1. Introduction: Why Hospital Noise Matters More Than Ever

Hospitals are meant to be places of healing, rest, and safety. Yet, for many patients, they are also associated with sleepless nights, constant beeping, and loud hallway conversations. Hospital noise is more than a nuisance—it’s a clinically recognized barrier to healing and a significant driver of patient dissatisfaction. In the age of value-based care, where patient outcomes and satisfaction influence reimbursements and reputation, effective hospital noise monitoring is no longer optional. It’s a critical part of operational excellence.

This guide explores how hospital noise affects patients and staff, impacts HCAHPS (Hospital Consumer Assessment of Healthcare Providers and Systems) scores, and how smart monitoring solutions like Alertify can help healthcare facilities mitigate these challenges.

2. Understanding the Impact of Hospital Noise on Patients

Hospitals are inherently busy spaces—filled with alarms, intercoms, carts, footsteps, and conversations. While all of this activity is necessary to deliver care, it can result in consistently high background noise levels. When noise in patient care environments goes unmanaged, it can directly affect recovery outcomes and patient satisfaction.

The World Health Organization (WHO) recommends that hospital noise levels not exceed 35 decibels (dB[A]) during the day and 30 dB(A) at night to protect patient health. However, studies show that many hospital environments routinely exceed these recommendations, often reaching 55 to 70 dB(A), especially in intensive care units and emergency departments. These levels are comparable to the sound of a busy street, making restful sleep and concentration extremely difficult.

2.1. Implications of Excessive Hospital Noise

The implications of excessive hospital noise extend far beyond inconvenience:

2.1.1. Sleep Disruption and Delayed Healing

One of the most immediate consequences is sleep disturbance. Sleep is essential for immune function, tissue repair, and overall recovery. Research published in Critical Care found that environmental noise significantly contributes to sleep fragmentation in ICU patients. Interrupted sleep reduces the body’s ability to heal and increases recovery time, especially in post-operative or critically ill patients.

2.1.2. Increased Sensitivity to Pain and Stress

Noise doesn’t just interfere with sleep—it can also heighten physiological stress responses. A noisy environment triggers the release of stress hormones like cortisol and adrenaline, which elevate blood pressure and heart rate. In turn, this can amplify pain perception and contribute to discomfort. As the Journal of Clinical Sleep Medicine notes, patients exposed to high noise levels often report greater pain intensity and require more analgesics.

2.1.3. Impaired Immune Response

Noise-induced stress and poor sleep have been linked to weakened immune function. A compromised immune system means patients are more susceptible to infection, especially in post-surgical settings or during long hospital stays. For vulnerable populations such as the elderly or immunocompromised, even minor infections can significantly complicate treatment plans.

2.1.4. Emotional and Psychological Toll

Patients recovering in noisy environments frequently report feeling anxious, irritable, and less in control. These emotional responses can affect how patients perceive the care they’re receiving. When combined with physical symptoms, this can lower their overall satisfaction with their stay—reflected in post-discharge HCAHPS survey results.

2.2. A Measurable Risk to Patient Recovery.

In short, hospital noise isn’t just an annoyance—it’s a measurable risk to patient recovery. With mounting evidence from peer-reviewed studies and growing awareness among hospital administrators, it’s more critical than ever to monitor and manage noise levels as a key component of clinical care.

3. How Hospital Noise Affects HCAHPS Scores & Patient Satisfaction

Noise in hospital environments is more than an inconvenience—it’s a measurable factor that directly influences patient satisfaction and HCAHPS (Hospital Consumer Assessment of Healthcare Providers and Systems) scores. These scores are tied to Medicare reimbursement rates and public ratings, making them critical to both a hospital’s financial health and reputation.

3.1. The Link Between Noise and HCAHPS

The HCAHPS survey includes a specific question about the quietness of the hospital environment at night. When patients report negative experiences due to excessive noise, it lowers a hospital’s overall score. According to data from the Centers for Medicare & Medicaid Services (CMS), hospitals with consistently low scores on the “quietness” measure risk losing performance-based reimbursements.

3.2. Why Patient Satisfaction Suffers

Patients recovering from illness or surgery require restful, uninterrupted sleep to heal. Excessive noise from hallway conversations, alarms, equipment, or visitors not only disrupts rest but also increases patient stress and anxiety. When patients feel they’re not in a calm, healing environment, their perception of care declines—even if the medical treatment is exceptional.

