Smart Infrastructure
Our Company
LSM Connected: Smart City to Smart Mobility®
Labyrinth Smart Mobility® (LSM) specializes in Low-Speed Electric Vehicles (LSEVs) and micro-transit solutions to address contemporary transportation challenges. Our mission is to leverage advanced technology to create intelligent mobility systems that enhance safety, promote economic growth, and improve quality of life.
LSM operates state-of-the-art electric vehicles integrated with intelligent systems, connecting mobility with advanced infrastructure to improve operational efficiencies and support urban development. These intelligent vehicles purify air, monitor air quality, and gather data to enhance urban planning and operational efficiency. Our comprehensive solution includes secure, insured LSEVs operated by well-trained ambassadors, ensuring equitable mobility for all users.
LSM's micro-transit solutions, such as the Horizontal Elevator®, address transportation accessibility issues. This system integrates drivers, vehicles, and advanced data technologies to connect communities with essential services like healthcare, education, and employment, fostering economic stability and community well-being.
Our LSM Virtual Train™ (VT) System (Beta Test / Patent Pending) is an innovative, connected, on-demand mobility solution with minimal infrastructure. The VT uses a lead vehicle with autonomous followers, reducing labor costs and maximizing capacity during peak hours, offering a scalable and sustainable model. Collaborations with the National Renewable Energy Laboratory (NREL), CALSTART, and St. Louis Clean Cities support the development and commercialization of the VT, aiming to revolutionize urban transportation across the United States. Through these innovations, LSM aspires to make efficient, accessible transportation as ubiquitous as elevators in densely populated areas, significantly reducing carbon emissions and enhancing urban mobility.
LSM Smart Mobility to Smart Infrastructure™
Our Product/Services
LSM Connected: Smart City to Smart Mobility®
Labyrinth Smart Mobility® (LSM): Pioneering Electric Mobility Solutions
At Labyrinth Smart Mobility® (LSM), we are dedicated to providing safe, scalable, sustainable, and equitable electric mobility solutions enhanced by cutting-edge technology. Our offerings include:
- Horizontal Elevator®
- Last Mile Connectors to Mass Transit
- Solutions for Developers, Corporate, and University Campuses
- On-Demand Electric Circulators
- Data Aggregation and Connected Fleets
- In-House Autonomous and semi-autonomous Vehicle Integration - LSM Virtual Train™ (VT) System (BETA TEST / PATENT PENDING)
- ADA Paratransit Services (Under Development – Design & Engineering Stage)
LSM tackles transportation challenges with innovative micro-transit solutions using Low Speed Electric Vehicles (LSEVs). By integrating drivers, electric vehicles, and advanced data collection technology, we connect people in specific community areas to essential resources.
Our flagship solution, the Horizontal Elevator®, facilitates travel across zones without the worry of payment, making it an equitable amenity built into the infrastructure. This approach ensures immediate access to crucial resources such as healthcare, education, employment, nutritious food, and city services, all while driving economic and community development. Certainly! Here's a more condensed version:
The Horizontal Elevator® provides a comprehensive electric shuttle program, while the LSM Virtual Train™ (VT) System (Beta Test / Patent Pending) offers an innovative, on-demand mobility solution with minimal infrastructure. Utilizing a lead vehicle with autonomous followers, the VT reduces labor costs and maximizes peak-hour capacity. LSM aims to make transportation as ubiquitous as elevators in dense areas, reducing carbon emissions and enhancing urban mobility.
“Access to mobility creates economic stability™.”
Our Solution
PROBLEM (OPPORTUNITY)
Addressing Key Transportation Challenges for LSM:
Lack of Access to Resources in a Car-Dependent System:
For many, accessing vital resources such as employment, education, healthcare, healthy food, entertainment, mass transit, and other human connections is a significant concern.
Safety Concerns:
Auto transportation is the leading cause of death among people aged 5 to 29, highlighting the urgent need for safer mobility solutions.
Traffic Congestion and Pollution:
The transportation sector is the top contributor to U.S. climate pollution, accounting for 29% of emissions with ongoing growth. Reducing traffic congestion and emissions is critical for environmental sustainability.
Cost of Individual Vehicles and Public Transportation Access:
Parking, infrastructure, and fuel costs consume resources and hinder access to public transit, making efficient and affordable transportation options essential.
Improved Connectivity and Reduced Parking Needs:
By enabling everyone to reach their destinations within the district, LSM reduces the reliance on parking, thereby improving overall connectivity and mobility.
Equity and Inclusivity:
Traditional transportation systems often overlook the needs of marginalized communities, leading to inequitable access to services and opportunities. Ensuring inclusivity in transportation planning is crucial.
