Agentic AI closes the safety gaps that leave underrepresented workers most exposed

On EHS on Tap Episode 267, R. Mukund explains why safety oversight has always been a resource-constrained function — and how agentic AI removes the uneven allocation of attention that puts underrepresented workers at greater risk. This page expands on the interview with the operational case for building equity into AI-driven safety programs.

published

September 23, 2025

Originally covered by

TOPIC

Worker Safety Equity

  • R. Mukund, Founder & CEO, Benchmark Gensuite
    Founder & Chief Executive Officer

As covered in

EHS Leaders

━ Overview

ISHN covered the announcement this week — two new AI Agents now available in the Benchmark Gensuite platform for permit compliance and chemical management. This page goes deeper: into why the underlying architecture marks a meaningful shift, how these agents differ from the AI EHS teams have been using, and what it actually means to deploy an agent rather than a copilot.

The launch is significant not just as a product release but as a signal about where EHS technology is heading — and what teams need to understand before they get there.

━ Benchmark Gensuite Perspective

Safety gaps aren't random — they follow where oversight resources aren't

EHS has always run on a scarce resource: people with enough lived experience and training to recognize a hazard before it becomes an incident. That scarcity means attention gets rationed, whether anyone intends it or not. A safety manager covering multiple sites, shifts, and roles cannot observe everything equally, and the parts of the operation that get the least visibility tend to be the same parts where underrepresented workers — women in physically demanding roles, night-shift crews, contract and temporary staff — are already more likely to be underserved by PPE fit, training access, or reporting follow-through.

That’s the structural problem Mukund points to in the interview, and it’s a different framing than most conversations about AI and worker safety. The question usually asked is whether AI can catch more hazards. The more useful question is whose hazards it catches — and whether it catches them at the same rate regardless of who’s exposed to them.

This is where the distinction between transactional AI and agentic AI matters operationally, not just semantically. A tool you query for information is still bounded by when and how often a human remembers to ask. An agent working continuously against a defined objective — reviewing incoming hazard and near-miss data, tracking permit obligations, monitoring chemical risk — doesn’t ration its attention the way an overstretched team inevitably does. It applies the same review standard to every location and every role, because it has no basis for treating one differently from another.

“The agent is not going to be differentiating based on the workers that are in the environment, or which location it is. It’s going to look at this in a holistic way, and when you do that, you suddenly surface things like ill-fitting PPE or under-reported hazards — without the biases and the resource constraints of a scarce number of humans having to do that.” — R. Mukund, Founder & CEO, Benchmark Gensuite

Mukund is careful to frame this as augmentation, not automation — a distinction he returns to repeatedly across the conversation. Agentic AI doesn’t make the safety decision or take the corrective action. It compiles, synthesizes, and surfaces what a safety professional would otherwise spend the bulk of their time digging out manually, freeing that professional to spend most of their time on the fix rather than the discovery. Every output still runs through human review before anything is acted on — human-in-the-loop isn’t a caveat added after the fact, it’s the operating model.

The examples Mukund cites from Benchmark Gensuite’s own platform — Risk AI Advisor for hazard and near-miss synthesis, Permit Agent for permit compliance, Chem Agent for chemical safety — are all instances of the same underlying pattern: taking a task that used to depend on which specific human happened to be paying attention, and making the coverage consistent instead.

━ Platform context

Where this fits in the Genny AI platform

The agents Mukund references in the interview — Risk AI Advisor, Permit Agent, and Chem Agent — are part of Genny AI, Benchmark Gensuite’s enterprise AI suite spanning everyday task support and autonomous, multi-step compliance agents. The equity argument he makes isn’t about a single feature; it’s about what happens when that kind of coverage runs continuously across an entire enterprise rather than depending on where a limited safety team happens to be looking on a given day.

Mukund also describes agent capability as something that builds progressively, comparing it to onboarding a new hire — shown some things, given tasks, growing into fuller capability over time — rather than a switch that flips to full autonomy on day one. That framing matters for anyone evaluating agentic AI for equity outcomes specifically: the consistency benefit compounds as an agent accumulates more context on an organization’s actual risk environment, it isn’t fully present at deployment.

100+

Platform applications with Genny AI integration

4M+

Users across global enterprise subscribers

━ Key themes

Three things to understand about agentic AI and worker equity

  1. 1
    Consistency is the equity mechanism, not intelligence
    The reason agentic AI can narrow safety gaps for underrepresented workers isn't that it's smarter than a safety professional — it's that it doesn't ration attention. A human team inevitably allocates more scrutiny to the areas it happens to see most; an agent reviewing every report applies the same standard everywhere, by design.
  2. 2
    Transactional AI and agentic AI solve different problems
    A chatbot answers a question once and the human still has to act. An agent works an ongoing objective — reviewing incoming data continuously and adapting as new information arrives. For equity outcomes specifically, that persistence matters more than any single answer's quality, because the gaps in question are gaps in ongoing coverage, not one-off blind spots.
  3. 3
    Agent capability grows like onboarding, not like flipping a switch
    Mukund's comparison to bringing on a new hire is a useful expectation-setter: an agent's usefulness builds as it accumulates organization-specific context, rather than arriving fully capable. Leaders evaluating agentic AI for equity impact should expect the coverage to sharpen over time, not assume day-one parity.

