Employing virtual environments can significantly reduce operational costs, scale your existing applications, and boost their productivity. At Integra, we aim to provide the highest level of cloud services, meeting SLA expectations to the fullest extent. Our cloud development services include IoT and cloud computing solutions and software to collect, manage, store, back up, visualize, and analyze data. Our developers can build a cloud-based web application from scratch, migrate your app to the cloud, or move your existing cloud solution from one platform to another. We design cloud architectures of varying complexity, including high-performance applications with optimized resource consumption and improved maintainability.
We provide a full-cycle cloud application development that comprises front-end, back-end, databases, and other components. By leveraging the power of cloud computing, we create highly flexible, scalable, and reliable apps to collect data and control various types of devices. To build cloud apps, our engineers use DevOps practices, continuous integration and delivery (CI/CD) tools, such as Jenkins and GitLab, container technologies, such as Kubernetes and Docker, and other cloud development tools.
Managing and storing data in the cloud improves its accessibility and allows users to scale their projects and simplify backups and updates of the software. Our cloud data management solutions can collect and analyze tons of data at high speed owing to their high computational power and plenty of storage space. Working with a great variety of database management systems (DBMSes), we create database infrastructures and establish rules for interactions between them, customizing the DBMS for our client’s needs.
We help companies seamlessly move their applications, data, and business processes into the cloud. To minimize downtime, our specialists scrutinize the existing infrastructure, assess risks, and develop a clear-cut migration strategy, choosing the most suitable scenario for a particular client. We can integrate your local applications with either public or private clouds or combine the capabilities of both, setting up hybrid infrastructures. Hybrid clouds can provide users with different access levels and restrict access to sensitive data.
As part of our cloud software development, we enhance the connectivity of IoT applications, scaling them up with minimal effort and cost. We use MQTT, CoAP, AMQP, HTTPS, and other protocols to connect internet-enabled devices to the cloud and ensure safe and high-speed communication between them. Our cloud solutions can collect telemetry data from multiple IoT devices, process this information, and display it in real-time. We work with AWS IoT, Azure IoT, Google Cloud’s IoT platform, Particle, or we can use other IoT cloud development platforms chosen by our clients.
The AWS cloud computing platform is one of the leading services for cloud-based software development. We design fully-fledged cloud solutions using the basic service models it delivers—infrastructure as a service (IaaS), platform as a service (PaaS), and software as a service (Saas). We maximize AWS opportunities for cloud migration, developing web hosting solutions, and IoT systems, including industrial automation and smart home applications.
Web service providers may support different languages, technologies, and databases. We explore the possibilities of various cloud web development platforms to create highly implementable applications and guarantee their reliable operation. Our team uses a rich selection of tools and services offered by Microsoft Azure, Google Cloud Platform (GCP), IBM Cloud, Oracle Cloud, and many others.
We employ a set of techniques to avoid vulnerabilities and provide strong security for your cloud-based applications. Implementing robust encryption algorithms and restricting access to only authorized users can protect your data privacy. We work out different approaches to information security according to individual customer requirements. For example, businesses dealing with highly sensitive data, such as healthcare companies, demand enhanced security by the anonymization of personal information.