Archive page of posts in this category or categories:
Managing methods, Methods
The following posts are in no particular order. They are purposely randomized.
Two-way engagement tools
RSI integrates two-way engagement tools into communication strategies for projects involving risk trade-offs, uncertainty, or community impact. The firm uses both in-person and digital platforms to collect feedback, answer concerns, and improve mutual understanding. RSI ensures that engagement is meaningful, documented, and tied to policy or program adjustments.
Read More Policy surveillance
RSI conducts policy surveillance to support clients in environmental regulation, public health law, and product safety. It builds structured inventories, applies classification schemes, and visualizes policy change over time. This method supports RSI’s understanding of the regulatory context in which technical risks are embedded.
Read More Regulatory scan
RSI conducts regulatory scans as a precursor to policy design, compliance assessment, or market entry. Its analysts compile and compare legislative developments, regulatory consultations, and agency guidance across relevant geographies. RSI ensures that scans are updated, scoped, and interpreted to support practical decision-making under dynamic conditions.
Read More Weighting of lines of evidence
RSI uses structured weighting in integrated assessments, often applying predefined frameworks or stakeholder-informed criteria. Its analysts document rationale and scoring transparently, supporting trust and usability of synthesized results. RSI adapts weighting schemes to each assessment’s context, ensuring balance between methodological rigor and policy relevance.
Read More Risk inventory compilation
RSI supports clients in building comprehensive and structured risk inventories, tailored to sector-specific frameworks. It uses standardized templates, taxonomies, and stakeholder input to ensure coverage and relevance. RSI’s inventories are designed for integration into ongoing risk governance and decision-support systems.
Read More Forecasting and early warning systems
RSI works with clients to design and implement forecasting and EWS tailored to local contexts and risk types. The firm supports model selection, threshold calibration, and end-user engagement. RSI emphasizes usability, ensuring systems trigger actions that are feasible and well-understood by responsible actors.
Read More Cumulative and aggregate exposure modeling
RSI integrates cumulative and aggregate exposure modeling into broader risk characterization efforts, using a systems-based lens and data-driven tools. Its team uses default and custom scenarios grounded in population behavior and environmental distribution data. RSI ensures that outputs are scientifically sound, policy-aligned, and transparent in assumptions. This method enables RSI to provide nuanced, realistic exposure profiles that can inform public health, chemical safety, and environmental regulation.
Read More Capability and capacity benchmarking
RSI conducts capability and capacity benchmarking for clients in regulatory, public health, and critical infrastructure sectors. It applies sector-specific metrics and draws from global best practices to identify where systems meet, exceed, or fall short of expectations. RSI provides clear, actionable findings to support strategic investments and risk mitigation planning.
Read More Threshold development
RSI supports clients in developing or revising thresholds used in regulation, screening, or monitoring. It combines data modeling, stakeholder input, and expert judgment to define points that are both scientifically grounded and operationally feasible. RSI documents the rationale and implications of threshold choices to support implementation.
Read More Process mapping
RSI uses process mapping to inform both technical assessments and organizational diagnostics. Whether tracing the flow of regulatory submissions, laboratory testing, or data management, RSI identifies bottlenecks and points of vulnerability. Its visual and narrative outputs support both internal insight and external communication of system dynamics.
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