Real problems worth solving

Name, Image, and Likeness collectives — booster-funded entities that pool money to pay college athletes — operate with virtually no financial transparency or regulatory oversight. As of January 2026, the College Sports Commission reports only $127 million in cleared deals submitted through the NIL Go portal, a fraction of the estimated $500 million third-party NIL market for basketball alone. This means hundreds of millions of dollars are flowing to athletes outside any compliance framework. This matters because the opacity turns NIL into a recruiting weapon rather than a fair compensation system. Collectives openly use NIL deals to lure athletes into transferring schools, which was never the original intent of NIL legislation. High school recruits are making college decisions based on speculative NIL promises from collectives that have no legal obligation to honor those commitments. Athletes who transfer based on promised deals sometimes arrive to find the money has dried up or was never real. The structural reason this persists is a regulatory vacuum. As of March 2026, there is no enacted federal NIL statute. Athletes and schools operate under a patchwork of settlement rules, College Sports Commission oversight, NCAA legislation, and varying state laws. The NCAA historically resisted athlete compensation for decades, and when the dam broke with the 2021 Alston decision, no institution was prepared to regulate the flood. Congress has introduced multiple NIL bills but none have passed, because legislators cannot agree on whether athletes are employees, how to handle Title IX implications, and which entity should have enforcement authority.

Many commercial property insurance policies require current elevator inspection certificates as a condition of coverage. When a state inspection backlog causes an elevator's certificate to lapse — not because of any failing on the building owner's part, but because the state simply has not sent an inspector — the building owner faces a paradox: they cannot obtain the inspection certificate their insurer requires, but they also cannot shut down the elevator without violating their lease obligations to tenants. The result is that buildings operate with lapsed certificates, exposed to both regulatory penalties and potential denial of insurance claims. This matters because the financial exposure is enormous. A single elevator injury claim can reach $1 million or more. If the insurer can point to a lapsed inspection certificate as grounds for claim denial, the building owner bears that cost entirely. For small and mid-size building owners — the owner of a four-story office building or a six-unit apartment building with one elevator — a denied claim of this magnitude is potentially bankrupting. The problem compounds because insurance companies are increasingly aware of the inspection backlog issue and are responding by raising premiums, adding exclusions, or requiring building owners to arrange (and pay for) private third-party inspections in addition to the state inspection. This creates a two-tier system where well-resourced building owners can buy their way to compliance, while smaller owners cannot absorb the additional cost and simply operate at risk. This persists because the state inspection programs that create the backlog have no liability for the downstream consequences. Massachusetts, for example, has a statutory obligation to inspect elevators annually, but when it fails to do so, building owners bear all the consequences — regulatory, insurance, and legal — while the state faces none. There is no mechanism for a building owner to compel the state to perform an inspection on schedule, and no safe harbor provision that protects building owners who have requested an inspection but not received one. Structurally, this is a market failure caused by a government monopoly on inspection services (in states that do not allow third-party inspectors) combined with chronic underfunding of the inspection workforce. The building owner is a captive customer of the state inspection program, with no alternative supplier and no contractual recourse when the service is not delivered. The insurance industry has adapted to this reality by shifting risk to building owners, but the underlying inspection capacity problem remains unaddressed.

When a passenger is trapped in an elevator, the outcome depends almost entirely on how quickly someone becomes aware of the situation. In buildings with 24/7 security or maintenance staff, entrapments are typically detected within minutes via alarm panels or intercom calls. But in buildings without continuous monitoring — smaller office buildings, residential walk-ups with a single elevator, parking garages, and buildings that operate on reduced staffing during nights and weekends — trapped passengers may wait for hours. In the most extreme documented case, a man was trapped for nearly 41 hours in New York's McGraw-Hill Building in 1999, despite having activated the alarm and being visible on a surveillance camera. This matters because prolonged entrapment is not merely uncomfortable — it can be medically dangerous. Passengers with diabetes may need medication on a schedule. Passengers with claustrophobia or anxiety disorders can experience severe panic attacks. Elderly passengers may become dehydrated. Passengers in hot climates trapped in an elevator without ventilation face heat-related illness. The psychological impact of prolonged entrapment can be lasting: many people develop elevator phobia after even brief entrapments, which in turn limits their mobility and access to multi-story buildings. The technology to solve this exists. Cellular-connected elevator monitoring systems can automatically detect an entrapment (via car position sensors and door state sensors) and alert a central monitoring station or directly dispatch emergency services, without requiring the passenger to find and use an intercom. Some systems include two-way video communication. But these systems cost $1,000-$3,000 per elevator to install plus monthly monitoring fees, and there is no universal requirement to install them. The ASME A17.1-2019 code updated emergency communication requirements, but many states have not yet adopted the 2019 code, and existing elevators are grandfathered. This persists because the liability for delayed rescue is diffuse. The building owner is liable for maintaining the elevator, the elevator maintenance company is responsible for emergency callbacks, and the fire department handles physical rescues — but no single entity is responsible for ensuring timely detection of an entrapment. When no one is specifically accountable, the gap persists. Structurally, the cost of monitoring is borne by the building owner, while the benefit accrues to passengers who may not even be tenants. This misaligned incentive means building owners underinvest in monitoring. And unlike fire alarms (which are required by code to connect to a central station), elevator entrapment monitoring has no equivalent universal mandate.

