This proposed dynamic scripting language is a vital role in the complex real-time operating system to review, analysis, protect, detect & correct on data, application, network, software and hardware as per the desired manner to achieve the highest performance of the RTOS. The dynamic language is a primarily responsible for analysis of the fine tuning, performance, fault-tolerance, throughput of the system components at the right time. This research work contributes to the design and development of an automated mechanism that objective to investigate the minimal resource utilization to the robust computing services. We have to define & deployment the Unix scripting codes for real time operating system to achieve the reliability, scalability of the real-time MIMD platform. We have to run this SPL on background process to integrate with real-time hardware, software, network to facilitate to other dependants components. This dynamic code is integrating, interfacing, communicating, message passing, replicating among the several subjects and objects over a real-time operating system.

At this fastest growing of information age, there is a rapid change of business, resources and technology, mean while increasing the requirement of electronic commerce for the sophisticated societies in around the globe. During this process increasing the uncertainty, un order, un safe and un setup due to un authorize users, hackers is a great issue for down time of communication system. Our objective to determine and resolve these uncertainty problems to develop this proposed combinatory ACM to optimize the accessibilities of resources and maximize quality of services for all the time and every time to co-op with pervasive, ubiquitous & autonomy system. The relation, function, operation, maintaince and services are the vital role for all aspect of multiples societies, business and technologies in around the cloud. Meanwhile, it will be more accountable for performance, fault tolerance, throughput, benchmarking on any computational services for all the time. We have to make more simplification, unification and step by step normalization by applying permutation & combinations on UFS ACM mechanism on distributed object oriented system on multi-dimensional work culture. This access control mechanism is preventing, detecting, correcting, verification and validation of the UFS ACM in background process of RTOS.