MicroGenesis specializes in designing customized architectures for your embedded systems

Explore Now

Future-Transforming: How Automotive Embedded Systems Are Making Automobiles Smarter, Safer, and More Efficient.

Every year, automakers integrate embedded systems for a variety of features, including ignition, security, and audio systems.

  • It is an ambitious challenge to the embedded system's technological advancements to make the car more network-savvy, energy-efficient, and safe. Volkswagen utilized the first embedded system in the automotive sector in 1968.
  • Vehicles and automotive embedded systems companies have gotten "smarter" due to the development of technology, notably in the Internet of Things (IoT) and Artificial Intelligence.
  • More and more equipment in automobile systems is being converted from mechanical systems to electronic systems. Because of its adaptability and flexibility, the embedded system is the brain of a vehicle's electronic system.
  • The electronics revolution has affected various aspects of vehicle design, such as fuel combustion and power train crash protection.
  • Today, an average car has between 25 and 35 microcontrollers, while some luxury cars have between 60 and 70 microcontrollers.
  • Today's private and commercial automobiles are equipped with cruise control, collision detectors, navigation systems, and many others. These functions are designed to help the driver take greater control of the car, boost security, or use the data for analysis.
  • The term "automotive embedded systems" refers to the collection of these devices, systems, and procedures.
  • For instance, the cruise control automatically and without the driver's input drives the vehicle at a specified speed. The speed of the car is adjusted in accordance with the speed restriction of the zone you are in by the traffic sign recognition feature.

Our Automotive Embedded Engineering Services in Sweden

Modern vehicles are nearly entirely enabled by electronic components with their underlying electrical and electronic design. The electrical and electronic systems are necessary for engine control, brakes, steering, infotainment, and other comfort and convenience functions.

The conventional automobile retail model is quickly evolving into a more decentralized and digital one as vehicle features continue to advance and become more sophisticated. To enhance the consumer experience, the automobile retail sector must adopt a retail strategy. The automobile industry has arguably been more disrupted than any other in the past ten years.

Additionally, our automotive embedded company in Sweden software largely influences how vehicles perform. The programs for everything from the most cutting-edge entertainment and passive safety features to the automated door locks in modern cars are made up of millions of lines of code.

The automotive industry has had to adapt in recent years to several challenges, including electric cars, autonomous driving, pollution regulation, the shared economy, digital-only auto retailers, and shifting consumer requirements and demands. The industry will experience more changes in customer engagement and purchasing behavior as a result of the current "New Normal."

MicroGenesis Solution and support

MicroGenesis automotive embedded testing company Sweden takes pride in offering top-notch technical assistance for all of the products we offer to our clients.
Contact Us

The MicroGenesis Support Team will respond in the best way possible whenever your team needs support with an installation, assistance while using the software, access to technical tips, or just an answer to a query to guarantee that you utilize the software efficiently with the least amount of downtime.

In order to streamline help requests and better serve our customers in Sweden, MicroGenesis automotive embedded service provider provides an online support ticket system. Customers in Sweden can register and track their help requests using the support ticket system.

Each support request is given a special ticket number that may be used to track its progress and online responses. MicroGenesis offers thorough archives and histories of your support requests for reference. A working email account is necessary.

Embedded Product Engineering Services

Testing
Application Layer
Middleware Layer
BSP Layer
Platform experience

Testing

Traditional software development is under enormous pressure to meet strict business deadlines, as has frequently been the case.

Testing typically takes a back seat and is occasionally even seen as an obstacle because of the ongoing desire to hasten time-to-market. Although every stakeholder in a firm wants to keep deadlines short, they also need high-quality final products.

Although testability is recognized as a desirable characteristic, it is rarely included in designs early enough, and when it is, not enough time is given to it.

As a result, quality compromises typically increase the amount of time needed to correct defects, provide patchy automation coverage, and limit the reuse of test code.

Application Layer

The shared communications protocols and interface techniques used by hosts in a communications network are specified at the application layer, which is an abstraction layer. The OSI model and the Internet Protocol Suite (TCP/IP) both define an application layer abstraction. While both models refer to their respective highest-level layers by the same name, their precise definitions and intended uses diverge.

The application layer is not an application. It is a program component that controls how to connect to other devices instead. It's an abstraction layer service that shields the rest of the application from transmission operations.

Each layer below the application layer is necessary for the application layer to function. The information or program is now delivered to the user in an understandable visual format.

