Conrad Electronic, a stalwart in the technical supplies industry since 1923, has embarked on a transformative journey with Google Cloud’s Apigee. This transition has not only streamlined development processes but also fortified security, setting the stage for enhanced operational efficiency and future expansion in the digital landscape.

The Evolution of Conrad Electronic

Founded nearly a century ago, Conrad Electronic has evolved into a premier sourcing platform, offering a vast array of technical resources and cutting-edge solutions to organizations worldwide. The company’s commitment to innovation led to a pivotal decision in 2016—the adoption of Google Cloud.

The Birth of Conrad Marketplace

Conrad Electronic’s embrace of Google Cloud paved the way for the Conrad Marketplace, a dynamic platform that debuted in Austria in 2021 and subsequently expanded its footprint to Italy, the Netherlands, and, most recently, France. This strategic move allowed Conrad Electronic to better serve its customers with a diverse range of offerings.

Elevating Engineering and Development ROI

A central goal for Conrad Electronic was to amplify the Return on Investment (ROI) in engineering and development. To achieve this, the company turned to Google Cloud’s Apigee. This transition played a pivotal role in simplifying and expediting the development process, resulting in tangible improvements.

A Shield of Security with Apigee

Conrad Electronic’s adoption of Apigee also ushered in a new era of security and efficiency. The integration of Apigee brought about authentication unification, simplifying the management of various teams and proxies. This unification not only bolstered security but also significantly reduced response times.

Pioneering with Apigee

The journey with Apigee is far from over for Conrad Electronic. The company is committed to maximizing the potential of Apigee to orchestrate its APIs, optimize network performance, and introduce new services for its teams. Apigee’s robust management and security features, continuous expansion of its feature set, and dedicated support teams position Conrad Electronic for innovative initiatives ahead.

A Vision for the Future

Conrad Electronic is poised to enhance its operational efficiency and security further. Leveraging Apigee’s payload threat safeguards and cloud-native management, the company is facilitating seamless data exchange through APIs. This groundwork prepares Conrad Electronic’s network for future expansion, aligning with the ever-evolving digital landscape.

In an era where digital transformation is paramount, Conrad Electronic’s partnership with Google Cloud’s Apigee stands as a testament to its commitment to innovation, security, and operational excellence. The journey continues, promising new horizons and opportunities in the digital realm.

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Applications built on Artificial Intelligence and Machine Learning, ranging from gaming to product recommendations and scientific computing, substantially rely on the robust compute performance offered by NVIDIA GPUs on Google Cloud. The good news – Ops Agent now has capability to collect metrics from an NVIDIA GPU on Compute Engine Virtual Machines on Google Cloud.

Stepping Up Performance with Cloud Ops Agent

Cloud Ops Agent, endorsed by Google as the go-to telemetry solution for Compute Engine, amplifies the visibility of your NVIDIA GPUs and accelerated workloads. This is achieved through key metrics from the NVIDIA Management Library and the NVIDIA Data Center GPU Manager.

Functionality Highlights of Ops Agent

The offerings of Ops Agent are diverse. Here are a few noteworthy ones:

• Ensuring the health of GPU fleet via GPU metrics and dashboards
• Optimizing costs through identification and consolidation of underused GPUs
• Capacity planning for GPUs based on observed trends
• Monitoring GPU processes (ML models) through utilization and memory
• Identifying bottlenecks and performance issues using DCGM profiling metrics
• Setting up alerts based on GPU metrics

Collecting Crucial GPU Metrics

Users of NVIDIA GPUs are typically familiar with the command nvidia-smi, offering a synopsis of all GPU devices and their running processes. Leveraging the same foundation API in NVML, Ops Agent can now effortlessly collect those critical metrics without any additional configuration. This covers metrics for GPU utilization, GPU memory usage, and process lifetime GPU utilization.

Advanced GPU Metrics with NVIDIA’s DCGM Toolkit

The NVIDIA’s DCGM toolkit equips Ops Agent with the ability to collect advanced GPU metrics at scale. DCGM provides a detailed metrics-level profile of different hardware, including streaming processors and interconnections such as NVLink among others.

Visualizing Performance

Teaming up with offerings in Google Cloud’s operations suite, the collected GPU metrics can be easily examined and visualized. Custom charts creation and inclusion in dashboards has been made possible, thanks to either Metrics Explorer query builder or PromQL. The NVIDIA GPU Monitoring dashboard offers unparalleled insight across your GPU fleet.

Unified Telemetry Agent – Ops Agent

Ops Agent is a feature-loaded telemetry agent facilitating VM monitoring, logging, and tracing. Ops Agent can automatically collect host metrics, system logs, Prometheus metrics, and OTLP metrics and traces.

Get Started with Ops Agent Today

Interested in trying Ops Agent? When creating a Virtual Machine through the Google Cloud console, you can opt for a one-click option to add an Ops Agent. This lets you suitably test Ops Agent with its default configuration

To kickstart with Ops Agent, check out the detailed instructions on how to install and configure Ops Agent to better monitor your GPU instances in the official documentation.