3.3. Financial and Operational Consequences

Low HCAHPS scores don’t just affect a hospital’s reputation—they can reduce the amount of Medicare reimbursement a facility receives through the Hospital Value-Based Purchasing Program. A 2022 study published in Health Services Research found that even small improvements in patient experience scores could result in significant financial gains for hospitals.

3.4. How Noise Monitoring Helps

Hospital noise impact HCAHPS scores and patient satisfaction can depend on hospital noise, so integrating hospital noise monitoring technology, like Alertify, enables real-time tracking and proactive management of noise levels. Hospitals can use this data to identify problem areas, educate staff, and establish quiet hours or policy changes to reduce disturbances. In turn, this helps improve HCAHPS scores, reduce complaints, and promote a better healing environment for patients.

4. The Impact of Noise on Patient Recovery & Sleep in Hospitals

4.1. The Clinical Importance of Sleep for Healing

Restorative sleep is not just a comfort—it’s a clinical necessity. Adequate rest plays a critical role in supporting immune function, accelerating wound healing, managing pain perception, and regulating hormonal balance. For patients recovering from surgery, illness, or trauma, uninterrupted sleep can mean the difference between a smooth recovery and medical setbacks.

4.2. Alarming Noise Levels in Modern Hospitals

However, modern hospitals often fall short of providing this essential condition. Environmental noise levels in many healthcare settings routinely exceed safe thresholds. The World Health Organization (WHO) recommends that nighttime noise in hospitals should not surpass 30 decibels, yet studies have shown that average hospital noise levels regularly exceed 50 decibels at night, with peaks above 80 decibels during routine activity. These levels are comparable to a busy restaurant or freeway traffic—hardly conducive to healing sleep.

4.3. Common Sources of Hospital Noise

According to research published in the Journal of Clinical Sleep Medicine, noise remains the most frequent environmental complaint among hospitalized patients. Common culprits include overhead paging systems, medical equipment alarms, hallway traffic, rolling carts, and even routine staff conversations. These constant interruptions disrupt natural sleep cycles, suppress melatonin production, and elevate cortisol levels, increasing patient stress and anxiety.

4.4. The Physiological and Psychological Effects of Sleep Disruption

The physiological consequences are real: sleep fragmentation impairs immune response, worsens inflammation, increases perception of pain, and is associated with longer inpatient stays. In some cases, poor sleep can even contribute to post-hospital syndrome, a condition characterized by worsened physical and cognitive function following discharge.

What’s more, inadequate sleep affects not just physical outcomes but also psychological well-being. Patients deprived of rest report higher levels of dissatisfaction with care, particularly when they perceive the hospital environment as indifferent to their comfort.

4.5. Noise, HCAHPS Scores, and Financial Impact

This dissatisfaction is often reflected in lower HCAHPS (Hospital Consumer Assessment of Healthcare Providers and Systems) scores—directly influencing reimbursement rates and public hospital ratings. Poor noise control can therefore negatively affect both patient outcomes and a hospital’s bottom line.

4.6. Solutions: Proactive Noise Monitoring for Better Outcomes

To counter these effects, hospitals must adopt a proactive approach to environmental control. Monitoring systems like Alertify help identify and mitigate noise hotspots by tracking decibel levels in real time. These insights enable healthcare administrators to adjust staff behavior, set quiet hours, implement noise-reduction design strategies, and intervene before sound levels become detrimental to patient recovery.

4.7. A Quieter Hospital is a Healing Hospital

Ultimately, reducing hospital noise is not just about patient comfort—it’s about delivering higher-quality care, shortening recovery times, and protecting a hospital’s reputation and revenue. Knowing hospital noise impacts patient recovery, means a quieter hospital is a healing hospital.

5. Best Practices for Noise Control in Hospitals & Healthcare Facilities

Effective hospital noise reduction strategies must address both the physical environment and operational culture of the healthcare setting. Noise in hospitals is a systemic issue—one that affects patient healing, staff performance, and overall satisfaction scores like HCAHPS. To tackle the problem holistically, hospitals should adopt a combination of soundproofing upgrades, policy changes, staff education, and modern technology. 

