xMeta Profit+
Profit+ software offers a comprehensive solution for implementing Activity-Based Costing (ABC) methodologies within businesses. ABC, a systematic approach utilized to determine production costs, involves dissecting overhead costs associated with production-related activities. The Profit+ system meticulously allocates costs to each activity involved in production, providing a detailed breakdown of expenses. Unlike traditional costing methods, which rely on applying an average overhead rate to direct production costs based on a predetermined cost driver, Profit+ adopts a more nuanced approach. This software facilitates accurate insights into production costs, aiding in budgeting, overhead decisions, product pricing, company profitability analysis, and data modeling. While implementing an activity-based costing system can pose challenges, Profit+ offers a robust solution tailored to handle the complexities of modern business data, ensuring efficient and informed decision-making processes.
With xMeta Profit+ software, you can find production costs, breaks down overhead costs between activities and assigns costs to each activity that goes into final products by clicking single button with in a few seconds because Profit+ is, Affordable, powerful, and ridiculously easy to use.
OLTP (online transactional processing) enables the rapid, accurate data processing behind ATMs and online banking, cash registers and ecommerce, and scores of other services we interact with each day. OLTP, or online transactional processing, enables the real-time execution of large numbers of database transactions by large numbers of people, typically over the internet.
Programming in Machine language is tedious (you have to program every command from scratch) and hard to read & modify (the 1s and 0s are kind of hard to work with…). For these reasons, Assembly language was developed as an alternative to Machine language. Assembly Language uses short descriptive words (mnemonic) to represent each of the Machine Language instructions.
A database transaction is a change, insertion, deletion, or query of data in a database. OLTP systems (and the database transactions they enable) drive many of the financial transactions we make every day, including online banking and ATM transactions, e-commerce and in-store purchases, and hotel and airline bookings, to name a very few. In each of these cases, the database transaction also remains as a record of the corresponding financial transaction. OLTP can also drive non-financial database exchanges, including password changes and text messages. In OLTP, the common, defining characteristic of any database transaction is its atomicity (or indivisibility)—a transaction either succeeds as a whole or fails (or is canceled). It cannot remain in a pending or intermediate state.
Through carefully planned implementation, the adoption of any new practices builds the system's capacity for change. The stages described in the guide include: 1) exploration, 2) installation, 3) initial implementation, 4) full implementation, and 5) expansion and scale-up.