Modern elevators are increasingly connected to building management systems (BMS) and the internet for remote monitoring, predictive maintenance, and destination dispatch optimization. However, TUV NORD (a major European certification body) has found that many elevator systems are inadequately protected against cyber attacks. Common vulnerabilities include unencrypted communication between elevator controllers and monitoring servers, default credentials left unchanged on maintenance interfaces, unsecured remote access tools, and weak or nonexistent network segmentation between elevator operational technology (OT) and building IT networks. This matters because a compromised elevator system is not just a data breach — it is a physical safety hazard. An attacker who gains access to an elevator controller could potentially override door interlocks (causing doors to open between floors), disable safety systems, manipulate car positioning, or simply take all elevators in a building offline simultaneously. In a hospital, this could prevent patient transport during emergencies. In a high-rise office building, it could strand thousands of people. In a residential tower, it could trap elderly or disabled residents. The attack surface is expanding rapidly. Kaspersky researchers demonstrated an elevator exploit using a PLC (programmable logic controller) — the same type of industrial controller targeted by the Stuxnet worm. The elevator industry's own trade group, the National Elevator Industry Inc. (NEII), published cybersecurity best practices in July 2024, implicitly acknowledging that the industry's current security posture is inadequate. Check Point has released a dedicated 'Secure Smart Elevators' solution brief, indicating that security vendors see a market need — which means the problem is already being exploited or is imminently exploitable. This persists because elevator cybersecurity falls into a regulatory gap. Elevator safety codes (ASME A17.1) focus on mechanical and electrical safety, not cybersecurity. Building codes do not address IoT device security. And general cybersecurity regulations (where they exist) typically apply to IT systems, not OT systems like elevator controllers. No regulatory body currently requires cybersecurity testing or certification for elevator control systems before they are connected to the internet. Structurally, the problem is compounded by the long lifecycle of elevator equipment. An elevator controller installed in 2010 was not designed with cybersecurity in mind, yet it may now be connected to the internet for remote monitoring. These legacy systems often cannot be patched or updated to address newly discovered vulnerabilities, and replacing them means a full controls modernization ($100,000+ per car). Building owners face the choice between leaving vulnerable systems connected or disconnecting them and losing the remote monitoring capabilities they are paying for.

When an elevator is installed, it is built to comply with the ADA accessibility standards and building codes in effect at that time. But ADA requirements evolve — door width minimums, button height and tactile labeling requirements, audible floor announcements, two-way communication device specifications, and cab size requirements have all been updated since the original ADA was enacted in 1990. Existing elevators are typically grandfathered under the code version in effect when they were installed, meaning an elevator from 1995 may legally lack features that a 2022 installation would be required to include. This matters because the people who depend most on elevator accessibility — wheelchair users, people with visual impairments, people who are deaf or hard of hearing, elderly individuals with mobility limitations — are using the same aging elevators that have the fewest accessibility features. A visually impaired person entering a 1990s elevator may find buttons without Braille, no audible floor announcements, and an emergency phone that provides only voice communication. A wheelchair user may encounter a cab that technically meets the minimum 1990 dimensions but is too small to turn around in, requiring them to back out — an awkward and sometimes dangerous maneuver. The legal landscape creates a catch-22 for building owners. Full ADA compliance upgrades may trigger a requirement to bring the entire elevator up to current code (the 'path of travel' rule), which can cost $100,000+ and may require structural modifications to the shaft. This discourages incremental accessibility improvements because any improvement could trigger a full modernization requirement. So building owners do nothing, and the accessibility gap widens each year. This persists because ADA enforcement for existing buildings relies primarily on private lawsuits rather than proactive government inspection. A building owner faces no compliance pressure until a disabled person files a complaint or lawsuit. By that point, the legal costs and settlement amounts often exceed what the accessibility upgrade would have cost — but this reactive enforcement model means most non-compliant elevators operate indefinitely without consequence. Structurally, the problem is rooted in the tension between two policy goals: not imposing unreasonable retrofit costs on existing buildings, and ensuring equal access for people with disabilities. The grandfathering approach resolves this tension in favor of building owners, at the expense of disabled users. There is no federal program to subsidize elevator accessibility upgrades, and local programs (where they exist) are underfunded and oversubscribed.

The Bureau of Labor Statistics reports that as of 2024, there are approximately 24,200 elevator and escalator installers and repairers in the United States. These technicians are responsible for maintaining, inspecting, and repairing nearly one million elevators nationwide. That ratio — roughly one technician for every 41 elevators — is already strained, and BLS projects only 2,000 new openings per year over the next decade, a 5% growth rate that does not keep pace with the rate of new elevator installations in growing urban areas. This matters because elevator maintenance is not optional or deferrable the way some building systems are. An elevator that misses a maintenance visit does not just run less efficiently — it can trap passengers, misalign with floor landings (creating trip hazards), or in extreme cases experience freefall events when worn cables or failed brakes are not caught in time. The technician shortage directly translates to longer intervals between preventive maintenance visits, slower emergency response times, and more extended outages when breakdowns occur. The shortage hits hardest in secondary and tertiary cities where the major OEMs do not maintain large local service operations. A building in Manhattan can get a technician within hours; a building in Topeka or Bakersfield may wait days. This geographic inequality means that the buildings least able to attract and retain tenants (those in smaller markets) also receive the worst elevator service, compounding their competitive disadvantage. This persists because the barrier to entry for elevator technicians is exceptionally high. The apprenticeship lasts four to five years, requiring 2,000 hours of supervised work per calendar year plus 100-200 hours of classroom instruction annually. During this period, apprentices must work under a journeyman mechanic, meaning the shortage is self-reinforcing: fewer experienced technicians means fewer people available to train apprentices, which means the shortage gets worse over time. Structurally, the elevator trade competes for the same mechanically-inclined workforce as HVAC, electrical, and plumbing trades, all of which have shorter apprenticeships and more flexible career paths. The elevator trade's union structure (primarily IUEC Local unions) controls apprenticeship slots and can be slow to expand capacity. Meanwhile, the proprietary nature of modern elevator systems means that even fully trained technicians may not be able to work on certain manufacturers' equipment without additional manufacturer-specific certifications — further fragmenting an already thin labor pool.