5.1. Soundproofing Techniques for Hospitals

Here’s how hospitals can adopt a combination of soundproofing techniques:

5.1.1. Physical Soundproofing Measures

One of the foundational hospital noise reduction strategies involves upgrading the physical space to absorb or block excess noise:

• Install acoustic ceiling tiles and sound-absorbing wall panels in patient rooms, hallways, and waiting areas. These materials reduce reverberation and help control ambient noise.
  
• Use rubber stoppers, door gaskets, and cushioned closures on doors to eliminate the loud slamming sounds that frequently disrupt patients’ rest.
  
• Consider quieter flooring options, such as vinyl-backed carpeting or padded vinyl, especially in corridors and near nursing stations. These help to muffle foot traffic and rolling carts.
  

These changes not only help reduce existing noise but also prevent it from spreading across wards—an important consideration in multi-bed rooms or units housing critically ill patients.

5.1.2. Operational Adjustments and Policy Implementation

Instituting thoughtful policies and workflows can dramatically reduce disruptive noise:

• Establish and enforce quiet hours, particularly during evening and overnight shifts. Announce these hours through signage and staff reminders to encourage a culture of calm.
  
• Minimize the use of overhead paging systems, which can be jarring for both patients and staff. Alternatives such as handheld devices or direct-to-room calls are quieter and more efficient.
  
• Designate quiet zones or conversation hubs where clinical staff can confer without disturbing patients. Locating these away from patient care areas can cut down on noise bleed.
  

Implementing these policies signals a commitment to patient-centered care and helps standardize quieter operations across departments.

5.1.3. Cultural Changes and Staff Training

Even with the best infrastructure, noise control depends on behavior:

• Educate staff on the impact of noise on patient recovery, sleep quality, and stress levels. Regular in-service training sessions can highlight the consequences of seemingly small disruptions, like loud laughter or clattering trays.
  
• Use data-driven noise dashboards and real-time alerts to provide staff with feedback. When staff can visualize noise levels in their units and see the effects of their actions, it fosters accountability and awareness.
  

These efforts help build a shared understanding that quietness is a clinical priority, not just a hospitality concern.

5.1.4. Technology-Driven Monitoring and Real-Time Feedback

Smart monitoring is one of the most efficient and scalable hospital noise reduction strategies available today:

• Install noise sensors such as Alertify in patient areas, nursing stations, and common rooms. These devices continuously monitor decibel levels and detect patterns of excessive noise.
  
• Set custom thresholds based on time of day (e.g., lower tolerances at night) and location-specific expectations.
  
• Trigger real-time alerts when noise surpasses acceptable limits. These alerts can be routed to staff devices, prompting timely intervention without the need for manual complaint filing.
  
• Leverage reports and analytics to identify recurring noise sources and trends, which can inform future soundproofing investments or staffing adjustments.
  

Smart noise monitoring adds an objective layer to noise management, enabling healthcare teams to respond proactively rather than reactively.

5.2. Prioritize Noise Control

Hospitals striving to enhance the patient experience and improve HCAHPS scores must prioritize noise control. Adopting a comprehensive framework that blends physical infrastructure upgrades, behavioral change, and smart technology can help transform noisy, high-stress environments into restful spaces that promote healing. These hospital noise reduction strategies aren’t just good for patients—they’re vital for staff well-being, operational efficiency, and regulatory performance.

6. Hospital Noise Complaints: How to Handle & Prevent Them

Noise in healthcare settings isn’t just an annoyance—it’s a serious barrier to recovery, communication, and trust. When patients complain about noise, it often reflects a deeper frustration with their experience. Studies have shown that noise is one of the most frequent complaints in hospitals, and one of the biggest contributors to low HCAHPS (Hospital Consumer Assessment of Healthcare Providers and Systems) scores. The best way to address hospital noise complaints is to stop them before they happen.

6.1. How to Handle & Prevent Noise Monitoring

These steps can help hospitals handle noise complaints approriately and effectively prevent future complaints:

6.1.1. Identify Problem Areas with Noise Monitoring

The first step in preventing hospital noise complaints is understanding where, when, and why they occur. Installing smart noise monitoring systems throughout your facility allows you to capture objective, real-time data on noise levels in patient rooms, hallways, and nurse stations. Solutions like Alertify can help pinpoint specific problem areas and timeframes—such as overnight staff transitions or peak visitation hours—so you can take proactive steps before patients file complaints.

