Transportation

Transportation

DataSync focuses on the digital transformation of the transportation industry, providing efficient and reliable data center solutions for transportation infrastructure. Leveraging its advanced technology, the company helps sectors like rail, aviation, and road transport to upgrade to smarter systems, enhancing data processing capacity while optimizing energy usage and promoting energy conservation and emission reduction.

Important trends

  • <p>As intelligent transportation systems (ITS) become more widespread, railways and other transport systems increasingly rely on telecom room to process large-scale real-time data. This drives the growing demand for high-speed, low-latency computing and storage.</p>

    As intelligent transportation systems (ITS) become more widespread, railways and other transport systems increasingly rely on telecom room to process large-scale real-time data. This drives the growing demand for high-speed, low-latency computing and storage.

  • <p>The transportation industry increasingly demands real-time data. For example, toll stations need to sync vehicle and violation information for accurate charges, while airports require up-to-date communication, passenger, and weather data to schedule flights. Any disruption in data transmission can lead to delays or safety incidents.</p>

    The transportation industry increasingly demands real-time data. For example, toll stations need to sync vehicle and violation information for accurate charges, while airports require up-to-date communication, passenger, and weather data to schedule flights. Any disruption in data transmission can lead to delays or safety incidents.

  • <p>Some transportation hubs, like airports, deploy numerous IoT devices that monitor the environment and collect data through sensing facilities. This accelerates the digital transformation of the transportation industry and enhances service quality, such as real-time flight updates and passenger flow management.</p>

    Some transportation hubs, like airports, deploy numerous IoT devices that monitor the environment and collect data through sensing facilities. This accelerates the digital transformation of the transportation industry and enhances service quality, such as real-time flight updates and passenger flow management.

IT challenges

  • Traffic equipment failure can have serious consequences
    Traffic equipment failure can have serious consequences

    Traffic equipment failure can have serious consequences

    In transportation hubs like railway and airport systems, data equipment must ensure high reliability and stability. Equipment failures can lead to severe safety risks, operational disruptions, and significant economic losses, alongside damage to public trust.

  • Lagging behind in information exchange will lead to lower efficiency and reduced revenue
    Lagging behind in information exchange will lead to lower efficiency and reduced revenue

    Lagging behind in information exchange will lead to lower efficiency and reduced revenue

    Lagging digitalization or unsynchronized information in transportation hubs, such as ports, airports, and stations, significantly reduces operational efficiency. Delays in cargo handling or passenger information updates can increase costs, hinder services, and directly impact revenue and customer satisfaction.

  • Storage and processing of massive traffic data requires reliable equipment
    Storage and processing of massive traffic data requires reliable equipment

    Storage and processing of massive traffic data requires reliable equipment

    Transportation systems generate massive and diverse data, such as monitoring metrics, images, and videos. This requires robust storage and processing capabilities. Supporting facilities, like small server cabinets and data rooms, are essential to ensure real-time data handling and secure storage.

Solutions

  • AisleCompact
  • FlexLinear
AisleCompact

AisleCompact: Smart Data Fusion PlatForm

AisleCompact serves as the backbone of smart city infrastructure, enabling digital transformation across transportation, public safety, healthcare, and government services. It facilitates large-scale data storage and processing, supporting intelligent traffic management, public security surveillance, remote medical services, and online government operations. Leveraging AI and big data analytics, it enhances urban management efficiency, optimizes resource allocation, and ensures business continuity for critical systems during emergencies. Additionally, it strengthens cybersecurity and accelerates smart city development, providing residents with safer, more efficient, and convenient urban services.

FlexLinear

FlexLinear: Enhancing Smart Transportation with Edge Computing

FlexLinear plays a critical role in the transportation sector by providing distributed computing and storage capabilities to support intelligent traffic management, real-time video surveillance, automatic license plate recognition, vehicle-to-everything (V2X) communication, and emergency response. It reduces data transmission latency, enhances system stability, and improves operational efficiency, ensuring that core applications such as intelligent traffic signals and electronic toll collection (ETC) systems remain functional even during network disruptions or unforeseen incidents. Additionally, its edge computing capabilities strengthen data security and privacy protection, facilitating smart transportation, autonomous driving, and integrated urban management.

Benfits

  • Unified Infrastructure & Simplified Management
    Unified Infrastructure & Simplified Management

    Unified Infrastructure & Simplified Management

    Fully integrated power, cooling, networking, storage, and security in a single cabinet, eliminating multi-vendor coordination and reducing operational complexity by 50%.

  • Rapid Deployment & Cost Efficiency
    Rapid Deployment & Cost Efficiency

    Rapid Deployment & Cost Efficiency

    Plug-and-play design enables 48-hour installation (vs. 3-6 months) with 30%+ upfront savings, scaling effortlessly to manage peak traffic demands.

  • Military-Grade Reliability for Critical Operations
    Military-Grade Reliability for Critical Operations

    Military-Grade Reliability for Critical Operations

    Redundant power, hot-swappable modules, and ruggedized design ensure 99.995% uptime, supporting 24/7 mission-critical tasks like traffic signal control, emergency response, and license plate recognition—even in extreme weather.