Cloud-Native Consulting & Advisory
Plan, strategize, and implement cloud-native solutions tailored to automotive industry requirements.
Transform automotive operations, connected vehicles, and manufacturing systems with Kubernetes, microservices, and modern DevOps practices. Adopt cloud-native platforms to enhance safety, sustainability, and efficiency while maintaining compliance and competitiveness. Accelerate automotive digital transformation using Kubernetes, DevOps, and cloud-native practices across connected vehicles, manufacturing, and services. Enable seamless data exchange between vehicles, infrastructure, and cloud platforms for telemetry, over-the-air updates, and fleet monitoring. Transform manufacturing operations with cloud-native solutions that enable supply chain visibility, real-time analytics, and regulatory compliance. Support large-scale autonomous vehicle data processing, orchestration, and analytics for safe, reliable, and optimized operations. Deliver engaging digital experiences through online platforms, mobile applications, and intelligent services. Ensure connected vehicle cybersecurity and maintain compliance across automotive cloud systems. Automotive companies leveraging cloud-native platforms achieve faster, secure, and scalable operations, while those delaying modernization risk losing competitive advantage. Real-time analysis of vehicle sensor data, predictive maintenance, and inventory management improve quality and reduce time-to-market. Optimize supply chain, manage assets efficiently, and reduce operational costs with cloud-native tools. Monitor vehicle performance, enhance after-sales service, and improve customer retention through analytics-driven insights. Enjoy safer, more convenient, and digitally enriched automotive experiences with cloud-enabled applications. From cloud-native strategy to implementation, ongoing monitoring, and maintenance, AppsCode ensures seamless adoption for automotive enterprises. From OEMs to automotive startups, our certified engineers deliver expert cloud-native services. Plan, strategize, and implement cloud-native solutions tailored to automotive industry requirements. Refactor legacy automotive applications into microservices with Kubernetes and Docker for scalable deployment. Extend your engineering capacity with certified cloud-native and DevSecOps experts. Hands-on sessions on Kubernetes, CI/CD, observability, service mesh, and security best practices. 24/7 operational support, monitoring, and proactive incident management for automotive cloud services. Implement automotive cybersecurity measures and maintain compliance with global regulations. AppsCode contributes to cloud-native projects like Kubernetes and Prometheus, leveraging OSS to build reliable automotive platforms. Partner with AppsCode to accelerate digital transformation in the automotive industry with Kubernetes and DevOps best practices. Here are a few of the questions we get the most. If you don't see what's on your mind, contact us anytime. Our services help automotive organizations modernize their software and IT infrastructure using cloud-native technologies. We cover connected vehicle platforms, telematics, IoT integration, microservices adoption, scalable cloud deployment, and secure application delivery. We leverage Kubernetes, Docker, microservices architecture, CI/CD pipelines, DevSecOps practices, cloud providers like AWS, Azure, and GCP, as well as observability and monitoring tools. This ensures resilient, scalable, and secure automotive applications and services. Yes — we work with your existing vehicle software, telematics platforms, IoT systems, and manufacturing applications, modernize workloads, implement microservices patterns, and integrate cloud-native best practices while ensuring data security and compliance. Engagements typically start with a 1–2 week assessment of your infrastructure, applications, and integration needs. Implementation follows in 4–12 week phases depending on complexity. We offer fixed-scope projects, time-and-materials consulting, or long-term advisory partnerships. Absolutely. Our solutions are designed for multi-cloud and hybrid deployments, enabling seamless operations across AWS, Azure, GCP, and on-premises automotive infrastructure. We implement encryption, access controls, secure CI/CD pipelines, monitoring, and disaster recovery. These measures ensure automotive applications are secure, reliable, and compliant with industry standards and regulations. After implementation, we provide ongoing support, monitoring, optimization, and knowledge transfer. Our services ensure automotive applications remain secure, scalable, and optimized for connected vehicle platforms and manufacturing systems. Pricing depends on application complexity, number of systems, and ongoing support requirements. We offer fixed-scope projects, hourly consulting, and long-term retainers. Detailed proposals are provided after the assessment phase. Trusted by top engineers at the most ambitious companies InterSystems was delighted to engage with AppsCode in the delicate, yet fundamental task of supporting durable, non-ephemeral workloads with Kubernetes. We needed the best-prepared, most-proficient database operator consulting in the industry. Given AppsCode's pedigree of database building operators, the decision was easy. No time was wasted and all objectives reached in an amazingly short period of time. I would recommend AppsCode consulting for any Kubernetes related work. Voyager made it simple and efficient for us to protect and initiate our bare metal Kubernetes workload. Its underlying technology and extensive L4 support along with seamless SSL integration is what made us choose Voyager over others. Voyager team is also very responsive when it comes to support. Great product! Voyager is the easiest way to use the fast and reliable HAProxy as our ingress controller. At PriceHubble, it is the corner-stone of our blue/green deployments. I work with a few Kubernetes clusters and we use Voyager as our preferred ingress controller. We really like the ease of configuration. Documentation is pretty good. Also the use of HaProxy is important for us because it works really well with both L4 and L7 load balancing. One of our TCP services, Wayk Now, is able to withstand thousands of persistent connections very smoothly at the same time. We really like using Voyager. Its straightforward and well-documented config and SSL (especially Let's Encrypt) has made our migration of services to Kubernetes a breeze. Each major version has been a very welcome update! We're using Voyager as part of most Astarte deployments and it's orchestrated also by our brand new Operator. We are glad to showcase that.Cloud-Native Solutions for the Automotive Industry

Trusted by Leading Automotive & Mobility Companies
Stay Ahead in the Automotive Sector
11,000 lives expected to be saved by connected cars by 2025
$14.8M — Average cost of non-compliance with data policies in automotive firms
400,000 tons of CO2 reduced from connected car adoption by 2025
Enhanced operational efficiency and customer satisfaction across automotive value chains
AppsCode Cloud-Native Services for Automotive Industry
Connected Vehicles


Digital Manufacturing
Autonomous Vehicles


Customer Experience & Services
Security & Compliance

Cloud-Native Transformation Across Automotive Ecosystem
Manufacturers
Suppliers
Dealers
Consumers
Partnering With You Through Every Stage
Cloud-Native Consulting & Advisory
Application Modernization
Team Augmentation
Training & Workshops
Enterprise Managed Support
Security & Compliance

Open Source Contributions
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Frequently Asked Questions
What do your Cloud-Native Solutions for the Automotive Industry include?
Which technologies and practices are used in cloud-native solutions for the automotive industry?
Can you integrate cloud-native solutions with our existing automotive systems?
What is the typical timeline and engagement model for cloud-native solutions in automotive?
Do cloud-native solutions support multi-cloud or hybrid deployments for automotive organizations?
How do you ensure security, compliance, and reliability in automotive applications?
What happens after cloud-native solutions are implemented in the automotive industry?
How much do cloud-native solutions for the automotive industry cost, and what are the pricing models?
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