The ASME A17.1 Safety Code for Elevators and Escalators is the national consensus standard, but each state adopts it on its own timeline through its own legislative or regulatory process. As of 2024, California enforces the 2004 version of ASME A17.1, while Texas and Georgia follow the 2016 version, and states like North Carolina and Alabama have adopted the 2019 version. This means an elevator installed to code in California may be built to a standard that is 18 years behind the current best practice, while the same elevator in Alabama would need to meet significantly more recent safety requirements. This matters because each revision of A17.1 incorporates lessons learned from accidents, new safety technologies, and updated requirements. The 2019 revision, for example, added requirements for video communication capabilities in elevator emergency phones — critical for deaf and hard-of-hearing passengers who cannot use voice-only intercoms during entrapments. Buildings in states still on pre-2019 codes have no obligation to install these features, meaning deaf passengers trapped in those elevators cannot communicate with rescuers. The inconsistency also creates problems for national elevator companies, property management firms, and building owners with portfolios spanning multiple states. A company maintaining 500 elevators across 12 states must track and comply with potentially 12 different code versions, each with different requirements for door reopening devices, seismic safety, machine-room-less configurations, and emergency operations. This compliance burden raises costs and creates opportunities for errors. This persists because elevator code adoption is embedded in each state's building code adoption process, which is legislative or regulatory and therefore slow, political, and subject to lobbying. Some states adopt building codes on a regular three-year cycle; others adopt them sporadically or only when a specific incident creates political pressure. There is no federal mechanism to mandate a minimum code version, and the elevator industry lobby has not pushed for one because code fragmentation actually benefits the major OEMs — it creates complexity that only large national firms can navigate, further disadvantaging smaller independent contractors. Structurally, the authority having jurisdiction (AHJ) model means that even within a state, different municipalities may enforce different code versions or interpretations, adding yet another layer of inconsistency. This is a governance problem, not a technical one, and it will not resolve without either federal preemption or a voluntary interstate compact — neither of which has meaningful political momentum.

A full elevator modernization — replacing the controller, motor, door operator, cab interior, and safety systems — costs between $100,000 and $300,000 per elevator car. For a mid-rise building with six elevators, total modernization costs can easily exceed $1 million. These costs fall directly on the building owner, and unlike other capital improvements (lobby renovations, energy-efficient windows), elevator modernization rarely translates to higher rents or increased property values. This matters because the economic incentive structure causes building owners to defer elevator modernization until absolutely forced — either by a catastrophic failure, a failed inspection, an insurance ultimatum, or a building sale where the buyer demands it as a condition. During the deferral period, tenants and visitors endure increasingly unreliable service: longer wait times, more frequent breakdowns, jerky rides, and doors that don't close properly. In commercial buildings, unreliable elevators directly impact tenant retention; in residential buildings, they affect quality of life and ADA compliance. The cost escalation over the past decade has been dramatic. Habitat Magazine reported in 2019 that elevator modernization costs had 'gone haywire,' with New York City co-op and condo boards facing quotes 40-50% higher than they had budgeted. Supply chain disruptions, steel price increases, and the technician shortage have pushed costs even higher since then. Buildings that deferred modernization hoping costs would stabilize are now facing even larger bills. This persists because elevator modernization is a lump-sum capital expenditure with no phased or subscription-based alternative. A building owner cannot modernize 20% of an elevator's systems per year over five years — the control system, motor, and safety devices are deeply integrated and must be upgraded together. This all-or-nothing cost structure means the financial bar to clear is extremely high, and most building reserve funds are inadequate. Structurally, the problem is compounded by the proprietary lock-in issue: a building with Otis elevators must either modernize with Otis (at Otis's prices) or pay for a complete controls swap to a non-proprietary system (adding $50,000-$100,000+ to the project cost). This lack of competitive bidding for modernization keeps prices artificially elevated and removes the market pressure that would otherwise drive costs down.

The New York City Housing Authority (NYCHA) operates over 3,000 elevators serving approximately 339,000 residents across 277 public housing developments. Over 60% of these elevators have exceeded the manufacturer's recommended 20-year lifespan. In 2025, elevator outages lasted an average of nearly seven hours — 18% longer than the previous year. One development, Surfside Gardens, experienced 140 elevator service disruptions across five buildings in a single year, with one outage lasting 11 days. This matters because NYCHA residents are disproportionately elderly, disabled, and low-income. When an elevator goes down in a high-rise building, a 79-year-old resident who uses a walker and lives on the fifth floor cannot leave her apartment. An 85-year-old wheelchair user on the seventh floor becomes effectively imprisoned. One wheelchair-using resident experienced a seizure after being trapped in a malfunctioning elevator and was hospitalized for a week. These are not inconveniences — they are denials of basic mobility, access to medical care, food, and human contact. The ripple effects extend beyond individual hardship. Elderly residents who cannot leave their apartments miss medical appointments, leading to worse health outcomes and higher emergency room usage. Caregivers and home health aides cannot reach patients. Parents with strollers must carry children and groceries up multiple flights of stairs, creating injury risk. The burden falls entirely on populations that already face the greatest barriers to mobility and have the fewest resources to find alternatives. This persists because NYCHA faces an estimated $78 billion capital needs backlog with only $8.2 billion in available funding. Full elevator replacements cost $500,000 to $1 million per car, and NYCHA has over 3,000 of them. Rather than full replacements, NYCHA resorts to patchwork repairs on decades-old equipment, which keeps the elevators technically operational but unreliable. Governor Hochul and Mayor Adams announced an effort to replace elevators in developments serving 34,000 residents, but this covers only a fraction of the total need. Structurally, public housing has been systematically defunded at the federal level for decades. HUD capital funding has not kept pace with the aging of the housing stock, and elevators — which are among the most mechanically complex and expensive building systems — deteriorate faster than nearly any other component. The political constituency that suffers (low-income renters) has less political power than the constituencies that would need to fund the fix (federal and state taxpayers).

State elevator inspection programs across the United States are chronically understaffed relative to the number of elevators they must inspect. In Massachusetts, a state audit found that 14,211 elevators — approximately 36% of the 39,461 registered elevators — were operating with expired inspection certificates. Over 1,700 of those certificates had been expired for more than four years. Despite hiring 14 additional inspectors after a 2010 audit identified a 30% noncompliance rate, the backlog actually increased. This matters because elevator inspections are the primary mechanism by which the public is protected from mechanical failures, door malfunctions, and code violations that cause the roughly 17,000 serious injuries and 27 deaths that occur annually in the US from elevator and escalator incidents. An uninspected elevator is not necessarily unsafe, but without inspection there is no way to know whether worn cables, faulty door interlocks, or failed safeties have been addressed. The inspection is the only independent check on whether maintenance has actually been performed. The consequences cascade: when inspections lapse, building owners lose the external pressure to invest in maintenance. Insurance carriers that require current inspection certificates may unknowingly cover uninspected equipment, creating hidden liability exposure. And when an accident does occur in an uninspected elevator, the legal and financial consequences for the building owner are catastrophic — negligence per se in many jurisdictions. This problem persists because elevator inspector positions are state government jobs that pay significantly less than private-sector elevator mechanic roles (which have a median wage of $106,580 per year according to the BLS). The same labor pool that maintains elevators also inspects them, so state agencies cannot compete for talent. Meanwhile, the number of elevators grows every year as new buildings are constructed, but inspector headcount remains flat or grows slowly due to budget constraints. Structurally, there is no federal elevator safety agency. Each state runs its own program with its own staffing levels, fee structures, and enforcement mechanisms. Some states allow third-party inspections, others do not. This patchwork means there is no national floor for inspection quality or frequency, and states with the worst backlogs face no external accountability.

