Context-aware procedural cognitive aid

The right reminder.
At the right moment.

ProcedurePause recognizes critical moments during procedures and delivers the cognitive checks clinicians choose, exactly when they're relevant.

AI determines when. Clinicians determine what.

Operating room with a small wireless ProcedurePause sensor mounted near the overhead surgical light and a tablet interface nearby
Ambient sensorTablet promptNo equipment control

The problem

Expertise doesn't eliminate human error.

Experienced clinicians know the important checks. But procedures are complex environments. Attention is divided, interruptions happen, routine creates familiarity, and important cognitive checks can be missed.

Traditional checklists happen before or after procedures. ProcedurePause brings the checklist inside the procedure, at the moment it matters.

Before procedure

Traditional Time-Out

During procedure

ProcedurePause

Context-aware cognitive checkpoints

After procedure

Traditional Debrief

How it works

Procedure-aware. Not procedure-directing.

ObserveRecognizePauseContinue
01

Observe

A small ambient sensor sees and hears the procedural environment. Visual cues can include the procedural field, instruments, instruments being passed, procedural monitors, speech, and workflow patterns.

02

Recognize

ProcedurePause recognizes when a predefined procedural checkpoint is approaching. It does not need to determine what the clinician should do.

03

Pause

A brief predefined cognitive prompt appears or is spoken. Usually only 1 to 3 times during an entire procedure.

04

Continue

The clinician acknowledges, defers, or dismisses the prompt and continues. ProcedurePause never controls the procedure or equipment.

Illustrative example — laparoscopic cholecystectomy

A five-second pause can happen at exactly the right time.

Simulated procedural workflow

  1. Exposure
  2. Dissection
  3. Critical View
  4. Clipping / DivisionProcedurePause
  5. Removal

As the procedure approaches clipping and division, ProcedurePause recognizes that a predefined checkpoint is near and surfaces the prompt the clinician selected. The system does not determine whether the Critical View has been achieved — the clinician makes that determination.

Awaiting the predefined checkpoint…

Illustrative example. Procedure-specific cognitive prompts should reflect applicable clinical guidance and institutional or clinician-selected protocols.

Customization

Your procedures. Your pauses. Your reminders.

ProcedurePause is configured around the clinician. Choose how many pauses a procedure has, where they occur, how much detail each prompt carries, and which checks appear.

Laparoscopic CholecystectomyConfiguration
Number of pauses1
PauseBefore clipping / division

Prompt detail

Checklist

Interface concept shown. Configuration options are illustrative.

ProcedurePause Standard

Expert-developed, evidence-informed cognitive prompts.

Institution Protocol

Checkpoints selected or adapted by the health system or training program.

My Pauses

Personal reminders selected by an individual clinician.

Training and residency

Teach at the moment it matters.

ProcedurePause is designed to work as a just-in-time procedural teaching tool for residents and fellows. The same checkpoint can carry a different level of cognitive support depending on who is at the field.

Procedure Pause
00:05

Before division — Junior Resident

  • What structures are entering the gallbladder?
  • What criteria establish the Critical View?
  • Is anything inconsistent with the expected anatomy?

Clinician-selected prompt. Acknowledge, defer, or dismiss.

The checkpoint stays the same.

The level of cognitive support changes with the learner.

Potential users

  • Surgical residencies
  • Anesthesia residencies
  • Critical care fellowships
  • Emergency medicine programs
  • Procedural training programs
Explore Training Partnerships

Beyond the operating room

One platform. Every procedural environment.

The underlying architecture is procedure-based rather than surgery-specific. A checkpoint is defined by procedural context, not by a single specialty.

Operating Room

Open, laparoscopic, and robotic procedures

ICU

Central lines and other bedside procedures

Emergency Department

High-acuity procedural workflows

Interventional Suites

Procedure-specific cognitive checkpoints

Designed to expand across procedural medicine.

Illustrative example — bedside procedure

The same idea applies at the bedside.

ProcedurePause can recognize procedural context and surface predefined institutional or clinician-selected cognitive prompts without making the clinical decision itself.

Central line — simulated workflow

  1. Preparation
  2. Access
  3. WireProcedurePause
  4. Dilation
  5. Catheter
  6. Completion
Awaiting the predefined checkpoint…

Intentionally generic illustrative example. Content is defined by the institution or clinician.

For hospitals and health systems

Make important procedural behaviors easier to perform consistently.

Standardization

Deliver approved cognitive prompts at relevant procedural moments.

Documentation

Timestamp prompts and acknowledgements when appropriate.

Education

Bring procedural teaching into the procedure itself.

Customization

Support institutional protocols while allowing appropriate clinician preferences.

A different approach

We don't teach experts how to do their job.

We help put the right thought in front of them at the right moment.

Traditional surgical AI

  • Analyzes anatomy
  • Scores performance
  • Provides retrospective analytics
  • May recommend actions
  • Focuses on the surgical image

ProcedurePause

  • Recognizes workflow
  • Anticipates predefined checkpoints
  • Delivers cognitive reminders
  • Keeps clinical judgment with the clinician
  • Can understand context beyond the surgical field

ProcedurePause Sensor Concept

Designed for the room you already have.

A small camera and microphone module, an overhead-light mount, a replaceable daily battery, and a nearby tablet interface. No integration with surgical equipment is required.

Product concept render of the small wireless ProcedurePause sensor module with a clamp mount
  • Wireless
  • Battery powered
  • Ambient video + audio
  • Simple mounting
  • No equipment control
  1. 1. Small wireless camera and microphone mounted near the procedural field.
  2. 2. Wide view of the procedural environment, not an anatomy-only camera.
  3. 3. Nearby tablet provides the interface and voice prompts.

Product concept shown. Final hardware configuration may vary.

Procedural cognitive library

Built around how experienced clinicians actually think.

ProcedurePause protocols are being developed to capture the small number of cognitive checks experienced clinicians consciously make before consequential procedural actions.

General Surgery
Colorectal
Bariatric
Thoracic
Vascular
Urology
Gynecology
Orthopedics
Critical Care
Emergency Medicine

The goal isn't to create another textbook. It's to capture the 1 to 3 thoughts worth remembering at the moments they matter most.

Clinical collaboration

Built with clinicians, not for them.

We are developing ProcedurePause with surgeons, proceduralists, educators, and healthcare leaders.

We are interested in collaborating with

  • Academic medical centers
  • Residency and fellowship programs
  • Medical directors
  • Patient safety leaders
  • Procedure experts
  • Clinical researchers
Become a Clinical Partner

What should you never forget during a procedure?

We're building ProcedurePause around the cognitive checks experienced clinicians actually use.