Case in point: A 2023 study published in BMJ Open Quality found that when hospitals implemented real-time noise sensors in ICUs, peak decibel levels dropped by nearly 10 dB over six months—leading to measurable increases in sleep quality and a decrease in noise complaints.

6.1.2. Collect Objective Data to Validate and Resolve Complaints

When a noise complaint is received, it’s crucial to validate it with objective evidence rather than subjective perceptions alone. Data collected through hospital noise monitors can provide time-stamped proof of noise events, helping you address concerns with confidence and transparency. This is particularly helpful for resolving disputes and identifying chronic sources of disruption, such as loud equipment or recurring staff conversations near patient areas.

Having access to credible data also supports internal training and policy adjustments, ensuring that staff are made aware of their contributions to ambient noise and can be guided toward more noise-conscious behavior.

6.1.3. Proactively Communicate Noise Management Efforts

A transparent approach to noise reduction builds patient trust. Let patients know that your facility actively monitors and manages sound levels as part of your care commitment. This could be as simple as a welcome packet insert, signage in rooms, or a brief verbal explanation during check-in.

Example messaging:
“We care about your comfort and healing. Our facility uses noise monitoring technology to ensure a restful environment. Please let our staff know if you experience any disturbances.”

Such communications not only reassure patients but also reduce the likelihood of formal complaints, as they feel heard and cared for before issues escalate.

6.1.4. Empower Staff to Respond Quickly

Staff responsiveness plays a pivotal role in complaint prevention. Equip nurses and support staff with training and tools that allow them to act quickly when alerted to a noise threshold breach. For example, real-time alerts from Alertify can notify designated staff if decibel levels exceed acceptable limits in a patient room, prompting immediate resolution without delay.

By empowering staff with the right information and accountability, hospitals can prevent recurring issues and improve overall care quality.

6.2. Long-Term Benefits of Preventing Complaints

Proactive management of hospital noise complaints doesn’t just reduce negative feedback—it boosts your facility’s overall patient satisfaction scores, which are increasingly tied to reimbursement rates and public rankings. According to CMS data, up to 2% of Medicare reimbursements are at stake based on HCAHPS performance, with “quietness of the hospital environment” being a core metric.

6.3. The Bottom Line on Implementing Noise Monitoring

By implementing real-time noise monitoring, validating concerns with data, and prioritizing proactive communication, hospitals can dramatically reduce the number of complaints related to noise—while improving patient experience, staff efficiency, and regulatory compliance.

7. The Role of Noise Monitoring in Reducing Staff Burnout in Hospitals

While improving the patient experience is a top priority for healthcare administrators, the wellness of medical staff deserves equal focus—particularly in an environment where burnout has become a systemic issue. Among the many contributors to burnout, noise is often underestimated, despite mounting evidence linking sound pollution in hospitals to increased stress and cognitive fatigue among staff.

7.1. The Impact of Noise on Healthcare Workers

High levels of environmental noise in hospitals disrupt more than patient rest—they directly affect those working long hours in high-pressure situations. Nurses and physicians exposed to frequent alarms, hallway chatter, overhead paging, and machine beeps are more prone to experience:

• Mental fatigue and reduced attention span
  
• Difficulty communicating with colleagues or patients
  
• Poor sleep quality during off-hours for night-shift workers
  
• Chronic stress and increased risk of burnout
  

A 2022 study published in BMJ Open found that environmental stressors—particularly noise—significantly affect job satisfaction among hospital staff. The study revealed that higher noise exposure correlated with lower perceived work quality and higher intent to leave among nurses and support personnel. Source: BMJ Open

7.2. Communication Breakdown and Medical Errors

Noise doesn’t just raise stress levels—it also increases the likelihood of miscommunication. In a chaotic environment, even small misunderstandings between clinicians can lead to serious consequences. According to a study by the Journal of Patient Safety, communication failures are a leading cause of preventable medical errors, and noisy conditions exacerbate this risk by making it harder to relay and confirm critical information.

