VXT900 GLOBAL CORP.

Advanced Automotive Software Development, Diagnostic Algorithms & Technical Consulting for next-generation vehicles and intelligent mobility platforms.

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Engineering Excellence Established 2025

About Us

Automotive Engineering

Driving Innovation in Automotive Systems

VXT900 GLOBAL CORP. is a specialized automotive technology company focused on embedded software, diagnostic logic, and system-level engineering. We operate at the intersection of hardware constraints, safety regulations, and demanding real-time requirements.

Our team has experience working with OEMs, Tier-1 suppliers, and mobility startups. We understand what it means to ship software that has to boot every morning in the real world, not just in a lab. From early architecture decisions to calibration and validation, we provide support across the product lifecycle.

We are based in Los Angeles and collaborate with partners across North America, Europe, and Asia. Time zones are not an excuse; they are a constraint we design around—just like CAN bandwidth, CPU load, and safety margins.

Core Competencies

Software Development

Full-cycle embedded software development for ECUs, VCUs, and TCUs using C/C++, model-based workflows, and safety-aware architectures built on RTOS and AUTOSAR.

Diagnostic Algorithms

Design of OBD-II diagnostic logic, fault trees, degradation tracking, and predictive maintenance models that translate raw sensor data into meaningful health information.

Technical Consulting

Advisory services on ISO 26262 functional safety, architecture trade-offs, and technology roadmaps for teams that need a second set of eyes before committing to a platform.

Engineering Solutions

End-to-End Development

We combine process discipline with practical engineering. Our work is documentation-backed, traceable, and aimed at getting actual products into the hands of drivers and technicians.

  • Model-Based Design (MBD) using industry-standard toolchains
  • Hardware-in-the-Loop (HIL) and Software-in-the-Loop (SIL) testing
  • CAN / LIN / Ethernet communication stack integration
  • Security hardening and basic cybersecurity countermeasures
  • OTA update concepts and rollout strategies

Our Process

  1. 1

    Requirement Analysis

    We start by pinning down what “done” actually means—interfaces, timing, safety levels, and constraints.

  2. 2

    Algorithm & Architecture Design

    We define control strategies, data flows, and software components that can actually be implemented within your hardware budget.

  3. 3

    Implementation

    We implement with an eye on testability, observability, and maintainability—not just passing a single demo.

  4. 4

    Validation & Rollout Support

    We support lab tests, field trials, and root-cause analysis when something behaves differently on real roads.

Industries & Use Cases

We focus on real applications where software decisions have physical consequences: energy usage, drivability, uptime, and safety. Below are typical areas where our work is applied.

Passenger & Commercial Vehicles

Powertrain control, hybrid/EV management, and vehicle network integration for passenger cars, light commercial vehicles, and heavy-duty platforms.

  • Thermal management logic
  • Torque arbitration and limits
  • Drive mode and feature integration

Diagnostics & Service Tools

Software that helps technicians, fleets, and operators understand vehicle health instead of guessing based on warning lights.

  • OBD-II & UDS-based fault handling
  • Guided diagnostics flow design
  • Data logging and export for analysis

Emerging Mobility & Startups

Support for younger companies that need automotive-grade thinking without building a 50-person internal platform team on day one.

  • Prototype ECU software architecture
  • “Good enough” safety patterns for early stages
  • Migration plans from prototypes to series production

Sample Project Scenarios

To make it concrete, these are typical engagements:

  1. An OEM wants to consolidate several legacy diagnostic strategies into a unified, testable framework across multiple platforms.
  2. A startup has a working EV prototype but no scalable strategy for thermal management and battery protection under edge cases.
  3. A Tier-1 supplier needs help introducing functional safety concepts into an existing software stack without rewriting everything from scratch.

What We Actually Deliver

We do not stop at slide decks. Deliverables often include:

  • Documented software architectures and interface specifications
  • Production-grade modules and reference implementations
  • Test cases, regression suites, and coverage reports
  • Plain-language design notes to help onboard your future engineers

Technology & Tools

Technology stacks change, but the core principles do not: determinism, observability, traceability, and safe failure modes. Below is a non-exhaustive snapshot of what we work with on a regular basis.

Embedded & RTOS

  • C / C++ on automotive MCUs
  • FreeRTOS and other RTOS variants
  • AUTOSAR concepts and integration

Modeling & Simulation

  • Model-based design workflows
  • Plant models for vehicle subsystems
  • Offline analysis and tuning

Communication

  • CAN & CAN-FD integration
  • LIN networks for body electronics
  • Automotive Ethernet concepts

Testing & Validation

  • HIL / SIL setups
  • Regression test automation
  • Fault injection and corner-case tests

We are not married to a specific tool vendor. In practice, we adapt to what your existing ecosystem looks like instead of forcing you to replace everything at once. Our role is to improve the signal in your engineering process, not to introduce more noise.

If you are unsure whether your current setup is “good enough” for where you want to go, we can review your architecture, tool chain, and process and give you an honest assessment—including what to keep, what to phase out, and what to introduce gradually.

Working With Us

We prefer straightforward collaboration. We do not hide behind buzzwords or slideware. If a task is too vague, we say so. If a requirement conflicts with physics or safety, we say that as well.

Typical engagement models include:

  • Focused Consulting: Short-term reviews of architecture, diagnostics strategy, or safety concepts.
  • Co-Development: We work alongside your internal team to build and harden key modules.
  • End-to-End Delivery: We take ownership of a well-defined subsystem with clear interfaces and deliver it to your integration team.

Before we start, we insist on a clear written scope, success criteria, and realistic boundaries. That protects both you and us—and keeps the engineering discussion honest.

Frequently Asked Questions

Do you only work with large OEMs?

No. We work with OEMs, Tier-1 suppliers, and earlier-stage companies. The key requirement is that the project has a realistic scope and a serious intent to ship something that people will use.

Can you help rescue an existing project that is behind schedule?

Sometimes. We can review your current status, identify what is blocking you, and give an honest view of what can be salvaged. We cannot magically “fix” a project without trade-offs, but we can help you make informed decisions instead of guessing.

Do you provide long-term maintenance?

For some projects, yes. In other cases, our role is to build a foundation and then help your internal team take over. We are flexible, but we avoid open-ended engagements with no clear ownership.

How do we start a conversation?

Send us a short description of your system, current pain points, and desired timeline using the contact form below. If the problem is a good fit, we will schedule a structured technical discussion—not a sales pitch.

Ready to Elevate Your Automotive Tech?

Contact us today for a consultation on your software and diagnostic needs.

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Contact Us

Contact Information

Office

844 Fedora St #405, Los Angeles, CA, 90005

Phone

+1-562-314-6932

Email

vxt900global@gmail.com

Hours

By appointment only

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