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The Hidden Cost of Outdated Hospital IT Infrastructure

HealthCareITSM_Hidden_Cost_Hospital_IT_Infrastructure

Outdated hospital IT infrastructure is a quiet obstacle that can prevent medical facilities from peak performance. It can compromise the institution’s security, create compliance issues, incur ongoing costs, and impact patient care.

In a 2021 global report by Kapersky, over 73% of hospitals worldwide operated on outdated IT legacy infrastructure (Kapersky, 2021). Legacy IT infrastructure often fails to incorporate modern cybersecurity measures, exposing systems to increasingly sophisticated cyberattacks. In addition to these risks, as technologies update, regulations follow. Oftentimes, outdated systems fall short of meeting compliance, leading to costly updates later on that can interrupt critical hospital operations.

Many billing systems and EHRs are becoming increasingly reliant on cloud-based systems and other contemporary technologies. The longer legacy IT systems remain outdated, the more attrition can occur when necessary updates are required to meet modern demands. Ultimately, such deficiencies can affect patients. Delays in receiving critical data, bottlenecks in workflows, and overall confusion can hinder a patient’s access to the care they need.

Infographic: Outdated Tech, Eroding Trust: The Hidden Risks in Healthcare IT

Legacy Systems and Technical Debt

Ultimately, the cost of maintaining legacy IT systems outweighs the short-term benefits that they may provide. Although keeping older systems may seem more economical, ultimately, they are more expensive to maintain, lack compatibility with modern solutions, and lead to vendor lock-in.

It may be worth exploring other solutions to help mitigate these costs.

Maintenance Costs

Many institutions are unaware of the high cost of maintaining legacy healthcare systems. Outdated IT infrastructure is typically less efficient, consumes higher resources, and is slower. A study by Mechanical Orchard found that institutions using legacy IT systems spend approximately 60-80% of their IT budget on simply maintaining them (Rachit Awasthi, 2023).

Hospital Tech-Debt

Occasionally, locking into a system that trades speed for compatibility can seem like an economic decision. However, with the development of EHRs, the introduction of AI tools, and an increasing need for mobile access, hospitals may find themselves in a situation where the cost of updating to newer systems is increasingly steep. This can compound over time and lead to avoidable problems.

Vendor Lock-In

As costs for necessary updates accrue, hospitals may find themselves in a dangerous situation, relying on outdated hardware and subjecting themselves to vendor lock-in. This brings the additional problem of being reliant on a small number of tech providers. If there is an end to service, increased costs, or a lapse in support, legacy IT systems will inevitably run into problems.

Fragmented Platforms and Data Silos

Fragmented Platforms and Data Silos

Contemporary IT systems are increasingly moving towards a model of consolidation. Cloud-based systems, EHRs, and mobile access all require up-to-date information across a variety of platforms. However, many legacy IT systems rely on independent databases that need to constantly communicate with each other.

This creates a fragmented healthcare IT system, which can lead to critical inefficiencies, risks to patients, and redundant labor across departments.

Disconnected Systems and Workflow Miscommunication

Fragmented data leads to what are known as “data silos.” This is stored data that stands essentially sealed from outside systems. When critical updates are made to a patient’s data in one department, for example, they may not be made in another. This can create miscommunications across departments and inefficiencies that cause unnecessary confusion.

Risks to Patient Safety and Decision Making

Data silos can lead to serious errors, particularly when it comes to a patient’s information. Should one department provide incomplete information to a doctor, there is a real risk of misdiagnosis or medication errors, as well as paralysis in decision-making when caregivers lack information.

Independent data systems are also vulnerable to breaches that can compromise a patient’s information. According to a recent MindIt Systems article (Sujoy Roy, 2025), 74% of hospitals using legacy IT infrastructure experienced at least one cybersecurity breach in that year. In the digital landscape, maintaining robust cybersecurity is crucial, as serious breaches can have long-lasting and unforeseen consequences.

Manual Healthcare Processes

In addition to administrative confusion and risks to patients, fragmentation can lead to the necessity of duplicated efforts across departments. These include employees required to enter the same information across different platforms, resulting in unnecessary labor duplication.

Manual Processes and Staff Burnout

Manual processing of information across a fragmented system can create a multitude of problems. This includes a loss of productivity in terms of time and labor, the rising risk of human error, and overall administrative overhead, which may be otherwise avoided. Reducing manual processes can increase efficiency and productivity.

Time Consuming Tasks

Due to the necessary duplication created by the presence of “data silos,” staff labor is wasted on tasks that could be used more productively. Extra time spent on tasks such as data entry, faxing, and scanning can lead to burnout among staff and ultimately impact work quality. Such problems tend to be cumulative and go unnoticed until the problem has become systemic. Ensuring they are avoided by having up-to-date systems in place can mitigate this danger.

Human Error Risk

Another hospital IT cost that comes with legacy risks is the increased danger of human error. According to a study by Quality Magazine (Heikki Laurila, 2022), each step of data entry carries a minimum risk of 1% human error.

