Point of View

Margins won’t recover until health plans rewire delivery, not just add AI

This Point of View is for health plan CIOs and operations leaders evaluating how Services-as-Software™ can rewire delivery to recover margins, drawing on an HFS Digital Roundtable conducted on April 9, 2026 with a dozen health plan technology and operational leaders.

Declining membership, out-of-control medical loss ratio (MLR), and shrinking margins must force health plan CIOs and operations leaders to abandon the operational status quo.

The path forward is Services-as-Software™: an AI-enabled delivery paradigm that shifts from people-based to IP-led delivery, orchestrates outcomes that matter rather than process management, and leverages telemetry to realize value rather than static KPI-driven contracts. This conclusion draws on an HFS Roundtable with a dozen health plan technology and operational leaders, conducted on April 9, 2026, in collaboration with Sagility, a growing healthcare-only service provider (see Exhibit 1).

Exhibit 1: Health plans must fundamentally redesign their operating model, not just add AI to existing processes

Composite image of an HFS Digital Roundtable video session titled "How can health plans fundamentally change their delivery model to better serve and achieve market success?" The grid shows 16 panel participants from health plan technology and operations leadership, convened by HFS Research in collaboration with Sagility. Source: HFS Research, 2026.

Source: HFS Research, 2026

Margin pressure is forcing delivery model choices

Health plan margins continue to deteriorate (see Exhibit 2) and will likely accelerate due to rising medical costs (MLR), underwriting accuracy as membership mix shifts, and administrative inefficiencies. Margins have been treading water for over a decade at this point, and the trajectory is decidedly downward and accelerating post-pandemic.

Exhibit 2: Margins will remain depressed, making the sector unattractive for tech capital outlays, strengthening the case for Services-as-Software

Bar chart of US health insurance profit margins by year (mid-year), 2010 to 2025. Values: 2010 at 3.30%, 2011 at 3.40%, 2012 at 2.70%, 2013 at 2.20%, 2014 at 1.10%, 2015 at 0.60%, 2016 at 1.10%, 2017 at 2.40%, 2018 at 3.20%, 2019 at 3.00%, 2020 at 3.80%, 2021 at 2.00%, 2022 at 2.40%, 2023 at 2.20%, 2024 at 0.80%, and 2025 at 1.80% (mid-year). Annotations highlight the COVID-19 spike in 2020 and a "trending lower" trajectory across the series. Source: NAIC (1000+ health plans reporting), HFS Research, 2026.

Source: NAIC (1000+ health plans reporting), HFS Research, 2026

To address margin deterioration, health plans are taking two key approaches: one to address administrative costs and the other to address out-of-control medical costs.

  • Outsourcing to reduce admin cost: Significantly increasing the volume of outsourcing (call center, payment integrity, prior authorization) and expanding the work type, including actuary and clinical, supported by aggressively negotiating prices downward while not compromising on quality.
  • Population tweaks to manage medical costs: Membership pruning, particularly in Medicare Advantage plans; risk optimization to receive from the Affordable Care Act pool; and, equally important, adjusting the pricing-benefits ratio to address rising medical costs.
AI applied to legacy workflows caps the upside

As health plans seek to address their financial challenges, a place to look is at the value chain that drives the outcomes. The health plan value chain was crafted in the last century to address challenges that have shifted significantly in the 21st century. An HFS study indicated that approximately 70% of the value chain is broken (see Exhibit 3), across claims orchestration, provider handoffs, and member experience, among others. Some in the panel alluded to the fact that applying AI to that value chain is a missed opportunity and a perpetuation of the same set of outcomes, albeit arriving there faster and potentially at a lower cost.

Exhibit 3: The health plan value chain is broken; fix it before you apply AI

Bar chart showing the percentage of respondents reporting that each of 15 health plan subfunctions needs significant improvement, grouped into four categories: member management, provider management, care management, and claims management. Values by subfunction: eligibility and enrollment 65%, health, wellness, and care 59%, benefit management 57%, provider credentialing 62%, contracting 58%, provider finder 57%, population health and wellness 64%, case management 62%, care coordination 55%, payment integrity 71%, complaints and appeals 65%, claims processing 61%, quality, compliance reporting and analytics 60%, risk adjustment 60%, and market analytics 57%. Average breakage across all 15 subfunctions is 61%, the worst hotspot is payment integrity at 71%, and the best of the worst is care coordination at 55%. The chart marks an "above AI-impeding line" threshold. Survey question: "Which business processes in your organization need significant improvement?" Source: HFS Research, 2026.

Sample: 107 health plan CXOs
Source: HFS Research, 2026

When AI is bolted onto legacy processes in the current value chain, governance, accountability, and the ability to scale outcomes will suffer. AI as a tool can enable the fail-fast trap by reaching the wrong answer more quickly when the underlying process is broken. Instead of eliminating steps in a process that made sense in the past, those unnecessary steps will continue to proliferate faster and at a cost that must be avoided when the value chain is not reimagined.

