Skill-Lync for Business

India holds massive potential to become a global ER&D powerhouse in the automotive sector, with the rapid advancement of software-defined features in vehicles. Global OEMs like Daimler, Renault-Nissan, and Stellantis have set up India's technology centers to develop products and solutions worldwide.  However, a major roadblock in this development is the widespread talent shortage in terms of specific skill sets like driver assistance systems, electric powertrain engineering, and software development. Skill-Lync facilitates talent onboarding and upskilling in new-age engineering technologies like AUTOSAR for 350+ companies. Through our customizable delivery models, we have addressed talent development needs for firms like Hella, Magna, TATA Elxsi, Cyient, Continental, DICV, and more. Leverage the automotive revolution effectively with Skill-Lync. Explore our employee training solutions today. Schedule a callback here: https://bit.ly/3r47EQI #technology #development #engineering #automotive #researchanddevelopment #research

Streamlining SDV Development with #VirtualProvingGrounds The journey to Software-Defined Vehicles (SDVs) demands innovative solutions to overcome challenges in cost, timelines, and continuous updates. Virtual proving grounds, powered by advanced digital twins, are emerging as game-changers in this evolution. Historically, physical testing has been the cornerstone of vehicle development, but as software increasingly defines vehicles, the limitations of physical testing become evident. Virtual proving grounds replicate real-world testing environments with remarkable fidelity, enabling automakers to accelerate software development, reduce costs, and bypass logistical constraints. Through sensor-based simulation platforms, virtual proving grounds simulate diverse conditions such as icy roads, harsh terrains, or congested urban streets. These environments allow engineers to test vehicle software functionality, from advanced driver assistance systems to braking software, without the need for physical prototypes. A key advantage is the ability to run extensive, complex scenarios with a click—transforming months of physical testing into days of virtual validation. Advantages of Virtual Proving Grounds #Efficiency: Automakers can eliminate the logistical challenges of shipping prototypes and scheduling global tests. Winter testing, for instance, is no longer restricted to seasonal windows—it’s available year-round in virtual labs. #Safety: Scenarios too dangerous for physical testing can now be modeled safely, such as extreme crash-avoidance maneuvers or high-speed stability checks. #DataDepth: Simulations generate vast datasets to refine vehicle designs and optimize software performance, surpassing what physical tests can achieve. For automakers, the use of virtual proving grounds marks a mindset shift—embracing digital tools as core assets in the vehicle development lifecycle. While some may still trust physical prototypes more, the gap between virtual and physical testing is narrowing with every technological advancement. As the automotive sector races towards SDV innovation, virtual proving grounds pave the way for faster, safer, and more cost-effective development. By integrating these tools, OEMs can accelerate their vision of smarter mobility and bring tomorrow’s vehicles to market today. #Automotive #Innovation #Technology #Engineering #SDVs #VehicleTesting #Virtual

#Throwback to the GYT Onboarding & Training with Continental! 🎥 Continental’s commitment to giving young graduates the best possible start is evident in their thoughtfully designed onboarding program. Covering everything from essential soft skills to corporate acclimatization, the program culminates in an intensive 45-day Technical Bootcamp by Skill-Lync — ensuring these bright minds are equipped to excel in their roles. At Skill-Lync, we’re proud to collaborate with industry leaders like Continental to bridge the gap between academia and the corporate world. We extend our gratitude to Ms. Archana Behl, Ms. Latha Chembrakalam, Ms. Sujatha Subramanian, Ms. Divyalakshmi B, and others at Continental for their support in making our partnership a success. Krishna Bandaru | Dhruv Mathur | Pritish J | Ashish Ranjan #Upskilling #CampusToCorporate #EngineeringExcellence #SkillLync #Continental #CorporateTraining

We've begun! Join now to be a part of the Automotive IoT Webinar with Mr.Rohit Sivakumar: https://bit.ly/3OHGsiQ #Webinar #Event #Automotive #IoT