The four major elevator manufacturers — Otis, Kone, Schindler, and TK Elevator (formerly ThyssenKrupp) — design their control systems with proprietary software, diagnostic tools, and encrypted firmware that only their own technicians can access. Independent elevator contractors cannot obtain the software keys, circuit board schematics, or fault-code documentation needed to service these systems, even when building owners want to switch providers. This matters because it creates an artificial monopoly on aftermarket maintenance. Building owners who install an Otis elevator are effectively locked into Otis maintenance contracts for the 20-to-40-year life of the equipment. The OEMs exploit this lock-in to charge premium rates — often 30% to 50% above what competitive independent contractors would charge — because the building owner has no alternative. For a mid-rise commercial building spending $30,000 to $60,000 per year on elevator maintenance per car, this lock-in translates to hundreds of thousands of dollars in excess costs over the equipment's lifetime, costs that get passed to tenants and consumers. The deeper consequence is that it suppresses the independent elevator service market, which in turn worsens the technician shortage. Independent firms cannot train apprentices on proprietary systems they have no access to, so the talent pipeline narrows further. Meanwhile, the OEMs employ only about 40% of available repair technicians, leaving the rest unable to work on the majority of installed equipment. This persists because the elevator industry has no right-to-repair legislation comparable to what exists for automobiles or electronics. The EU fined these same four companies a combined $1.3 billion in 2007 for price-fixing on elevator installation and maintenance, demonstrating a pattern of anticompetitive behavior. Yet proprietary lockout continues unchallenged because elevators are classified as safety-critical equipment, and OEMs argue that restricting access is necessary for safety — a claim that conveniently also maximizes their service revenue. Structurally, the problem persists because building owners make the purchase decision at installation time (when they focus on capital cost, not lifetime maintenance cost), while the maintenance lock-in only bites years later. By then, switching would require a full controls retrofit costing $100,000+ per car, making it economically irrational to escape.

A growing number of hospice patients are not terminally ill in any meaningful clinical sense. Some for-profit hospices deliberately target patients with dementia, debility, and failure to thrive, diagnoses with notoriously unpredictable trajectories, because these patients can remain enrolled for months or years at the flat per-diem rate while requiring minimal actual care. In some California fraud cases, hospices enrolled patients who were walking, eating independently, and had no awareness they had been placed on hospice. OIG audits have found hospices where the average length of stay exceeded 200 days, far beyond what the benefit was designed for. Why does this matter? Every dollar spent on a non-terminal patient is a dollar not available for legitimate hospice care. More importantly, it undermines the credibility of the entire hospice system. When CMS tightens auditing and recertification requirements in response to fraud, the compliance burden falls on legitimate hospices that are already operating on thin margins. Physicians become more reluctant to certify patients for hospice because they fear being associated with fraud investigations. The net effect is that the patients who genuinely need hospice, the ones who are actually dying, face higher barriers to enrollment because the system has been polluted by bad actors. The structural cause is the perverse alignment of Medicare's payment model with the unpredictability of chronic disease trajectories. Hospice is paid a flat daily rate regardless of the intensity of services provided. A patient with advanced dementia who requires one nurse visit per week generates the same revenue as a patient with metastatic cancer requiring daily visits, medication adjustments, and crisis interventions. This creates an economic incentive to cherry-pick stable, low-acuity patients and avoid high-need, actively dying patients. Combined with the subjective nature of the six-month prognosis certification, the system effectively rewards the behavior it is supposed to prevent.

Hospice registered nurses face a 25.53% annual turnover rate, significantly higher than the 18.4% rate for hospital RNs. Up to 60% of hospice nurses experience high emotional exhaustion, and a 62% burnout rate has been reported among non-physician hospice clinicians. When experienced hospice nurses leave, they take with them specialized skills in symptom management, family communication, and death preparation that take years to develop and cannot be easily replaced. Why does this matter? High turnover directly degrades the quality of dying. Patients and families build trust with a primary nurse who understands their case, their values, and their fears. When that nurse leaves and is replaced by a temporary or new hire, continuity of care breaks down. New nurses are more likely to under-dose pain medications out of inexperience, miss subtle signs of distress, and lack the confidence to guide families through active dying. Families report that rotating unfamiliar faces in their home during the most intimate moments of their lives feels like an institutional failure, not personal care. The structural causes are both financial and systemic. Hospice per-diem reimbursement rates have not kept pace with wage inflation, so agencies cannot compete with hospital and travel nurse salaries. Caseloads have been trending upward since the pandemic, with nurses managing 12-15 patients spread across wide geographic areas, spending hours driving between visits. But perhaps most importantly, hospice nursing involves a unique emotional labor: bearing witness to death repeatedly with no psychological support infrastructure. Most hospice agencies have no formal mental health support for staff, no debriefing protocols after difficult deaths, and no career advancement pathways. The cost of replacing a single nurse is estimated at $88,000, yet most agencies invest minimally in retention.

