3 facts about Hyperprogramming

Successor of Object Oriented Programming

Hyperprogramming innovates & extends the 50+ years old  OOP programming principle with new levels of abstraction and structures objects into tree structures & hyperstructures. For the first time, Hyperprogramming allows the direct expression of the architecture of an information system within a programming language.  Such programmable architecture together with perfectly structured and organized code eliminates many significant issues of OOP programming, increases projects' security, and transfers advantages of OOP ( polymorphism, encapsulation… ) to the project level. Due to the higher level of abstraction, development in abstraction layers its perfectly prepared for AI-assisted development. Hyperprogramming breaks the efficiency limits of OOP and allows even the development of complex & structured monoliths that may be developed in an evolutionary way,   Read Academic White Paper on Hyperprogramming

Low code programming principle

Hyperprogramming introduces a new way of programming, where the visual configurable interface is an inevitable part of the programming language. ( it doesn't have textual-only representation ) . Unlike traditional Low-Code and No-code platforms, it's self-hosted, which means developed using itself. Its cloud-native development IDE covers the full project lifecycle and allows real-time development, compiling, testing, profiling, version control, logging & monitoring, debugging, refactoring, and deployment of highly scalable intranet/extranet applications. It enables continuous development of your solutions - from MVP to a complex project without need of switching to high-level programming languages. The compiled code is extremely compact and runs 10x faster than Java. Hyperprogramming doesn't have  technological barriers as Low-Code and No-Code platforms - its Turing complete.. Watch live coding videos and IDE overviews.

Green and sustainable software

The "true" evolutionary development principle allows the software to grow without losing flexibility even after 10 years of development. This dramatically extends projects' lifespan and allows sustainable development of complex software solutions. The compiled code is extremely compact, fast & 10 times more resource efficient than Java. For example, the whole cloud native IDE is less than 1 MB of code. Test case first development principle allows full coverage testing and ensures fast and easy bug fixing. Project security is supported at the level of programming language, and there aren't standard security flaws Layered & programmable software architecture allows rapid software development using "abstract modules" where the resulting functionality is developed in layers and may be provided for each user individually. List of configurable abstract modules.

Hyperprogramming dramatically accelerates and simplifies the development and maintenance of complex software solutions, reducing their Total Cost of Ownership (TCO) and extending their lifespan

It's been successfully tested on enterprise-scale projects in domains such as ERP solutions ( Accounting, CRM, Helpdesk, Documents flow, BPM.. ) Smart Manufacturing & Industry 4.0 ( WMS, Production planning, smart logistics, IoT) Web Portals ( Intranets / Extranets ) SaaS,  Complex ecosystems E-Commerce ( Eshops / Marketplaces ) SW & HW Integrations, Data Transformation and Orchestration SaaS projects, Finance, E-gov.

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About Us

Our team, under the leadership of Radovan Brečka, Ph.D., the author of Hyperprogramming, has made significant progress in the past 15 years in developing complex & enterprise-grade information systems in a sustainable and energy-efficient way, while keeping them flexible and simple. Due to the programmable architecture, this novel programming principle adapts to users' evolving needs and continuously pushes the limits of software longevity while addressing critical challenges in complex software development, including project security, development speed, readability, flexibility, and more. Moreover, solutions based on the Hyperprogramming principle consume lesser energy and the resulting software's carbon footprint is lower. The concepts of Configuration-Oriented Programming and Hyperprogramming were first introduced at the 6th Central and Eastern European Software Engineering Conference in 2010, and since then, our technology has been successfully tested in enterprise-scale projects in critical industries such as payment processing and Industry 4.0. Hyperprogramming has been endorsed by Comenius University in Slovakia as a novel and agile programming principle. 

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Whats new in our roadmap?

October 2022

  • Presentation at Websummit

April 2023

  • Presentation at Hannover Messe