowadays CAD systems began to provide much more capability than just an ability to replace manual drafting with electronic drafting. Namely: automated generation of the Bill of Materials (BOM); auto layout in integrated circuits; interference checking; performing engineering calculations; and many other tasks. 息 Cloud Invent, 2014
Coordinate-Driven Approach The original 2D CAD was coordinate-driven. It means that, while operator is creating points and lines in 2D sketch, the software record the coordinates of all and points in the drawing The problem with this approach arise when you need to modify the design even a small changes usually require to update manually the coordinates of numerous points influenced by this small change Parametric approach allows to think in terms of dimensions (linear dimensions and angles) and geometrical constraints instead of coordinates 息 Cloud Invent, 2014
Parametric Approach Using parametrics you draw geometric entities (points, lines, curves), set dimensions between different entities, and set geometric constraints (like parallel, perpendicular, tangent etc.) The software itself writes equations from these constraints. In these equations coordinates of points are the unknowns and dimensions are the parameters of equations, that define the solution With parametric approach when you change some dimension you dont need to modify sketch manually, the system automatically recalculates coordinates of all points and regenerates the model 息 Cloud Invent, 2014
Users Pain in Parametric CAD The idea of parametric approach is quite simple and very attractive, but the resulting system of equations can be very large and very complicated. For complex geometric models it may contain many thousands of equations with millions of variables All modern parametric CAD applications are not able to process complicated geometric constrained models. Very often their behavior is unstable even for models containing a small number of entities Even, if such a solver is capable to resolve some intricate model, users often have to wait long time to obtain a result 息 Cloud Invent, 2014
Cheetah Solver of Cloud Invent Todays solver engines, were developed decades ago. They were not changing in years. They are using slow archaic mathematical methods and working in one thread mode even on multi-core CPU Cheetah solver can work with geometrical models that contain hundreds times more geometric entities and resolve them thousands times faster than you can do with any competitor solver Our solver works in parallel threads so its performance can be scaled infinitely by increasing number of cores in your system. It can work on multi-core CPUs, many-core GPUs, and intel Xeon Phi cards 息 Cloud Invent, 2014
AutoCAD Plugin The first implementation of our solver is the plugin for AutoCAD 2015+ We chose to start from AutoCAD because it is one of the most popular CAD-system, but it has very poor parametric functionality. The other reason for us was that AutoCAD has very developer-friendly .Net API Our plugin embeds into AutoCAD and intercepts all handlings to solver. So, you have the same user experience as with the built-in solver When you start using Cheetah Solver plugin for AutoCAD, it does not mean that you cant use built-in solver. You can easily switch back and forth from one solver to another by pushing a single button 息 Cloud Invent, 2014
Our Roadmap Already available In work Cheetah Solver 2D Parametric Core Cheetah Solver 3D Parametric Core CPU CUDA Xeon Phi AutoCAD Inventor SolidWorks SolidEdge Cloud 息 Cloud Invent, 2014
Our Roadmap The first version of Cheetah Solver Plugin covers only 2D parametric functionality of AutoCAD The next version (end of 2015) will provide for AutoCAD full-featured 3D parametric functionality In parallel we are working on implementation of our solver for other CAD-systems (Autodesk Inventor, SolidWorks of Dassault, Solid Edge of Siemens etc.) and for different hardware platforms (NVidia CUDA, Xeon Phi, Amazon Cloud Cluster, Windows Azure etc.) 息 Cloud Invent, 2014
