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Mobility

Siwi World integrates the Unitsky String Technologies (uST) system to provide revolutionary solutions to key challenges in modern mobility:

  • Lack of efficiency
  • Sustainability issues
  • Safety vulnerabilities
  • High infrastructure costs

uST is not just a mobility technology; it is an advanced engineering solution that offers:

  • Resource efficiency
  • Environmental protection
  • Optimized land use
  • Digital integration

R&D Centers​

📍 Eco Techno Park – Maryina Gorka, Belarus

A site for R&D, testing, certification, demonstration, and sales of mobility solutions.

📍 uSky Test & Certification Center – Sharjah, UAE

An advanced testing and research center tailored for tropical climate conditions.

Structural Components​

Description Text

Elevated Rail Infrastructure​

In the uST system, the rail structure is supported by:

  • Prestressed steel cables

  • Reinforcing beams operating on a suspension bridge principle

  • It allows spans up to 1,000 meters

  • Transports loads without touching the ground, which means:

    • Natural landscapes remain intact
    • Ecosystems are preserved

Unmanned Electric Vehicles​

The system uses vehicles that are:

  • Fully electric
  • Run on steel wheels with 99.8% efficiency
  • Driverless, powered by automated control systems

Three Main Vehicle Types:​

  • Urban passenger mobility – up to 150 km/h
  • High-speed intercity mobility – up to 500 km/h
  • Freight/container mobility – up to 100 million tons/year

Automated Control System​

Using AI and big data, the system:

  • Analyzes passenger flow
  • Optimizes traffic
  • Manages fleet distribution
  • Predicts maintenance needs
  • Offers blockchain integration and is quantum computing-compatible for high-level security

Technical Performance​

FeatureValue
Max speed500 km/h
Urban passenger capacity25,000 passengers/hour
Intercity passenger capacity250,000 passengers/day
Freight capacity100 million tons/year
Max span length1,000 meters
Energy consumption3–6 kWh / 100 km
Noise and vibrationPractically negligible

Application Areas​

  • Siwi World Health Campus
  • Rural Integration
  • Linear City Model
  • Port Logistics Solution

The 21st Century: The Era of Resource Efficiency

Today, efficient use of key resources like energy, raw materials, water, food, finance, and labor
is the most critical factor for global development, directly linked to mobility and communication systems.

Global Indicators​

  • World population: 4× increase
  • GDP: 20× increase
  • Demand for some natural resources: up to 2000% increase
  • An additional 3 billion people expected to enter the middle class
  • Up to $10 trillion/year in additional investment may be required

uST’s Role in This Context​

  • Reduces infrastructure and operating costs
  • Prevents destruction of natural areas
  • Delivers global environmental and economic sustainability

Conclusion:
uST is more than a mobility system—it’s a strategic solution for resource conservation and efficient utilization.

Next-Generation Urban Mobility Solution

Current Mobility Challenges​

  • Traffic congestion
  • High accident rates
  • Noise and pollution

Core Advantages of the uST System​

  • Zero accidents: Fully automated, driverless system ensures maximum safety
  • Reduced traffic burden: Can be installed above existing roads
  • Flexible routing: Can pass over homes, factories, parks, highways
  • Eco-friendly: Near-zero noise and emissions
  • Smart management: Adaptive vehicle and route optimization based on demand

Strategic Added Value for Investors

  • Low operating costs
  • High mobility capacity
  • Minimal infrastructure intervention
  • Expandable and modular system
  • Seamless integration with smart city projects

A New Era in Mobility with uST Technologies

  • Flexible solutions for complex, non-standard mobility needs
  • Reliable connectivity in low-density, remote regions
  • Electric vehicles with steel wheels and small capacity
  • Ultra-light elevated rail systems (ideal for urban/suburban areas)
  • Cable-based transit and special infrastructure (suitable for mountainous/rough terrain)
  • Easy integration into densely built-up metropolitan areas
  • Beam-and-rail structures are earthquake-resistant