Folks, we are live, join from MS Teams: https://bit.ly/3OHGsiQ #Webinar #IoT #Automotive #ConnectedCars #ADAS

#TechnologySpotlight: Smarter Parking with Memory Assistance Parking automation has taken a leap forward with Memory Park Assist, a Level 2+ driver assistance feature that makes parking smarter and more convenient. By learning and replicating frequent parking patterns, this technology offers a glimpse into the evolving landscape of intelligent mobility. Memory Park Assist allows drivers to record parking maneuvers in familiar locations, such as at home or the office. Once the system is activated, it detects and classifies stationary objects to build a virtual map of the environment. This map is updated with every subsequent use, ensuring the system adapts to subtle changes in surroundings or vehicle positioning. At its core, Memory Park Assist relies on sensor fusion technology, combining data from cameras, ultrasonic sensors, and radar. Each component plays a critical role: #Cameras provide visual cues, including road markings and signage. Ultrasonic sensors measure parking space dimensions with pinpoint accuracy. #Radar delivers all-weather reliability, detecting obstacles even in challenging conditions like rain, fog, or low light. This holistic approach enables vehicles to execute parking maneuvers with remarkable precision while maintaining safety. Advanced parking solutions like Memory Park Assist address two critical aspects of modern driving: convenience and safety. Drivers save time by automating repetitive parking tasks, while the vehicle’s continuous monitoring of its surroundings minimizes the risk of collisions. Moreover, consumer expectations for intuitive, technology-driven parking solutions are on the rise. Memory Park Assist represents a significant step in addressing this demand, making advanced parking systems a standard rather than a luxury. Memory Park Assist is part of a broader evolution in parking technology. Other features like Surround View and Automated Park Assist complement it, offering a comprehensive suite of tools for modern drivers. Together, these advancements signal a future where parking is automated but also intuitive and stress-free. As vehicles become smarter, innovations like Memory Park Assist are paving the way for a safer and more seamless driving experience. #Automotive #Innovation #Engineering #Technology #ADAS #ActiveSafety

LG Electronics’s Vision for SDV-Enabled V2X in Autonomous Vehicles Vehicle-to-Everything (V2X) technology, powered by Software-Defined Vehicle (SDV) architectures, is transforming the automotive landscape. LG Electronics (LGE), a Tier 1 supplier, is at the forefront of this revolution, enabling safer and more user-friendly autonomous vehicles through advanced V2X capabilities. The Role of #V2X in #Automotive Progress: V2X establishes real-time data exchange between vehicles and smart infrastructure, promising increased road safety, reduced traffic congestion, and new business models. Valued at $2 billion in 2024, the global automotive V2X market is projected to reach $80 billion by 2034, per Precedence Research. LGE, through partnerships with OEMs like Volkswagen, is addressing the challenge of balancing interoperability, geographic variations, and cybersecurity threats. Pioneering #Cybersecurity in V2X: LGE’s expertise in cybersecurity was solidified when it became the first Tier 1 supplier to achieve Common Criteria (CC) certification for its V2X devices. This internationally recognized standard ensures robust security properties, aligning with Europe’s stringent safety protocols and paving the way for global V2X rollouts. Namseok Kim, Software Security Specialist at LGE, highlights that software-defined adaptability is crucial for aligning open connectivity with robust security demands. #Hybrid V2X: Bridging the Gap LGE is innovating with Soft V2X, a 5G-based system that leverages cloud technology to address the infrastructure bottlenecks of Dedicated Short-Range Communications (DSRC) and Cellular V2X (C-V2X). This hybrid approach promises high coverage, minimal signal dead zones, and sustainable service ecosystems through over-the-air (OTA) updates, as noted by Hakseong KIM, Research Fellow at LGE. By integrating V2X with SDV architectures, LGE aims to enhance vehicle decision-making and user experiences. Through solutions like LG AlphaWare, which supports modular and OTA-updatable middleware, LGE accelerates the deployment of autonomous features. As Valentin JANIAUT, Software Solution Task Leader at LGE, states, these technologies ensure faster time-to-market and build the trust essential for autonomous vehicle adoption. #Automotive #Innovation #Engineering #SDVs #V2X #Software #Cybersecurity

