CIBL Implementation Life Cycle Methodology
CIBL Implementation Life Cycle Methodology is a custom process developed to mentor CIBL’s implantation services in a unique manner. In fact, this is a body of practices, procedures, rules and guidelines (something like a “cookbook”) too be used by those who work on CIBL projects; a set of working methods (including documentation and templates) which can be applied generically to all CIBL projects.
CIMeN (CIBL Implementation Methodology Navigator)
CIMeN (CIBL Implementation Methodology Navigator) is a web based application which provides access for all technical expertise in CIBL working on different projects to CIBL’s Implementation Life Cycle framework. It shows the CIBL Implementation Life Cycle Map in an interactive way displaying all processes and work products created along the project chains, including the process descriptions to explain the approach for generating the work products. CIMeN also serves as a central repository of the life cycle map, having stored all actual templates to generate the key process work products.
Custom Quality Management Planning Process - SQuaMaPMo
Software Quality Management is referred to as the most challenging activity during the life cycle of a software project. CIBL has developed a research-oriented framework or model to facilitate scientific support to organization/project specific quality planning. The framework makes it easier for real-time software quality managers to obtain defined set of software quality management activities feasible for their respective organization(s). In addition, it provides them with a scientific methodology of defining the most feasible set of quality management activities for a specific project with number of important organization and project attributes being scientifically in serious consideration.
CIBL's Software Quality Management Planning Model (SQuaMaPMo) basically provides the Quality Management (QM) process of software development or IT service provider companies with –
(a) Systematic, standard and justifiable methodology to define organization specific low-level SQM activity hierarchy with realistic ranking or rating of low-level SQM activities, and
(b) Standard and justifiable methodology to systematically obtain or figure out the most feasible list of SQM activities for any one specific project.
Starting from defining organization specific low level SQM activity hierarchy to finally obtaining the most feasible list of SQM activities for a specific project, the process includes five functional steps. The following figure presents the basic activity flow of the framework:
CIBL’s Innovative Delivery Model
CIBL leadership has developed an Innovative Delivery Model that allows us to provide cost effective, reliable and scalable delivery of our services and solutions. We believe - this time-tested model will enable us to achieve high client satisfaction ratings meeting quality expectations and a low average budget variation on projects.
CIBL’s Innovative Delivery Model (IDM) Global enables our clients to:
- Select a sourcing strategy best suited to their most important business considerations, e.g., risk mitigation, cost optimization, location alignment or language proficiencies.
- Be assured of the highest quality of service delivery regardless of the complexity of services, technologies, and locations.
- Optimally minimize cost for IT managing different service streams - such as Consulting, IT Services etc - through a unified delivery framework.
CIBL’s innovative delivery model consists of following major components (integrated):
- Integrated Processes
- CIBL Implementation Life Cycle Methodology
- Project/Process Management processes and tools (e.g. CIMeN etc.)
- Quality Management Models (Innovated by earlier research works of CIBL leadership) and Tools
- World-class security procedures
- Global reach
- Experience of the Workforce
- Effective and scalable talent management process to associate people with exposed.
- Multi-Tiered Infrastructure
- State of the art and redundant telecommunications network
- High configuration servers located at different regions (currently informally associated)