







The SEAS solution combines products, evaluation consulting and implementation services.
SEAS tools and services have been used in a wide array of industries and markets including: manufacturing, utilities, transportation and financial services. Areas of application include:
SEAS specializes in quantitative methods for evaluation, comparison, and selection of general complex systems, with specific expertise in computer systems, spatial/urban/ecological systems, and medical evaluation. The Company assists clients in making optimum decisions when selecting computer software, hardware, networks, and services, or spatial, urban, ecological and regional resources. We also provide decision support models in the area of medical evaluations. SEAS uses an advanced decision support methodology to precisely and completely express the needs of users. Evaluation models include hundreds of relevant attributes and sophisticated logic relationships, providing documented justification of proposed decisions. The evaluation process is supported by proprietary software.
Basic services include: the specification of goals, feasibility studies, system sizing, development of quantitative decision models, workload characterization, design of benchmark suites, performance measurement and analysis, requests for proposals, quantitative system evaluation and optimization, cost analysis, system comparison using the cost-preference analysis, financial and contract negotiations, and acceptance tests for software and/or hardware systems. SEAS's corporate and governmental clients have enjoyed substantial savings and acceleration in their system evaluation and procurement efforts.
Evaluation and Selection of Spatial/Urban/Ecological Resources
Spatial and Regional Resource Management includes complex decision problems:
Medical Evaluation
SEAS provides solutions in the following areas:
The LSP method provides a professional decision support environment for evaluation, comparison, and selection of general complex systems. In the case of evaluation of complex hardware/software systems this environment offers the following benefits:
