Save more power with HIPPEROS RTOS technology!

HIPPEROS presented results at the 24th International Conference on Real-Time Networks and Systems (RTNS) in 2016.

We published a paper named “Quantifying Energy Consumption for Practical Fork-Join Parallelism on an Embedded Real-Time Operating System”.

We showed that by using a power-aware parallel programming frameworks for the design of real-time embedded applications, the HIPPEROS RTOS allows system energy savings up to 30% compared to traditional, sequential approaches.
The resulting frameworks are part of the ARIA core.

Introducing the ARIA Stack

We at HIPPEROS are excited to announce the immediate launch of the ARIA Stack.

The ARIA Stack is a fully integrated combination of a board, RTOS and libraries aimed at making your embedded development for computer vision, robotics and machine learning much faster, easier and efficient.

Read more...

Success Story for Mixed Criticality Avionics

The EuroCPS consortium has just released the success story related to the development by HIPPEROS of a high-performance multicore mixed-criticality platform for aerospace, robotics and automotive systems. HIPPEROS ported his RTOS on a Thales platform using a Freescale PowerPC multicore board, which Thales uses for safety critical avionics applications, performance benchmarks and isolation characteristics, and implemented a mixed-criticality scheduler with almost perfect performance scaling.

HIPPEROS Technology Showcase at Hannover Messe 2018

​HIPPEROS will be present this year at Hannover Messe on April 25th and 26th in Hall 6 Booth G46 at the stand of the EuroCPS H2020 research project with our partners CEA-LETI, Thales and other members of the project consortium.

HIPPEROS will demonstrate the results of its completed IMICRASAR project to enable efficient mixed criticality applications on multicore platforms, namely a Thales avionics platform and use case. Other HIPPEROS use cases such as high-performance computer vision will also be featured.

Using HIPPEROS middleware is the ideal solution to lower time, cost and effort to create all kinds of smart embedded, high end IoT and edge computing devices.

Take the opportunity to Win a HIPPEROS Development Kit! Come to our stand and take part in the draw to win a complete hardware & software HIPPEROS Development Kit.


EuroCPS H2020

As part of the EuroCPS H2020 initiative to foster innovative European SMEs in the area of CPS, a few selected companies were invited to pitch their project. In this video the HIPPEROS CEO pitches the company mission of Intelligent Autonomy with High Performance Embedded Systems

HIPPEROS brings Intelligent Autonomy to Embedded World 2018

​HIPPEROS will exhibit this year in Embedded World 2018 in Hall 4 Booth 257, from February 27th to March 1st 2018 at the Nuremberg Exhibition Centre.

This year, the HIPPEROS team will be there to showcase Intelligent Autonomy use cases, with high performance real-time image processing using FPGA hardware acceleration and multicore AES supported by advanced RTOS, middleware and tools.

Using HIPPEROS middleware is the ideal solution to lower time, cost and effort to create all kinds of smart embedded, high end IoT and edge computing devices.

Take the opportunity to Win a HIPPEROS Development Kit! Come to our stand and take part in the draw to win a complete hardware & software HIPPEROS Development Kit.


HIPPEROS and MangoGem sign Partnership on Embedded Analytics

HIPPEROS SA and MangoGem SA have just signed a technology and commercial partnership on Embedded Analytics. Embedded Analytics concerns the collection of data by embedded devices and its processing either on the device itself (edge computing) or by a backend server. Typical techniques related to data science, machine learning, heuristics or optimization are used in order to extract information from data and achieve Decision Support.

In this partnership, HIPPEROS leverages its real-time, embedded systems know-how and the modeling capabilities of the HIPPEROS Workbench with MangoGem's know-how in operations research as well as its UBABU technologies to realize smart Embedded Analytics applications and its AI and ML solvers technologies used in applications like the ORITAMES APS Scheduler.

TULIPP demo running the HIPPEROS Real-Time Operating System

In this simple demo, the Sundance EMC2-DP (equipped with a Zynq-7030) is connected to a 720p HDMI camera and an HDMI screen.

The board is running the HIPPEROS Real-Time Operating System which executes a task cycling between:

  • a simple HDMI pass-through,
  • the CPU implementation of the grayscale filter (~15fps)
  • the FPGA accelerated implementation of the grayscale filter (~90fps)
  • the CPU implementation of the sobel filter (~2fps)
  • the FPGA accelerated implementation of the sobel filter (~90fps)

HIPPEROS Chief Scientist receives an Influential Papers Award at RTNS 2017

​Prof. J. Goossens, Chief Scientist at HIPPEROS, receives an Influential Papers Award in the framework of the 25th anniversary of the International Conference on Real-Time Networks and Systems RTNS 2017. The awarded paper is entitled Limitation of the hyper-period in real-time periodic task set generation. The research presents a method to generate arbitrary and randomly periodic real-time tasks.

The originality of the method relays on the smart way to choose the task periods in order to reduce the hyper-period of the system. This result speedups the timing analysis validation and verification phase in the design of real-time system, using the HIPPEROS technology schedulability tools in particular, by reducing the length of the observation interval.


HIPPEROS joins European Machine Vision Alliance

HIPPEROS focuses more and more on offering High Performance Embedded Solutions to enable "intelligent autonomy", where computer vision is a key technology. Joining the European Machine Vision Alliance (EMVA) is a must to be part of that ecosystem. The HIPPEROS RTOS running on a Xilinx Zynq 7*** board contained multicore ARM CPUs and an FPGA can demonstrate low power hard real-time image processing at very high performance (10 x FPS) by perfectly synchronizing software and hardware accelerated tasks. Mr Ben Rodriguez, CEO of HIPPEROS, will give a talk at the European Machine Vision Forum (Vienna, 6 - 8 September 2017) to present HIPPEROS R&D activities in computer vision as part of the H2020 TULIPP project.

1 2 3
>