Of the 1.6 million Medicare beneficiaries hospices serve each year, 17.4% are discharged alive. This happens when a patient stabilizes, no longer meets the six-month prognosis criterion, or when the hospice determines they are no longer eligible. Upon discharge, all hospice services abruptly stop: nursing visits, aide visits, medical equipment, medications for symptom management, 24/7 triage access, and chaplaincy. There is no required discharge planning protocol, no mandated transition of care, and no reimbursable discharge process. Why does this matter? One-third of patients discharged alive from hospice die within six months, often without hospice readmission, suggesting they would have benefited from continued services. Within 30 days of discharge, 25% are hospitalized. Patients and families describe the experience as abandonment. Equipment is removed from the home, medications are discontinued, and the family is left to navigate re-entry into the conventional healthcare system with a still-terminally-ill patient and no guidance. Many patients are too sick for outpatient care but no longer qualify for hospice, falling into a coverage gap with no defined owner. The structural cause is that Medicare created a hospice benefit with a clear entry point but no defined exit pathway. There is no billing code for hospice discharge planning, no quality metric for discharge outcomes, and no financial incentive for hospices to invest in transitions. The flat per-diem rate gives hospices a financial incentive to discharge patients whose care becomes expensive or complex. And because there is no standardized handoff protocol, the receiving primary care physician often has no idea the patient was in hospice or what their current medication regimen is.

Among Medicare beneficiaries who died in 2010, 45.8% of white patients used hospice compared to 34% of Black patients, 37% of Hispanic patients, 28.1% of Asian Americans, and 30.6% of Native Americans. This gap has persisted for decades and shows no sign of closing. Even when Black and Hispanic patients do enroll, they have shorter stays, are more likely to be admitted to the emergency department (19.8% vs. 13.5% for white patients), more likely to be hospitalized (14.9% vs. 8.7%), and more likely to disenroll from hospice prematurely. Why does this matter? It means that communities already bearing disproportionate burdens of chronic disease, poverty, and healthcare system failures are also disproportionately denied comfort and dignity at the end of life. Black patients with cancer are more likely to die in an ICU receiving aggressive interventions they may not have wanted, partly because they were never offered or never trusted the hospice alternative. The downstream effects extend to families: without hospice, there is no bereavement counseling, no structured grief support, and no help with the practical logistics of death. The structural roots are deep. Historical medical abuse, from the Tuskegee experiments to documented racial bias in pain assessment, has created justified mistrust of a healthcare system that now asks Black families to stop treatment and accept death. Hospice's own workforce is overwhelmingly white, and culturally competent outreach is the exception, not the norm. Referral patterns compound the problem: Black patients receive delayed referrals, often in the last days of life, because their physicians are less likely to initiate goals-of-care conversations. And hospice marketing has historically centered white, middle-class imagery and language that does not resonate with or reach minority communities.

In response to the opioid epidemic, federal and state regulators have imposed prescribing restrictions, pharmacy dispensing limits, and monitoring requirements that were designed for outpatient chronic pain management but are being applied indiscriminately to hospice and end-of-life care. Between 2007 and 2017, the proportion of dying cancer patients receiving any opioid prescription near end of life declined 15.5%, from 42.0% to 35.5%. Long-acting opioid prescriptions declined 36.5% in the same period. Why does this matter? Dying patients are experiencing uncontrolled pain because pharmacies are limiting the opioids they stock, prescriptions cannot be transferred between pharmacies, and co-pays for breakthrough medications are unaffordable. In Michigan, a law required providers to review an automated prescription monitoring report before prescribing opioids exceeding a 3-day supply. For a hospice managing 400 patients, that means 400 reports reviewed weekly, an administrative burden that directly delays medication access for people in their final days. Hospice nurses report spending hours driving between pharmacies searching for available morphine while their patients suffer. The structural problem is that opioid policy was designed to address addiction in otherwise healthy populations and was never adapted for the palliative context. The DEA, state pharmacy boards, and prescription drug monitoring programs do not distinguish between a 35-year-old with back pain and an 85-year-old with metastatic cancer. Hospice providers are caught between their obligation to manage pain and their fear of regulatory scrutiny, and the patients who pay the price are the most vulnerable people in the healthcare system: those who are actively dying.

Hospice care is fundamentally built on the assumption that a family caregiver is present in the home to provide round-the-clock care between visits from the hospice team. Hospice nurses typically visit a few times per week for an hour or two; the remaining 150+ hours per week fall on unpaid family members. Over 60% of hospice family caregivers experience burnout symptoms. They provide an average of 66 hours per week of caregiving during the patient's last year of life, and roughly three-quarters spend upwards of $7,200 annually out of pocket, which for many amounts to 26% of their income. Why does this matter? Caregiver burnout leads to worse patient outcomes. Burned-out caregivers make more medication errors, miss symptom changes, and are more likely to call 911 in a crisis rather than the hospice triage line, resulting in unwanted hospitalizations that violate the patient's goals of care. The caregivers themselves suffer lasting health consequences: depression, anxiety, immune suppression, and increased mortality risk for years after the patient dies. And when no family caregiver is available, patients simply cannot access home hospice at all, which disproportionately affects elderly people living alone, the unhoused, and those without family nearby. This persists because the Medicare Hospice Benefit was designed in 1982 around a model of multi-generational households with a stay-at-home family member. That demographic reality no longer exists for most Americans. The per-diem reimbursement rate does not fund enough direct care hours to replace a family caregiver, and there is no separate Medicare benefit for respite or continuous home attendant care outside of the limited respite provision. The hospice industry has little financial incentive to push for expanded caregiver support because the current model externalizes labor costs onto families.

Under the Medicare Hospice Benefit, patients must forgo curative treatment for their terminal illness in order to receive hospice services. A cancer patient who wants both palliative chemotherapy and hospice nursing support cannot have them simultaneously under standard Medicare. This forces patients into a binary choice that does not reflect how modern medicine works, where the line between curative and palliative intent is often blurry and treatments can serve both purposes. Why does this matter? Because the forced choice delays hospice enrollment. Patients and families resist hospice because accepting it feels like giving up. A national survey found that 78% of hospices had at least one enrollment policy restricting access for patients with potentially high-cost needs like chemotherapy or total parenteral nutrition. Chemotherapy drugs can cost nearly as much as the daily hospice per-diem rate, so hospices cannot absorb the cost. The result is that patients who could benefit from concurrent comfort care and disease-modifying treatment get neither optimally. The VA system has demonstrated a better model. A study of over 13,000 veterans found that concurrent hospice and cancer treatment led to less aggressive end-of-life care, fewer ICU admissions, and lower costs. CMS tested a Medicare Care Choices Model allowing concurrent care, but expanding it to all Medicare beneficiaries requires legislative change. The structural barrier is the 1982 statute's either-or design, built in an era when hospice was a philosophical alternative to hospital medicine rather than a complementary layer of care.

