Software Services
Delivered

EMBEDDED SYSTEMS DEVELOPMENT

From chipset to application: solutions for semiconductors manufacturers, medical devices, automotive vendors, ISVs, OEMs, telecom and consumer electronics.

Expertise

Hardware Simulation Models

RTOS

Development Tools, IDE, & Compilers

Virtualization Software/Hypervisors

Protocol Stacks and Communication Libraries

Drivers/Kernel Internals

IoT Solutions

Neural Networks, Machine Learning

We partner with

Lynx Software logo

…and many more technology companies to ensure our services leverage the best industry practices.

Services

Board Bring-up

Prototyping

Models Development

Virtual Hardware Emulating Platforms

Embedded Testing

Porting and Migration

System Refactoring

Troubleshooting

Battery Algorithms Optimization

ARM Stack Development

Why Auriga

Deep knowledge of the business area:
30+ years of embedded and system-level expertise and 450+ engineers in seven development centers
Software modeling and simulation for embedded systems: virtual platforms for software, hardware and hybrid simulation. Reduce time to market, adopt Agile practices, improve product quality.
  • Extended Automation
  • HIL Simulation
  • Performance and Functional Testing
  • Code Analysis Tools Integration
  • Connectivity and Interoperability
13 testing and verification labs deployed for various devices including medical and safety devices
Engineers are certified operate devices under high voltage (up to 1000v)
IAOP© named Auriga to Global Outsourcing 100 Best 10 Rising Stars List by Industry Focus - Healthcare for 12 consecutive years

Recent Projects

Technologies

Operating   Systems

  • UNIX
  • RTOS
  • Linux, Embedded Linux
  • VxWorks
  • LynxOS
  • Windows, Win Embedded
  • iOS
  • Android
  • Tizen
  • Windows Phone

Processor Support

  • PowerPC
  • Intel x86
  • ARM and XScale
  • MIPS
  • SPARC, Ultrasparc III
  • SuperH
  • FPGA: Virtex, Spartan
  • Intel VT-x technology

HW platforms, interfaces, protocols

  • PCI, VME, PCI Express
  • CompactPCI, AdvancedTCA,
  • MicroTCA, AdvancedMC
  • CAN, EtherCAT
  • IPMI, I2C, SPI,
  • MIL-STD-1553
  • UART, RS-232

HW platforms, interfaces, protocols

  • USB, WiFi, Bluetooth
  • GSM, GPRS
  • EDGE, UMTS, CDMA
  • GPS, GLONASS
  • IDE
  • SCSI, iSCSI
  • FibreChannel, MTD devices

HW platforms, interfaces, protocols

  • Ethernet, ATM, T1/E1
  • IP, TCP, UDP, SCTP, SCCP
  • TCAP, SIGTRAN, SS7,
  • MGCP, H.323
  • RTP/RTCP, RTSP
  • SIP
  • CTI and VoIP

Insights

Simulators & Digital Twins: What’s the Difference?

Hardware and software vendors use a number of methods for simulating physical processes and real devices to simplify and speed up development processes.

Virtual and Real: R&D Labs in the Age of Digital Twins

We operate 13 R&D labs for medical devices, high-voltage devices, intelligent telecom board controllers, worker safety devices, and others. Why on earth do we need real devices in the era of digital transformation?

Organizing Firmware Updates as a Way to Increase Product Competitiveness

Until recently, manufacturing companies often had to use proprietary software update solutions, but standardized approaches are gaining popularity.

Embedded Software Development: How to Avoid Stepping on a Rake of WTF Code

Embedded software is the heart of any smart device these days; it ensures the seamless and failure-free operation of various types of medical/industrial equipment, vehicles, and security systems.

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