R&D Software Services for Automotive Industry
TRUSTED partner for 10+ years


Our engineers contribute to high-premium embedded navigation solutions and possess strong competencies in infotainment systems.


  • Advanced destination entry
  • Real-time maps rendering
  • Route calculation and guidance
  • Voice recognition
  • Predictive navigation
  • HD maps
  • Advanced navigation positioning

Computer Vision and Augmented Reality

Broad expertise in Computer Vision (CV) and Augmented Reality (AR) combined with sensor data fusion techniques allow us to provide unique Augmented ADAS and Active Surround View Monitoring product solutions. Thus, we can introduce the following functionality.


  • Augmented Guidance
  • Forward Collision Warning (FCW) and Lane Departure Warning (LDW)
  • Vehicle, cyclist and pedestrian highlighting
  • Obstacles highlighting
  • Signs monitoring
  • Driver alertness monitoring

Connected car

Our experts enable an efficient car integration with the remote infrastructure and mobile devices to give you more opportunities for smartphone connectivity, multimedia support, sharing of media, remote car monitoring services and other functionality.


  • Wi-Fi and Bluetooth connectivity
  • Cellular networks connections (3G/4G/LTE)
  • In-car network management and firewalling
  • Smartphone integration
  • Over-the-air software updates
  • Personalization and remote diagnostics functionality
  • Integration with cloud services

Automotive Cybersecurity

With the implementation of complex functionality, the modern car systems become vulnerable to various cyber attacks. That is why, to detect and mitigate potential threats our experts focus on three main protection layers: software, network and cloud.


  • On-board WLAN and Bluetooth penetration testing
  • Built-in networking penetration
  • Remote / cloud servers penetration
  • Compliance with security certificates (ISC)2: CISSP, SSCP, ISACA: CISA, CISM, CRISC, CSX, etc.
  • Compliance with security standards ISO 9001:2015, ISO 27001:2013, PAS 99, NIST, BS25999, SOX, PCI DSS, ISAE 3402, BSI: IT‑Grundschutz

Embedded systems

Every IVI and ECU system is based on lower-level SW modules that provide the core system functionality. Infopulse engineers support development and configuration of Linux/Yocto-based OS, as well as development for microcontrollers in accordance with AUTOSAR standards.


  • Inter-process communication mechanisms (CommonAPI, HTTP based, etc.)
  • In-car communication protocols (CAN, Ethernet, etc.)
  • Virtualization technologies
  • Performance and memory optimization
  • Compliance with ISO 26262, ISO 15031, ISO 14229-1

Human Machine Interface

Infopulse HMI expertise encompasses development of next-gen premium and high-end IVI systems for the head unit.


  • Innovative UX/UI
  • Integration of audio speech recognition technologies
  • Integration of voice assistance technologies
  • Lifelike 3D navigation
  • Music and video streaming
  • QT/QML development

Cloud-based solutions

Fleet management

By migrating to the Cloud, automakers can optimize all fleet management processes:

  • An advanced search of fleet
  • Ability to locate drivers and vehicles
  • Determine the vehicle speed, fuel consumption, performance to prevent incidents and delivery delays.

Infopulse can help implement necessary tools for route optimization, direct connection with trade partners and repair providers, better logistics.

Car-as-a-Service (CaaS)

You can also use our expertise in AWS, Azure Cloud Services to implement a car sharing / ride sharing platform.

  • Subscription and asset management
  • Remote vehicle access
  • Remote vehicle monitoring
  • Efficient analytics and personalization.

CaaS service will allow amplifying the reach of target audience, establish an additional revenue source from the car sharing platform, and improve customer experience.

ADAS solutions

Development of advanced driver assistance systems (ADAS) is a key to increasing safety on the road. In recent years, it has become widely requested by American and European drivers. For instance, one study reports about 87% of German car buyers who are willing to repurchase vehicles with ADAS features.


  • Computer vision and objects recognition
  • Sensors fusion for positioning and map matching
  • Path planning and environmental model
  • Integration with V2X including both V2V and V2I communication
  • Integration with Navigation
  • Visualization and validation tools.

Blockchain integration

Infopulse largely contributes to the development of blockchain applications to overcome many automotive challenges and enable integration of blockchain algorithms into different areas of the automotive industry.


  • Safe remote car control
  • Protected data sharing
  • Secure driver identification and authentication
  • Transparent charging and billing systems without intermediaries
  • Real-time insurance consultancy, registration of insurance events, payouts validation and handling
  • Protected Vehicle-2-Vehicle communication network including traffic network and auto accidents monitoring
  • Registration and validation of supplier parts
  • Product lifecycle management
  • Supply chain management
  • Diagnostics
  • On-the-go payments

Requirements management

Infopulse helps its customers to meet their needs and project objectives by building an efficient requirements management process:

  • Defining functional requirements within the project goals
  • Gathering and analyzing requirements
  • Writing technical requirements based on customer’s expectations
  • Developing acceptance criteria
  • Enabling requirements traceability
  • Verifying and validating requirements
  • Supporting development teams with clarification of requirements on all the project stages.