━ What this means for EHS leaders

Operational implications

  • Safety leaders overseeing distributed or multi-shift workforces gain a way to apply consistent review across sites and shifts that a stretched human team physically cannot cover equally. This directly addresses the coverage gaps that tend to concentrate around night shifts, satellite locations, and roles with less day-to-day supervisory presence.
  • EHS teams accountable for DEI or workforce equity outcomes now have an operational lever, not just a policy one. Surfacing PPE fit issues or underreported hazards by role and location gives these teams concrete, data-backed starting points rather than relying solely on anecdotal reports or exit interviews to identify where equity gaps exist.
  • Compliance and permitting teams can offload the manual cross-referencing that consumes the majority of a professional’s time, shifting the balance from mostly compiling data toward mostly implementing fixes — the same time reallocation Mukund describes as the core value of agentic AI for any resource-constrained safety function.
  • Senior EHS leaders building the business case for AI adoption get a differentiated argument beyond efficiency: agentic AI as a tool for closing measurable equity gaps in protection, not just a way to move faster. That reframing can help secure buy-in from stakeholders focused on workforce equity commitments as well as those focused on incident reduction.

━ Next steps

What organizations should do now

The starting point isn’t deploying an agent and hoping equity gaps close on their own — it’s identifying where your organization’s safety attention is currently uneven before you point an agent at the problem. Agentic AI surfaces patterns in the data it’s given; it can’t correct for gaps in data you’re not collecting in the first place.

Begin by auditing where hazard and near-miss reporting is thinnest across shifts, locations, and roles — those gaps in reporting density are often a leading indicator of where oversight is already uneven. Cross-reference PPE and training records by role rather than only by site, since equity gaps frequently hide inside aggregate site-level numbers. And set explicit expectations with your team about human review protocols from day one, so agent output is validated consistently rather than becoming one more thing competing for limited attention.

If you’re a current Benchmark Gensuite subscriber, Risk AI Advisor, Permit Agent, and Chem Agent — the agents referenced in this interview — are available within your existing platform. If you’re evaluating EHS technology more broadly, this conversation is a useful frame for that evaluation: ask any AI vendor not just what their tool automates, but whether it applies that automation evenly across your workforce.

━ Featured executive

Founder & Chief Executive Officer - Benchmark Gensuite

R. Mukund is Founder and CEO of Benchmark Gensuite — a role he has held since 2010. Over a career spanning more than 30 years, he has held progressive roles as a technical professional, team leader, Six Sigma Master Black Belt, and executive program manager across research and technology, consulting, corporate diversified, and cloud-based tech-enabled services organizations.

The Benchmark Gensuite platform was built under Mukund's leadership from inception. Today it supports 480+ companies globally as subscribers of its cloud-based, best-practices-driven Environmental, Health, and Safety digital business transformation software — spanning risk and compliance, sustainability and disclosure reporting, frontline operations, quality, and product stewardship. The platform serves over 8 million workers across 30+ industry sectors and 150+ countries, supported by a global team across 10 offices, and headquartered in Mason, OH.

Mukund holds an M.S. in Chemistry from the Indian Institute of Technology in Kanpur, and an M.S. and Ph.D. in Environmental Sciences & Engineering from the University of Illinois at Urbana-Champaign. He serves on the advisory board of the Indian American Chamber of Commerce of Greater Cincinnati and Northern Kentucky, and on the board of RxPredict Inc., a health and wellness startup.

Frequently Asked Questions

About the AI Agent framework

What is agentic AI in the context of EHS and worker safety?

Agentic AI goes beyond a conversational tool that answers a question and hands the response back to a human. It acts as a digital coworker with a defined objective — interpreting data, adapting to context, and guiding action in real time, while keeping a human in the loop to validate and direct the outcome. In EHS, this is the difference between asking an AI tool for information and deploying an agent that actively works a defined safety or compliance task.
Underrepresented workers are often the most exposed to safety gaps because oversight resources — trained safety professionals with lived experience — are scarce and unevenly allocated. Agentic AI applies the same data-driven review to every worker, location, and role without regard to who is present, surfacing issues like ill-fitting PPE or underreported hazards that a resource-constrained human team might otherwise miss for specific groups.
Agentic AI is designed to augment safety professionals, not replace them. Agents are only as effective as the knowledge base and data behind them, and every outcome still requires human review and validation before action is taken. The shift is in how professionals spend their time — moving from hours spent compiling and synthesizing data to spending most of their time actually implementing fixes.
Live use cases include synthesizing hazard and near-miss reports at scale to identify where risk is concentrated by geography and operation, managing permit compliance obligations end-to-end, and analyzing chemical safety data that would otherwise require years of specialized technical training to interpret consistently.
Adoption is still early-stage but accelerating quickly. Most safety professionals have moved past basic transactional AI use and are becoming more comfortable trusting AI with defined tasks, and organizations are increasingly pre-booking dedicated agents — for chemical safety, permitting, and compliance — before those agents are even fully deployed, because the capacity gap they solve is already well understood.
Transactional AI answers a question and the interaction ends there — a human still has to act on the response. Agentic AI is built around an ongoing objective: it continuously works a function, such as reviewing incoming hazard reports or tracking permit obligations, and adapts as new information arrives, rather than responding once and stopping.

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