Join us on for an exclusive webinar, where Mr. Rohit Sivakumar, an expert with over 24 years of experience in IoT, will discuss: ✅ Key IoT technologies shaping automotive systems ✅ Applications like ADAS, telematics, and predictive maintenance ✅ Challenges, opportunities, and industry insights Date & Time: 06th December 2024 @ 3 PM IST 🔗 Save your spot today: https://bit.ly/3CXc8xM Let’s drive the future of automotive together! 🚘 #Automotive #Innovation #Engineering #Webinar #IoT #InternetOfThings

The Role of #IoT and #ArtificialIntelligence in Software-Defined Vehicles (#SDVs) The automotive landscape is undergoing a seismic shift, propelled by advancements in artificial intelligence (AI) and software-defined vehicles (SDVs). At the forefront of this transformation is DeepRoute.ai, whose CEO Maxwell Zhou envisions SDVs as a gateway to a broader era of robotics powered by artificial general intelligence (AGI). While generative AI (GenAI) is already transforming in-car experiences—such as voice-controlled systems and real-time decision-making—AGI is set to redefine the capabilities of autonomous vehicles. Unlike GenAI, which excels at task-specific outputs, AGI mimics human reasoning, allowing it to generalize knowledge across diverse environments. For instance, AGI could enable a vehicle trained in San Francisco to operate seamlessly in Beijing or London, bypassing the need for constant updates to high-definition (HD) maps. As Zhou highlights, AGI's potential eliminates the dependency on HD maps—once considered a cornerstone of autonomous driving. By leveraging generalized learnings, AGI enhances scalability and paves the way for achieving Level 5 autonomy, a milestone currently hindered by regional limitations and map maintenance challenges. Vehicles as Data Hubs and Robotics Trailblazers Modern vehicles are evolving into data hubs, producing vast amounts of real-world information essential for training AI models. DeepRoute.ai's approach integrates this data to build foundation models, which can extend beyond autonomous driving to broader robotics applications. According to NVIDIA CEO Jensen Huang, “Everything that moves will be robotic,” with automotive leading the charge in this transition. DeepRoute.ai’s early successes, including a production-ready autonomous driving solution and a robotaxi service in Shenzhen, exemplify this trajectory. These innovations demonstrate how SDVs are laying the groundwork for multi-purpose robots, designed not for singular tasks but for adaptable, context-aware functionality across industries. With the automotive sector as the starting point, Zhou foresees the rise of “general robots” within the next five years, marking a pivotal moment in global innovation. As SDVs collect data and refine AGI models, their learnings will inform the development of robots capable of navigating diverse environments with human-like common sense. The convergence of SDVs, AGI, and IoT signifies the dawn of a new era—one where the boundaries between vehicles and robots blur, reshaping industries and reimagining the future of mobility. #Automotive #Innovation #Technology #Engineering #SDVs #IoT

Webinar Alert: Harnessing IoT for Automotive Applications 💡🚗 IoT is redefining the automotive industry—driving innovation, connectivity, and smarter mobility solutions. Are you ready to explore the future? Join us on Dec 6th at 3 PM IST for an exclusive webinar, where Mr. Rohit Sivakumar, an expert with over 24 years of experience in IoT, will discuss: ✅ Key IoT technologies shaping automotive systems ✅ Applications like ADAS, telematics, and predictive maintenance ✅ Challenges, opportunities, and industry insights 🔗 Save your spot today: https://bit.ly/3CXc8xM Let’s drive the future of automotive together! 🚘 #Automotive #Innovation #Engineering #Webinar #IoT #InternetOfThings