A Near‑future Worth Building For Community Specialty Palliative Care

A pediatrics team in Queensland just did something our field talks about but rarely executes. Gold Coast Health launched DevPaed Connect—a shared-care model that lets PCPs (we'll use the US lingo here, but "GP" if you're Down Under) submit a clinical question to a developmental pediatrician through secure messaging and receive structured specialist advice within 48 hours. No full referral. No 12-to-18-month waitlist. The advice auto-files to both charts. The PCP retains the relationship. The child gets help.

They built it on Microsoft Teams, a platform they were already using. The structured advice comes back as a PDF uploaded to both the GP's system and the hospital's electronic medical record. The trial is expected to reach 500 children by June.

I read the Healthcare IT News coverage and my first reaction was admiration. My second was irritation. Because if a developmental pediatrics service can compress specialist access using tools they already own, community specialty palliative care has no structural excuse for not doing the same—and we have far more evidence that it works.

What We Know (and Have Known)

The evidence base for telehealth-delivered specialty palliative care is no longer emerging. It's mature.

The REACH PC trial randomized 1,250 patients with advanced non-small cell lung cancer across 22 U.S. cancer centers to monthly palliative care visits delivered by video or in person. Quality of life at 24 weeks was equivalent. Symptom burden, depression, anxiety, satisfaction, and coping were all comparable between groups. The content of the visits—rapport, symptom management, coping support—was the same regardless of modality. Eduardo Bruera called the results "practice changing" in his accompanying editorial.

Separately, Temel's stepped-care trial showed that a less resource-intensive model—initial palliative care visit with subsequent visits triggered by treatment changes or hospitalizations rather than fixed monthly schedules—was noninferior to monthly early palliative care for quality of life. Mean visits by 24 weeks dropped from 4.7 to 2.4 without sacrificing outcomes. That's a 49% reduction in visit volume with equivalent QoL.

And from the same Gold Coast Health system that built DevPaed Connect: Haydon et al. showed that telehealth-facilitated community palliative care enabled more patients to die at home with no difference in pain management compared to in-person models. A 2025 systematic review of telehealth integration into community-based palliative care found consistent improvements in functional status, reduced hospitalization, and reduced psychological distress for patients—and lower caregiver burden.

The question is no longer does it work. The question is why aren't we building the architecture to deliver it.

The Architecture: What Community Specialty Palliative Care Could Look Like Tomorrow

Everything below exists in at least pilot form somewhere. The work is assembly, not invention.

Fast, structured specialist input for primary care

A PCP sends a tightly framed clinical question—refractory pain, opioid rotation, dyspnea management, deprescribing—through secure messaging. A palliative care specialist returns a structured response within 24-48 hours that lands in both charts. This isn't a consult note from six weeks out. It's real-time clinical decision support from a specialist partner.

DevPaed Connect proves the model at a system level. The PCCT at Sunnybrook has run a version of this for years—24/7 specialist phone advice supporting community nurse practitioners managing palliative patients at home. In fact, a Quill/Abernethy NEJM perspective back in 2013 already argued that palliative care must function as a consultation resource for primary clinicians, not a parallel care system.

What changes for the team: Nurses receive actionable symptom management plans, not "FYI" messages. Social workers get earlier signal on family strain and logistical collapse. Pharmacists get a documented rotation plan and safety rationale rather than a scavenger hunt. Chaplains gain timely entry points when existential distress peaks, not after the crisis has already been muddled through by someone else.

One care plan, visible to every clinician and the family

A single, living care plan accessible to the PCP, the palliative care team, oncology, home health, and the family. Same goals. Same medication list. Same next steps. When something changes, the record reflects it once and everyone sees it.

This is technically achievable now with FHIR CarePlan resources. It's politically difficult because our health systems still treat interoperability as a future project rather than a present obligation. DevPaed Connect handles it crudely but effectively: a PDF uploaded to both systems. Not elegant, but it works. CMS's new ACCESS model (launching July 2026) requires participants to electronically share care plans and updates at key clinical milestones and integrate with a Health Information Exchange. The infrastructure is being mandated whether we build it voluntarily or not.

What changes for the team: Hand-offs become "what changed and why" rather than "start from the beginning." Everyone documents once. Caregivers stop retelling their story at every doorway.

Virtual-first visit cadence that holds outcomes

Monthly tele-palliative care as the default cadence, with in-person visits reserved for initial rapport-building, acute clinical changes, and moments requiring physical examination or presence. REACH PC proved equivalence. The stepped-care model proved you can reduce visit frequency without losing quality of life.

This is permission—based on the best evidence we have—to reallocate energy. Fewer miles driven by patients who are already exhausted. Fewer clinic cancellations from transportation barriers. More predictable touchpoints for clinicians without travel overhead. And critically, social workers and chaplains can join virtually when family dynamics peak rather than waiting for the next scheduled in-person visit.

