ARBI Portfolio · What has been built
Projects that earned the dashboard
ARBI Portfolio is a cross-industry workforce intelligence research and development initiative. It explores how real workforce decisions get made — using fictional reference enterprises set in realistic industry environments — and leads every project with the business problem, not the chart. Explore by industry, by enterprise, or by the workforce domain it addresses.
Featured project
The Great Crew Change: Succession Risk in Licensed Roles
The Great Crew Change: Succession Risk in Licensed Roles
Which roles will the great crew change actually break first — and is the succession bench as ready as the talent reviews claim?
Sponsor · Chief Operating Officer
Selected projects
Featured projects
Production Workforce Digital Twin: Run the Line Change Before You Build It
Under a given demand, automation and shift scenario, what workforce — by headcount, skill and certification — does a plant need, and can it get there in time, before we commit the capital?
Sponsor · Chief Operating Officer
AI Workforce Transformation: Augment, Automate, Protect
Task by task and role by role, what is Aurora's AI exposure — what should be automated, augmented or protected — and how fast can the workforce be reshaped to capture the value while staying controlled?
Sponsor · Chief Transformation & AI Officer
Workforce Availability Intelligence: Fit, Qualified, Rostered, On-Site
Shift by shift and site by site, will IronPeak have a fit-for-work, qualified, rostered, on-site crew sufficient for planned production — and where will availability fall short before it happens?
Sponsor · Chief Operating Officer
Care Capacity Intelligence: Match Capacity to Demand, Safely
Shift by shift and unit by unit, will NovaCare have the right credentialed capacity for the demand actually arriving — safely and without avoidable premium spend — and where will it fall short before it happens?
Sponsor · Chief Nursing Officer
Coverage & Workforce Availability Intelligence: Cover the Footprint Before Faults Hit
Where and when will workforce coverage — available, capable, within geographic reach, able to respond inside the obligation window — fall short of the fault probability across the network footprint, before a continuity failure occurs?
Sponsor · Chief Operating Officer
AI Workforce Readiness Intelligence: Build the Workforce Ready to Work with AI
Where is the workforce ready (and not ready) to work effectively with AI, where will reskilling be needed next, and how should work be allocated between humans and AI to capture the productivity — safely and without hollowing out capability?
Sponsor · Chief AI Officer
By lens
Portfolio by Industries
Banking
Banking has always been knowledge work, but AI now re-prices that work directly — task by task, quarter by quarter. The binding question is not how many people the bank employs (Energy) or whether they can run the machines (Manufacturing); it is what human work is worth now that AI does so much of it, and how fast a 96,500-person workforce can be re-shaped around what remains — while staying controlled under intense regulatory scrutiny. This is the sector where workforce value, not headcount, is the unit of analysis.
Sector maturity · L3Healthcare
Healthcare's binding constraint is none of the prior industries': it is matching credential-gated clinical capacity to non-deferrable, rising demand — in real time, safely, and sustainably. Demand arrives as sick patients who cannot be deferred or inventoried; the workforce is simultaneously the capacity and the safety control, judged shift by shift against a hard safe-staffing floor; and clinician burnout directly removes capacity. A workforce gap here is not a missed target or a cost overrun — it is a patient-safety event. The defining question is whether NovaCare has the right capability, in the right place, at the right moment, to meet demand safely — and whether it can sustain the people delivering it.
Sector maturity · L2Manufacturing
Manufacturing has spent two decades instrumenting its machines; the next decade is about instrumenting its people decisions. Skills, supervision, and staffing now set the ceiling on what the equipment can actually produce — and the skilled trades that hold tacit, plant-specific knowledge are retiring faster than they can be replaced, while automation re-prices required skills faster than the workforce is reskilled. This is the sector where workforce capability is an operations constraint, not an HR concern.
