Contact Belitsoft If You Seek for
Top-tier security and compliance. Our security measures include threat modeling, encryption, access control, and regular backups. We reinforce these measures with AWS and Azure security services and tools.
High availability of your apps. With cloud-native features, your app is guaranteed constant accessibility and readiness. Data replication across multiple locations and automatic service restoration self-healing ensure uninterrupted performance.
Paying only for resources in use. Autoscaling and serverless computing help us handle fluctuating traffic and reduce operational overhead.
Highly scalable apps. We utilize microservices and containers for cloud-native development, eliminating physical server limitations and monolithic architecture.
We build, deploy, and manage scalable, flexible, and resilient applications using cloud-native technologies to improve your IT operations and drive business value
Cloud-Native Software Development on AWS
Belitsoft meticulously assesses and plans the architecture, dependencies, and unique requirements for your cloud-native app on AWS, selecting the most suitable services, databases, and tools.
We build an app using serverless technologies with AWS Lambda to simplify operations and leverage purpose-built databases like Amazon DynamoDB for efficient data storage and retrieval. With a microservices architecture, we decompose the application into smaller, independent services, improving scalability and resilience.
Security and compliance are paramount, particularly sensitive business data in healthcare and fintech. We employ AWS IAM to set user permissions, ensuring only authorized access meticulously. For data backup and retrieval, we use an Amazon S3 storage solution.
With AWS CodePipeline and AWS CodeBuild as a part of CI/CD pipeline adoption, we automate the build, test, and deploy phases for swift and seamless updates. Our DevOps approach enables faster application development without compromising quality.
Amazon CloudWatch is our chosen to monitor tool for post-deployment, offering performance insights. And to ensure cost efficiency, we turn to AWS Cost Explorer to track expenses and identify cost-saving measures.
Cloud-Native Software Development on Azure
In the initial phase, we assess your needs and match them with Azure's capabilities to design a scalable, secure solution aligned with your strategic objectives.
Using Azure's ecosystem, we design cloud-native apps with a microservices architecture, packaging them in containers for consistency. With the design set, we employ Azure Kubernetes Service (AKS) for streamlined container management and scaling. As the application runs, we ensure its high availability and uninterrupted access with Azure's redundancy tools, including the Azure Front Door and Azure App Service.
Our data management relies on Azure Cosmos DB, a globally distributed database service. It guarantees data availability, resilience, and scalability, perfect for global audience applications.
Our security solution includes the Azure Active Directory for identity management and the Azure Security Center for enterprise-grade protection. For enhanced user authentication, we use Okta's multifactor authentication and Single Sign-On (SSO) capabilities.
Post-migration, we focus on optimization by tuning active geo-replication to minimize ping time for each region. To cut costs, we select the right Azure tools and services for your case, like Azure Autoscaling. It automatically scales resources as needed, so you only pay for what you use.