Audio-only must remain a first-class modality. It's essential for elders without reliable broadband, low-income families, and anyone whose functional status makes video visits an unnecessary burden. Teams that default to phone and co-design workflows with caregivers expand real access. Teams that treat audio-only as a fallback replicate the inequities we claim to be solving.

Targeted symptom monitoring that respects time

Brief weekly symptom reviews—five minutes, not an interrogation—that surface trouble early. When a threshold trips, a nurse calls back. When it doesn't, the system stays quiet. The evidence for focused remote symptom monitoring shows improved physical symptom control, particularly in high-burden cohorts where brief touchpoints between monthly visits have improved well-being in pilot work.

The operative word is focused. This is not surveillance theater. Clear escalation rules for nurses. Faster feedback loops for pharmacists tracking titration effects. Quicker alignment for social workers coordinating respite, transport, and benefits.

Short crises stabilized at home

When dyspnea flares or pain spikes, specialist-led hospital-at-home pathways deliver daily review and hands-on nursing support without an ED detour. The primary tools can be phone plus in-person nursing, not elaborate monitoring platforms.

What this means in practice: Physicians and APPs work from a targeted home rounding list rather than hoping to catch a crisis in the ED. Nurses deliver concentrated 24-72 hour stabilization bursts. Pharmacists make rapid-fire adjustments with eyes on the home context. And the patient stays in a place where they can actually recover.

A Day in the Architecture

Here's what this looks like when it's running.

Morning: A PCP messages the palliative care team about escalating pain in a patient with advanced pancreatic cancer. By the next day, a structured opioid rotation plan with risk mitigations auto-files to both charts co-created by the physician and pharmacist. The PCP implements it. No one waits six weeks for a clinic slot.

Mid-week: A five-minute symptom check flags rising nausea scores. A nurse calls back within hours, adjusts the antiemetic regimen by protocol, books a short tele-visit for Thursday, and the care plan updates for all eyes. The social worker sees the update and calls to assess how the patient and their loved ones are coping with these setbacks.

Weekend: Dyspnea flares. The home team rounds by phone and in person, titrates a low-dose opioid, coaches breathing techniques, stabilizes over 48 hours, and averts an admission. The Monday morning chart reflects everything. Nobody starts from scratch.

None of this is speculative. Each component exists in at least one functioning program. The gap is that no single system has assembled them all into a coherent architecture for community specialty palliative care.

The Real Barriers (Honest Accounting)

I don't want to make this sound easier than it is. The barriers are real.

Payment structures don't reward asynchronous specialist advice. The e-consult model that DevPaed Connect uses is built into Australia's public health system. In the U.S., we're still arguing about whether CMS will continue to pay for telehealth visits after pandemic-era flexibilities expire. The ACCESS model's co-management payment for PCPs who review specialist updates is a step in the right direction, but it's limited to four chronic conditions and doesn't include palliative care.

Workforce is tight. Palliative care specialists are scarce, and shared-care models only work if someone is on the other end answering the message. The stepped-care data offers a partial answer: if we can maintain outcomes with fewer visits per patient, we can serve more patients per specialist.

Interoperability is a mess. FHIR is a standard, not a reality, in most health systems. The PDF-upload workaround from Gold Coast is honest about this—it's not ideal but it moves information across two incompatible systems.

Cultural resistance is the quietest barrier. Many palliative care clinicians built their professional identity around the in-person encounter, the physical presence, the laying-on-of-hands ethos. The REACH PC data doesn't invalidate that instinct. It clarifies where presence is essential and where the relationship can be sustained through a screen. Knowing the difference is clinical maturity, not clinical compromise.

What This Asks of Us

This is engineering, not imagination. Every component I've described exists somewhere—asynchronous specialist advice in Queensland, telehealth-equivalent outcomes across 22 U.S. cancer centers, stepped-care cadences that conserve workforce, remote monitoring that catches trouble early, home stabilization that prevents admissions.

The work is disciplined assembly. Connecting the components. Building the payment case. Training teams to operate in a model where the specialist touch is distributed, the plan is shared, and the default visit is virtual unless the clinical question demands otherwise.

If a developmental pediatrics team can compress specialist access from 18 months to 48 hours using a messaging platform they already had, community specialty palliative care can build an architecture at least as responsive.

Every discipline has a role in this: physicians and APPs designing the clinical pathways, nurses running the proactive monitoring and stabilization protocols, social workers integrating earlier in the trajectory, pharmacists closing the feedback loop on medication management, chaplains entering at the moments of greatest existential distress rather than being bolted on as an afterthought.

We have the evidence. We have most of the tools. What we need is the conviction to assemble them—and the honesty to admit that the current model, where most patients with serious illness outside of hospitals have no access to specialty palliative care at all, is a design failure we can fix.

The architecture is ours to build. And the blueprint is already drawn.