Telecom Met Edge AI: GIGABYTE Wins MWC 2024 Bright Networks
Telecommunications Reached Edge AI
With its next-generation servers, GIGABYTE Technology an IT pioneer whose mission is to develop global industries via cloud and AI computing systems will be present at MWC 2024, enabling telcos, cloud service providers, corporations, and SMBs to quickly realize the benefits of 5G and AI. Among the highlights are a state-of-the-art AI server with an AMD Instinct MI300X 8-GPU and an extensive AI/HPC server series that supports the newest chip technologies from NVIDIA, AMD, and Intel. Integrated green computing solutions that excel in heat dissipation and energy reduction will also be on display.
GIGABYTE’s presentation will address servers for AI/HPC, RAN and Core networks, modular edge platforms, all-in-one green computing solutions, and AI-powered self-driving technologies, according to the booth theme of “Future of COMPUTING.” Through quicker time to market and sustainable operations, the displays will show how industries extend AI applications from the cloud to edge and terminal devices via 5G connection, therefore extending future potential.
The AI supercomputers of tomorrow
Driven by the exponential development in data volume and the complexity of AI models, the need for AI-ready infrastructure and high-speed storage is increasing within the 5G framework, commercial operations, and academic research. GIGABYTE will demonstrate an all-flash array (AFA) storage server together with its most recent line of AI/HPC systems. Hyper-speed data transfer is ensured by these servers by supporting AMD Instinct MI300X OAM GPU modules, MI300A APUs, 5th Gen Intel Xeon Scalable Processors, NVIDIA HGX H100 8-GPU, and NVIDIA Grace Hopper Superchip. Additionally, they make use of the next-generation HBM3. Real-time big data analysis and exascale AI workloads are expected to benefit from this technical breakthrough.
Adaptable Server Designs for AI-Powered 5G Networks
Massive 5G application deployment calls for digital infrastructure that can be built flexibly and support a variety of IT ecosystems. One of GIGABYTE’s modular edge systems, intended to handle a variety of workloads such as cloud computing, AI inferencing, and networking, will be unveiled. This platform ensures quick response to market changes while minimizing maintenance costs by providing smooth updates to support multi-generational chip technology and components.
With enterprises of all sizes seeing an increasing need for 5G and AI applications, GIGABYTE is introducing its newest servers designed for RAN and Core networks. These servers provide strong performance for a variety of computing applications, including SMB IT operations, telecom services, and large-scale cloud-native workloads. They are very energy-efficient and provide growth prospects for AI-accelerated computing.
Optimized TCO is ensured via sustainable cloud computing and AI.
With two immersion-ready servers designed for AI and cloud computing, as well as a large immersion cooling tank, GIGABYTE will demonstrate its complete all-in-one green computing solution at MWC. Their outstanding heat-dissipation capabilities and much reduced power usage are highlighted in the show. GIGABYTE’s dedication to sustainable and efficient computing is shown by its low TCO.
Cutting-Edge AI-Powered E-mobility for the Future
Ecological concerns and technology advances are fueling the electric vehicle (EV) revolution. Cutting-edge artificial intelligence (AI) is needed to maximize e-mobility’s potential and lifespan.
Why Is Edge AI Important for E-Mobility and What Does It Mean?
Instead than depending on centralized cloud computing, edge AI refers to processing data and making judgments locally on devices, at the source of information. This translates to intelligent cars with potent AI processors and algorithms that can evaluate sensor data in real-time without requiring an internet connection in the context of e-mobility.
Edge AI’s advantages for e-mobility
Superior Safety: AI-powered Advanced Driver-Assistance Systems (ADAS) can predict risks, respond quicker than humans, and avoid accidents.
Optimized Performance: AI systems analyze driving behaviors, road conditions, and battery state to optimize energy usage and range.
Personalization: AI may learn driving preferences and alter car settings for comfort and economy.
Predictive Maintenance: AI can monitor vehicle health and forecast problems, saving downtime.
Scalable Infrastructure: Edge AI lowers cloud infrastructure overload during high use periods.
E-mobility Future-Proofing using Edge AI:
Standardization: By establishing uniform guidelines for AI algorithms and data formats, interoperability will be guaranteed and research will go more quickly.
Strong security measures are necessary to safeguard sensitive data acquired by automobiles and prevent cyberattacks. This is related to security and privacy.
The following are some ethical considerations: AI algorithms should be impartial and open to prevent discrimination and guarantee fair usage.
Constant Innovation: In order to stay up with the quickly changing field of artificial intelligence, a constant investment in research and development is required.
