ADVANCED SILICON GROUP, INC.

Advanced Silicon Group, Inc. specializes in the design and development of advanced microscale sensing systems for forensic and biomedical applications, leveraging coupled acoustical wave technologies and micropillar architectures to detect trace pharmaceutical compounds in postmortem blood samples. Their technical expertise lies in precision microfabrication, piezoelectric transduction, and signal processing for low-concentration analyte detection, with a focus on high-sensitivity, label-free biosensing platforms. The company’s differentiation stems from its ability to integrate miniaturized acoustic resonators with complex fluidic interfaces, enabling rapid, high-fidelity identification of drugs of abuse and therapeutic agents in challenging biological matrices—critical for forensic toxicology and coroner’s investigations. The contractor has demonstrated direct experience supporting the Department of Health and Human Services, delivering research-driven analytical solutions aligned with public health and forensic science objectives. Their work for HHS centers on developing next-generation diagnostic tools for postmortem toxicology, reflecting a focused partnership in advancing evidence-based forensic methodologies through applied physical science. Their primary industry focus is in Research and Development in the Physical, Engineering, and Life Sciences, where they apply engineering principles to solve complex biological detection challenges. This positions them at the intersection of microsystems engineering and forensic science, serving niche markets requiring high-precision, non-destructive analytical instrumentation for life science applications. As a Women-Owned Small Business headquartered in Lincoln, Massachusetts, Advanced Silicon Group, Inc. operates with a lean, specialized structure optimized for high-value R&D contracts. The company holds formal certifications as a Women-Owned Small Business and a Woman-Owned Business, enhancing its eligibility for targeted federal set-asides. Their geographic presence in the Greater Boston innovation corridor supports collaboration with academic, medical, and federal research institutions engaged in advanced diagnostics and forensic technology development.