ANGEL React Clip - Alleinarbeit SICHER lösen | Arbeitsschutz Praxis-Talk

Key wellness, self-care, and productivity strategies / takeaways

(Workplace safety & working-alone)

Working-alone safety is primarily a risk management problem

• Employers must perform threat/risk assessments before allowing solo work.
• The assessment should consider:
  • Workplace conditions and hazards (including “remote/isolated” workplaces)
  • Tools, materials, and work processes
  • Interaction of processes
  • Workers’ knowledge, training, and experience
• Solo work is allowed only if supervision/rescue is ensured—especially for dangerous or remote workplaces.

Legal boundaries: when solo work is not allowed

• Some high-risk activities are already excluded from “working alone” (examples mentioned):
  • Diving work
  • Entering/climbing containers
• For “office-like” risks there may be gray areas—legal classification depends on how dangerous the situation can become after the risk assessment.

Build an effective rescue & first-aid concept (time-to-response matters)

A rescue chain must be planned based on:

• Type and severity of possible injuries
• How quickly help must arrive
• Practical access for rescuers and whether trained first responders/assistance are on-site

Typical timing logic discussed:

• No time left for life-threatening scenarios like bleeding to death, suffocation/oxygen displacement, cardiac arrest/collapse, etc. → working alone should be prevented in those cases.
• For severe injuries (e.g., open fractures, severe blood loss): assume roughly 15–30 minutes to trigger effective rescue + first aid.
• For less severe injuries (e.g., sprains/overexertion): 1–2 hours may be sufficient (still depends on the assessment).

Don’t rely on “someone will notice”—use proactive monitoring for solo workers

• A common organizational approach: regular inspection rounds to confirm presence/wellbeing.
• Limitation noted: if someone doesn’t report back (e.g., misses lunch), help may be too late—faster detection improves outcomes.

Technical self-protection: “Angel React” system concept

A product approach to make working alone safer through rapid detection and notification.

• Two independent automatic alarms:
  • Immobility detection (person not moving)
  • Fall detection
• Manual emergency triggering:
  • SOS button / manual alarm
• Task timer for areas with limited reception (or where acknowledgment is required):
  • Worker sets a time window; system prompts before timeout
  • If no acknowledgment occurs, escalation happens and emergency services are notified

How false alarms are reduced (fall/immobility logic)

• Fall detection based on three criteria:

  • Free fall
  • Impact with the ground
  • Brief stillness afterward This helps prevent false alarms (e.g., jumping off ladders then continuing to move won’t meet all criteria).

• Immobility detection includes a pre-alarm:

  • Designed so that brief rest/meetings won’t immediately trigger the full alarm chain
  • Alarm escalates if no movement occurs within a defined timeframe

Address employee acceptance & privacy concerns

• Data protection concerns are common when workers fear constant monitoring.
• Key points raised:
  • Location/sharing data is voluntary and should be positioned as in the worker’s interest.
  • Companies must be transparent about:
    • What data is collected
    • How it’s secured
    • What interfaces/systems use the data
• Systems should be framed as protecting life, but employee trust/comfort still matters.

Presenters / sources mentioned

• Bernhard Bär (Presenter) — Product range manager for occupational safety, HaberCon
• Nicole Büscher (Presenter) — Adresseis/Adresis (developer/support of Angel React product; associated with Omicron via her company context)
• Johannes Stun (Presenter) — AUVA (Allgemeine Unfallversicherungsanstalt / general accident insurance institution; discusses legal framework and workplace safety guidance)

Video title/source context: “ANGEL React Clip – Alleinarbeit SICHER lösen | Arbeitsschutz Praxis-Talk” (YouTube clip / talk)