Instances of Edge AI in Operation:
Edge AI is used by Tesla Autopilot and Full Self-Driving technologies for autonomous emergency braking, lane departure warning, and other safety measures.
Chinese EV manufacturer NIO optimizes charging efficiency and range by using edge AI in battery management.
A division of Intel, Mobileye creates cutting-edge AI solutions for ADAS and autonomous driving systems.
Edge AI has the power to completely change e-mobility, making it more individualized, effective, and safe. They can create a viable and intelligent transportation environment by tackling the issues and actively influencing AI’s future.
Businesses may examine cutting-edge and adaptable computing solutions that complement their plans at GIGABYTE’s booth in order to get a competitive advantage in the AI-accelerated 5G future.
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United States Willing to Invest $150 Million for E mobility
United States Willing to Invest $150 Million for E mobility
भारत और संयुक्त राज्य अमेरिका का साथीत्व बढ़ा हुआ है जिसके तहत वे नई दिल्ली के इलेक्ट्रिक सार्वजनिक परिवहन प्रणालियों में शीघ्रता प्रदान करने के लिए सहयोग करने के लिए तैयार हैं, जो इसके नेट-जीरो उद्देश्यों के साथ समर्थित हैं। यह साझेदारी दोनों देशों के बीच व्यापार और राजनीतिक संबंधों को मजबूत करती है जब वे चीन के प्रभाव का सामना करने के लिए मिलकर काम कर रहे हैं।
United States Willing to Invest $150 Million
वर्तमान में अंतर-मंत्रालय परामर्श कर रहे प्रस्ताव के अनुसार, संयुक्त राज्य $150 मिलियन (लगभग ₹1,250 करोड़) का योजना स्थापित करने के लिए तैयार है जिससे एक कोष बनेगा। यह कोष कंपनियों के लिए एक भुगतान गारंटी के रूप में कार्य करेगा जो स्टेट ट्रांसपोर्ट अंडरटेकिंग्स (STUs) को इलेक्ट्रिक बसें प्रदान कर रही हैं। इस वित्तीय तंत्र के विवरणों को सुधारने के लिए दो पक्षों के बीच चर्चाएं जारी हैं।
इस पहल का उद्दीपन इंडिया में ई-मोबिलिटी को बढ़ावा देने के लिए किया गया है, जो दुनिया भर में सबसे प्रदूषित शहरों में से कुछ में शामिल है। मंत्रिमंडल की मंजूरी मिलने पर, सरकार का इरादा है कि वह लगभग 50,000 इलेक्ट्रिक बसों के लिए राष्ट्रीय इलेक्ट्रिक बस प्रोग्राम के तहत पाँच वर्षों के भीतर इस प्रक्रिया की शुरुआत करेगी। सरकार इन बसों को महंगे क्रूड आयात को रोकने और यानीव प्रदूषण को कम करने के रूप में देख रही है।
"हम एक भुगतान सुरक्षा योजना को स्थापित करने के लिए चर्चा के अंतिम चरण में हैं, पुरानी, प्रदूषणकारी डीजल बसों को इलेक्ट्रिक बसों के साथ बदलने के लिए। प्रस्ताव को इंटर-मंत्रीय परामर्श के लिए आगे बढ़ा गया है, जिसके बाद यह मंत्रिमंडल के मंजूरी के लिए भेजा जाएगा," एक वरिष्ठ सरकारी अधिकारी ने आर्थिक टाइम्स से गुप्त रूप से कहा। "बसों को इलेक्ट्रिक बनाना सरकार के लिए एक प्राथमिकता है क्योंकि इसका सामाजिक और पर्यावरणीय रूप से सबसे अधिक प्रभाव हो सकता है।"
यह प्रस्ताव वित्त और उद्योग मंत्री पीयूष गोयल के यूएस यात्रा के दौरान पर गौरवान्वित किया जा रहा है। गोयल इस सप्ताह टेस्ला की सीईओ एलन मस्क से मिलने के लिए तैयार हैं ताकि वे अमेरिकी इलेक्ट्रिक कार निर्माता की इंडिया में अपने पहले कारख़ाने की योजना पर चर्चा कर सकें, जैसा कि मीडिया ने रिपोर्ट किया है। यूएस प्रेसिडेंट जो बाइडेन की आशीर्वादित उपस्थिति में जनवरी में नई दिल्ली के रिपब्लिक डे समारोहों के मुख्य अतिथि के रूप में आने की प्रत्याशा है, इससे संयुक्त राजस्थानों के बीच के संबंधों की मौजूदा गति को और बढ़ाएगा।
सरकार ने राष्ट्रीय इलेक्ट्रिक बस प्रोग्राम (NEPB) के तहत पुरानी और पर्यावरण के लिए हानिकारक डीजल बसों को इलेक्ट्रिक बसों से बदलने के लिए टेंडर जारी करने की कड़ी कोशिशें की है। यह प्रयास देश में वाहन प्रदूषण के उच्च स्तरों के बारे में बढ़ते चिंताओं का सामना करने के लिए है, विशेषकर शहरी क्षेत्रों में। दुर्भाग्यवश, जनवरी 2023 में स्थानीय सरकार की संघटन ऊर्जा सेवाएं लिमिटेड (CESL) द्वारा शुरू किए गए 4,675 इलेक्ट्रिक बसों के लिए हाल ही में निकाले गए टेंडर को कठिनाईयों का सामना करना पड़ा। ₹5,000 करोड़ के टेंडर के लिए कोई भी स्थापित ऑटोमोबाइल निर्माता उत्तरदाता नहीं बने, मुख्यत: पर्याप्त भुगतान गारंटी की अभाव के कारण।
