Ramp Up Your Performance With Location-Based Analytics Solutions for Business

With Mapsted’s location analytics technology businesses can gain a deeper understanding of their geospatial impacts.And our system is all hardware free.

Location Analytics Tools Are Incredibly Accurate

Mapsted’s indoor location analytics technology provides sub 1-5 metre accuracy, 200 times more accurate than traditional GPS and cellular-based services.

This technology provides comprehensive insights into customer behaviour, including popular areas, traffic patterns and visit duration to help identify areas for improvement and to develop targeted marketing campaigns.

Uses real-time data analytics to enable quick response to visitor behaviour changes, make data-driven decisions and improve the visitor experience.

Helping businesses enhance customer experience through innovative, location-based positioning, marketing, and analytics.

With 100+ patents, Mapsted is a pioneer in indoor location technology, known for its unmatched accuracy, reliability and versatility. Since its establishment in 2014, Mapsted has become a global leader in location-based technology solutions. What sets us apart is our patented award-winning technology that doesn't require expensive external hardware for positioning, making it highly accurate, scalable and cost-effective. 

Mapsted's indoor positioning system is the most precise on the market for indoor marketing and location-based targeting. Achieving one-meter accuracy without Bluetooth beacons or additional external hardware, Mapsted eliminates concerns about maintenance and installation costs. 

Mapsted offers advanced front and back-end solutions to meet the evolving needs of the global business community. The company operates in three distinct technology segments: 

Location Positioning Technology: Mapsted provides products that enable seamless outdoor-indoor navigation without the reliance on beacons, Wi-Fi, or additional external hardware. 

Location Marketing Technology: Mapsted empowers clients to find their target audience and enhance customer engagement through advanced market segmentation and targeted notification tools. 

Location Analytics Technology: Mapsted equips businesses with comprehensive insights into customer behavior through its location-based analytics suite, enabling them to elevate their companies to the next level.

The OR Black Box is an innovative AI-driven platform designed to revolutionize surgical environments by addressing critical needs in patient safety, quality improvement, skills mastery, and operational efficiency. This comprehensive solution integrates ambient technologies, data analytics, video capabilities, and artificial intelligence to provide actionable insights across the surgery department.
Key features of the OR Black Box include:
-Room State: Offers real-time analytics and predictive insights to optimize scheduling and reduce unplanned overtime.

-Surgical Safety Checklist: An auditing and benchmarking tool ensuring compliance with safety procedures at critical points during surgery.

-Case Discovery: Leverages AI to automatically detect clinical and operational outliers, enabling root cause analysis and quality improvement through video review.
-OR Explorer: Provides a growing library of surgical videos for education, research, and performance enhancement.


The platform promotes transparency, continuous improvement, and care standardization by allowing organizations to compare surgical performance and identify best practices. It streamlines surgical suite workflows, maximizes efficiency, and enhances staff satisfaction.
Developed by Surgical Safety Technologies Inc. (SST), the OR Black Box is built on research excellence through partnerships with leading hospitals. It integrates with existing systems while future-proofing organizations through an open platform for emerging innovations.
With over 80 peer-reviewed publications supporting its efficacy, the OR Black Box empowers surgical teams to systematically analyze and refine their performance, driving continuous, data-driven optimization in surgical care delivery.

AI-Driven Insights: Utilizes advanced AI and machine learning for autonomous risk detection and predictive insights, going beyond traditional EHR data tracking.

Real-Time Analytics: Provides real-time operating room analytics, allowing for immediate operational adjustments.

Customizable Annotation Framework: Offers tailored video analysis tools for center-specific needs and metrics, unlike the more rigid structures of most EHRs.

Continuous Improvement Engine: Facilitates ongoing performance optimization through comparative analytics and best practice identification.

Open Platform Architecture: Designed to integrate with existing systems and accommodate future innovations, offering more flexibility than closed EHR systems.

Surgical Safety Checklist Integration: Incorporates specialized tools for monitoring and improving surgical safety checklist compliance.

Advanced Operational Optimization: Offers predictive insights for scheduling and resource allocation, going beyond basic EHR scheduling capabilities.

Comprehensive Video Integration: Incorporates video capabilities for surgical procedures (open, lap, robotic), enabling visual review and analysis not typically available in competing systems.

Multifaceted Approach: Addresses patient safety, quality improvement, skills mastery, and operational efficiency in a single platform.

Surgical-Specific Focus: Designed specifically for high-acuity surgical environments, offering specialized features not found in other solutions.

Research-Backed: Supported by over 80 peer-reviewed publications, demonstrating proven value and efficacy.

Automated Outlier Detection: Automatically identifies clinical and operational outliers for focused improvement efforts.

Surgical Safety Checklist Integration: Incorporates specialized tools for monitoring and improving surgical safety checklist compliance.

Surgical Safety Network: Facilitates cross-organizational collaboration and benchmarking for safety and quality initiatives.