Cloud

Cloud

Cloud computing is radically transforming the information technology landscape the world over as a growing number of companies use the cloud to streamline processes, gain visibility and reduce costs. Organizations can avoid upfront large capital investments in data centers and application purchases and replace it with monthly costs based on usage. The ability to modify capacity by provisioning additional resources or releasing idle resources on demand allows organizations to manage their monthly expenses and yet meet operational parameters.

This is why demand for cloud-based applications is soaring globally. According to estimates by Gartner, revenues from cloud services added up to less than $50 billion in 2008; by the end of 2020, they are expected to top $250 billion. Driving the frenzied growth of cloud services is the proliferation of mobile devices and the consequent demand for pervasive and responsive applications.This demand for Pervasive cloud-based applications in turn is driving the growth of offerings from leading Software OEMs in the aPaaS and iPaaS space. Early adopters of Cloud Technology are now embracing the 'Containers and Dockers' trend to rapidly deploy and scale. Oigo has extensive experience in several cloud technologies including Microsoft Azure and Amazon Web Services (AWS).

Why Oigo

Leadership in the product marketplace stems from such factors as time-to-market, quality, extensibility, scalability, innovation, and partnerships. Oigo is a partner to market leaders in niche verticals/domains. We use proven methodology, mature processes and a flexible model for engaging with product companies at various stages of their evolution. Our team has experience with start-ups, early stage and mature product companies.

Oigo offers these differentiated services:

• Product and component development.
• Product maintenance.
• Product integration.
• Automation testing.
• Product modernization and re-engineering.

Our best practices in managing product development for technology companies include:

• Understanding of software engineering processes and industry-specific best practices.
• Design and test methodologies and software tools.
• Capturing explicit and tacit knowledge related to products, their usability, and their functionality.
• Build data models and solutions conducive to rapid application development.
• Map emerging technologies into a product and/or application.
• Formally interface with different functional and remote groups of an engineering team.
• Define and implement controlled work environments, such as for build, release and versioning.
• Create product and project documentation at both technical and user levels.
• Assist in the transitioning of product and business knowledge.
• Best practices in project management.