However, this risk compounds with each step of a process, meaning that critical data entry with several processes has an increased error rate. Spread across fragmented platforms, this risk is duplicated and further endangers data integrity. Reducing the risk of human error can be challenging, but automating processes can help mitigate it.

Administrative Overhead

Relying on outdated systems carries the burden of maintaining the hardware through a narrow set of specialists, dedicating valuable resources to maintaining its viability, and accounting for scheduling deficits caused by security breaches. All of this can affect overall administrative overhead, inflating budgets beyond necessity.

Missed Opportunities and Innovation Gaps

While problems of human error, data breaches, and employee burnout are immediate problems caused by legacy IT systems, there are longer-term consequences that must be accounted for as well. Contemporary changes to infrastructures may not be supported, leading to a lag behind competing businesses. Ultimately, this can lead to a failure of care for patients and falling short of client expectations.

Unable to Support New Models

As hospitals increasingly rely on remote networking systems, such as telehealth, and incorporate AI tools into their data infrastructure, cloud storage becomes a common practice, making it critical for IT systems to keep pace with these changes. Contemporary systems often require complex hardware and software specifications that older systems cannot support. Without these, the problem of updating a system becomes compounded as more time passes.

Falling Behind

In addition to this technical debt lie very real economic consequences as well. The absence of an updated IT infrastructure can create problems that give competitors a definitive advantage over hospitals. Patients understand that behind long waits, staff confusion, and delayed care are faulty systems, and may reasonably look to other institutions when seeking care.

Expectations

Beyond the potential loss of a customer base is the failure to meet patients’ full expectations. If a health care provider is unable to scale operations to meet the needs of their patients, critical failures in care may occur and break the trust that people have when they walk through hospital doors.

Healthcare ITSM

The Solution

Healthcare ITSM (HITSM) provides a comprehensive and proactive approach to revitalizing legacy IT infrastructure. HITSM ensures the security and compliance of healthcare data systems. Critically, our approach allows for flexibility and the integrity of institutional goals. We implement an exhaustive review process, which leads to the integration of updated systems and provides long-term, cost-saving solutions.

HITSM

HITSM takes a multiphase process to transition current MSP systems to an infrastructure that aligns with the needs of healthcare providers. Following a consultation, HITSM begins work by first reviewing the standard operating procedures of all aspects of a legacy system, including its vendors, leadership, and user concerns.

Then, we will provide both on-site and remote review processes that consider hardware, software, and network issues. This will yield a gap analysis that allows us to pinpoint the differences between current operational abilities and established best practices, providing guidelines for changes that need to be made.

Finally, once a new IT environment has been implemented and put into place, HITSM will help transition leadership and team members to using the new system, all while providing continued support and solutions-oriented consultation.

Automation and Integration

Utilizing HITSM brings the benefits of automated data systems that align with best practices and industry standards. This mitigates the repetition of labor-intensive tasks that drain valuable time and resources, allowing staff to use their time elsewhere.

The uptime benefits of this can significantly improve patient care and translate to scalable operations. ITSM for hospitals likewise untangles confusion over data silos and system fragmentation, allowing healthcare providers access to up-to-date records and other necessary information.

Cloud Benefits

HITSM is not a single intervention solution – we provide ongoing support as hospitals transition to and continue to use implemented systems. With healthcare cloud migration and reliance on system integrity, HITSM can offer ongoing cybersecurity solutions and backup and recovery avenues as clients move forward.

Our cloud solutions for healthcare IT offer unrivaled accessibility to current data that can fundamentally improve a hospital’s ability to care for its patients. While implementation of systems may have high short-term costs, the long-term benefits of investing in modern systems more than justify their capital expenditure.

Cost-Saving

Implementing efficient IT environments is an investment, and while it can be significant on the front end, the long-term benefits ultimately are cost-saving. By implementing best practices, maintaining up-to-date performance of IT systems, and ensuring compliance with regulations, hospitals can achieve significant savings over time through modernization.

In addition to providing services for evaluating systems and implementing updated IT environments, HITSM further saves future expenditures by offering break-fix services. Whether there are instances of hardware failure, software glitches, network issues, or others, HITSM offers comprehensive support against unexpected problems. With this peace of mind, hospitals can continue to provide the best care possible to their patients, safe in the knowledge that their data systems are maintained with professional help.

Looking to address your outdated IT infrastructure? Request a consultation with Healthcare ITSM today.

 


Sources 

  1. Mechanical Orchard. (2024). $1.14 trillion to keep the lights on: Legacy’s drag on productivityhttps://www.mechanical-orchard.com/insights/1-14-trillion-to-keep-the-lights-on-legacys-drag-on-productivity
  2. Mind IT Systems. (2023). Legacy healthcare IT: Risks and solutionshttps://minditsystems.com/legacy-healthcare-it-risks-and-solutions
  3. Quality Magazine. (2023). Manual data entry and its effects on qualityhttps://www.qualitymag.com/articles/96853-manual-data-entry-and-its-effects-on-quality
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