TRANSFORM YOUR LEGACY FROM MONOLITHIC TO MICROSERVICES
BECOME MORE AGILE
AND ECONOMIC
Transform your monolithic system into a microservice-based system. This will drive development teams to work in independent domains, encourage non-blocking work, be more sensitive to your business, and deliver your systems more quickly
REDUCE YOUR DATABASE COST
Migrate your large database to minor ones associated with microservice domains. Thus, your company will gain agility and simplicity, controlled scalability, less impact in case of failures with ease in the rollback process, and speed in deliveries, while also reducing the implanted binary size and software licensing cost.
APPLY CQRS IN
EVENT-ORIENTED ARCHITECTURE
In a world of events, with trillions of bytes of information, the way systems scale and manipulate data changes. In order for your searches to not impact your database's updates, the way you develop and store information must change, especially for large volumes of requisitions. In our projects, we constantly use the CQRS standard with mutable, immutable, or even relational databases.
MAKE MICROSERVICE DATA
WORK WITH A EVENT STREAMING PLATFORM
Your microservices may receive information from many sources or from unique sources of truth in your domains. Using a event streaming platform like Kafka, we reduce the complexity of communication in data exchange between microservices and the outside world. Microservices can remain inactive until a message arrives, freeing up resources when unused.
BECOME RESILIENT WITH MULTI-CLOUD MICROSERVICES
Through a multi-cloud microservice strategy we guarantee the maximum level of resilience that your business needs, highly necessary for critical mission systems. It's also valid when you want to have the freedom to choose the best services available on the market for your multi-cloud, such as AI/ML, storage, location, and documentation.
GAIN SPEED WITH THE ADOPTION OF AN API MANAGER
Transforming a monolith into independent microservices simplifies development, updates and scalability, while at the same time it offers many more distributed parts to connect and protect. Managing all network services — load balancing, traffic management, authentication and authorization, and so forth — can become very complex. We work with API managers like Apigee to reduce TCO and to speed up the adoption and delivery of solutions.
CARE ABOUT SAFETY, COMPOSE SOLUTIONS TO REDUCE COMPLEXITY
We will plan which security features related to APIs and microservices will be included in your reference architecture, according to your modernization strategy. We will design solutions that include WAF, API Manager, API Portal, event streaming platforms, microservices and how data will persist and transfer within a federated domain strategy.
ATTAIN THE AGILITY YOUR INFRASTRUCTURE NEEDS WITH IAC
Using IaC (Infrastructure-as-Code) in modern architecture solutions is essential to attaining agility in the availability of microservices and fast business value creation. With IaC, we create automation for infrastructure management, in which your microservices will be made available quickly according to your company's business scenario.
CHOOSE THE BEST STRATEGY FOR YOUR LEGACY MODERNIZATION
We determine the best strategy for modernizing your monolithic legacy and how the business will continue to operate throughout the modernization journey. It can be done by adopting the strategy in your on-premise, then taking it to the cloud. Another option is to migrate (lift and shift) and modernize your legacy in the cloud, or even revamp your legacy from scratch to function in the cloud natively.
HAVE NATIVE APPLICATIONS IN THE CLOUD
Cloud-native applications take full advantage of the cloud service model. They can update sections instantly and do individual and automated sizing, in which each microservice isolates and packages it’s own dependencies, adopting to changes without affecting the whole system.
SIMPLIFY YOUR MICROSERVICES WITH SERVICE MESH
Networks can be unreliable and insecure; therefore, services must be able to identify and deal with network idiosyncrasies. For example, if Service A calls Service B and there is an interruption in the network, what should Service A do when it does not get a response? Should it be called again? If so, how often? Or how does Service A know that Service B is returning the call?
The alternative we use to address such network complications with microservices is Service Mesh, implemented by open source softwares like Istio, Cilium, and Linkerd. Service Mesh also improves security, reliability, and visibility by enabling microservices to function more resiliently in complex, dynamic and distributed environments.
ATTAIN MULTI-CLOUD PORTABILITY AND CONTAINER ORCHESTRATION
In loosely coupled microservice architectures, evolution and change are constant. The goals are independent publications, scalability, and portability via containers, in which orchestrators play a fundamental role. For greater agility, in projects of modernization to microservices, we extensively use IaC with Docker and Kubernetes, whether it be in specific or multi-clouds.
CONQUER DELIVERY CONSISTENCY, MAKE IT FAST, DELIVER FAST
We will build your Continuous Delivery with DevOps and DevPods to create or maintain your systems, including microservice code, Proxie APIs, scripts, and container images for cloud, multi-cloud, or hybrid infrastructure. Your company will have consistent, fast deliveries with an automated construction process, encompassing continuous integration, continuous development, continuous testing, continuous deployment, continuous monitoring, and releases via iaC.
WE ARE CI/CD CLOUD NATIVE EXPERTS
With Jenkins X, Azure DevOp, AWS CodePipeline or Google Cloud Build we create CI/CD pipelines that work with Kubernetes Pods, called DevPods. This helps cloud developers work with the same software tools, platform, container images, and Pod templates from start to finish. This way, we keep all team members and their CI/CD pipelines on the same platform and using the same tools all the time, reducing waste and avoiding the hassle of “It works on my notebook, but not in production!”
WE USE MODERN PIPELINES IN THE DEVELOPMENT PROCESS
A CI/CD development pipeline is an automated process that takes software through a code creation, testing, and deployment path. By automating the process, the goal is to minimize human error and maintain a consistent process for the software being deployed.
The tools used in the pipeline perform several actions such as obtaining the images with the code to be published, running static code analyses, distinct tests, security validations, and finally, the publication of the container image in the target environment.
