Introduction

This glossary provides precise, implementation‑oriented definitions of six high‑leverage terms used in industrial Governance, Risk, and Compliance (GRC). Each entry emphasizes how manufacturers, pharmaceutical firms, and packaging brands operationalize the concept, and where Parakeet Risk capabilities can help connect processes, data, and evidence across EHS, compliance, and certification workflows.

At‑a‑glance

CCM (Continuous Controls Monitoring)

Continuous Controls Monitoring (CCM) is the automated, ongoing evaluation of control design and operating effectiveness using live business data. Instead of periodic, sample‑based audits, CCM connects to authoritative systems (e.g., ERP, HRIS, finance, QMS, plant telemetry) to test 100% of relevant events against rules mapped to standards and regulations. Typical use cases include segregation‑of‑duties checks, vendor master hygiene, certificate validity, batch release sign‑offs, permit‑to‑work approvals, and change control attestations. Mature CCM programs codify controls, thresholds, and exception workflows; generate evidence automatically; and route alerts to operational channels for timely remediation. In industrial settings, CCM bridges IT, OT, quality, and EHS controls to prevent drift and maintain audit readiness amid frequent change. Parakeet enables this posture by centralizing controls, automating alerts, and integrating with work tools so exceptions trigger action while maintaining a defensible audit trail. See Continuous Compliance and platform Features.

PSIF/SIF

PSIF (Potentially Serious Injury or Fatality) and SIF (Serious Injury or Fatality) are complementary EHS concepts for managing high‑consequence risk. SIFs are realized events causing life‑threatening or permanently disabling outcomes. PSIFs are precursor incidents, near misses, or exposures that reasonably could have resulted in a SIF under slightly different conditions. Organizations classify PSIFs to highlight critical controls (e.g., energy isolation, machine guarding, confined space entry, working at height) and focus investigations on systemic causes, not just outcomes. Effective PSIF programs define clear criteria, embed reporting in daily work, trend precursors, verify control effectiveness, and escalate quickly. They convert “good catch” signals into prioritized corrective actions that measurably reduce SIF potential. Parakeet’s EHS Control Center supports PSIF/SIF programs with incident capture, workflow, and analytics, while integrations like Slack and Microsoft Teams deliver rapid triage and assignment.

TRIR/DART

TRIR (Total Recordable Incident Rate) and DART (Days Away, Restricted or Transferred rate) are standardized OSHA‑based metrics for benchmarking safety performance. TRIR measures all OSHA‑recordable cases; DART focuses on more severe incidents that lead to lost time, restricted duty, or job transfer. The common formulas are: TRIR = (Recordable cases × 200,000) ÷ Total hours worked; DART = (DART cases × 200,000) ÷ Total hours worked. The 200,000 constant approximates 100 full‑time employees working 40 hours per week for 50 weeks. Best practice separates employees and contractors where needed, ensures precise labor‑hour denominators, and pairs lagging indicators (TRIR/DART) with leading measures (PSIFs, inspections, training completion, control verifications). Trending by site, line, or contractor reveals where risk accumulates and where controls must be reinforced. Parakeet’s EHS Control Center centralizes incident records and evidence; HRIS integrations (e.g., Workday, BambooHR) can supply hours and training data to support accurate rate calculations and proactive interventions.

Multi‑tier mapping

Multi‑tier mapping is the practice of visualizing and analyzing supplier relationships and material flows beyond tier‑1 to tier‑2/3 and deeper. For manufacturers and packaging brands, this reveals which sub‑suppliers produce critical components, which raw materials are concentrated in single geographies, and where certifications, insurance, or quality controls may lapse. Data inputs typically include bills of materials, purchase orders, shipment records, declarations, and third‑party assurance artifacts. Outcomes include faster disruption tracing (e.g., recalls), targeted dual‑sourcing, and risk‑based audits. Embedding multi‑tier visibility into compliance workflows ensures regulatory, quality, and sustainability requirements are verified at the appropriate depth rather than assumed at tier‑1. Parakeet provides end‑to‑end views and documentation across suppliers and certifications for manufacturing and consumer goods/packaging contexts, enabling alerts, audit trails, and evidence aggregation. Explore Manufacturing and Packaging to see how supply chain risk and material traceability are operationalized.

IMS (Integrated Management System)

An Integrated Management System (IMS) unifies governance, processes, and documentation for multiple ISO frameworks—commonly ISO 9001 (quality), ISO 14001 (environment), ISO 45001 (occupational health and safety), and ISO 50001 (energy). Rather than running parallel policies, procedures, audits, and management reviews, an IMS consolidates shared elements: context and risk assessment, documented information control, competence and training, operational planning, monitoring and measurement, internal audit, nonconformities/CAPA, and management review. The benefits include reduced duplication, consistent objectives and KPIs, coherent audit programs, and clearer accountability across functions. Industrial organizations often expand IMS scope to include sectoral and regulatory overlays (e.g., GMP expectations, 21 CFR Part 11 evidence). Parakeet’s Certification Automation orchestrates IMS documentation, gap analysis, evidence collection, and audit workflows, while calendar integrations help keep surveillance and recertification timelines current across the combined system.

RCM (Reliability‑Centered Maintenance)

Reliability‑Centered Maintenance (RCM) is a structured methodology for determining the most effective maintenance strategy for assets based on function, failure modes, effects, and criticality. Starting with functional analysis and FMEA, RCM selects tasks that are technically feasible and cost‑justified: condition‑based monitoring (predictive), time/usage‑based preventive tasks, failure‑finding for protective devices, redesigns, or deliberate run‑to‑failure where appropriate. In industrial environments, RCM aligns asset reliability with safety, environmental, and quality requirements so that maintenance work sustains both production and compliance outcomes. Success depends on accurate data (condition, failure history, duty cycles), cross‑functional ownership, and tight linkage to risk registers and corrective action systems. Parakeet supports this alignment by centralizing risk and compliance evidence, integrating with operational systems, and connecting maintenance‑related risks to EHS and quality controls for a defensible, auditable program. See Manufacturing and platform Features.