OC Systems products are based on Aprobe, a patented software instrumentation technology. It allows you to monitor the execution of a program, log data or change its behavior as it runs.
The OCS system is designed to turn off the front passenger advanced air bag if the seat is occupied by a child, teen or small adult. This is a Federally regulated safety feature that must be calibrated correctly.
Maintenance Management
The maintenance management system enables users to record, manage and access work order information. It also includes a module that records contract details and documents. In addition, it allows top management to monitor the status of all projects. It also provides resources and skills data to reschedules the work orders.
OC System functions within specific set parameters, leaving little room for error. It’s critical to follow the OEM guidelines when performing OCS repair. This includes using a factory scan tool and the proper weights to calibrate the seat. Using the wrong tools can damage the OCS sensors and cause airbag light to remain on.
The OCS system identifies passenger size and the presence of a child seat in the front passenger seat by analyzing information collected by under-seat-mounted occupant sensors. It then sends this information to the main SRS module (also known as the airbag control module). The OCS and airbag modules work together to help determine whether to deploy the front passenger airbag.
Inventory Management
OCS determines the type of passenger sitting in the front seat, based on factors such as weight, and helps the safety restraint system to properly deploy the airbag. This function can also help to reduce injuries caused by the impact of a crash.
Ocs heart system allows trained medical professionals to transport donor-after-brain-death hearts that could not be preserved with the current cold storage method, increasing the pool of available donors for transplant. It also allows for heart perfusion and longer preservation times, which will enable the transport of hearts from distant transplant centers.
OCS Inventory NG (Open Computer and Software Inventory Next Generation) is a free centralized IT asset management solution with a powerful web administration console. Its agents (for Linux and Windows) monitor computer workstations and send inventory results to a central server via HTTP. The server processes these inventories and visualizes them through a web interface. The server can also remotely deploy applications on computers based on search criteria.
Customer Relationship Management (CRM)
Using an operational CRM, which is often a part of your OCS system, helps you automate tasks related to marketing, sales, and customer service. These include email campaigns and sequences, sales forecasting, ticketing systems that route complaints to experienced reps, and chatbots that automatically deliver helpful content.
Having accurate real-time usage metering is vital in most telecoms markets, especially where prepaid models are dominant. The OCS must be able to record each usage transaction and produce the correct data for billing. The OCS should also support account balance management functions (ABMF), which keep records of each subscriber’s account balance and charging transactions.
Your OCS should come bolstered with sound security measures to prevent hacking attempts from stealing your billing information. For example, a cloud-based OCS system from Telgoo5 keeps copies of your data at different sites to avoid losses in case a disaster strikes one of the facilities. This makes your OCS a safe investment for both you and your customers.
Billing
Online charging system (OCS) is a telecom platform that enables network carriers to charge for services in real time. It also helps to control subscriber balances. OCS is a crucial component of any telecom architecture. It improves the overall monetization of the service and provides better customer experience.
The OCS architecture allows telecommunications providers to initiate charges for their services in real time, based on usage data. This process varies depending on how the pricing matrix for the service is set up. Typically, the OCS will use financial data to draft an invoice for a service session, such as a video conference call.
Passive subscriber MSISDNs don’t get decommissioned – The synchronization delays between HLR, CRM and OCS causes some passive MSISDNs to stay in the dormant state, which makes it difficult for them to be re-provisioned. Solution: Use a MSISDN lifecycle management tool to synchronize the subscriber state in all systems, ensuring that MSISDNs of expired subscribers get decommissioned faster and new MSISDNs can be provisioned in more timely manner.
