Blog: Cloud Computing

S-A-P can be broken down as system, application and product, where this software shares the same nomenclature as its manufacturer. The mainstay of SAP is its ERP offering which is the most trending and advanced Enterprise Resource Planning (ERP) system from traditional software. SAP ERP offers amazing capabilities by integrating your business data from other application to streamline the process.

Cloud infrastructure refers to back-end elements that consolidate hardware and software components like servers, storage, network, virtual machines, multi-sockets, LAN (switches and routers) and cloud infra management tools that support computing operations of any cloud computing platform. All these components are hosted by a service provider and delivered to users over the web

Cloud computing is the delivery of on-demand IT services that includes computing, storage, servers, databases, software, and applications over the web that provide innovations, flexibility, and scalability in business. It has become one of the most adopted platforms with its enabled digital transformation that resulted in fast growth and improved productivity of IT business.

With the advancements in technologies, cloud computing has become one of the most trending platforms which are driving the world in recent times. Cloud is everywhere, may it be your mailbox, dropbox, google drive, e-commerce applications, or bank transactions. Public internet or digital networks are responsible to deliver cloud computing resources. Users can access these applications through mobile or desktop devices.

A great analogy says that API (application program interface) is the oxygen for the seamless life of cloud services. Being one of the most important elements in cloud computing, it accomplishes all the needs, from sharing a huge amount of data to providing high efficiency in project management, data storage, and platform security.

Data has become an important aspect of any enterprise. But to have a combined data, residing in different sources and providing users with a unified view of it, is somewhat painful for enterprises. Say, for example, a production company wants to make a product for one of its clients. It will start its analysis, research, data gathering process from multiple points which might be time-consuming and costing. In such a situation, Data Integration helps to gather different data points in one single synchronized repository. This helps in saving time and cost.

With an increasing number of enterprises production, businesses are heading the sky. A day-by-day large amount of data gets added to the data warehouse which is enormous. Business intelligence helps to cater to these data, but it is not satisfactorily giving productivity. These data can be useful to enhance the productivity of organizations.

The protection of confidential data is one of the biggest challenges in the information technology world. To detect threats, bugs, vulnerabilities many advanced sources of technologies have been discovered. Excellent internet testing, hacking, bug solving programming languages, machine learning technologies, security services laid out in the market.

The world of technology is enhancing in such a greater way than it leads many expertise and technical engineers with a roadblock. In software engineering, many programming languages have been taken a good place in order to prove theories and software. Still, many engineers face problems to come up with an idea in the world of artificial intelligence.

The world of technology is enhancing in such a greater way than it leads many expertise and technical engineers with a roadblock. In software engineering, many programming languages have been taken a good place in order to prove theories and software. Still, many engineers face problems to come up with an idea in the world of artificial intelligence.

ELK Stack stands for Elasticsearch, Logstash and Kibana is a combination of three opensource tools (Elasticsearch, Logstash and Kibana) which forms a log management tool/ platform that helps in deep searching, analyzing and visualizing the log generated from different machines

Many service providers simply providing network connectivity for their enterprise customers. They also offer additional services & network functions like network address translation (NAT), firewalls, encryption, domain name service (DNS), caching and others. Traditionally, these network functions will deploy using proprietary hardware at the customer premises. This approach provides additional revenue. But deploying multiple proprietary devices is costly and makes upgrades difficult.

Integration testing is a level of software testing where individual units are combined and the connectivity or data transfer between these units are tested. The main aim of this testing is to recognize the interface between the modules.

Traditional networking controller system is very tedious to manage which is based on old, rigid commands and consoles. Thus, to overcome the issues of speed and automation software defined networking (SDN) comes into picture. A software defined networking (SDN) technology is an approach to network management which enables the speed and automation in order to improve the network performance, simple, flexible with less administrative work. SDN helps to make the system easier and less tedious to perform the tasks.

OpenSDS introduces CSI aims to define an industry standard that enables storage vendors (SP) to develop a plugin once and have it work across several container orchestration (CO) systems. The container orchestration (CO) systems include Kubernetes, Docker Swarm, Cloud Foundry and so on.

Every organization requires a DevOps for the product/software delivery and deployment. Continuous integration and continuous delivery with Jenkins’ approach is a step towards the product/software delivery and deployment. Releasing software frequently to users is usually a time-consuming and painful process. Continuous Integration and Continuous Delivery can help organizations to become more agile by automating and streamlining steps involved in going from an idea, change in the market, and business requirement to the delivered product to the customer. In this blog, we will see the complete lifecycle of integration and deployment.

Software development lifecycle (SDLC) produces the software in low cost with high quality. One of the flexible models in SDLC is Spiral Model. In this blog we are going to see the detailed information about what Spiral model is and how it works with its architecture diagram.