Sector maturity · L3Mining
Mining's binding question is neither how many people it employs nor what their work is worth: it is whether a fit-for-work, qualified, safe person can be on a remote roster at the moment production needs them — and whether that can be sustained without harming them. Enormous fixed capital sits idle unless production runs continuously, and production runs only when the right people are available, fit, qualified and safe at remote sites where there is no nearby bench. The workforce is the population physically at risk, so safety is a workforce-intelligence problem, not a compliance function. This is the first industry where availability and safety are the binding variables — distinct from Energy's continuity of knowledge over decades, and from Healthcare's capacity-versus-care-demand under a clinical-safety floor.
Sector maturity · L2Oil & Gas
Oil & Gas runs on a workforce that took thirty years to build and is now retiring faster than it can be replaced — while the same operators are asked to reskill that workforce for an energy transition that devalues parts of it. The roles that matter most are safety-critical, licence-gated, slow to grow and impossible to hire on short notice. This is the sector where a workforce gap is not an HR problem; it is an operational and safety problem.
Sector maturity · L2Retail & Logistics
Retail & Logistics is the only ARBI industry where the volume of work itself fluctuates continuously with external customer demand and labour cannot be inventoried. Its binding variable is neither presence at a fixed site (Mining), throughput on a planned line (Manufacturing), obligation coverage (Banking/Healthcare), capability reinvention (Technology) nor response to faults (Telecommunications) — it is the dynamic alignment of elastic workforce capacity to a volatile, largely-anticipatable customer-demand curve, at service level, at cost, and sustainably for a high-turnover frontline. Unit of analysis: location × time-interval × demand-versus-capacity. Demand swings on every timescale at once — intra-day, intra-week, seasonal and event-driven — and because a served interaction or a delivery slot cannot be stockpiled, the workforce must be present when and where the customer is. The defining construct is Demand Alignment = Demand Forecast + Required Capacity + Available Capacity + Service-Level Target.
Sector maturity · L2Technology
Technology's binding question is neither headcount, physical capacity, defensive value, care-demand, nor availability: it is how to build, scale and continuously reinvent a knowledge workforce whose own skills perish at the pace of the technology it creates, and which now co-produces its work with AI. This is the first ARBI industry where the workforce builds the very change that obsolesces it, where human-AI collaboration is the mode of production rather than a threat to manage, and where the binding variables are knowledge-workforce capability, productivity and adaptability under continuous AI-driven reinvention. It is deliberately distinct from Banking: Banking asks the defensive question — what is human cognitive work worth as AI redefines it — while Technology asks the generative one — how do you build and reinvent the workforce that builds the AI.
Sector maturity · L3Telecommunications
Telecommunications' binding question is neither headcount, capability reinvention, nor fixed-site presence: it is whether a geographically-distributed workforce can cover the network footprint, respond to faults anywhere within the service-obligation window, and dispatch the right capability to the point of failure — continuously, around the clock, across a territory. This is the first ARBI industry whose unit of analysis is geography × fault × response-time: faults arrive unpredictably anywhere across critical digital infrastructure, and continuity is decided by coverage and response readiness, not by whether a crew is rostered at a known site. It is deliberately distinct from Mining (fixed-site availability — the work waits at the site), from Technology (building the AI workforce — capability and reinvention), and from Energy (preserving generational expertise) — Telecommunications is about real-time coverage and response across a distributed, dynamic fault surface.
Sector maturity · L2By lens
Portfolio by Enterprises
Vertex Retail & Logistics Group
By lens
Portfolio by Workforce Domains
Plan & Cost
Planning the size, shape and cost of the workforce — supply versus demand, build/buy/automate, and the economics of how the work gets staffed.
20 projectsAcquire & Move
Bringing people in and moving them through the organization — sourcing, hiring, onboarding, internal mobility and deployment.
2 projectsGrow & Keep
Developing and retaining capability — skills, succession, retention, leadership effectiveness and engagement.
13 projectsProtect & Disclose
Protecting the workforce and meeting obligations — safety, risk, compliance and the transparent disclosure of workforce reporting.
3 projects