Many companies have work processes with little to no automation and efficiencies. A lot of data that is key in business operations is transferred manually and inaccurately with manual or no quality assurance checks and these key steps cost businesses unnecessary capital to correct. Nanetech, based in Alabama, provides programs and development that will help automate work process, transfer data, and check data quality and integrity for organisations in Huntsville, Birmingham, North Alabama, and all cities in Alabama.

Mobile Applications, also referred to as mobile apps are computer program or software application designed to run on a mobile device such as a phone, tablet, or watch.

Nanetech provides Application Development Lifecycle (ADLC) full-cycle software development services which is the application of standard business practices to building software applications that adapt seamlessly to your project requirements and business needs, from IT strategy consulting and comprehensive technology roadmaps to the end-to-end development of scalable solutions. ADLC is typically divided into six to eight steps: Planning, Requirements, Design, Build, Document, Test, Deploy and Maintain.

We use best practices and development methodologies as a foundation for the structured and methodical rapid development of cutting-edge technology solutions. We create impactful digital solutions that drive meaningful change with a strategic vision by leveraging the deep domain expertise of our software developers.

Are you ready to eliminate stumbling blocks, accelerate transformation, and catalyze revenue growth? In two words, go digital. To accelerate our transformation efforts and improve your business outcomes, we employ cutting-edge tools, technologies, and platforms. Nanetech has the domain expertise, tools, and technologies to create a wide range of software development professional services. We assist our clients in creating and capturing value, as well as improving business results, by eliminating operational inefficiencies that stifle growth.