Our Market For AutoCAD plugin our potential customers are all AutoCAD users Autodesk claims to have 12 million registered users. About half of them (6 million) are AutoCAD users We can create similar plugins for the other CADs. So, our potential customers are all engineers and designers who use parametric CAD Autodesk holds about 1/3 of the CAD market. If we will add Siemens (SolidEdge and NX), Dassault (SolidWorks and CATIA), and PTC (Creo Parametric), then we will cover about 80% of all CAD users The size of the whole CAD-market is about $10 B per year. Our Cheetah Solver plugins can add to this market the new segment of the size minimum $100 M per year 息 Cloud Invent, 2014
Our Market Now we are launching beta-testing of Cheetah plugin for AutoCAD and we are planning to launch commercial version next year (3rd quarter). Our business model: Subscription: $9/month or $99/year for access to any available plugin and for any available hardware-specific solver (CPU, GPU, cloud) Purchasing: $99 for base plugin and $99 for each hardware-specific solver Pessimistic estimation is $1 M customers (from more then 30 million CAD users), so it will be about $100 M per year But we estimate not less than 10 million customers. Therefore, it will be about $1 B per year 息 Cloud Invent, 2014
Investments Now our team is small and we can concentrate just on one way we chose AutoCAD as a CAD platform, and CPUs and NVidia GPUs as hardware platforms We are receiving requests for possibility to use our technology with other CADs, other hardware (such as ATI GPUs, AMD Mantle, Itanium processors etc.) and on cloud (Amazon cloud, Windows Azure, etc.) We can satisfy this requests, but to do this we need the growth In order to grow we need more investments If we will get $500,000 we will be able to do 3D parametric core and 2D plugins for SolidWorks and Solid Edge simultaneously 息 Cloud Invent, 2014
Our Team As CEO of Cloud Invent, Dr. Nick Sidorenko has 35 years of experience in applied mathematics and software development. In Russia he held leading research and development positions in Academy of Science. In Israel he worked as development leader in different software companies. His last work place was PTC. Feel free to send e-mail to Nick Sidorenko: nick@cloud-invent.com Mr. Lev Kantorovich is a software development and management professional with more than 20 years of experience in the software industry. Prior focusing on Cloud Invent, he worked as development leader and research engineer for Computer Associates in Israel and US. Feel free to send e-mail to Lev Kantorovich: lev@cloud-invent.com 息 Cloud Invent, 2014
Our Team Mr. Evgeny Slavutsky is a financial and management professional with more than 15 years of experience in the advertising and design industry. Evgeny Slavutsky shares CFO position in Cloud Invent, with the position of Financial Director of Great Advertising Group, heaving headquarter in St.Petersburg, Russia Feel free to send e-mail to Evgeny Slavutsky: jack@cloud-invent.com. Mr. Dmitry Ratner has a solid experience in development of large-scale software systems based on complex mathematical computations. Before joining our team he worked as a lead developer and research scientist on a pipeline simulator, economical information systems, GIS, analytical and prediction software. Feel free to send e-mail to Dmitry Ratner: dmitry@cloud-invent.com 息 Cloud Invent, 2014
More information On the site www.cloud-invent.com you can find much more information about our solution This video http://youtu.be/nK1ANoZHyUc can demonstrate more clearly how our plugin works (and compare it with AutoCAD solver) Soon well present more demonstration videos You can download beta-version of our plugin by this link: http://cloud-invent.com/download 息 Cloud Invent, 2014
Contacts Cloud Invent(Israel) Ha-Marva 4, Akko, 24531 Phone: (972) 506 926770 Cloud Invent (USA) 1855 47th Ave, Vero Beach, FL, 32966 Phone: (1) 772 501 3914 E-mail: info@cloud-invent.com 息 Cloud Invent, 2014 Our R&D Office: Lev Ha-Tzomet Bld., Check Post, Haifa 31078, Israel
Thank you! www.cloud-invent.com 息 Cloud Invent, 2014

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Cheetah solver breakthrough in geometric constraints modeling

  • 1. Cheetah Solver Breakthrough in Geometric Constraint Modeling 息 Cloud Invent, 2014
  • 2. Computer-Aided Design (CAD) No matter what you want to do: to construct a mechanism, to build a house, or just to rearrange furniture in your room you need a plan Technical drawing or drafting is the act of composing plans that visually communicate how some parts are to be constructed The traditional drafting procedure is to place a piece of paper on a smooth surface and to draw something by pencil using some set of manual tools, such as T-square, Ruler, Stencil etc. Nowadays, the technics of a drafting task have been significantly automated and accelerated through the use of CAD 息 Cloud Invent, 2014
