Akara's Technology

Akaras AI platform captures surgical event data in real time, coordinating staff and robots while enabling AI agents to automate scheduling and reporting.

Data and AI Platform

Detect and log key surgery events using Akara's AI sensor

The Akara AI Sensor automates surgery and procedure event tracking and can detect what activities are taking place in your facility. Simply place it in the room and it becomes the hospital’s data layer, passively monitoring key events in real time. It removes the burden of manual note-taking from staff.

And because our advanced vision system uses thermal data only—never collecting identifiable patient information—while also autonomously coordinating people and service robots, it was named to the TIME Best Inventions list. Read more about it here.

Air-traffic control for your facility

Staff will never arrive late again with Akara acting as air-traffic control for your OR.

Akara’s AI platform continuously monitors OR activity and updates a live dashboard so teams always know what’s happening. It also sends automated alerts - by SMS, email, or app - when a room is ready for cleaning, when a case is wrapping up, or when delays occur.

Dashboards and analytics

Gain a complete overview of your OR department with real-time, interactive dashboards. Track key surgical performance metrics and automatically generate reports that highlight operational performance across the entire department.

Use this data to better schedule surgeries and allocate precious block-time.

Interact with your data using Clara, your virtual AI assistant

Charge nurses, OR directors, and administrators can explore surgical data through Clara, our AI-powered chat agent. Clara acts as a virtual scheduling assistant - generating OR utilization graphs, identifying surgeries that ran over or under time, and suggesting ways to improve current operations.

Why choose Akara's AI platform?

01

Frees up staff

Or technology eliminates the need for manual observation and documentation. Our system delivers 5–6x more accurate surgical event data while avoiding human error.

01

Frees up staff

Or technology eliminates the need for manual observation and documentation. Our system delivers 5–6x more accurate surgical event data while avoiding human error.

01

Frees up staff

Or technology eliminates the need for manual observation and documentation. Our system delivers 5–6x more accurate surgical event data while avoiding human error.

02

Fully private data capture

Unlike systems that rely on regular video, our sensor captures only non-identifiable thermal imagery—ensuring full data protection compliance.

02

Fully private data capture

Unlike systems that rely on regular video, our sensor captures only non-identifiable thermal imagery—ensuring full data protection compliance.

02

Fully private data capture

Unlike systems that rely on regular video, our sensor captures only non-identifiable thermal imagery—ensuring full data protection compliance.

03

On-device AI

Data analysis runs directly on the device. No image data is transmitted or stored externally - only the relevant event information is sent, keeping patient data secure and local.

03

On-device AI

Data analysis runs directly on the device. No image data is transmitted or stored externally - only the relevant event information is sent, keeping patient data secure and local.

03

On-device AI

Data analysis runs directly on the device. No image data is transmitted or stored externally - only the relevant event information is sent, keeping patient data secure and local.

Save 1 hour a day in your OR

Book a Demo

Book a Demo

Save 1 hour a day in your OR

Book a Demo

Book a Demo

Save 1 hour a day in your OR

Book a Demo

Book a Demo

Integration with Service Robots

Automate physical tasks in your facility

Akara’s fully autonomous UV robot uses scientifically proven germ-killing UV-C light to eliminate harmful pathogens on surfaces and in the air.

Designed in collaboration with real Environmental Services (EVS) teams, it prioritizes usability and speed. to reduce downtime between procedures. The device is CE-marked and has been tested to the highest standards of safety and disinfection efficacy.

Why choose Akara's service robots for your hospital?

01

Clear, Visual Proof of Success

Akara’s robot can reposition itself autonomously, until every target surface receives the required energy dose. After each cycle, a 3D UV dose map is generated, providing clear, auditable evidence that disinfection objectives have been met or alert users when dose levels are below the required level.

01

Clear, Visual Proof of Success

Akara’s robot can reposition itself autonomously, until every target surface receives the required energy dose. After each cycle, a 3D UV dose map is generated, providing clear, auditable evidence that disinfection objectives have been met or alert users when dose levels are below the required level.

01

Clear, Visual Proof of Success

Akara’s robot can reposition itself autonomously, until every target surface receives the required energy dose. After each cycle, a 3D UV dose map is generated, providing clear, auditable evidence that disinfection objectives have been met or alert users when dose levels are below the required level.

02

A Novel Solution to the Shadowing Problem

Akara’s UV robot is the first to simulate how UV light moves through each room and automatically position itself to maximize coverage of high-touch surfaces. Unlike static systems, it actively reduces shadowing and identifies missed areas - such as behind equipment or around obstructions - so they can be flagged for targeted manual cleaning.

02

A Novel Solution to the Shadowing Problem

Akara’s UV robot is the first to simulate how UV light moves through each room and automatically position itself to maximize coverage of high-touch surfaces. Unlike static systems, it actively reduces shadowing and identifies missed areas - such as behind equipment or around obstructions - so they can be flagged for targeted manual cleaning.

02

A Novel Solution to the Shadowing Problem

Akara’s UV robot is the first to simulate how UV light moves through each room and automatically position itself to maximize coverage of high-touch surfaces. Unlike static systems, it actively reduces shadowing and identifies missed areas - such as behind equipment or around obstructions - so they can be flagged for targeted manual cleaning.

03

Autonomous Cleaning

Akara's robots are fully autonomous meaning no staff are needed during operation.

03

Autonomous Cleaning

Akara's robots are fully autonomous meaning no staff are needed during operation.

04

The Only UV Robot Safe for Occupied Clinical Spaces

Akara’s CE-marked UV robot safely disinfects rooms while staff remain inside. Its patented rotating UV system targets surfaces without exposing people, adapting in real time to human presence. Ideal for ICUs, multi-bed bays, and OR turnovers, it improves infection control without adding delays.

04

The Only UV Robot Safe for Occupied Clinical Spaces

Akara’s CE-marked UV robot safely disinfects rooms while staff remain inside. Its patented rotating UV system targets surfaces without exposing people, adapting in real time to human presence. Ideal for ICUs, multi-bed bays, and OR turnovers, it improves infection control without adding delays.

Book a demo today!

Eliminate operational inefficiencies

Relieve staff from repetitive, low-value tasks, help them reduce burnout and increase productivity.

Book a demo today!

Eliminate operational inefficiencies

Relieve staff from repetitive, low-value tasks, help them reduce burnout and increase productivity.

Book a demo today!

Eliminate operational inefficiencies

Relieve staff from repetitive, low-value tasks, help them reduce burnout and increase productivity.