State Machines & Tools
for Embedded Systems
We’re on a mission to bring Quantum Leaps in quality and productivity to embedded software development. Our modern QP™ real-time embedded frameworks (RTEFs), the QM™ modeling tool, and the QTools™ collection enable event-driven architecture, finite state machines, model-based design and automatic code generation.
Embedded Software
QP™ Real-Time Embedded Frameworks (RTEFs)
Quantum Leaps' QP/C and QP/C++ real-time embedded frameworks (RTEFs) provide lightweight, reusable software architecture based on event-driven active objects (actors) and finite state machines. Ideal for ARM Cortex-M and other 32/16-bit microcontrollers. Also integrated with Linux/POSIX.
Host-Based Tools
QM™ Model-Based Design Tool
QM™ (QP Modeler) is a freeware model-based design (MBD) and automatic code generation tool for designing software based on finite state machines (UML statecharts) and the QP™ frameworks.
QTools™ Collection
QTools™ is a collection of various open source host-based tools for working with the QP frameworks, such as tools for: software tracing, unit testing, monitoring and prototyping.
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Current version 6.9.3 (VirusTotal links / SHA256-hashes)
Released on: April 12, 2021
News & Updates
Hierarchical State Machines Persevere on Mars
Steve Scandore, the technical lead of the Mars 2020 FSW, talks about the Mars Perseverance Software in his keynote address at the recent Embedded Online Conference 2021… Hierarchical State Machines in Perseverance Flight Software Among others, Steve explains the role
Interview with Miro Samek
Interview with Miro Samek of Quantum Leaps conducted by Leonardo Held in February 2021. Published in Portuguese in “Embarcados”. Origins What is Quantum Leaps? Quantum Leaps is an embedded software company on a mission to bring “quantum leaps” in quality and
Embedded Online Conference 2021
The Embedded Online Conference was a big success last year. This year, Quantum Leaps’ Miro Samek will present again and continue the subject of “Modern Embedded Programming”. This year, the subject is: Modern Embedded Programming with Hierarchical State Machines and