We focus on integration of manual and automated tests, thus, eliminating errors, saving your costs and time. Among our key areas of expertise are three common tests applied to effectively run repetitive, detailed, data-intensive tests, so that you could deliver a bug-free solution faster to the end-users.


  • Unit tests to help design bug-free code
  • Integration tests to check the interoperability of multiple subsystems and the system as a whole
  • Manual testing to enhance usability and execute exploratory and ad-hock tests in particular scenarios.

Compliance with A-SPICE standards

To ensure high quality of developed systems, we tailor our processes to the needs of a specific project conforming to A-SPICE standards and best practices. We also develop a project processes profile and monitor execution of practices through the whole project lifecycle.

Utilizing Scrum practices

As a part of iterative management framework for software development, Infopulse automotive experts apply Scrum practices to deliver high-quality services in the shortest time.

  • Sprints planning is conducted strictly within the defined requirements and terms of the desired project outcome.
  • We continuously improve the development process through daily scrums, reviews and retrospectives as well as backlog refinement.

In-vehicle Infotainment System Development

Infopulse ensures in-time delivery of complex IVI system features.


A complete development life cycle of in-vehicle infotainment system features in compliance with A-SPICE standards: requirements analysis, implementation (programming, coding), testing including test automation. Quick ramp up of a high-qualified engineering team, in-time delivery of particular features to help a customer meet the project goals and its timelines.

Personalization, inter-process communication, performance analysis.
Wi-Fi, in-vehicle networking
3D/2D map rendering, intelligent destination input, dynamic route guidance and positioning, self-learning predictive navigation
C++ 11/14/17
Yocto Linux
In-vehicle embedded systems
Cross-platform: ARM, x86

Smartphone Integration with the Vehicle's Head Unit

Infopulse automotive specialists enable safer smartphone access through the car's touchscreen.


A mobile connectivity system that allows integrating Android and iOS smartphones with the vehicle’s head unit. The special in-auto mode presents only essential and relevant data for the trip ensuring safer driving experience. The choice of compatible apps on the head unit involves navigation, weather reports, search for parking, news search, music and video streaming, etc.

  • Complete and low-effort integration of Android and iOS smartphones with the vehicle’s head unit. Windows and other OS support is possible.
  • In-Auto Mode disables unnecessary apps for the trip, blocks unimportant notifications, in-app purchases, software updates, etc.
  • The choice of compatible apps can vary in a specific region depending on the manufacturer’s choice.
  • Offline usage and real-time traffic for enhanced navigation experience.
C++ 11/14/17

Blockchain Concept for Porsche

Remme.io and Infopulse joined forces to develop a concept for Porsche that enables management of user access to a vehicle using Blockchain.


REMME Blockchain-based solution allows a car owner to securely share access to the vehicle with any family member, another driver, a technician, etc. for a certain period of time in particular area or distance.

The access is safeguarded by a certificate in the hardware key, obtained by the owner. The hardware key can create the mesh connection to a car to control it remotely with the help of SSL/TLS connection. Upon creating such connection, the car can check the revoked state of the certificate key with the Blockchain internal light node.

  • Rootstock system (open-source) as a basis for the Porsche Blockchain distributed system.
  • Every block is signed by a pre-defined minimal number of federative nodes; Porsche controls the system and shows transparency of transactions.
  • Creating timestamps and checkpoints without any possibility to reverse or change a transaction.
  • Using multi signature of >75% federative nodes to create a checkpoint.
  • Number of side chains can be used to distribute different types of information in the system with its counterparts.

The automotive Blockchain software stack runs on a self-contained system, Federated Node, via Docker.

The car system should be complemented with a separate hardware crypto-module for encryption and key storage that can be installed on a CAN bus.

Innovative Platform for Online Cargo Logistics

Infopulse reduced time to market and costs by 3 times from the original planning.


A B2B platform that facilitates direct interactions between freight forwarders and cargo owners, across all stages of cargo delivery. The system is localized into three languages and is available on all modern operating systems, browsers, and devices.

  • Advanced search of the most preferable transport contractor
  • Direct communication and direct deals without having to engage intermediaries
  • Direct logistics and work flow
  • Online tracking of a transport and cargo
Ionic Framework
GPS integration
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Andrew Link
EVP of Software Engineering & Consulting
Vadym Matuzenko
Head of Automotive Practice
+1 888 339 7556
Infopulse USA, LLC
251 Little Falls Drive
Wilmington, DE 19808 USA

+380 (44) 585 2500
Infopulse HQ
24, Polova St., 03056 Kyiv
+49 3222 109 5235
Infopulse Europe GmbH
Gutenbergallee 7,
53179 Bonn