Applications Solutions
Designing and developing mission-critical systems is a formidable challenge. Typically, it is a multi-year process during which organizations face numerous time, budget, and resource constraints. Stakeholder needs are complex, technologies constantly change, and system requirements are often ambiguous and volatile. Moreover, the system must work effectively when deployed, and it must be practical to maintain and cost-effective to enhance if needed.
Our Systems Development teams leverage the firm's extensive domain and functional IT expertise, proven metrics and methodologies, and the best combination of third-party technology solutions to solve complex problems for our clients. Our systems delivery capability is based on strong technical skills and our quality and performance metrics are built into every engagement.
In addition, Blue Rhino Group has an innovative approach to system user requirements that integrates our delivery life-cycle best practices with BRG Systems Engineering®. The process produces a highly decomposed and visual representation of user requirements that provides traceability to related costs, schedule, and results. This facilitates the analysis of alternatives and enables systems delivery to be optimized on the basis of parameters such as agility, cost, schedule, and risk.
Our performance-based approach employs metrics to measure results. The process starts during the system development and delivery process and continues through system transition and operations. This ensures that excellence is achieved in both system delivery and, most important, in mission assurance.
Blue Rhino Group is known for delivering the right solution the first time—on time, within budget, and with high rates of user acceptance. Our systems and software solutions are enabling clients to inspect and protect our nation’s food supply, address taxpayer pressures for service, and track the transport of military patients from battlefield to treatment facility. In short, BRG delivers results that endure.