Despite the hospice benefit being designed for up to six months of care, a substantial portion of patients are referred in the final days of life. The median length of stay in hospice is roughly 18 days, and a large share of patients are enrolled for fewer than 7 days. By the time many patients arrive in hospice, there is not enough time to stabilize symptoms, establish trust with the care team, prepare the family, or provide the grief counseling that is supposed to be part of the benefit. Why does this matter? Late referral means patients endure weeks or months of aggressive, often futile treatments in hospitals, experiencing pain, anxiety, and loss of autonomy, only to enter hospice in the final hours when the comfort-focused model can barely take effect. Families receive almost no preparation for death, no respite care, and no bereavement support. Studies show that earlier hospice enrollment is associated with better symptom control, higher patient and family satisfaction, and even modestly longer survival for some cancer patients. The structural reasons are multiple and reinforcing. Oncologists and specialists are trained to treat, not to prognosticate or discuss death; referral conversations are emotionally difficult and reimbursed poorly if at all. The curative-or-hospice binary in Medicare means that referring to hospice requires the physician to tell the patient to stop fighting. Many physicians report discomfort with that framing. Hospital systems also have financial incentives to keep patients in acute care beds. And patients themselves often lack awareness that hospice is an option until a crisis forces the conversation.

Medicare requires that two physicians certify a patient has six months or less to live before they can enroll in hospice. The problem is that doctors are terrible at predicting death. Studies show that 13.4% of hospice patients survive more than six months after admission, and for patients with chronic diseases like Alzheimer's, COPD, and heart failure, the trajectory of decline is inherently unpredictable, with alternating episodes of deterioration and recovery that make six-month prognostication closer to coin-flipping than medical science. Why does this matter? It creates a two-sided failure. On one side, physicians who fear audit liability under-refer: they wait until patients are days from death before making the hospice referral, resulting in a median hospice stay of just 18 days when the benefit is designed for six months. On the other side, some hospices exploit the subjectivity by enrolling patients who are clearly not dying, recertifying them indefinitely to collect per-diem payments. Both failure modes stem from the same root cause: the rule demands a precision that medicine cannot deliver. This persists because the six-month rule is baked into the original 1982 Medicare Hospice Benefit statute. Changing it requires an act of Congress. CMS has tried to work around it with additional certification requirements and auditing, but the fundamental problem is that the eligibility criterion is a binary threshold imposed on a continuous and uncertain biological process. A JAMA study evaluating prognostic criteria for lung, heart, and liver disease found that the criteria identified patients with a six-month mortality rate of only 47% to 68%, meaning the rule misclassifies a third to half of patients.

For-profit hospices now account for 77% of all hospice providers nationwide, and in California that number reaches 94%. This explosive growth has attracted fraud at industrial scale: Los Angeles County alone had 1,841 hospice agencies in 2022, a 1,589% increase since 2010, with 197 hospices registered to a single address in a Van Nuys office building. Regulatory enforcement actions in 2024 identified roughly $143.81 million in alleged fraudulent activity, on top of an estimated $198.1 million in 2023. Why does this matter? Because the fraud is not victimless paperwork. Fake hospices enroll patients who are not terminally ill, billing Medicare for services never rendered while real dying patients struggle to find legitimate providers. Families discover their elderly relatives were enrolled in hospice without their knowledge, sometimes by door-to-door recruiters offering gift cards. The per-diem reimbursement model means a fraudulent hospice can collect $200+ per day per patient for months or years with minimal oversight. The structural reason this persists is that Medicare historically imposed almost no barriers to entry for new hospice providers. Until very recently, there was no moratorium on new hospice enrollment in Medicare, no pre-enrollment site visits, and minimal ongoing audits. CMS only began implementing enhanced screening in late 2024 after years of congressional pressure. The per-diem payment model, combined with the subjective nature of terminal prognosis certification, creates a system where the financial incentive to over-enroll is enormous and the regulatory capacity to catch it is threadbare.

The pipe that connects a home to the public sewer main, called the sewer lateral, is typically the homeowner's responsibility to maintain and replace. These laterals are usually 4-6 inch clay, cast iron, or early PVC pipes, many installed 50 to 100 years ago. In most cities, there is no requirement to inspect laterals, no public record of their condition, and no notification to homeowners that they own and are liable for this buried pipe. When a lateral cracks, collapses, or is infiltrated by tree roots, the homeowner faces a $3,000 to $25,000 replacement bill with no warning. This matters at a systemic level because deteriorating laterals are a major source of infiltration and inflow (I&I) into public sewer systems. Groundwater seeps into cracked laterals and enters the sewer main, consuming pipe capacity that should be reserved for actual sewage. During storms, this excess infiltration contributes directly to sewer overflows. Studies have found that laterals can account for 25-40% of total infiltration into sewer systems, meaning that even if a city upgrades its public mains, the system still overflows because of private laterals the city has no authority to fix. Homeowners in this situation face a genuine catch-22. They cannot see their lateral (it is buried 3-8 feet underground), cannot inspect it without specialized camera equipment costing hundreds of dollars, and have no way to know if it is contributing to neighborhood sewer problems. Most homeowners do not even know the lateral exists until it fails catastrophically, causing a sewage backup into their basement or a sinkhole in their yard. This problem persists because of the legal boundary between public and private infrastructure. Cities maintain the sewer mains in the street but disclaim responsibility for the pipe from the main to the house. Mandating lateral inspections or repairs would impose costs on homeowners and generate political backlash. Some progressive cities like Ann Arbor, Michigan and Berkeley, California require lateral inspections at point of sale, but this only catches problems when homes change hands. The result is hundreds of thousands of deteriorating laterals silently undermining the sewer systems that cities are spending billions to upgrade.

