What is the best infection control software for hospitals in 2026?

Direct Answer: Wolters Kluwer Sentri7 Leads the Market

Based on the most recent KLAS Research rankings published in early 2026, Wolters Kluwer’s Sentri7 holds the top position among infection control software platforms evaluated for pharmacy surveillance, infection prevention, and real-time monitoring capabilities. The Best in KLAS 2026 report highlighted measurable improvements in clinical workflow integration and alert accuracy compared to previous years, positioning Sentri7 ahead of competitors such as BD Alaris, Elsevier Care4Today, and Epic’s embedded infection control module. Hospitals using Sentri7 report reductions in time-to-detection for hospital-acquired infections (HAIs) by up to 35% within the first year of deployment, according to aggregated customer feedback collected by KLAS. However, no single platform dominates every use case. Larger health systems often prefer Epic’s native tools due to deep EHR integration, while smaller facilities may find cloud-native options like Infection Control Pro or MedAware more cost-effective. The choice depends heavily on existing infrastructure, staffing models, and regulatory reporting obligations.

Also worth reading: How do hospitals successfully execute a predictive HAI analytics implementation to reduce infection rates? · How can hospitals optimize infection prevention workflows without adding clinical headcount? · How much can hospitals actually save through automated infection monitoring?

How Infection Control Software Works and Why It Matters

Modern infection control software functions as a centralized hub that aggregates data from electronic health records (EHRs), laboratory information systems, pharmacy databases, and medical device feeds to identify patterns indicative of HAIs or outbreaks. These platforms typically employ machine learning algorithms to flag unusual pathogen clusters, antibiotic usage trends, and patient risk factors in real time. For example, Sentri7 integrates with over 300 laboratory systems globally and processes more than 50 million lab results annually across its user base. According to the U.S. Centers for Disease Control and Prevention (CDC), HAIs affect approximately 1 in 31 hospital patients each day, contributing to an estimated 90,000 deaths annually in the United States alone. Effective surveillance software enables infection preventionists to shift from reactive chart reviews to proactive intervention, reducing both patient harm and liability exposure. The software also automates compliance reporting for Joint Commission standards and NHSN (National Healthcare Safety Network) submissions, saving hospitals hundreds of hours per quarter in manual documentation.

Practical Steps for Selecting and Implementing Software

Selecting the right infection control software begins with a thorough assessment of current workflows, staffing levels, and technical infrastructure. Hospitals should conduct stakeholder interviews with infection preventionists, IT teams, and compliance officers to map pain points in existing processes. A formal request for proposal (RFP) process should include demonstrations focused on alert fatigue mitigation, customization flexibility, and interoperability with the organization’s EHR vendor. Post-selection, implementation timelines typically range from 90 to 180 days depending on complexity. Key milestones include data mapping, staff training, parallel testing periods, and go-live support. During rollout, it is essential to establish baseline metrics such as HAI rates, length of stay, and antibiotic prescribing patterns so that post-implementation gains can be quantified. Regular audits after deployment help ensure sustained adoption and identify areas where configuration adjustments are needed.

Comparison of Top Platforms in 2026

Each platform offers distinct advantages. Sentri7 excels in cross-system compatibility and advanced analytics, making it ideal for large, multi-hospital networks. Epic’s solution provides seamless access to longitudinal patient data but requires full EHR commitment. BD Alaris focuses primarily on device-level monitoring and integrates well with infusion pumps and vital signs monitors. Infection Control Pro appeals to budget-conscious clinics and long-term care facilities seeking lightweight, scalable solutions without heavy upfront investment.

Common Mistakes When Choosing Infection Control Software

One of the most frequent missteps involves underestimating the importance of change management during implementation. Facilities that rush deployment without adequate staff engagement often experience low user adoption rates, leading to incomplete data capture and unreliable insights. Another mistake is over-prioritizing feature lists over usability. Overly complex interfaces can overwhelm infection preventionists who already juggle multiple responsibilities, resulting in missed alerts or delayed responses. Some organizations also fail to negotiate flexible contract terms, locking themselves into rigid agreements that don’t accommodate evolving needs or budget constraints. Additionally, neglecting to validate vendor claims through reference calls with similar-sized institutions can lead to mismatched expectations. Finally, overlooking cybersecurity considerations—especially given threats like Ryuk ransomware targeting healthcare systems—can expose sensitive patient data and disrupt operations.

When to Act: Timing Considerations for Procurement

Hospitals should initiate procurement processes at least six months before anticipated go-live dates to allow sufficient time for evaluation, contracting, and training phases. Facilities undergoing EHR upgrades or expansions present optimal windows for introducing new infection control tools, as integration efforts can be bundled together. Conversely, delaying purchases until after accreditation surveys increases pressure to implement quickly, potentially compromising quality assurance steps. Budget cycles aligned with fiscal year planning offer better negotiating leverage with vendors, particularly when bundling services or committing to multi-year contracts. Organizations experiencing rising HAI rates or facing increased regulatory scrutiny should prioritize immediate action rather than waiting for ideal conditions.

Cost and Pricing Overview

Infection control software pricing varies widely based on organizational size, number of beds, and required features. Enterprise-grade solutions like Sentri7 and Epic typically start at $200,000 annually for mid-sized hospitals, scaling upward based on volume and customization demands. Mid-tier providers charge between $50,000 and $150,000 per year, offering core surveillance and reporting functions. Smaller clinics or long-term care facilities may opt for subscription-based models priced under $10,000 annually. Hidden costs include implementation fees, ongoing maintenance, staff training, and potential hardware upgrades. Vendors increasingly offer tiered pricing structures that let buyers scale functionality incrementally, helping manage cash flow while ensuring ROI tracking remains transparent.

Conclusion: Making the Right Choice for Your Organization

While Wolters Kluwer Sentri7 currently leads the market based on KLAS rankings and independent validation, the best infection control software ultimately depends on institutional priorities, technical readiness, and operational goals. Decision-makers must weigh factors such as integration ease, analytical sophistication, total cost of ownership, and vendor responsiveness when evaluating options. By following structured selection methodologies, engaging frontline users throughout the process, and maintaining realistic expectations about performance improvements, hospitals can significantly enhance their ability to prevent HAIs and maintain high standards of patient safety in 2026 and beyond.