Stay Calm with No Surprise Expenses
- You get a detailed project plan with costs associated with each feature developed
- Before bidding on a project, we conduct a review to filter out non-essential inquiries that can lead to overestimation
- Weekly reports help you maintain control over the budget
Don’t Stress About Work Not Being Done
- We sign the Statement of Work to specify the budget, deliverables and the schedule
- You see who’s responsible for what tasks in your favorite task management system
- We hold weekly status meetings to provide demos of what’s been achieved to hit the milestones
- Low personnel turnover rate in Belitsoft is below 12% per annum. The risk of losing key people on your projects is low, and thus we keep knowledge in your projects and save your money
Be Confident Your Secrets are Secure
- We guarantee your property protection policy using Master Service Agreement, Non-Disclosure Agreement, and Employee Confidentiality Contract signed prior to the start of work
- Your legal team is welcome to make any necessary modifications to the documents to ensure they align with your requirements
- We also implement multi-factor authentication and data encryption to add an extra layer of protection to your sensitive information while working with your software
No Need to Explain Twice
- With minimal input from you and without overwhelming you with technical buzzwords, your needs are converted into a project requirements document any engineer can easily understand. This allows you to assign less technical staff to a project on your end, if necessary
- Our communication goes through your preferred video/audio meeting tools like Microsoft Teams and more
Mentally Synced With Your Team
- Commitment to business English proficiency enables the staff of our offshore software development company to collaborate as effectively as native English speakers, saving you time
- We create a hybrid composition with engineers working in tandem with your team members
- Work with individuals who comprehend US and EU business climate and business requirements
Cloud-Native Software Development Process by Belitsoft
Our experts recommend the right cloud model—public, private, or hybrid—and select a suitable provider like AWS, Azure, or GCP. Then we prepare your IT infrastructure for the cloud and select the set of tools and services that will automate the process helping save the budget and avoid human-prone errors
In the backend, we build a microservices architecture, with each service handling a specific task, and use RESTful APIs to ensure smooth communication between these services. On the frontend, our UX/UI designers craft an intuitive interface, prioritizing seamless navigation and compelling visuals to elevate the user experience
We set up enterprise-level security from day one using Azure Active Directory or AWS IAM for access control, robust encryption protocols, and protection against threats with tools like Azure Network Security Groups or AWS VPC. Thanks to our CI/CD pipeline, we continuously monitor and assess vulnerabilities to ensure consistent protection
We deploy the app and gather insights into the application's behavior, leveraging tools like Azure Monitor and Application Insights. This monitoring, backed by our 24/7 support, ensures that any server challenges, software updates, or security concerns are promptly addressed and the app performance is fine-tuned
Technologies and tools we use
Our skilled developers keep up to date with the latest technologies and follow industry best practices for cloud-native software development. We deliver scalable, secure, and resilient apps with powerful backend and intuitive UX/UI.
Frequently Asked Questions
Cloud-native is the approach of building, deploying, and managing modern applications in cloud environments. It allows companies to build scalable, flexible, and resilient applications that can be updated quickly to meet customer demands using cloud-native technologies.
A cloud-native approach increases efficiency through agile practices, reduces costs by eliminating the need for physical infrastructure, and ensures application availability and resilience.
Cloud-native applications comprise multiple small, interdependent services called microservices. They are more agile and resource-efficient compared to traditional monolithic applications.
Cloud-native application architecture is a design approach for building applications as microservices and running them on a containerized infrastructure. Key components of cloud-native application architecture include:
- Microservices - smaller, independent services that can be developed, deployed, and scaled individually.
- APIs that allow microservices to communicate with each other, bolstering flexibility and modularity.
- Service meshes which provide a way to control how different parts of an application share data with one another.
- Containers - lightweight and standalone executable software packages that include everything needed to run a piece of software, ensuring consistency across environments.
By leveraging these components, cloud-native architecture allows for increased agility, resilience, and portability across cloud environments.
Cloud-native application development is a design approach for building applications in a cloud environment. Key characteristics and practices of cloud-native application development, as described by the source, include:
- Designed as loosely coupled microservices, which allows each service to be updated, deployed, and scaled independently.
- Uses purpose-built databases corresponding to different storage needs.
- Automates development processes, which includes continuous integration, continuous delivery, and continuous deployment to accelerate release cycles.
- Uses serverless operational models, eliminating the need for you to run and maintain servers to carry out traditional computing activities.
- Employs modern application development practices, such as DevOps, microservices architecture, and containerization.
By adopting these practices and characteristics, cloud-native application development leverages the benefits of the cloud to deliver resilient, manageable, and dynamic applications.
- Cost Efficiency. Only pay for the computing power, storage, and other resources you use, with no long-term contracts or upfront commitments.
- Elasticity. Scale your application's infrastructure up or down, automatically.
- Innovation. Deploy updated versions of software or roll back to previous versions more frequently and reliably.
- Operational Efficiency. Automate challenging operational tasks like hardware provisioning, database setup, patching, and backups.
- Improved Performance. Use a global network of data centers to reduce latency for end users.
Cloud-enabled applications are legacy applications modified to run on the cloud, allowing access via a browser while retaining original features.