INDUSTRY REPORT · UTILITIES
Your Crews Signed the Form.
Did the Conversation Happen?
Utility line work runs at roughly seven times the all-industry electrical-fatality rate, and the practices that keep crews alive live only at the point of work. This benchmark gives operations and safety leaders a five-dimension model to measure whether those practices actually happen — on every crew and every job.
WHAT IS THE FIELD SAFETY BENCHMARK?
The Field Safety Benchmark is a five-dimension maturity model that scores how well a utility's safety system reaches the physical point of work — the tailboard, energy-source rigor, contractor reach, field leading indicators, and knowledge transfer — and turns what happens there into leading indicators leadership can trust.
Free report · 5-dimension maturity model · Grounded in OSHA 1910.269 & 1926 Subpart V.
higher electrical-fatality rate than the all-industry average.
of occupational electrical fatalities come from overhead-line contact.
of nonfatal line-worker injuries cost 31+ days away from work.
THE OPERATIONAL BLIND SPOT
The Gap Isn't Knowing What to Do.
It's Seeing Whether It Happened.
Utilities have codified the right practices for decades. The modern gap is real-time visibility into whether those practices are executed, at quality, on every crew — and it's widest exactly where the hazard is most concentrated.
01
The Tailboard You Barely Measure
The job briefing is the single most important safety moment of the day — yet on paper or in clunky software it degrades into a signature page. Leaders see a 98% completion rate but have no visibility into whether the crew actually identified the changed condition or set the approach distance correctly.
02
Contractors &Amp; Mutual Aid Go Dark
Line-clearance, new-construction, and out-of-state storm crews execute a disproportionate share of the highest-hazard work — often on systems they don't know. OSHA requires a two-way hazard exchange, but most utilities satisfy it on paper at onboarding and lose all field visibility the moment the crew deploys.
03
The EHS Software Disconnect
EHS software spend grew roughly four-fold in a decade, but serious-incident and fatality rates didn't follow. Platforms built for back-office reporting weren't designed for a lineworker in a bucket truck — so more reports on thin field data don't prevent incidents at the point of work.
THE BENCHMARK
Five Dimensions, Scored Where the Work Happens.
The Field Safety Benchmark bypasses corporate metrics and scores one thing: how well the safety system reaches the physical point of work and turns what happens there into leading indicators leadership can trust.
01
Tailboard & Job-Briefing Capture
How fast, reliable, and operationally relevant is it for a crew to complete a genuine job briefing at the point of work?
LEVEL 1 · AT RISK
Tailboards are paper, degrading into rote signature collection — filed in the truck and rarely read until an incident investigation demands them.
LEVEL 4 · TRUSTED
Capture takes under a minute with voice-to-text and photos, works offline, and dynamically captures the crew's real-time adjustments when field conditions change.
02
Energy-Source & Approach Rigor
Does the system ensure the crew consistently identifies specific electrical hazards and applies the correct hierarchy of controls?
LEVEL 1 · AT RISK
Hazard ID relies on generic checklists; minimum approach distance and arc-flash boundaries are set from memory or rule-of-thumb.
LEVEL 4 · TRUSTED
The system acts as a predictive partner — flagging likely hazards and missing controls before work, mapping mitigations to the hierarchy of controls, and requiring explicit human confirmation.
03
Contractor & Mutual-Aid Reach
What share of your external workforce — contractors, line-clearance crews, and storm mutual-aid teams — captures safety data natively in your system?
LEVEL 1 · AT RISK
Contractors operate entirely outside the host system; the utility relies on lagging OSHA rates reported monthly or quarterly.
LEVEL 4 · TRUSTED
Every crew — including short-term storm mutual aid — captures tailboards and hazards in the host system. Onboarding is frictionless (QR guest access) with no per-seat penalty and real-time two-way hazard exchange.
04
Field Leading Indicators
Can the organization detect risk compounding before an incident, using field data leadership genuinely trusts?
LEVEL 1 · AT RISK
Reliance on lagging indicators alone — TRIR, DART, equipment-contact metrics — which only show the system has already failed.
LEVEL 4 · TRUSTED
Predictive, crew- and region-level leading indicators. Leaders evaluate tailboard quality via semantic analysis of the actual hazard discussion, not mere completion rates.
05
Closeout & Knowledge Transfer
When a crew finds an unanticipated hazard or a safer method, how efficiently is that knowledge transferred across the organization?
LEVEL 1 · AT RISK
Reports are filed and forgotten; crews get no feedback, driving reporting fatigue and a breakdown in safety culture.
LEVEL 4 · TRUSTED
Field-sourced lessons route back to relevant crews as targeted micro-learnings, capturing the nuanced judgment of veteran lineworkers before they retire.
Score each dimension Level 1–4 for a total out of 20 — but the shape of the score matters more than the total. A utility can score 16/20 and still carry a fatal blind spot if it earns Level 4s in back-office reporting while sitting at Level 1 in Tailboard Capture or Contractor Reach. Your true risk profile is defined by your lowest field-facing dimension.
IMPLEMENTATION
Not an Audit.
A 90-Day Diagnostic.
The benchmark surfaces the gap between safety theory and field reality. Put the five dimensions in front of the people who actually see the field — operations directors, line supervisors, safety reps, and embedded contractor foremen — score it honestly, then run a targeted quarterly cycle.
STEP 1 · ISOLATE
Pick the Weakest Link
Choose your lowest field-facing dimension — usually Tailboard Capture or Contractor Reach — and make it the focus for the quarter.
STEP 2 · TRUST ONE METRIC
Prove Tailboard Quality
Define one or two leading indicators you'd genuinely trust. Start reviewing actual hazard discussions — not completion rates.
STEP 3 · STRESS TEST
Re-Score During Storm Season
Re-score in 90 days, ideally after a major weather event. Mutual-aid deployment is the ultimate test of how fast safety communication breaks down.
FIELD SAFETY BENCHMARK QUESTIONS
Frequently Asked Questions.
What Is the Field Safety Benchmark for Utilities?
A five-dimension maturity model that scores how well a utility's safety system reaches the point of work — tailboard capture, energy-source rigor, contractor reach, field leading indicators, and knowledge transfer — rather than measuring back-office reporting.
What Are the Five Dimensions?
Tailboard & Job-Briefing Capture, Energy-Source & Approach Rigor, Contractor & Mutual-Aid Reach, Field Leading Indicators, and Closeout & Knowledge Transfer. Each is scored Level 1 (At Risk) through Level 4 (Trusted).
How Is the Benchmark Scored?
Score each dimension 1–4 for a total out of 20, but the shape matters more than the total: your true risk profile is your lowest field-facing dimension, not your average. A 16/20 with a Level 1 in Tailboard Capture still carries a fatal blind spot.
Why Do Lagging Indicators Like TRIR Miss the Risk?
TRIR and DART only show the system has already failed. The benchmark measures leading, field-level signals — including the quality of the actual hazard discussion — so risk can be seen compounding before an incident.
How Do We Get Started?
Treat it as a 90-day diagnostic, not an audit. Score honestly with the people who see the field, focus the quarter on your weakest field-facing dimension, and re-score after a storm-season mutual-aid deployment.
Get the Full Benchmark.
See Where Your Program Really Stands.
The Complete Report, Scoring Guide, and 90-Day Playbook.
Download the report to score your own organization across all five dimensions, or book 20 minutes to walk through how Field1st pushes utilities toward Level 4 at the point of work.
