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Last modified by Tjalling Haije on 2025/09/15 09:24
From version 7.1
edited by Tjalling Haije
on 2025/07/14 12:43
Change comment: There is no comment for this version
To version 6.2
edited by Tjalling Haije
on 2025/07/14 11:34
Change comment: There is no comment for this version

Summary

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42 42  |=**Claims (title)**|=**Function**|=**Effect(s)**|=**Action Sequence Step(s)**
43 -|**CL1 Decreased physical workload for responders**|Health tracking, wearable alert|Reduces overexertion by triggering alerts when vitals (e.g. heart rate, hydration) cross thresholds → supports timely pause or extraction.
43 +|**CL1 Decreased physical overload for responders**|Health tracking, wearable alert|Reduces overexertion by triggering alerts when vitals (e.g. heart rate, hydration) cross thresholds → supports timely pause or extraction.
44 44  Prevents unnoticed fatigue.
45 45  → Measure with responder stress/effort logs or HR trends.|2a, 2b, 3a
46 -|**CL2 Improve safety for responders **|LED/sound alert on wearables|Improve first responder safety, by giving responders insight into vitals and allow them to self-correct behavior (e.g. slow down, drink water).
46 +|**CL2 Increase responder self-awareness**|LED/sound alert on wearables|Empowers responders to self-correct behavior (e.g. slow down, drink water) → Improves autonomy and prevents minor issues escalating.
47 47  → Measure with behavioral changes or pre-/post-incident interviews.|2b
48 -|**CL3 Improve safety via remote escalation**|Dashboard monitoring, alert protocol|Improves safety by ensuring safety officers can intervene remotely based on live vitals.
48 +|**CL3 Increase safety via remote escalation**|Dashboard monitoring, alert protocol|Improves safety by ensuring safety officers can intervene remotely based on live vitals.
49 49  → Measure with time to intervention or false negative ratio.|3a, 3b, 4a
50 -|**CL4 Decrease physical workload for responders**|Safety officer monitors team vitals|Safety officer decreases physical workload by double checking FR status
51 -→ measured as above|3a
52 -|**CL5 Improve medical decision-making**|Medical triage supported by sensor data|Increases effectiveness and efficiency through informed medical response and appropriate treatment via vitals history.
53 -→ measure with time for FR treatment and FR time-to-recovery.|4a, 4b, 4c
54 -|**CL6 Improved SA on personnel status for team lead (and command)**|Alert escalation, Live dashboard, Auto-alerts|Command has improved SA on health status of personnel
55 -→ Measure with NASA TLX ?|3c
56 -|**CL7 Support continuous learning with health data for after action review**|Health data exported after mission|Lessons learned can be identified and incorporated incorporated effectively
57 -→ Measure with incorporation in debriefing and training protocols using questionnaire / interview?|5a, 5b
58 -|**CL8 Improve mission performance**|Combination of all functions|Task is completed quicker and with better results due to more efficient use of personnel
50 +|**CL4 Improve medical decision-making**|Medical triage supported by sensor data|Enables informed medical response and appropriate treatment via vitals history → Enhances continuity of care.|4a, 4b, 4c
51 +|**CL5 Improve operational adjustments**|Trend analysis, dashboard logs|Increases efficiency by enabling team rotation or task redistribution based on trends → Reduces risk of burnout.
52 +→ Measure with team fatigue reduction or efficiency gain.|5a
53 +|**CL6 Enable reflection and after-action review**|Health data exported after mission|Lessons learned from biometric trends can support better team training and planning.
54 +→ Measure with incorporation in debriefing and training protocols.|5b
55 +|**CL7 Improve mission performance**|Combination of all functions|Faster, safer execution of USAR tasks due to proactive health management and risk mitigation.
59 59  → Measure with task time, number of extractions avoided, or successful rescues.|All steps
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