Infrastructure Strain:
Aging and inadequate infrastructure struggles to support the growing demand for transportation, necessitating innovative solutions to alleviate strain and enhance efficiency.
Technological Integration:
Seamlessly integrating new technologies such as autonomous vehicles and data analytics into existing systems can be challenging yet essential for modern mobility solutions.
Economic Barriers:
High costs associated with car ownership and limited public transportation options can create economic barriers, preventing individuals from accessing opportunities and resources.
Environmental Impact:
The environmental impact of traditional transportation methods, including air and noise pollution, negatively affects public health and the ecosystem.
SOLUTION
LSM Comprehensive Mobility Solutions:
Provide Mobility as a Utility:
Offer free, safe on-demand Low Speed Electric Vehicles (LSEVs) as a platform for integrating advanced technologies.
Drive Access to Community Resources:
Minimize the reliance on individual automobiles, making access to vital community resources more efficient.
Connect People to Essential Resources:
Facilitate connections to healthcare, education, healthy food, public transportation, city services, and other vital human and community connections.
Reclaim and Optimize Infrastructure:
Utilize space more effectively by reclaiming parking areas, rail lines, and roadways for improved urban planning and mobility.
Engage and Connect the Community:
Foster strong community connections through innovative transportation solutions.
TURN-KEY SOLUTION:
- Equitable Mobility: Safe electric vehicles accessible to all.
- Trained Operators (Ambassadors): Skilled professionals to ensure a seamless experience.
- Data Integration: Advanced data management for efficiency and optimization.
- Management: Comprehensive oversight for smooth operations.
- Insurance: Reliable coverage to protect all stakeholders.
Additional Solutions:
Smart Integration with Existing Transit Systems:
Seamlessly integrate with current mass transit networks for a cohesive travel experience.
Adaptive Scheduling and Routing:
Utilize real-time data to adapt schedules and routes based on demand and traffic conditions.
Community Feedback Systems: Community Engagement Program™
Implement systems to gather and respond to community feedback for continuous improvement.
Sustainability Initiatives:
Incorporate green practices, such as renewable energy sources and energy-efficient vehicles, to enhance environmental sustainability.
User-Friendly Technology:
Develop intuitive apps and interfaces for easy access to services and real-time updates.
Partnerships with Local Businesses:
Collaborate with local businesses to create mutually beneficial partnerships and enhance Community Engagement Program™
Educational and Outreach Programs:
Offer programs to educate the community about the benefits of electric mobility and sustainable transportation.
The Future of Autonomous Smart Mobility in Microtransit
LSM Smart Mobility to Smart Infrastructure™
Smart mobility involves using various transportation modes instead of relying solely on gas-powered vehicles. This includes options like ride-sharing, car-sharing, public transit, walking, biking, and more. The rise of smart mobility addresses issues like traffic congestion, pollution, fatalities, and wasted time.
Transportation can be categorized into two main types: individually-owned vehicles and public transit systems. While cars have reshaped urban living, increasing urbanization and population growth have led to significant traffic problems globally. Smart mobility encompasses a diverse range of transportation modes, including kick scooters, bicycles (regular, electric, and foldable), buses, light rail, subways, streetcars, taxis, autonomous vehicles, and walking. Users can choose to either own or share these modes.
Key principles of smart mobility include:
Flexibility: Users can select the most suitable transportation mode for their needs, adjusting their choices based on specific situations and preferences.
Efficiency: Trips are optimized to reach destinations quickly and with minimal disruption, utilizing the best combination of transportation modes for the journey.
Integration: Routes are planned door-to-door, seamlessly combining various modes of transportation for a cohesive travel experience.
Clean Technology: A shift towards zero-emission and alternative energy vehicles reduces environmental impact and promotes sustainability.
Safety: Advanced safety features and technologies aim to drastically reduce fatalities and injuries on the roads.
Additionally, smart mobility incorporates technology such as:
Real-Time Data: Access to live traffic updates, vehicle availability, and public transit schedules to enhance planning and decision-making.
Digital Platforms: Apps and services that facilitate the booking, payment, and coordination of multiple transportation options.
Urban Planning: Strategies that support the development of infrastructure conducive to various modes of transport, such as bike lanes and pedestrian-friendly spaces.
Autonomous or self-driving cars are a significant component of smart mobility, using advanced sensors, artificial intelligence, and machine learning to navigate and operate without human intervention. These vehicles are designed to enhance convenience and safety, and many major companies are actively developing both semi-autonomous and fully autonomous systems.
Smart mobility not only focuses on technological advancements but also emphasizes creating more accessible, equitable, and user-friendly transportation options to improve overall urban living.
Our Partners
