Services – Aleko Embedded

Full-cycle automotive engineering services and embedded solutions for your project

From technical requirements analysis to product maintenance

What brought you here?

How we can help

Requirement analysis and RFQ support

Technical requirements management and consulting for accurate and quality planning and estimation

The first stage of any embedded software development is a careful technical requirements analysis. The price of the mistake on this step is too high if not to...

Embedded software development

A full life-cycle embedded project development according to the V-model and aligned with Automotive SPICE

Since 2011 we have been solving issues with platform software configuration for famous companies with more than 200 000 employees in staff.The most popular software development solutions we provide:

QA/QC & Tests

High-level Quality assurance to control the development process and eliminate defects in time

We can conduct the following test for your project:

  • Unit tests

Product maintenance

Full after deployment/release support as long as your project needs it.

What involves product maintenance:

  • Implement change requests
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The technical side of our skills

Standarts

  • Autosar (4.3, 19-03)
  • OSEK
  • ISO 26262
  • UDS

Bus protocols

  • Automotive: SOME-IP, Flexray, CAN
  • IPC: I2C, SPI

Tools

  • Requirements management: Doors (+DXL ); IBM Rhapsody
  • Software Architecture: Autosar Builder, SystemDesk, Enterprise Architect, Automate(ESRLabs), Artop, VSA.
  • SW Development: Smake, Visual Studio, GreenHills complier, WindRiver Diab compiler
  • Bus Analysis: Wireshark, CANoe, ANDI, BMW Carmen
  • Debugging: Lauterbach Trace32, CANape
  • Integration: EB Tresos, DaVinci
  • Test & QA: CUnit, Gest, BMW FAT, QAC, pclink, ECU-Test(WALbit GmbH)
  • Vihicle/ECU Diagnostics/Programming: Ediabas, E-sys
  • App Lifecycle: IBM Rational Synergy, PTC Integrity, HP Application Lifecycle Management, Jira

HW

  • Safety: Tricore (TC29x, TC39x), PowerPC, RH850
  • Performace: Denverton, ARM Architecture, x86 Architecture
laptop

Are you ready to start your embedded project?

We have enough experience to cope with the problem of any complexity. Just contact us and tell the issue.

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The most popular embedded solutions we provide

Our cases

System module V1 development

Q1 2018 - Q4 2018

Volume:

2-3 FTE

Target:

Development of the System Software Component according to the Customer requirements

Application:

Majority of vehicle ECUs

Know-How:

RFQ, SW Architecture, Autosar4.3 & 18-03/19-03, C90/C++14, Python, CUnit/Gtest

Tools:

Visual Studio, AutosarBuilder v2019, CANoe, Diab/Gcc compiler, Adaptive demonstrator, Vector adaptive platform, Zedis, Symphony, Jira, Confluence

Project flow:

V - Model with Agile practices

Responsibilities:

  • Producing detailed specifications and software design
  • SW implementation
  • Prepare test strategies and test cases, development of automated tests
  • Maintenance and bug fixing

System Module v2 Development & Maintenance

Q1 2019 – Q4 2019

Volume:

2-3 FTE

Target:

Development of the System Software Component according to the Customer requirements

Application:

Majority of vehicle ECUs

Know-How:

RFQ, SW Architecture, Autosar 4.3 & 18 - 03/19 - 03, C90/C++14, Python, CUnit/Gtest

Tools:

Visual Studio,Autosar Builder v2019, CANoe, Diab/Gcc compiler, Adaptive demonstrator, Vector adaptive platform, Zedis, Symphony

Project flow:

V-Model with Agile practices, ASPICE l2 (in establishment)

Responsibilities:

  • Producing detailed specifications and software design
  • SW implementation
  • Prepare test strategies and test cases, development of automated tests
  • Maintenance and bug fixing

Test Framework for adaptive Autosar SWC

05 2019 – 07 2019

Volume:

2 FTE

Target:

Development of the framework for testing Software Components in adaptive Autosar based build environment

Application:

ADAS performance ECUs

Know-How:

Autosar 18 - 10/19 - 03, C++14, Python, Gtest/Gmock

Tools:

Visual Studio, Gcc compiler, Adaptive demonstrator, Vector adaptive platform

Project flow:

Agile Scrum

Responsibilities:

  • Integration into specific build environment
  • Integration into specific build environment
  • Detailed documentation

OBD System Module Developmen

Q3 2018 – Q4 2019

Volume:

1.5 FTE

Target:

Refactoring the OBD System Software Component to fulfil updated Customer requirements

Application:

OBD relevant vehicle ECUs

Know-How:

RFQ, SW Architecture, C90, Autosar 4.3, Unit Tests

Tools:

Visual Studio, Autosar Builder v2019, CANoe, Diab/Gcc compiler, Zedis, Symphon

Project flow:

ASPICE l2, V - Model with Agile elements

Responsibilities:

  • Feature implementation
  • Integration into specific build environment
  • Detailed documentation

SW Architecture for ADAS segment

Q1 2017 – Q3 2018

Volume:

1 FTE

Target:

Adapting SW Architecture of the current Driving Assistant System to the next level of AD (level 2 and 3 )

Application:

ADAS vehicle ECUs

Know-How:

FuSa relevant SW Architecture, FTA, Autosar 4.3, multi - core (TC29x,TC39X)

Tools:

SystemDesk, System Weaver, Autosar Builder, Tasking/Gcc compiler, Enterprise Architect

Project flow:

Agile Scrum aligned with V - model

Responsibilities:

  • Decisions on SW distribution across the cores in close interaction with feature teams
  • Setting up the scheduler, defining task chains, estimating/resolving bus synchronization issue
  • Analyzing safeRte ( ™Vector) particularities and its impact on the safety relevant SW Architecture
  • Leading the platform supplier interaction, following up on issues, passing the ToDos to the relevant Teams
  • Adapting E2E communication to the project’s technical boundaries, defining local concepts, implementing intermediate layer

System Engineer – Resident for Driving Assistant System ECU

09 2015 – 10 2016

Volume:

1 FTE

Target:

Project and task independent coordination on customer’s site in coordination with the respective project manager or customer

Application:

ADAS vehicle ECUs

Know-How:

Multi - core (TC29x), Restbus Simulation setup, also with CAPL

Tools:

FAT, CANoe, CANape, Component - HIL, Zedis, E - Sys, EDIABAS, Wireshark, BNE, PTC Integrity

Project flow:

V - model

Responsibilities:

  • V - model
  • Complaints analysis and debug, evaluating its relevance to the Supplier tasks
  • Pre - analysis, managing and tracking of complaints and its solutions, also in the customer’s App Lifecycle Management system
  • On - site customer technical support
  • Support of or independent conducting setups, vehicle commissioning, HIL tests, presentations and documentations

SW/System Architecture and BSW Configuration according to Autosar 4.0/4.1

05 2015 – 10 2015

Volume:

1 FTE

Target:

Provisioning of preconfigured Platform Software (Elektrobit Stack + ETAS OS), System Architecture creation and including relevant SW Components

Application:

Steering column ECU

Know-How:

RH850, BSW Configuration, Restbus Simulation setup, also with CAPL, CAN bus

Tools:

Systemdesk , EB Tresos Studio, IBM Rational Synergy, IBM Rhapsody, DOORS, C90, TRACE32 Debugger

Project flow:

V - model

Responsibilities:

  • BSW configuring (BswM, ComM, Rte, EcuM, Dem, Dcm, Fee, NvM)
  • System Architecture for single ECU according to Autosar 4.0.3 and 4.1.1
  • Error analysis including debugging with TRACE32
  • On - site customer technical support, FAT analysis

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