"जब सभी मंजूरियां तैयार होंगी, तब पेमेंट सुरक्षा योजना लागू की जाएगी। इसके बाद, केंद्र नए टेंडर्स की ओर देखेगा," उपर्युक्त उद्धृत अधिकारी ने कहा।
मामले की जानकारी रखने वाले अंदरूनी लोगों ने सुझाव दिया है कि सरकार इलेक्ट्रिक बस निर्माताओं के लिए सुरक्षित उपाय के रूप में एक एस्क्रो खाता का अमल करने की विचार कर रही है। यह पूर्वानुमानत उपाय का उद्देश्य है कि राज्य परिवहन उपक्रमों (STUs) द्वारा भुगतान में दोष होने के खतरे को कम करें। उन लोगों ने जिन्हें इस विकास के बारे में जानकारी है, उन्होंने सूचित किया है कि सरकार एक एस्क्रो खाता को एक भुगतान सुरक्षा योजना के रूप में तैयार करने की प्रक्रिया में है, विशेषकर उन स्थितियों में जहां STUs भुगतान करने में दोष कर सकती हैं।
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United States Willing to Invest $150 Million for E mobility
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Security and Encryption for CAN Keypads
November 8, 2023
by dorleco
with no comment
Autonomous Vehicle Technology
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Introduction
Keypads for the Controller Area Network, or CAN, are widely utilized in many different applications, such as industrial, home automation, and automotive systems. For user input and interface with the underlying control systems, these keypads are essential. It is imperative to guarantee the confidentiality and encryption of information transferred between the keypad and the control systems to avert unwanted access and manipulation. We’ll go over the significance of CAN keypad security and encryption in this introduction, along with some important ideas to keep in mind.
1. Understanding CAN Keypads:
CAN keypads are user interfaces that connect to microcontrollers, ECUs (Electronic Control Units), and controllers via the Controller Area Network protocol. They are frequently used to enter commands, PINs, passwords, and other information that must be sent securely.
2. Security Challenges:
Because of several security issues, CAN keypad security is essential.
Eavesdropping: Data communication on CAN buses can be intercepted and monitored by an attacker through eavesdropping.
Replay Attacks: By recording and replaying messages, attackers may be able to obtain unauthorized access.
Data Integrity: It is crucial to make sure that no tampering occurs with the data communicated between the keypad and the control system.
Authentication: To avoid unwanted access, it is essential to confirm the keypad’s and the control system’s identities.
3. CAN Keypad Encryption:
One important tool for raising the CAN keypad security and encryption. Consider the following encryption concepts:
Secure Communication: To protect data sent between the keypad and the control system, use encryption algorithms like AES (Advanced Encryption Standard).
Key Management: To prevent encryption keys from being lost or misused, put in place appropriate key management policies.
Authentication and Access Control: Set up authentication features on the control system and keypad to stop unwanted access. For access control and authentication, this may entail utilizing secure protocols like PKI (Public Key Infrastructure) or TLS/SSL.
4. Secure Boot and Firmware upgrades:
To avoid device manipulation, make sure the keypad has a secure boot procedure and that firmware upgrades are signed and validated.
Physical Security: Take into account the keypad’s physical security. It should be difficult to physically tamper with the device, and any efforts should set off lockout or alarm devices.
5. Monitoring and Intrusion Detection:
Set up intrusion detection and monitoring systems to instantly notify administrators of any questionable activities or security lapses.
6. Regulatory Compliance:
To guarantee adherence to CAN keypad security best practices, take into account industry-specific laws, rules, and guidelines, such as NIST guidelines or ISO 26262 for automotive systems.
