Why Aceso

AI-powered care, made real — Aceso Sphere

Aceso — pronounced “Ah-keso,” named for the Greek goddess of healing — puts agentic AI into the room itself. The Aceso Sphere platform doesn’t just display information; it understands the moment, acts on it, and closes the loop for patients and care teams. Every Aceso product runs on it.

An AI-powered Conscious Room, built on a patented, proven, real-world-effective platform — pairing the benefits of the latest AI with the reliability, usability, and 15-plus years of proven results of the Aceso Sphere.

The AI-powered Conscious RoomAI

A room that understands; a platform that acts

The clearest proof of Aceso’s AI is the Conscious Room: the patient room becomes an active participant in care. It listens, understands what the patient needs, responds in the moment, and quietly hands the care team what they need to know — no new hardware, on the screen already in the room.

What it does

Understands the patient — natural voice and ambient interaction, for anyone, in any condition.
Acts in the moment — adjusts the room, answers questions, runs teach-back, and routes requests to the right person.
Informs the team — captures needs and comprehension gaps and surfaces them to the care team automatically.
Watches for risk — flags safety and protocol concerns before they become events.

Problems it solves

Disengaged, anxious patients who don’t understand their plan or feel heard.
Call-light overload, missed requests, and constant interruptions for the care team.
Comprehension and safety gaps that surface too late to prevent harm or readmission.

The platform beneath the products

One foundation: Aceso Sphere

Anyone can put a tablet on the wall. What separates Aceso from the also-rans is the intelligence and the foundation beneath it — capabilities that are easy to overlook on a demo day, quietly decisive at 3 a.m. on a live unit, and genuinely hard to engineer at hospital scale. Here are a few, and why each one matters more than it looks.

Reveal

Context, made visible — intuitively

Platform technology that surfaces what matters in the moment — for the patient, the care team, and the room — so nothing important stays hidden and no one has to go looking for it.

Align

Connectivity that aligns — without intruding

Back-end integration that quietly informs and coordinates everyone around the patient, keeping the whole team on the same plan without adding another screen to check or alert to chase.

Resolve

Needs handled — before they interfere

Functionality — and agentic AI — that resolves patient and care-team needs proactively, closing the loop before small gaps become friction, delay, or risk.

For Patients

Comfort, dignity, and being understood — from the person in the bed.

Intuitive communication and seamless control

Aceso meets every patient where they are — presenting information at the right reading level and in their language, and letting them control the room and reach their team without a manual. The result is greater adoption, fewer care-team disruptions, and a patient who always knows their status and what comes next.

Day-in-the-life graphic (Aceso to provide)

A family arrives in a busy ICU. The care team is heads-down, the patient is asleep, and the old whiteboard is half-erased and out of date — but the room itself shows them, clearly and calmly, exactly where things stand.

Usually underappreciated: The minutes between arriving and understanding what’s happening set the tone for the whole stay. Sharing real-time status in a patient- and family-friendly way removes friction before it starts — and spares the care team the interruption of being asked.
Surprisingly difficult: Aceso pulls straight from the health record — no ancillary workstation, no manual data entry, no extra documentation. Making that feel effortless to a frightened family while never adding a step to the nurse’s workflow is the hard part.

Auto-dimming for patient comfort

The room’s displays sense time of day, ambient light, and patient state, and quietly adjust brightness — bright and legible for rounds, soft and non-intrusive for rest, dark enough not to interrupt sleep.

Day-in-the-life graphic (Aceso to provide)

It’s 2 a.m. A recovering patient finally drifts off — and stays asleep, because the screen faded itself down instead of glaring at the ceiling all night. Rest is not a nicety; it is where healing happens.

Usually underappreciated: Nobody writes a purchase order for “the screen dims itself.” But a bright display is one of the most common, least-reported reasons patients sleep badly in the hospital — and poor sleep drives delirium, longer stays, and worse recovery.
Surprisingly difficult: Doing it well means fusing light sensors, clinical context, and time-of-day without ever hiding something a nurse needs to see. Too aggressive and you dim during a code; too timid and you’ve just shipped a nightlight. The intelligence is the hard part.

Ambient & voice interaction, built for every patient

Patients control the room and reach their care team by voice, touch, or simple ambient cues — designed for people who are tired, in pain, hard of hearing, low-vision, or not fluent in English.

Day-in-the-life graphic (Aceso to provide)

A patient who can’t reach the call button, or can’t read the menu, still gets water, still dims the lights, still says “I’m in pain” — and is heard the first time.

Usually underappreciated: Accessibility gets treated as a checkbox at the end. But the sickest patients are exactly the ones who can least operate a fiddly interface — so the feature that looks “extra” is the one that decides whether they’re engaged at all.
Surprisingly difficult: Reliable voice and ambient interaction in a noisy, multi-lingual, PHI-sensitive room — without false triggers and without a cloud mic listening to everything — is a genuinely hard systems problem. Most vendors punt.

For Care Teams

Fewer interruptions, more trust in the room — from the people delivering care.

Context-aware, silent notifications

Sphere routes the right signal to the right person on the right device, and stays silent in the room — no beeping wall unit, no alarm the patient learns to ignore. Urgency is inferred from context, not broadcast.

