About Kaliber Labs

Kaliber Labs develops AI-powered software solutions for endoscopic surgery, providing real-time intraoperative assistance and personalized postoperative reports. The platform addresses surgical variability and fragmentation in healthcare by enhancing communication and information sharing among patients, surgeons, and physical therapists throughout the surgical journey.

```xml <problem> Endoscopic surgery suffers from variability in technique and inconsistent information sharing between surgeons, patients, and physical therapists, leading to suboptimal and uncoordinated care. Surgeons face high cognitive loads during procedures, while patients often experience anxiety due to limited pre-operative communication. Post-operative care lacks objective outcome assessment due to poor tracking of pre- and intra-operative data. </problem> <solution> Kaliber Labs is developing an AI-powered software suite designed to enhance endoscopic surgical care by addressing variability and fragmentation. The platform provides tools for pre-operative communication, real-time intraoperative surgical assistance, and personalized post-operative reports. By using AI to analyze surgical imaging and videos, Kaliber aims to improve surgical precision, streamline workflows, and facilitate better communication between surgical teams, physical therapists, and patients. The system intends to unify the surgical journey, enabling more consistent surgical performance and personalized, evidence-based care. </solution> <features> - Pre-operative communication tools to streamline patient education and address concerns before surgery. - Real-time intraoperative AI assistance to enhance surgical performance and provide surgeons with feedback and analytics. - AI-labeled surgical imaging and videos for personalized post-operative reports. - Tools for physical therapists to access intraoperative imaging and videos for improved rehabilitation protocol development. - Patient monitoring and outcome tracking to facilitate objective assessment of post-operative care. </features> <target_audience> The primary target audience includes surgeons performing arthroscopic surgery, physical therapists involved in post-operative rehabilitation, and hospital administrators seeking to improve surgical outcomes and efficiency. </target_audience> ```

What does Kaliber Labs do?

Where is Kaliber Labs located?

Kaliber Labs is based in San Francisco, United States.

When was Kaliber Labs founded?

Kaliber Labs was founded in 2015.

How much funding has Kaliber Labs raised?

Kaliber Labs has raised 21670000.

Location

San Francisco, United States

Founded

2015

Funding

21670000

Employees

54 employees

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Kaliber Labs

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Executive Summary

kaliber.ai 1K+

Founded 2015 – San Francisco, United States

Funding

Estimated Funding

$20M+

Team (50+)

No team information available.

Company Description

Problem

Endoscopic surgery suffers from variability in technique and inconsistent information sharing between surgeons, patients, and physical therapists, leading to suboptimal and uncoordinated care. Surgeons face high cognitive loads during procedures, while patients often experience anxiety due to limited pre-operative communication. Post-operative care lacks objective outcome assessment due to poor tracking of pre- and intra-operative data.

Solution

Kaliber Labs is developing an AI-powered software suite designed to enhance endoscopic surgical care by addressing variability and fragmentation. The platform provides tools for pre-operative communication, real-time intraoperative surgical assistance, and personalized post-operative reports. By using AI to analyze surgical imaging and videos, Kaliber aims to improve surgical precision, streamline workflows, and facilitate better communication between surgical teams, physical therapists, and patients. The system intends to unify the surgical journey, enabling more consistent surgical performance and personalized, evidence-based care.

Features

Pre-operative communication tools to streamline patient education and address concerns before surgery.

Real-time intraoperative AI assistance to enhance surgical performance and provide surgeons with feedback and analytics.

AI-labeled surgical imaging and videos for personalized post-operative reports.

Tools for physical therapists to access intraoperative imaging and videos for improved rehabilitation protocol development.

Patient monitoring and outcome tracking to facilitate objective assessment of post-operative care.

Target Audience

The primary target audience includes surgeons performing arthroscopic surgery, physical therapists involved in post-operative rehabilitation, and hospital administrators seeking to improve surgical outcomes and efficiency.