7.3. The Role of Noise Monitoring in Workplace Improvements

Hospitals that implement noise monitoring solutions can take a data-driven approach to reducing staff stress. By continuously measuring decibel levels in key areas like nurses’ stations, operating rooms, and intensive care units, facilities can:

• Identify noise hotspots where interventions are needed
  
• Track the effectiveness of soundproofing efforts over time
  
• Adjust shift rotations or workflow design based on data
  
• Improve staff break room environments by keeping them acoustically quiet
  

Alertify’s real-time monitoring systems offer not only alerts when thresholds are exceeded but also long-term trend data that can inform staff wellness initiatives and facility upgrades. With the right data, leadership teams are empowered to make targeted improvements—ensuring quieter, safer environments for both care teams and patients.

7.4. Better Conditions Mean Better Care

Reducing hospital staff noise stress doesn’t just benefit the employees—it improves care quality. Staff who are well-rested, focused, and not constantly overwhelmed by noise are more empathetic, accurate, and communicative. By minimizing environmental stressors, hospitals see improvements in patient satisfaction, HCAHPS scores, and staff retention.

In short, a quieter hospital is a healthier hospital—for everyone inside.

8. How Noise & Smoking Complaints Impact HCAHPS Scores & Hospital Reputation

In today’s value-based healthcare environment, patient satisfaction isn’t just a nice-to-have—it’s a core metric that directly affects reimbursement, brand perception, and long-term patient loyalty. While hospital noise levels are explicitly measured in the HCAHPS (Hospital Consumer Assessment of Healthcare Providers and Systems) survey, smoking-related complaints—though often less visible—can quietly undermine performance scores and damage hospital reputation.

8.1. The Role of HCAHPS in Measuring Environmental Quality

The HCAHPS survey includes a key question that asks patients if the area around their room was “always quiet at night.” This single question carries significant weight in overall satisfaction scores. Studies show that hospitals receiving low marks on the noise question often see reduced patient trust and lower ratings on overall care quality (BMC Health Services Research). Since HCAHPS data is publicly reported, hospitals with repeated noise complaints may also lose competitive standing in their region.

8.2. Unseen but Impactful: The Consequences of Smoking Incidents

While noise is directly measured, indoor smoking violations on smoke-free campuses often show up in open-ended HCAHPS survey responses or post-discharge feedback. Patients with respiratory conditions, children, or those undergoing cancer treatment are especially sensitive to secondhand smoke exposure—even in trace amounts. When these issues go unaddressed, they can lead to negative comments about cleanliness, professionalism, and safety—three attributes tightly linked to a hospital’s reputation.

Moreover, the presence of smoke or vapor odors in hallways, patient rooms, or shared spaces can spark concerns among other patients, leading them to question whether the facility truly enforces its health and safety policies. These perceptions can be just as damaging as actual incidents.

8.3. Combined Environmental Complaints: A Perfect Storm

Excessive noise combined with unauthorized smoking amplifies patient dissatisfaction. When patients are awakened by hallway conversations or loud equipment—and simultaneously experience discomfort from poor air quality—the overall perception of care quality drops significantly. These frustrations often surface in online reviews, social media mentions, and follow-up surveys, creating reputational ripple effects.

Negative environmental experiences not only lower HCAHPS scores, but also drive word-of-mouth dissatisfaction. According to Press Ganey, nearly 90% of patients say their environment plays a major role in how they rate their overall hospital experience (Press Ganey White Paper).

8.4. How Multi-Sensor Technology Enhances Patient Satisfaction

Addressing both issues requires a dual approach. Hospitals must implement a proactive strategy that includes real-time detection and staff intervention. Smart monitoring solutions like Alertify help hospitals:

• Track Noise Levels: Monitor decibel levels 24/7 and send alerts when quiet hours are violated.
  
• Detect Airborne Pollutants: Identify the presence of cigarette smoke, vaping aerosols, and other contaminants quickly.
  
• Respond Promptly: Equip staff with alerts that allow discreet intervention before complaints escalate.
  
• Support HCAHPS Performance: By reducing environmental disturbances, hospitals can measurably improve satisfaction scores and patient retention.
  

8.5. Reinforcing a Culture of Safety and Cleanliness

Beyond survey scores, consistently addressing noise and smoking helps establish a culture of respect, comfort, and professionalism. Patients who see policies enforced consistently are more likely to trust the institution, comply with their care plans, and return for future treatment. In contrast, a lapse in environmental standards may suggest a lapse in clinical excellence—even if unrelated.