The definitive engineering solution to combined sewer overflows is sewer separation: building an entirely new stormwater pipe network so that rainwater and sewage travel in separate systems and overflows of mixed sewage can never occur. In practice, this means excavating every street in the combined sewer service area, installing new pipes, reconnecting every building, and restoring the road surface. The cost is staggering. Atlanta spent over $4 billion on its CSO remediation consent decree. Washington DC's Clean Rivers Project is budgeted at $2.7 billion. Kansas City's overflow control plan spans 25 years and costs $4.5 billion. During the decades these projects take, overflows continue. Residents live with construction disruption, road closures, and noise for years while still experiencing the sewage backups and waterway contamination the project is meant to fix. The extended timelines also mean that cost estimates balloon: projects that begin with one price tag routinely double or triple as material costs rise, unforeseen conditions are discovered underground, and scope creep expands the work. Smaller cities face an even more dire version of this problem. A mid-size city of 100,000 people may need $500 million to $1 billion for sewer separation, an amount that dwarfs its entire annual budget. These cities cannot issue bonds at favorable rates, cannot spread costs across a large enough ratepayer base, and cannot attract the specialized engineering firms that prioritize larger, more profitable contracts. The structural reason this problem persists is that there is no realistic alternative to the pipe-in-the-ground approach that dramatically reduces cost. Green infrastructure like rain gardens, permeable pavement, and bioswales can reduce stormwater volume entering combined systems by 20-40%, but cannot eliminate overflows entirely. The physics of the problem are unforgiving: when it rains hard enough, more water enters the system than it can hold, and the excess has to go somewhere. Until someone invents a fundamentally cheaper way to separate or expand sewer capacity, cities will continue spending decades and billions on projects that are already outdated by the time they finish.

Despite operating complex networks of pipes carrying hazardous wastewater, most US municipalities lack real-time monitoring of their sewer systems. The EPA estimates SSO data is based on existing system models and personal knowledge of sewer operators rather than actual sensor data. When a pipe surcharges and overflows at 2 AM during a storm, the utility may not know about it for hours or days, if they learn about it at all. Satellite collection systems, which account for the majority of sanitary sewer overflows, are often not monitored by the treatment works they connect to. This blind spot has direct consequences. Without real-time awareness of where overflows are occurring, utilities cannot dispatch emergency response crews, cannot alert the public to avoid contaminated areas, and cannot accurately report the volume and duration of discharges to regulators. The self-reported SSO data that utilities submit to state agencies is inherently unreliable because you cannot report what you do not detect. The public health implications are serious. If a sewer main overflows into a creek that runs through a park, and no one at the utility knows it happened, children may play in contaminated water for days. If a pipe surcharges and sewage backs up into multiple homes simultaneously, each affected homeowner discovers the problem independently, with no coordinated response or support. This problem persists because retrofitting existing sewer networks with flow sensors, level monitors, and telemetry systems is expensive, typically $500 to $5,000 per monitoring point, with thousands of points needed per city. Most sewer utilities operate on thin budgets already stretched by maintenance backlogs. The technology exists: IoT sensors, SCADA systems, and AI-driven predictive models can detect anomalies in real time. But the capital investment to deploy these at scale has not been prioritized because the consequences of not monitoring, sporadic overflows that quietly contaminate and quietly recede, do not generate the visible crisis needed to unlock funding.

Sewer systems across the US were designed based on historical rainfall patterns that no longer reflect reality. Climate change is producing more intense, more frequent storm events that overwhelm systems engineered for a different era. Research published in the Journal of Hydrology projects that the volume of combined sewer overflow inundation will increase by 171% to 716% in future climate scenarios compared to historical baselines. Extreme rainfall events in the US could become three times more likely and up to 20% more severe within the next 45 years. Every percentage increase in rainfall intensity translates directly into more raw sewage entering waterways and backing up into homes. A warmer atmosphere holds more moisture, roughly 7% more per degree Celsius of warming, which supercharges storms to drop more water in shorter bursts. These intense, short-duration downpours are precisely the events that overwhelm combined sewer systems, because the systems have fixed pipe capacity designed for storms that used to be rare but are now common. Cities are caught in a vicious cycle. They are spending billions to remediate CSO problems based on current rainfall data, but by the time these decades-long projects are completed, the rainfall patterns will have shifted again, potentially rendering the new infrastructure inadequate. Philadelphia's $2.4 billion green infrastructure program and similar efforts in Washington DC and Portland are forward-looking, but most cities' long-term control plans do not incorporate climate projections at all. The structural reason this persists is that EPA's CSO policy and consent decrees do not require cities to design for future climate scenarios. Cities are permitted to use historical rainfall data for system design, even though that data is increasingly obsolete. Updating design standards to account for climate change would increase project costs significantly, and neither cities nor the federal government have budgeted for this. The result is that we are spending hundreds of billions to build infrastructure that will be insufficient before it is paid off.

Combined drinking water and sewer bills in the US increased 24.1% from 2019 to 2024, driven by mounting operational costs, inflation, and necessary capital investments in aging infrastructure. In cities like Birmingham, Alabama and Cleveland, Ohio, combined water and sewer bills now exceed the EPA's affordability threshold of 4.5% of median household income. Minimum-wage earners in some cities must work up to 20 hours per month just to cover their water and sewer bills. The downstream effects are dire. An estimated 12.1 to 19.2 million US households lack access to affordable water services, and approximately 20% of US households carry water debt. When families cannot pay sewer bills, utilities can shut off water service entirely, since water and sewer billing are typically combined. Losing water service in a home triggers a cascade: it violates habitability standards, can lead to child protective services involvement, and forces families into emergency shelter or homelessness. The cruel irony is that rate increases are driven by the need to fix the very infrastructure failures that disproportionately harm low-income communities. Cities under EPA consent decrees to fix CSO problems must raise rates to fund billion-dollar remediation projects. The cost of compliance falls on ratepayers, not on general tax revenue, meaning the poorest residents pay the highest share of their income to fix a public infrastructure problem they did not create. This problem persists because water and sewer services are funded almost entirely through user fees rather than general taxation. Unlike roads, schools, or public safety, which are funded through progressive tax structures, sewer services operate on a regressive fee model where every household pays roughly the same bill regardless of income. Federal low-income water assistance programs are nascent and underfunded compared to energy assistance programs like LIHEAP, which has existed since 1981. There is no equivalent federal safety net for water and sewer affordability.