  • 3. Computer-Aided Design Computer-aided design is the use of computer systems to assist in the creation, modification, analysis, or optimization of a design Nowadays CAD systems began to provide much more capability than just an ability to replace manual drafting with electronic drafting. Namely: automated generation of the Bill of Materials (BOM); auto layout in integrated circuits; interference checking; performing engineering calculations; and many other tasks. 息 Cloud Invent, 2014
  • 4. Coordinate-Driven Approach The original 2D CAD was coordinate-driven. It means that, while operator is creating points and lines in 2D sketch, the software record the coordinates of all and points in the drawing The problem with this approach arise when you need to modify the design even a small changes usually require to update manually the coordinates of numerous points influenced by this small change Parametric approach allows to think in terms of dimensions (linear dimensions and angles) and geometrical constraints instead of coordinates 息 Cloud Invent, 2014
  • 5. Parametric Approach Using parametrics you draw geometric entities (points, lines, curves), set dimensions between different entities, and set geometric constraints (like parallel, perpendicular, tangent etc.) The software itself writes equations from these constraints. In these equations coordinates of points are the unknowns and dimensions are the parameters of equations, that define the solution With parametric approach when you change some dimension you dont need to modify sketch manually, the system automatically recalculates coordinates of all points and regenerates the model 息 Cloud Invent, 2014
  • 6. Users Pain in Parametric CAD The idea of parametric approach is quite simple and very attractive, but the resulting system of equations can be very large and very complicated. For complex geometric models it may contain many thousands of equations with millions of variables All modern parametric CAD applications are not able to process complicated geometric constrained models. Very often their behavior is unstable even for models containing a small number of entities Even, if such a solver is capable to resolve some intricate model, users often have to wait long time to obtain a result 息 Cloud Invent, 2014
  • 7. Cheetah Solver of Cloud Invent Todays solver engines, were developed decades ago. They were not changing in years. They are using slow archaic mathematical methods and working in one thread mode even on multi-core CPU Cheetah solver can work with geometrical models that contain hundreds times more geometric entities and resolve them thousands times faster than you can do with any competitor solver Our solver works in parallel threads so its performance can be scaled infinitely by increasing number of cores in your system. It can work on multi-core CPUs, many-core GPUs, and intel Xeon Phi cards 息 Cloud Invent, 2014
  • 8. AutoCAD Plugin The first implementation of our solver is the plugin for AutoCAD 2015+ We chose to start from AutoCAD because it is one of the most popular CAD-system, but it has very poor parametric functionality. The other reason for us was that AutoCAD has very developer-friendly .Net API Our plugin embeds into AutoCAD and intercepts all handlings to solver. So, you have the same user experience as with the built-in solver When you start using Cheetah Solver plugin for AutoCAD, it does not mean that you cant use built-in solver. You can easily switch back and forth from one solver to another by pushing a single button 息 Cloud Invent, 2014
  • 9. Our Roadmap Already available In work Cheetah Solver 2D Parametric Core Cheetah Solver 3D Parametric Core CPU CUDA Xeon Phi AutoCAD Inventor SolidWorks SolidEdge Cloud 息 Cloud Invent, 2014
  • 10. Our Roadmap The first version of Cheetah Solver Plugin covers only 2D parametric functionality of AutoCAD The next version (end of 2015) will provide for AutoCAD full-featured 3D parametric functionality In parallel we are working on implementation of our solver for other CAD-systems (Autodesk Inventor, SolidWorks of Dassault, Solid Edge of Siemens etc.) and for different hardware platforms (NVidia CUDA, Xeon Phi, Amazon Cloud Cluster, Windows Azure etc.) 息 Cloud Invent, 2014
