Cloud-Native Engineering
Cloud-Native Engineering
Build for the cloud, not just in the cloud. We engineer resilient, auto-scaling microservices and serverless architectures that leverage the full power of modern infrastructure.
Modern Engineering Stacks
We move beyond virtual machines. Our engineering stack focuses on containerization, orchestration, and automation to deliver software that is portable, scalable, and self-healing.
Microservices Architecture
Decouple monolithic applications into independent services. We design modular systems that improve agility and isolate specific failure domains.
Microservices Architecture
Decouple monolithic applications into independent services. We design modular systems that improve agility and isolate specific failure domains.
Microservices Architecture
Decouple monolithic applications into independent services. We design modular systems that improve agility and isolate specific failure domains.
Kubernetes Orchestration
Automate deployment and scaling with Kubernetes. We manage container orchestration to ensure high availability and optimal resource efficiency.
Kubernetes Orchestration
Automate deployment and scaling with Kubernetes. We manage container orchestration to ensure high availability and optimal resource efficiency.
Kubernetes Orchestration
Automate deployment and scaling with Kubernetes. We manage container orchestration to ensure high availability and optimal resource efficiency.
Serverless Computing
Eliminate infrastructure management. We build event-driven serverless functions that auto-scale instantly and charge only for actual compute time.
Serverless Computing
Eliminate infrastructure management. We build event-driven serverless functions that auto-scale instantly and charge only for actual compute time.
Serverless Computing
Eliminate infrastructure management. We build event-driven serverless functions that auto-scale instantly and charge only for actual compute time.
Containerization
Package applications for consistent execution anywhere. We containerize dependencies to ensure code runs identically across dev, test, and production.
Containerization
Package applications for consistent execution anywhere. We containerize dependencies to ensure code runs identically across dev, test, and production.
Containerization
Package applications for consistent execution anywhere. We containerize dependencies to ensure code runs identically across dev, test, and production.
Infrastructure as Code
Manage infrastructure through code. We use Terraform to automate provisioning, ensuring reproducible, version-controlled, and error-free environments.
Infrastructure as Code
Manage infrastructure through code. We use Terraform to automate provisioning, ensuring reproducible, version-controlled, and error-free environments.
Infrastructure as Code
Manage infrastructure through code. We use Terraform to automate provisioning, ensuring reproducible, version-controlled, and error-free environments.
DevSecOps Integration
Embed security into the delivery pipeline. We automate compliance checks within CI/CD to release secure code at high velocity.
DevSecOps Integration
Embed security into the delivery pipeline. We automate compliance checks within CI/CD to release secure code at high velocity.
DevSecOps Integration
Embed security into the delivery pipeline. We automate compliance checks within CI/CD to release secure code at high velocity.
The Twelve-Factor Standard
The Twelve-Factor Standard
The Twelve-Factor Standard
The Twelve-Factor Standard
We adhere to the Twelve-Factor App methodology. By treating backing services as attached resources and strictly separating build and run stages, we create applications that are inherently portable, resilient, and easy to maintain.
We adhere to the Twelve-Factor App methodology. By treating backing services as attached resources and strictly separating build and run stages, we create applications that are inherently portable, resilient, and easy to maintain.
We adhere to the Twelve-Factor App methodology. By treating backing services as attached resources and strictly separating build and run stages, we create applications that are inherently portable, resilient, and easy to maintain.
Velocity & Scale
Cloud-native isn't a buzzword, it is a competitive necessity. See how adopting this architecture changes the speed at which you can deliver value to your customers.
Infinite Scalability
Handle massive traffic spikes without manual intervention. Cloud-native systems automatically expand resources during peak demand and contract during lulls.
Infinite Scalability
Handle massive traffic spikes without manual intervention. Cloud-native systems automatically expand resources during peak demand and contract during lulls.
Infinite Scalability
Handle massive traffic spikes without manual intervention. Cloud-native systems automatically expand resources during peak demand and contract during lulls.
Rapid Release Cycles
Deploy updates multiple times a day. Microservices allow independent teams to work on different features simultaneously without blocking releases.
Rapid Release Cycles
Deploy updates multiple times a day. Microservices allow independent teams to work on different features simultaneously without blocking releases.
Rapid Release Cycles
Deploy updates multiple times a day. Microservices allow independent teams to work on different features simultaneously without blocking releases.
Fault Isolation
Prevent total system failure. If one microservice fails, the rest of the application remains operational, ensuring continuous user availability.
Fault Isolation
Prevent total system failure. If one microservice fails, the rest of the application remains operational, ensuring continuous user availability.
Fault Isolation
Prevent total system failure. If one microservice fails, the rest of the application remains operational, ensuring continuous user availability.
Resource Efficiency
Optimize cloud costs. Containers and serverless functions pack processes tightly, ensuring you utilize every CPU cycle you pay for.
Resource Efficiency
Optimize cloud costs. Containers and serverless functions pack processes tightly, ensuring you utilize every CPU cycle you pay for.
Resource Efficiency
Optimize cloud costs. Containers and serverless functions pack processes tightly, ensuring you utilize every CPU cycle you pay for.
Infrastructure Portability
Avoid platform lock-in. Containerized applications run consistently on AWS, Azure, or Google Cloud, giving you total infrastructure freedom.
Infrastructure Portability
Avoid platform lock-in. Containerized applications run consistently on AWS, Azure, or Google Cloud, giving you total infrastructure freedom.
Infrastructure Portability
Avoid platform lock-in. Containerized applications run consistently on AWS, Azure, or Google Cloud, giving you total infrastructure freedom.
Build Future-Proof Apps
Build Future-Proof Apps
Stop patching legacy monoliths. Start building agile, scalable applications that drive business growth.
Stop patching legacy monoliths. Start building agile, scalable applications that drive business growth.