Advantages of CAN Keypad Security and Encryption
The total security and dependability of systems using CAN (Controller Area Network) keypads can be improved by implementing CAN keypad security and encryption, which have several important advantages. The following are some of the main benefits:
Data Confidentiality: Encryption guarantees that information sent between the control system and the CAN keypad is kept private. Sensitive data, including PINs, passwords, or orders, cannot be accessed by unauthorized people or bad actors.
Data Integrity: Data Integrity is the prevention of data manipulation during transmission through the use of encryption and security measures. By doing this, possible manipulation or interference is avoided and the control system is guaranteed to get exactly the data that was supplied from the keypad.
Authentication: Safe authentication techniques confirm the legitimacy of the control system and the CAN keypad. As a result, unapproved devices are unable to connect to or communicate with the system.
Tamper Resistance: Attackers find it difficult to physically tamper with the CAN keypad because of physical CAN keypad security features and tamper detection mechanisms. Any attempt at tampering can result in alarms or lockout procedures.
Monitoring and Intrusion Detection: To stop possible security breaches from causing major harm, real-time monitoring and intrusion detection systems assist in quickly identifying and responding to security issues.
User Confidence: By guaranteeing that users’ data and interactions with the CAN keypad are secure, security and encryption mechanisms give users peace of mind. This may result in more people having faith in the system.
Protection against Eavesdropping: Data is protected against eavesdropping efforts by encryption, which prevents hackers from intercepting and tracking data traffic. Without the decryption key, an attacker cannot decrypt the encrypted content, even if they manage to obtain access to the data.
Mitigation of Replay Attacks: Replay attacks are mitigated by encryption and security measures, which stop attackers from capturing and replaying prior messages to obtain unauthorized access. It is more difficult for attackers to use stolen data when secure communication protocols and encryption keys are used.
Secure Communication: The keypad and control system may exchange data securely over an encrypted communication channel thanks to protocols like TLS or SSL. This guarantees that data is secure while being transported.
Disadvantages of CAN Keypad Security and Encryption
Although CAN (Controller Area Network) keypad security and encryption have many advantages, there are also some possible drawbacks and difficulties to take into account:
Complex Implementation: Robust security and encryption techniques can be difficult to implement and require a lot of resources. It might need more technology, software, and knowledge, which could raise the cost of creation and operation.
Performance Overhead: Security measures and encryption can cause performance overhead, which can cause lags in reaction times and data transmission. This can be a serious problem in applications that are latency- or real-time-sensitive.
Compatibility Problems: It can be difficult to ensure that encryption and security protocols are compatible across a variety of hardware and software components as well as devices and systems.
Complexity of Key Management: Managing the creation, distribution, rotation, and storage of encryption keys can be difficult. Inappropriate key handling can result in security flaws.
Usability Challenges: Adding security features can complicate user interfaces, which increases the risk of user mistakes or confusion when using the CAN keypad.
Overhead in Communication: The overhead resulting from security measures in a CAN network with constrained bandwidth can affect data transmission efficiency and lower available bandwidth.
Potential Compatibility Issues: Including encryption and security features could cause problems for older systems that don’t support them.
Training and Awareness: More training and awareness campaigns may be necessary to ensure that administrators and users are knowledgeable about security best practices and how to use encrypted CAN keypads.
Conclusion:
In conclusion, CAN(Controller Area Network) keypad security and encryption keypads are essential components of a comprehensive security strategy that ensures the confidentiality, integrity, and authenticity of data and communications in various applications, such as automotive, industrial, and home automation systems. While there are challenges and potential disadvantages associated with implementing these measures, the advantages and protection they provide far outweigh the drawbacks.
The use of encryption safeguards sensitive data from eavesdropping, tampering, and replay attacks, bolstering the overall security posture of the system. Secure authentication mechanisms verify the identity of devices, access control prevents unauthorized interaction, and secure boot processes ensure the integrity of firmware. These measures instill confidence in users and reduce legal and financial liabilities related to security breaches.
However, it is crucial to approach CAN keypad security and encryption thoughtfully. This includes proper key management, regular maintenance, and staying informed about evolving security threats and standards. The potential for increased complexity, resource overhead, and compatibility issues should be balanced against the necessity for robust security.
Ultimately, the implementation of security and encryption for CAN keypads not only protects sensitive data but also enhances the resilience and trustworthiness of the systems in which they are employed. As technology continues to evolve, maintaining a strong commitment to security will remain vital in safeguarding critical data and ensuring the integrity of these critical interfaces.
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