With Services-as-Software, humans are the exception, not the production model

Everybody would agree that health plans are incredibly risk averse, and if we’re going to survive, we’ll have to adjust our calibration on risk.

— Midmarket health plan CIO

AI must be a catalyst for reimagining the health plan value chain as health plans adjust to their new realities and create value for their stakeholders. Outsourcing harder, pruning membership, and bolting AI onto legacy workflows all leave the value chain intact; only Services-as-Software rewires it. A comprehensive business architecture (see Exhibit 4) clarifies how health plans must rewire the value chain.

Exhibit 4: A practical business services architecture must underpin the adoption of SaS to realize the full potential of AI enablement

Five-layer business services architecture diagram for Services-as-Software adoption in health plans. Layer 1, Demand, captures member, provider, employer, and regulator demand (enrollment, benefits, claims, billing, prior authorization, appeals, care navigation, provider service, and compliance triggers); enterprise demand signals and priorities (medical cost trend, affordability, Stars/HEDIS/CAHPS, RAF capture, retention, network performance, growth by line of business); and IP, partner, and policy inputs (UM criteria, benefit rules, payment integrity playbooks, care protocols, provider rules, compliance standards, vendor operating models). Layer 2, Outcomes orchestration, is the control plane converting demand into executed outcomes through demand intake, work decomposition, service chaining, and decisioning and routing, with ecosystem management, partner coordination, policy execution, exception management, adaptive learning, and outcome tracking. Layer 3, Execution fabric, orchestrates work execution through AI agents, agentic AI, external partners, platforms and applications, workflow and API services, data and insight services, and human-in-the-loop. Layer 4, Outcomes delivery, produces service and experience outcomes (better member and provider experience, faster turnaround, higher first-contact resolution, more digital completion); medical and admin performance (lower cost to serve, less leakage, higher auto-adjudication and straight-through processing, lower utilization friction); and clinical, regulatory, and market results (improved Stars/HEDIS/CAHPS, RAF accuracy, care gap closure, auditability, retention, employer or market growth). Layer 5, Operating model, governance, and economics foundation, spans enterprise sponsorship, domain accountability, partner commercial models, service management, funding and chargeback, governance standards, continuous improvement, telemetry-driven contracting, and compliance and regulations. The top band lists health plan objectives and target outcomes: cost model transformation, capacity release, AI-first operations, growth enablement, risk guardrails, and member and provider experience. Source: HFS Research, 2026.

Source: HFS Research, 2026

At a practical level, many in the panel indicated that governance must shift away from the traditional path, where the questions include “Did the vendor meet the service-level agreement (SLA)?” “Did the team process the queue?” and “Did the cost per full-time equivalent (FTE) go down?” Governance must shift toward Services-as-Software (SaS) with questions such as “Did the model reduce avoidable work, improve speed and quality, preserve trust, and create measurable financial and member and provider value?” Similarly, exceptions should not be “fallouts” but must be designed up front, where they are not edge cases but the core of autonomy. SaS moves controls into workflows rather than relying on quarterly compliance reviews.

Experiment with claims as the proving ground

Claims are foundational to the health plan business. Over the years, health plans have invested in technology, process reengineering, and partnerships to enhance claims management, reduce costs, reduce provider abrasion, and improve the member experience. Yet, they have fallen short for a variety of reasons. SaS can enable touchless claims management only if it is treated as an end-to-end outcome orchestration model, not as another claims automation layer. That agentic-enabled orchestration can occur to enable a true touchless claim by moving from intake to payment, denial, pending, appeal prevention, or recovery with no human touch unless a governed exception threshold is breached.

The current state of claims operations treats exceptions as part of claims work. SaS manages exceptions as signals to redesign the software-led claims outcome engine. The key is that humans are not the production model. They are used only when the orchestration layer cannot safely complete the claim.

AI is not just a tech thing; it’s about business process orientation.

— Health plan data analytics leader

This fundamental shift in operational approach will allow for telemetry-driven meaningful measures that matter, such as these:

  • The safe no-touch rate measures claims resolved without human touch or later rework.
  • Exception recurrence rate will track whether the same exceptions are shrinking, reflecting durable efficiencies.
  • Payment accuracy will focus on ensuring there are no reckless auto-pay or auto-denials.
  • The appeal and overturn rate will track decisions to evaluate their defensibility.
  • Provider abrasion will shed light on the rates of pends, denials, calls, and disputes.
The Bottom Line: Bolt AI on a broken value chain, and the only thing that scales is the cost of being wrong faster.

The first move is to treat claims as the proving ground for an end-to-end outcome orchestration model, not as another automation layer on top of the existing process. Then, replace SLA and cost-per-FTE dashboards with telemetry: safe no-touch rate, exception recurrence, payment accuracy, appeal and overturn rate, and provider abrasion. Ultimately, the choice is to keep tuning legacy claims automation while MLR pressure compounds and AI investment underperforms or to make humans the exception, not the production model, and let the orchestration layer carry the volume.

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