Asertiva Solutions develops and provides solutions for discrete and project production manufacturing based on Infor’s industry-specific ERP solutions and reflect all the needs of enterprise-level and medium-sized businesses.

We provide solutions that help industrial companies transform even the most complex manufacturing processes into a competitive advantage and create the manufacturing system that allows to manufacture products that meet individual customers’ needs with near mass production efficiency.

We help our customers to build a manufacturing system for all discrete manufacturing types ETO, MTO, MTS and repetitive, that ensure agility, flexibility, and integrated product life cycle management.

Usually customer-focused manufacturing companies use several types of production, including MTS. Asertiva Solutions solutions allow to combine various scenarios of production management/ planning and customize the system to the specific enterprise needs.

— Building a holistic end-to-end project and production process management system
— Operational management of design and operational documents development
— Maintains project and engineering documentation integrity, monitor workflows, provide project status in real-time
— Synchronization of design processes and Engineering Document Management with production
— Management of project works with detalization by its composition (WBS). Maintaining a single end-to-end work schedule
— Management of project costs within the context of object elements
— Management of project’s resourcesand materials budgets, labor input budgets
— Planning of procurement and production in accordance with project schedules and needs of the project work
— Management of project’s inventory with borrowing/reimbursement options

— Product configuration management
— Master data management as a basis for Industry 4.0
— Product lifecycle management
— Demand forecasting and safety stocks calculations
— Analysis of the resource’s utilization and calculation of planned capacity utilization
— Calculation of the resource’s utilization and planned utilization of capacities
— Specification of critical capacities and materials
— Order acceptance: сconfigure, price and quotation
— Customer order management
— Management of assembly units’ completeness
— Quality management, built-in analysis of quality deviations impact on the result
— Service management
— End-to-end supply chain visualization — from production through shipment, service, warranty, and refurbishing

— Movement or transfer material or items between sites or warehouses
— Consolidation of data from sites at financial entities
— Shipment to common customers and receive from common vendors
— Share administrative functions between sites
— Centralization of payment processing (between sites having the same currency)
— Visualization Accounts Payable and/or Accounts Receivable transactions across sites
— Creation of items at one site for multiple sites
— Visualization of item availability across sites
— Creation of vendors at one site for multiple sites
— Creation of customers at one site for multiple sites
— Creation of purchase orders at one site for multiple sites, allowing for accumulation of like items to get quantity breaks from vendors
— Demand and source vendor site PO-CO processing automation

— Reduce the level of unfinished production
— Ensure high level of completeness and timely delivery of units to the assembly site of finished products
— Shorten lead-time
— Reduce production stocks

The solution solves main task is to prevent low-quality castings from entering the further production stream and supports strict technological control of the entire production process.

— Creation of a “digital product passport” for maintaining the service BOM (for a series or modification)
— End-to-end product lifecycle management:

— Registration of the actual product structure during the initial acceptance and defect detection of the product
— Changes registration in the physical product structure in the process of replacements, installations and removal of parts, sensors, or assemblies
— Tracking the operating time and state of the product nodes and the product as a whole
— Tracking of specific product nodes through serial numbers and support of separate cost accounting (government, commercial projects, etc.)
— Annual and operational planning of repairs, of procurement and production in accordance with project schedules, current needs and retrospective data of past periods works
— Service Terms & Warranties Management
— Incident & Call Center service management
— Field Service Management
— Service and Factory Repair Management
— Repair quality management
— Complaints management
— Analytics for all levels of management:plan-fact analysis at all stage of end-to-end product repair execution

— Tracking of Engineering Document changes through all the product lifecycle
— Tracking of the BOMs of product by identifying number

— defective items report,
— fault detection report,
— report on costs and estimation of the cost of repairs in the context of products