As revenue pressures intensify, keeping commercially insured patients in-network is critical to every health system’s survival – but many organizations lack the insights to understand why patients go elsewhere.
Network Explorer’s new filters help close that gap with granular visibility into the factors that drive out-of-network care. Built on industry-best machine learning models – for site of service accuracy, referral patterns, provider specialty imputation and patient origin – these enhancements help users distinguish between unavoidable out-of-network visits and network misalignment – enabling health systems to act with greater precision.
New filters reveal key patterns in referral behavior based on care setting and payer:
As health systems navigate tightening margins and increased competition for commercially insured patients, understanding why care is delivered out-of-network is just as important as knowing where. These new filters help move beyond surface-level metrics to uncover the underlying drivers of patient journeys – whether it is an emergency, payer influence or a breakdown in provider alignment.
Without the ability to distinguish between emergency and planned visits, network integrity analyses can be misleading – overstating risk and obscuring opportunities to improve network performance. Similarly, without visibility into patterns of out-of-network referrals across payers, it is difficult to know whether gaps are the result of referral leakage, consumer preference or payer steerage.
With clearer visibility into these dynamics, health systems can focus their strategy where it matters: reducing avoidable leakage, strengthening network integrity and improving performance across key provider and payer relationships.
Already a client? Log in now to explore the new filters and gain deeper insights into referral dynamics, emergency care and payer influence in your network.
New to Network Explorer? Schedule a demo to learn how these capabilities can help you reduce leakage, improve alignment and strengthen your network’s performance.