IKeeping assets at peak performance is a complex, never-ending process. A computerized maintenance management system (CMMS) can help by automating work orders and workflows, scheduling labor and managing materials. But as assets become smarter and more connected, maintenance management solutions must evolve from simply reacting to an event to more preventive and predictive actions.
To extend asset lifecycles, control costs and efficiently use limited resources, look for solutions that add automation, IoT data, analytics and AI into your maintenance strategies.
It makes maintenance more connected, efficient, and visible to the rest of your organization.
Corrective maintenance is the category of maintenance tasks that are performed to rectify and repair faulty systems and equipment. The purpose of corrective maintenance is to restore systems that have broken down. Corrective maintenance can be synonymous with breakdown or reactive maintenance.
During the execution of corrective maintenance work, the asset is repaired, restored, or replaced as needed.
Suppose you are running a web application and you found that it is not compatible with a new version of Microsoft web browser (Chromium-powered Edge browser) through a pre-release beta version for developers. If you address this compatibility issue in your web application before the final stable release of Microsoft Chromium-powered Edge browser, then you are performing an adaptive software maintenance task.
Adaptive maintenance aims at updating and modifying the software
Perfective Maintenance Software involves making enhancements in software functionality by implementing new or changed user requirements (even when the changes are not considered a defect, error or fault).
It provide Enhancement of software functionality & Improvement in software performance
Preventive maintenance is a software change you make to prevent the occurrence of errors in the future. It increases the software maintainability by reducing its complexity.
It provide updating the documentation: Updating the document according to the current state of the system.
It also uses in Optimizing the code: Modifying the code for faster execution of programs or making efficient use of storage space.
Our design lead will work with your team to finalize user experience, visual design, and clickable prototypes. This is an important first step as it uncovers all needed functionality, removes experience friction, and informs development scope. It's also an early way to truly see your product come alive!
Our decades of experience in different technologies, languages, and platforms help us to select right technology for our customers. We are also open to work on any technology that our customer prefer to meet their business goal. We take an iterative process when building software, corresponding to mutually agreed milestones. Each iteration is tested on a development server, and then pushed to a test environment.
Auspicious Software gives application and data security end-to-end encrypted. We adhere to strict security standards. All sensitive data is always encrypted while en-route to server and confidentiality is always maintained. Our methodology includes assessing the application threats, securing the network, servers, database and application based on the security needs, and incorporating security into software development process.
During the testing period, we provide access to easy tools such as Bugzilla and Mantis, which allows both the Auspicious team and you to test the product(s), and send quick feedback and tweaks to the developers.
We have extensive experience working with Amazon AWS, Microsoft Azure, and several other cloud platforms and we have successfully launched around 90 products in the past.