8.6. Take Concerns Seriously

When hospitals take hospital patient satisfaction around noise and smoking seriously, patients notice. By leveraging modern tools to monitor both noise and smoking in a unified platform, facilities can prevent avoidable complaints, protect HCAHPS performance, and uphold the standard of care that patients—and regulators—demand.

9. The Future of Smart Monitoring in Healthcare: Noise, Air Quality & Patient Comfort

As hospitals continue to modernize, the integration of smart monitoring technologies is reshaping how facilities manage patient environments. From tracking noise levels in real time to maintaining optimal indoor air quality, these innovations are not just about operational efficiency—they’re about improving patient comfort, safety, and health outcomes. In an era where patient satisfaction and regulatory compliance go hand-in-hand, adopting smart systems is no longer optional—it’s a strategic imperative.

9.1. Smart Monitoring: Beyond Thermostats and Smoke Detectors

Gone are the days when environmental monitoring was limited to HVAC systems or manual checks. Hospital smart monitoring platforms like Alertify allow administrators to implement continuous, real-time tracking of:

• Noise levels across patient and staff areas
  
• Air quality, including particulate matter and signs of smoking or vaping
  
• Temperature and humidity conditions critical to infection control
  
• Occupancy and motion for better space management and fall prevention
  

These sensors feed data into centralized dashboards, alerting facilities teams, administrators, or nursing staff the moment a threshold is breached. This not only allows immediate response but also provides long-term trends for data-driven improvements.

9.2. Noise Monitoring: Enhancing Peace and Performance

Noise is one of the most common complaints among hospital patients—and staff. Research has shown that excessive hospital noise increases patient stress, disrupts sleep, and interferes with recovery. It also contributes to staff fatigue and communication errors, especially in high-stress units like emergency departments or ICUs.

With smart noise monitoring, hospitals can:

• Set custom decibel thresholds for different zones (e.g., NICUs vs. waiting areas)
  
• Automatically alert teams when noise levels are exceeded
  
• Track time-based trends to identify problematic hours or locations
  
• Generate objective reports that help inform training or policy changes
  

Platforms like Alertify also collects data in the long term, helping hospitals correlate noise events with dips in satisfaction scores.

9.3. Air Quality Monitoring: Protecting Patients and Staff

Air quality is a critical component of infection control and respiratory health. In the context of immunocompromised patients, poor air quality can be the difference between healing and harm. Smoke intrusion, chemical odors, and particulate matter from HVAC systems or external pollution must be closely watched.

Smart air quality monitoring enables hospitals to:

• Detect secondhand smoke or vape aerosols in real time
  
• Monitor CO2 and PM2.5 levels to ensure adequate ventilation
  
• Identify humidity fluctuations that may support bacterial growth
  
• Respond quickly before patient comfort or safety is affected
  

These systems are especially important in facilities with high volumes of patients, aging infrastructure, or strict environmental health regulations.

9.4. Patient-Centric Care Starts With Environment

As competition in healthcare intensifies, patient experience is a core differentiator. Patients and their families expect clean, quiet, and safe environments—and payers are watching too. HCAHPS scores tied to noise and cleanliness now influence CMS reimbursement rates, meaning that poor environmental conditions can literally cost a hospital revenue.

Hospital smart monitoring doesn’t just protect patients—it protects the bottom line. Hospitals that invest in real-time, data-driven tools are better positioned to:

• Meet HCAHPS performance targets
  
• Reduce avoidable readmissions
  
• Shorten average length of stay
  
• Improve staff retention and safety metrics
  

9.5. Looking Ahead: A Smarter, Safer Healthcare Experience

As technology continues to advance, the future of healthcare will be one where environmental intelligence is built into the core of care delivery. Smart sensors will become as common as IV pumps, helping ensure that patients heal not just through medication, but in environments that support rest, recovery, and dignity.

For hospitals ready to lead, the question is not if they should implement smart monitoring—but how soon.

10. Conclusion

Hospital noise monitoring is no longer a luxury—it’s a necessity. From improving HCAHPS scores and enhancing recovery outcomes to reducing staff burnout and preventing compliance issues, proactive noise control offers measurable, cross-functional benefits.

Solutions like Alertify empower hospital administrators and clinical leaders to transform patient experience and operational efficiency through smart, evidence-based monitoring.

Ready to start reducing noise and elevating patient satisfaction? Contact us to learn more about our hospital-grade monitoring solutions.

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