Hardware-assisted virtualisation, hardware virtualisation and bare metal virtualisation. Are they similar or not? Tomaahtoes and Tomayyytoes?
Virtualisation as a concept of abstraction of resources is the same. People can call it various things. On our part, we are excited about DPUs and it's the place where the next-generation of data centres will evolve towards. Decades back, sharing compute and handling specific workloads were problems to contend with. Then GPUs came along. A similar trend is being seen with DPUs. CPU, as a premium resource, can be managed very well when a lot of stuff can be redirected to DPU. It requires apt hardware and chip-level support. The next generation of data centres will see a lot of demand on this front.
Can containers and virtual machines coexist?
In 2019 we announced a specific architecture and solution. People in IT were used to watching VM workloads. Developers were used to watching containers as the side they see the most. We brought in an apt solution. We also brought in Kubernetes. Since the announcement, both sides have been good, and this move has resonated very well.
What about all the complexity that comes along with such co-existences? Like cloud-native and other 'chaos' environments? Is that what you are trying to address with 'cloud smart' as an approach?
This story is from the {{IssueName}} edition of {{MagazineName}}.
Start your 7-day Magzter GOLD free trial to access thousands of curated premium stories, and 9,000+ magazines and newspapers.
Already a subscriber ? Sign In
This story is from the {{IssueName}} edition of {{MagazineName}}.
Start your 7-day Magzter GOLD free trial to access thousands of curated premium stories, and 9,000+ magazines and newspapers.
Already a subscriber? Sign In
The Ripple Effect Of Recent Layoffs
The recent wave of layoffs across various industries has sent shockwaves through the global workforce. From tech giants to traditional corporations, companies have been forced to downsize in response to economic challenges, market shifts, and technological advancements. This article delves into the far-reaching implications of these layoffs, examining their impact on individuals, communities, and the broader economy, with a particular focus on how these trends are reshaping engineering education.
Bridging the Teacher Training Gap for Effective NEP Implementation
Bridging the teacher training gap is essential for effective NEP 2020 implementation, ensuring educators are equipped to foster the next generation's holistic development.
How Cloud Technology is Empowering Indian SMEs: Key Insights from Tata Teleservices and CyberMedia Research
India's booming economy and the robust digital infrastructure are fuelling a wave of innovation, with businesses of all sizes - from established enterprises to agile small and medium enterprises (SMEs) - embracing powerful new technologies. Underpinning this growth charge is Cloud - a critical foundation for India's ongoing digital T transformation journey.
Breaking Barriers: Gender Inclusivity and AI Bias
Shreya Krishnan, Managing Director of AnitaB.org India, shares insights on the progress and challenges of gender inclusivity in the Indian tech industry and the pervasive impact of bias in AI systems.
Harnessing AI for Gaming Innovation, Games24x7
As the global online gaming industry continues its rapid expansion, the AI in gaming market, valued at approximately $2.6 billion in 2022, is expected to grow at a CAGR of around 29.5% from 2023 to 2030 Artificial Intelligence is playing a pivotal role in shaping the future of this dynamic sector.
Aditi Jain Reveals the Blueprint for Future-Ready Engineers
Aditi Jain, HR Leader | Talent Management & Development at Visionet, discusses the importance of emerging technologies and industry-academia collaborations in preparing engineering graduates for the future.
Campus-Corns - The new Summa Cum Laude?
It's strange when an OEM starts to build its own brand of cars. They are just supposed to supply the crucial parts. So why this last-mile and long-tail jump? But then, don't they have the best grip in understanding the car? So why not?
Preparing Engineers for the Modern Workplace
In recent years, the landscape of engineering education has undergone a significant transformation. However, the rapid pace of technological advancements and shifting industry demands have exposed critical gaps in the skills and knowledge of recent engineering graduates. As these young professionals step into the workforce, they are often confronted with challenges that their academic training has not adequately prepared them for. To address these issues, industry experts and educators are calling for a comprehensive overhaul of engineering curricula, emphasizing the importance of real-world problem-solving, projectbased learning, and the integration of emerging technologies.
From Funnel Vision to Gun-Barrel Vision
Eyeing the Future of Tech Skills and shooting for the bull's eye-it's time engineering talent was sharpened with a close eye on what orbits are black and which ones are white in the future dartboard of opportunities and industry requirements. Maybe that's already happening.
Practical experience & adaptability to emerging tech the key
The 2024 DQ-CMR T-School Employability Index Survey presents an in-depth analysis of the evolving landscape of engineering education in India, particularly in terms of employability and industry-readiness. This survey, conducted across a diverse range of engineering institutions, sheds light on critical developments, trends, and challenges that are shaping the future of BE/BTech graduates in the Indian job market.