Middleware Layer

The variety of platforms is concealed by an automobile middleware layer, which also offers high-level communication services for practical activities.

This layer also includes a shared software architecture that ensures the portability and interoperability of the applicable jobs for both automakers and outside vendors.

An algorithm that tries to identify a workable priority allocation for the set of applicative and middleware jobs can be executed because of the features of a set of middleware tasks identified in this architecture, which is developed using a set of design patterns.

Designing and modifying these kinds of embedded systems in a way that is independent of the underlying low-level system software and hardware components has been a popular approach in the business as the types and profitability of complex, distributed embedded systems have increased.

Many engineering teams build their strategy by architecting different higher-level middleware software components into their embedded systems designs to successfully accomplish desired results within cost, schedule, and complexity goals.
 Read More

BSP Layer

A board support package (BSP) is the layer of software used in embedded systems that contains hardware-specific boot firmware, device drivers, and other routines that enable a certain embedded operating system, such as RTOS, to operate in a specific hardware environment (a motherboard).

Depending on the hardware and software options they choose, users can designate which drivers and routines should be included in the build using BSPs, which are often customizable.

When constructing the BSP image, the user can specify which peripheral drivers should be included based on their hardware.

For example, a specific single-board computer might be combined with numerous peripheral chips. In such cases, the BSP might include drivers for peripheral chips supported.

Along with the BSP, some vendors additionally include a root file system, a toolchain for creating applications for the embedded system, and utilities to configure the device while it is operating. To help BSP developers install an embedded operating system on a new hardware platform, several embedded operating system providers offer template BSPs, developer support, and test suites.
 Read More

Platform experience

Platform engineering professionals help our international customers across a variety of industrial disciplines design next-generation solutions, devices, and systems.

Our exclusive alliances with top semiconductor manufacturers like Xilinx, Lattice, and Microchip give us early access to and knowledge of their most recent platforms.

In a word, more mature, more established businesses are beginning to see the enormous potential advantages of cloud computing. However, they need the required knowledge of the cloud, infrastructure as code, containers, container orchestration, and more to use those advantages.

As a result, several of these companies are beginning to establish platform engineering teams. Such teams' primary duty is to guarantee the quick delivery of software to production. Platform engineers make ensuring that the software development process is as effective, reliable, and consistent as it can be through the platforms they create and maintain.
 Read More

Our Engagement Model

Staff Augmentation

  • Hire On The Go
  • Operational Efficiency
  • Access to a Larger Talent Pool
  • Competitive Edge – Cost Effective
  • Expansion & Reduction capability
  • Industry-Specific Skill Set

Project Development

  • Assessment
  • Technology Evaluations
  • Solution Architecture
  • Process & Tool Implementation
  • Migration & Integration Services
  • Consultant On-Demand Services

Managed Services

  • Application Development
  • Project Management
  • Testing & Quality Assurance
  • Application Maintenance
  • Resource Augmentation
  • Managed Support

20+

Years of industry presence and experience

10+

Strategic partnerships with leading technology brands

200 +

Clients across industries and geographies

12

Global footprint in 12 countries offices, partners, and customers

Domains we support in Sweden

We provide solutions and services in more than 12 domains in the global market, which are listed below

Aerospace

Automotive

Defense & PSUs

IT & ITES

Hi-Tech & Electronics

Manufacturing

Financial services

Medical device & Life science

Services Sector

Transportation & Logistics

Get In Touch

Lets Talk About Your requirements



    Frequently Asked Questions

    An electrical or computer system that is intended to control and access data in electronics-based systems is known as an embedded automotive.

    Adaptive cruise control, airbags, telematics, traction control, in-vehicle entertainment systems, emission control systems, parking systems, navigation systems, collision sensors, climate control, radio, anti-lock braking systems, and other systems are among the most frequently used embedded systems in vehicles.

    Central heating systems

    • Interactive kiosks
    • Fitness trackers
    • Electric vehicle charging stations
    • Factory robots

    Basic embedded system software, such as C, C++, ADA, etc., is commonly used by embedded systems. Some specialized embedded systems may use OSs like Windows CE, TreadX, LINUX, OSE, Nucleus RTOS, and others. The needs of the hardware embedded software must control and run on must be considered while developing embedded software.

    Yes. Airbags, event data recorders, anti-lock brake systems, rain-sensing wipers, cruise control, emission control, etc., are some examples of current trends in embedded systems in automobiles.