Ctrack’s Post

Techmax Tech Week Recap: Unveiling last week's happenings in data and analytics 🔍 AI Growing Pains: A new survey reveals that 70% of businesses face challenges scaling AI. Key solutions? Better data foundations, rethinking processes, and fostering an AI-friendly culture. 🤖 🚗 Ford’s New Maverick: Ford’s 2025 Maverick is here with AWD, a larger touchscreen, and better towing capacity! Starting at $26,295, this hybrid is outpacing even the F-150. ⚡ 🌿 Greener 6G Future: Nokia is paving the way for eco-friendly 6G with energy-efficient tech and renewable energy initiatives. #techmaxtechnologies #datanews #newhighlights #datarewind #data #technews #technology

Exploring the Potential Applications of Our Technology We're excited to share some of the innovative ways our technology can be leveraged to enhance connectivity and service efficiency across various sectors: 1. "Cellular Coverage Extension". Our solution allows cellular operators to extend their network coverage to areas where their signal is weak or unavailable (indoors), providing users with uninterrupted connectivity. 2. "Automatic wireless validation of passenger tickets in public transport". We offer a service that automates wireless validation for public transportation systems, streamlining the passenger experience and improving operational efficiency. 3. "WiFi Service for Ridesharing Taxis". Our technology can provide the most budget-friendly WiFi service for online Taxi services, improving passenger comfort and allowing drivers to offer more value-added services. 4. "Transportation Telematics Services". We develop advanced transportation telematics solutions, providing real-time data and analytics that improve navigation systems, optimize traffic flow and enhance safety. We're thrilled to continue pushing the boundaries of what’s possible in the connectivity and transportation sectors. Stay tuned for more updates!

Should I stay or should I go? ⚡ 🚙 ⚡ A question many ev drivers ask themselves when queuing up at a charging station. Transparency is such an important issue in the world of e-mobility, and we've come up with a smart and smooth solution that will revolutionise your customers’ charging experience – 𝖲𝖨𝖰𝖬𝖠 𝖥𝗅𝗈𝗐𝖬𝖺𝗑.𝖠𝖨 🚀 With the help of AI, 𝖲𝖨𝖰𝖬𝖠 𝖥𝗅𝗈𝗐𝖬𝖺𝗑.𝖠𝖨 can predict and display the remaining dwell time for each available charger. This enables... ⚡ 🚙 ... drivers to assess quickly whether waiting is worthwhile 📊 ... and charging park operators to optimise the performance and “flow” of their site. 🙌 In combination with SIQMA Sign, our outdoor-friendly digital display, operators can then conveniently display current charging rates and advertise promotions and special offers to boost loyalty. 🙌 If you'd like more information on this exciting new product, check out our website, link is in the comments below. 👇 #EMobility #MultiEnergy #MultiService #SIQMA #WeShapeMobility

Ready to shape the future? Join ASTEC Digital's pilot launch of our major Guardian™ Telematics update! This revolutionary update is designed to enhance your fleet management experience, offering advanced insights, improved efficiency, and unparalleled control. Don't miss out on the opportunity to be a part of this game-changing innovation. Learn more here! #AstecDigital #GuardianTelematics #FleetManagement #Innovation #DigitalTransformation

Do you know the digital technologies for fleet visibility and responsiveness? Find out more from Ms. Malvina Ong Moy Geem. 1. Software Data Generator 2. Fleet Management System 3. Shipment Tracking System 4. Internet of Things (IoT) 5. Autonomous Trucks 6. Drones Technology 🔗: https://vist.ly/37z57 #sipmm #supplychain #supplychainmanagement #supplychainrisk #supplychaindisruption #digital #technology #fleet #analytics #shipment #automation