The EPA's 2024 Clean Watersheds Needs Survey estimated that US wastewater infrastructure requires $630 billion in investment over the next 20 years. This figure increased 70% from the previous assessment in 2016, and when combined with drinking water needs, the total infrastructure funding deficit exceeds $1.2 trillion. The nation's wastewater pipes average 45 years old, with some components over a century old, approaching or exceeding their 50-to-100-year design lifespan. The consequences of underfunding are not abstract. Aging pipes crack and collapse, causing sinkholes in roads, sewage leaks into groundwater, and catastrophic failures that flood neighborhoods. The ASCE's 2025 Infrastructure Report Card noted that while overall infrastructure grades improved slightly, water and wastewater systems continue to lag behind. Every year of deferred maintenance makes the eventual repair more expensive: a pipe that costs $X to reline today may cost $5X to emergency-replace after a collapse. The funding gap hits small and mid-size cities hardest. Large cities like New York and Chicago can issue municipal bonds and access capital markets, but small towns with shrinking tax bases and declining populations cannot generate the revenue to maintain their sewer systems. These communities face an impossible choice: raise rates to unaffordable levels, let infrastructure deteriorate further, or hope for federal grants that are oversubscribed and slow to arrive. This problem persists because wastewater infrastructure is invisible and politically unglamorous. Elected officials gain no political capital from maintaining underground pipes that voters never see. Federal funding through the Clean Water State Revolving Fund and the Bipartisan Infrastructure Law provides billions, but it is a fraction of the need. There is no dedicated, sustained federal funding mechanism for wastewater infrastructure comparable to the Highway Trust Fund for roads. The result is chronic underinvestment in the single infrastructure system most critical to public health.

Research from the Mystic River Watershed Association and academic studies has documented a stark environmental justice disparity in sewage overflow exposure. If a watershed has twice as many people of color, it will have 4.4 times as much sewage discharge. If a watershed has twice as many people in poverty, it will have 3.4 times as much sewage discharge. This is not a coincidence but a direct result of historical and structural inequities in infrastructure investment. The health consequences are severe and cumulative. Low-income communities and communities of color near CSO discharge points experience higher rates of waterborne illness, greater exposure to polluted waterways, and limited access to clean recreational water. Children in these neighborhoods, who are most vulnerable to pathogens like E. coli O157:H7, have the highest exposure risk. Meanwhile, wealthier neighborhoods in the same cities often have separated sewer systems or newer infrastructure that does not overflow. The financial burden compounds the injustice. When sewage backs up into homes in these communities, residents on limited incomes face cleanup costs they cannot afford, often lack the insurance endorsements that would cover the damage, and cannot easily relocate. Property values in neighborhoods with recurring sewage problems decline further, trapping residents in a cycle of environmental harm and economic loss. This disparity persists because of the legacy of redlining and racially discriminatory land-use planning. Communities of color were historically zoned near industrial areas with the oldest, most neglected infrastructure. When cities prioritize infrastructure upgrades, wealthier neighborhoods with more political influence tend to receive investment first. Federal consent decrees and EPA enforcement have not specifically addressed the disparate impact on communities of color, treating CSO remediation as a citywide engineering problem rather than an environmental justice crisis.

When a sanitary sewer overflow dumps raw sewage into a river, stream, or neighborhood street, there is no federal requirement that the public be notified. States like South Carolina, Louisiana, Tennessee, Kentucky, and Virginia have no statewide public notification requirements at all. In many jurisdictions, a sewage spill can contaminate a waterway used for swimming or fishing, and residents downstream may never learn about it. This matters because people make daily decisions based on the assumption that their waterways are safe. Parents take children to play in creeks. Anglers eat fish caught in rivers. Kayakers and swimmers use urban waterways for recreation. Without timely notification of sewage discharges, these activities continue during and after contamination events, exposing people to E. coli, norovirus, Giardia, and other dangerous pathogens. The CDC has documented outbreaks of gastrointestinal illness associated with recreational water exposure, and sewage overflows are a primary contamination source. The Congressional attempt to address this, the Sewage Overflow Community Right-to-Know Act (H.R. 2452, introduced in 2007), would have required public notification within 24 hours of any overflow event. Despite passing the House, it never became law. Nearly two decades later, the gap remains. Some states and cities have voluntarily implemented notification systems, notably New York State's Sewage Pollution Right to Know Act, but coverage is a patchwork. This problem persists because sewer utilities face a conflict of interest in self-reporting failures. Reporting overflows triggers regulatory scrutiny, potential fines, and public backlash. Without a federal mandate and enforcement mechanism, utilities in many states face no penalty for quiet non-disclosure. The EPA acknowledges the problem but has focused its limited enforcement resources on consent decrees with the largest violators rather than building a nationwide real-time monitoring and notification infrastructure.

During heavy rain events, overwhelmed sewer systems push raw sewage back through floor drains, toilets, and bathtubs into residential basements. The EPA estimates 23,000 to 75,000 sanitary sewer overflows occur annually in the US, not including the uncounted thousands of sewage backups into private homes. Cleanup costs for a single sewage backup event range from $1,600 to $6,900, and the rate of sewer backups is increasing by approximately 3% per year as infrastructure ages. The immediate human impact is devastating: families return to basements filled with inches of raw sewage containing fecal matter, pathogens, and chemical contaminants. Everything the sewage touches, including furniture, carpeting, stored belongings, and finished basement living spaces, typically must be discarded. Beyond property damage, exposure to sewage in enclosed residential spaces creates acute health risks including gastroenteritis, hepatitis A, and respiratory infections from aerosolized pathogens. Standard homeowners insurance policies explicitly exclude sewer backup damage. Coverage requires purchasing a separate water backup endorsement costing $50 to $250 per year, but many homeowners do not know this until after a backup occurs. Even with the endorsement, coverage limits are often capped at $5,000 to $25,000, which may not cover the full cost of remediation and reconstruction. Flood insurance through the National Flood Insurance Program is a separate policy entirely and does not cover sewer backups either, leaving a coverage gap that hits hardest in older neighborhoods with aging infrastructure. This problem persists structurally because the liability falls on individual homeowners rather than on the municipalities whose deteriorating infrastructure causes the backups. Cities typically disclaim liability for sewer backups, and proving municipal negligence is extremely difficult. The perverse result is that the people least able to afford remediation, those in older homes connected to the oldest sewer lines, bear the full financial burden of a systemic infrastructure failure.