Day-in-the-life graphic (Aceso to provide)

A nurse gets the one alert that matters, on the phone in her pocket, while the patient sleeps through the night undisturbed. The room stays calm; the care team stays informed.

Usually underappreciated: Alarm fatigue is a top-of-list patient-safety hazard, but it’s invisible on a slide — you only feel it after the 200th false alarm of a shift, when the real one gets tuned out too.
Surprisingly difficult: Deciding what’s urgent, for whom, right now — and suppressing the rest without dropping the one that counts — takes real clinical logic and rock-solid delivery. It’s far easier to just make everything beep.

Offline & failover resilience

When the network hiccups or a service goes down, the room keeps working. Core functions run locally and reconcile automatically when connectivity returns — no black screen, no dead call button.

Day-in-the-life graphic (Aceso to provide)

The Wi-Fi drops on a busy floor. The patient still calls for help, the board still shows the plan, and nobody on the unit even notices there was an outage.

Usually underappreciated: Everything demos perfectly on a strong network. Resilience is the capability you never see — until the day you desperately need it and a lesser system has gone dark.
Surprisingly difficult: Graceful degradation and clean re-sync across a fleet of in-room devices is one of the hardest things in distributed systems. Getting it right is invisible; getting it wrong is a safety event.

For Hospitals

Scale, security, and control — from the people accountable for the whole fleet.

One integrated pane over a fragmented stack

Sphere unifies the EHR, nurse call, RTLS, environmental controls, and more into a single curb-to-bedside view — so the room reflects one coherent picture instead of a pile of disconnected systems.

Day-in-the-life graphic (Aceso to provide)

A charge nurse sees the whole unit — plan, status, needs, and who’s where — on one board, instead of stitching it together from five logins and a whiteboard marker.

Usually underappreciated: Buyers assume “integration” is plumbing that comes for free. In reality it’s where most in-room projects quietly die, because every hospital’s stack is different and the last mile is brutal.
Surprisingly difficult: Deep, reliable integration across dozens of vendors and versions — kept working through every upgrade — is a sustained engineering commitment, not a one-time connector. It’s Aceso’s core competence, built over 15+ healthcare-only years.

Fleet management & remote device operations at scale

Every device across every unit and campus is monitored, updated, and managed centrally — health, configuration, and content pushed and verified remotely, without a truck roll to each room.

Day-in-the-life graphic (Aceso to provide)

IT rolls a security patch to 4,000 rooms across six hospitals overnight, confirms every one landed, and no clinician ever knew it happened.

Usually underappreciated: The purchase decision is about the room; the ten-year cost is about the fleet. Whoever ignores day-two operations ships a pilot that never survives to a system-wide rollout.
Surprisingly difficult: Fleet-scale observability, staged rollout, and remote recovery for medical-adjacent devices — securely, auditably — is enterprise-grade infrastructure most room vendors simply don’t have.

Privacy & security by design

No PHI rests on the glass. The platform is architected so sensitive data is minimized, protected in transit and at rest, and access is scoped and audited — secure by default, not by configuration.

Day-in-the-life graphic (Aceso to provide)

A visitor walks past an occupied room and sees a welcoming display — not the patient’s diagnosis. The clinician, badged in, sees exactly what they’re cleared to see.

Usually underappreciated: Security only makes the news when it fails. A clean CISO review and a breach that never happens are the quiet proof points that don’t fit on a feature grid.
Surprisingly difficult: Building privacy into the architecture — instead of bolting it on — constrains every design decision from day one. It’s slower and harder up front, and it’s the difference between passing security review and stalling in it.

Proven in the field

Not a demo-day story — results on live units

Aceso has run in real hospitals for over fifteen years. The eCareBoard — one product on the Sphere platform — has the field evidence to show for it.

95%

of nurses discuss information on the eCareBoard every day.

Grandview Medical Center staff survey, 2018

91%

of staff say patients are more engaged with the board in the room.

Grandview Medical Center staff survey, 2018

+24

more roles — from directors to dietary aides — gain access to key information they otherwise wouldn’t.

Grandview Medical Center staff survey, 2018

37 min

of clinician time per day spent hunting for patient data — auto-populated to zero when the chart drives the board.

Aceso eCareBoard staffing ROI analysis

24×

daily EHR logins just to locate data, eliminated by real-time auto-population.

Aceso eCareBoard staffing ROI analysis

$1,095

4-year cost per bed for an eCareBoard on the room TV — less than a dry-erase board plus a separate screen ($2,245).

Aceso eCareBoard hardware ROI estimate

If a patient has had an acute change I can look up and see the emergency contact information rather than having to search the chart.

Matt Noffsinger, RNMedical/Surgical Assistant DirectorGrandview Medical Center

Administrators and key ancillary staff don’t have easy access to the patient records, so information on the eCareBoard gives a concise snapshot of what’s going on. They can do their rounds more efficiently.

Lisa GutierrezService Area ManagerNW Hospitals

Being in the hospital is a stressful time, and patients and families don’t have much tolerance for learning complicated new systems. They don’t have to be taught how to use this — it automatically shares important information.

Patricia Ewert, BSN, RNClinical Informatics SpecialistKaiser Permanente