Telecom sector like self-driving car? 🌐 The journey begun from systems which manage telecommunication alarms and insights. Now fully-autonomous networks are closer than whenever. According to a recent report by #CapgeminiResearchInstitute, over 60% of operators are aiming for next level autonomy by 2028. We like challenges! Despite integration issues and regulatory concerns, the benefits are undeniable. Among others the huge improvement in operational efficiency, lower greenhouse gas emission are the benefits which cannot be ignored. Stay tuned for a future of smarter, more efficient networks! 💡 Learn more 👇 #Capgemini #research

Did you know that traditional handover procedures can lead to connection interruptions of up to 90 ms? That’s a long time in the fast-paced world of mobile communication! ❗ The newly introduced L1/L2 Triggered Mobility (LTM) in 5G Advanced significantly reduces this interruption time to just 20-30 ms! This innovative approach not only enhances user experience but also supports the growing demand for high-speed data services. 📶 LTM operates by leveraging lower-layer signaling, allowing mobile devices to maintain a connection with the source cell while preparing to switch to a target cell. This method optimizes the handover process, ensuring that services remain uninterrupted even as users move between different coverage areas. In fact, the first version of LTM, released in December 2023, is set to revolutionize mobility management by allowing for high bitrate services that demand low latency. How do you see this advancement impacting industries that rely on real-time mobile connectivity, like autonomous vehicles or smart cities? #Connectivity #5G #Innovation #SmartMobility

Did you know that traditional handover procedures can lead to connection interruptions of up to 90 ms? That’s a long time in the fast-paced world of mobile communication! ❗ The newly introduced L1/L2 Triggered Mobility (LTM) in 5G Advanced significantly reduces this interruption time to just 20-30 ms! This innovative approach not only enhances user experience but also supports the growing demand for high-speed data services. 📶 LTM operates by leveraging lower-layer signaling, allowing mobile devices to maintain a connection with the source cell while preparing to switch to a target cell. This method optimizes the handover process, ensuring that services remain uninterrupted even as users move between different coverage areas. In fact, the first version of LTM, released in December 2023, is set to revolutionize mobility management by allowing for high bitrate services that demand low latency. How do you see this advancement impacting industries that rely on real-time mobile connectivity, like autonomous vehicles or smart cities? #Connectivity #5G #Innovation #SmartMobility

Did you know that traditional handover procedures can lead to connection interruptions of up to 90 ms? That’s a long time in the fast-paced world of mobile communication! ❗ The newly introduced L1/L2 Triggered Mobility (LTM) in 5G Advanced significantly reduces this interruption time to just 20-30 ms! This innovative approach not only enhances user experience but also supports the growing demand for high-speed data services. 📶 LTM operates by leveraging lower-layer signaling, allowing mobile devices to maintain a connection with the source cell while preparing to switch to a target cell. This method optimizes the handover process, ensuring that services remain uninterrupted even as users move between different coverage areas. In fact, the first version of LTM, released in December 2023, is set to revolutionize mobility management by allowing for high bitrate services that demand low latency. How do you see this advancement impacting industries that rely on real-time mobile connectivity, like autonomous vehicles or smart cities? #Connectivity #5G #Innovation #SmartMobility

Did you know that traditional handover procedures can lead to connection interruptions of up to 90 ms? That’s a long time in the fast-paced world of mobile communication! ❗ The newly introduced L1/L2 Triggered Mobility (LTM) in 5G Advanced significantly reduces this interruption time to just 20-30 ms! This innovative approach not only enhances user experience but also supports the growing demand for high-speed data services. 📶 LTM operates by leveraging lower-layer signaling, allowing mobile devices to maintain a connection with the source cell while preparing to switch to a target cell. This method optimizes the handover process, ensuring that services remain uninterrupted even as users move between different coverage areas. In fact, the first version of LTM, released in December 2023, is set to revolutionize mobility management by allowing for high bitrate services that demand low latency. How do you see this advancement impacting industries that rely on real-time mobile connectivity, like autonomous vehicles or smart cities? #Connectivity #5G #Innovation #SmartMobility