  • 11. Our Market For AutoCAD plugin our potential customers are all AutoCAD users Autodesk claims to have 12 million registered users. About half of them (6 million) are AutoCAD users We can create similar plugins for the other CADs. So, our potential customers are all engineers and designers who use parametric CAD Autodesk holds about 1/3 of the CAD market. If we will add Siemens (SolidEdge and NX), Dassault (SolidWorks and CATIA), and PTC (Creo Parametric), then we will cover about 80% of all CAD users The size of the whole CAD-market is about $10 B per year. Our Cheetah Solver plugins can add to this market the new segment of the size minimum $100 M per year 息 Cloud Invent, 2014
  • 12. Our Market Now we are launching beta-testing of Cheetah plugin for AutoCAD and we are planning to launch commercial version next year (3rd quarter). Our business model: Subscription: $9/month or $99/year for access to any available plugin and for any available hardware-specific solver (CPU, GPU, cloud) Purchasing: $99 for base plugin and $99 for each hardware-specific solver Pessimistic estimation is $1 M customers (from more then 30 million CAD users), so it will be about $100 M per year But we estimate not less than 10 million customers. Therefore, it will be about $1 B per year 息 Cloud Invent, 2014
  • 13. Investments Now our team is small and we can concentrate just on one way we chose AutoCAD as a CAD platform, and CPUs and NVidia GPUs as hardware platforms We are receiving requests for possibility to use our technology with other CADs, other hardware (such as ATI GPUs, AMD Mantle, Itanium processors etc.) and on cloud (Amazon cloud, Windows Azure, etc.) We can satisfy this requests, but to do this we need the growth In order to grow we need more investments If we will get $500,000 we will be able to do 3D parametric core and 2D plugins for SolidWorks and Solid Edge simultaneously 息 Cloud Invent, 2014
  • 14. Our Team As CEO of Cloud Invent, Dr. Nick Sidorenko has 35 years of experience in applied mathematics and software development. In Russia he held leading research and development positions in Academy of Science. In Israel he worked as development leader in different software companies. His last work place was PTC. Feel free to send e-mail to Nick Sidorenko: nick@cloud-invent.com Mr. Lev Kantorovich is a software development and management professional with more than 20 years of experience in the software industry. Prior focusing on Cloud Invent, he worked as development leader and research engineer for Computer Associates in Israel and US. Feel free to send e-mail to Lev Kantorovich: lev@cloud-invent.com 息 Cloud Invent, 2014
  • 15. Our Team Mr. Evgeny Slavutsky is a financial and management professional with more than 15 years of experience in the advertising and design industry. Evgeny Slavutsky shares CFO position in Cloud Invent, with the position of Financial Director of Great Advertising Group, heaving headquarter in St.Petersburg, Russia Feel free to send e-mail to Evgeny Slavutsky: jack@cloud-invent.com. Mr. Dmitry Ratner has a solid experience in development of large-scale software systems based on complex mathematical computations. Before joining our team he worked as a lead developer and research scientist on a pipeline simulator, economical information systems, GIS, analytical and prediction software. Feel free to send e-mail to Dmitry Ratner: dmitry@cloud-invent.com 息 Cloud Invent, 2014
  • 16. More information On the site www.cloud-invent.com you can find much more information about our solution This video http://youtu.be/nK1ANoZHyUc can demonstrate more clearly how our plugin works (and compare it with AutoCAD solver) Soon well present more demonstration videos You can download beta-version of our plugin by this link: http://cloud-invent.com/download 息 Cloud Invent, 2014
  • 17. Contacts Cloud Invent(Israel) Ha-Marva 4, Akko, 24531 Phone: (972) 506 926770 Cloud Invent (USA) 1855 47th Ave, Vero Beach, FL, 32966 Phone: (1) 772 501 3914 E-mail: info@cloud-invent.com 息 Cloud Invent, 2014 Our R&D Office: Lev Ha-Tzomet Bld., Check Post, Haifa 31078, Israel