Conclusion

The Ops Agent certainly appears to be a compelling tool that can greatly optimize the utilization of NVIDIA GPUs on Google Cloud, thereby enhancing the efficiency of AI and ML applications. Do you think Ops Agent can work for your organization? Comment below with your thoughts!

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The accelerating speed of technological development has always intrigued me. But what I find even more enchanting is the delicate interplay of individuals, narratives, and life experiences that govern the daily application of technology. When it comes to cloud adoption, it’s the people and their cultures that dramatically shape the outcomes. These accounts demonstrate how technology and tradition merge to create distinct cloud cultures.

In our introduction with episodes centered around Poland and Sweden, we examined how these nations, each bearing unique cultural foundations, have taken the lead in pioneering innovative technologies. Now, it’s time to delve into the cloud culture in the United Kingdom.

Pursuit of Excellence in United Kingdom

For nearly a decade, our two data center regions have been tirelessly serving the exploding growth of the cloud in the United Kingdom and across Europe. The advent of revolutionary cloud services, like generative AI, hints at another significant leap in cloud innovation that’s just around the corner. During my visit to the United Kingdom, I observed how their relentless quest for excellence is driving this growth.

Soaking in the local color, it was clear that the pursuit of excellence here is more than a result—it’s indeed a permeating mindset in the cloud culture, where striving for excellence is what matters most.

How is Cloud Harnessed in the United Kingdom?

The user narratives shed light on how the local tradition converges with the winds of innovation to birth more than just novel cloud culture; they create unique inroads into Cloud Cultures powered by Microsoft.

Unearthing these narratives made one universal aspect stand out—Data is the unleashing key to this culture of excellence. Harnessing cloud technology to analyze insurmountable data quickly, businesses are able to draw better insights from analytics, inform their decision-making, and ensure they’re ready for continued growth.

Ashok Reddy, CEO of KX, reflects:

“There is a lot of focus on how to improve efficiency. It’s not about doing more for less; it’s doing the right things in the first place. It’s effectiveness, not efficiency.”

Drawing a fine line between efficiency and effectiveness is imperative. Operating efficiently is key but ensuring our actions align with meaningful outcomes can be the real game-changer.

Discover More about Microsoft Cloud Cultures

As we set foot in the next stage of digital transformation, with AI leading the charge, our aim is clear—we want to empower every person on the planet to achieve more. Technology is a potent tool to achieve this, especially when shaped by the very people and cultures it serves. Our journey in the United Kingdom has only strengthened this belief.

In conclusion, Microsoft’s Cloud Cultures series gives us a peep into the global technological ways of life—it’s the people at the core, their culture, and their unique stories that shape the cloud. These tales of transformation from across the Atlantic can inspire organizations worldwide to adapt, innovate, and strive for excellence in their own ways. What exciting aspects did you pick up from the ‘Cloud Cultures: United Kingdom’ episode? We look forward to your thoughts in the comments below!

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Seattle-based tech startup Unearth Technologies, known for its breakthrough construction mapping software, announced its acquisition by Southern California’s Procore Technologies. Specifics of the deal weren’t shared with the public.

Unearth Technologies’ Impact on the Industry

Unearth Technologies surfaced in the tech scene in 2016 and has been revolutionizing the construction industry with its innovative software, dubbed “OnePlace.”

This mobile software leverages geographic information system (GIS) technology to gather and unify construction project data within detailed maps. Amongst its roster of clients are notable contractors, utilities, and a multitude of Fortune 500 companies.

“The product has been deployed across arrays of diverse terrains from dams to air bases and dense forests, and has aided in the management of thousands of miles of buried utilities over the years” – Brian Saab, CEO and co-founder of Unearth Technologies.

Directorial Roles at Procore

The collaborative work of co-founders Brian Saab and Amy Hutchins will continue at Procore Technologies, after having previously worked together at Seattle travel software startup Buuteeq.

Accomplishments and Future Endeavors

Unearth Technologies’ journey thus far has been fueled by various funding rounds including a $7-million Series A round in 2019. Its notable roster of investors include Cercano, Madrona Venture Group, among others.

Amidst the recent slowdown in acquisition activity within the tech industry, largely due to increased interest rates and stubborn inflation, McKinsey has reported an 85% jump in investments in the architecture, engineering, and construction technology sector from 2020 to 2022.

We extend our congratulations to both Unearth Technologies and Procore Technologies on this exciting new chapter and anticipate the innovative strides this synergy will make in the future.

We’d love to hear what you think about this acquisition in the comments below.

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MIT’s (Massachusetts Institute of Technology) Lincoln Laboratory has received four prestigious R&D 100 Awards in 2023, solidifying its reputation as a hub for cutting-edge innovation. These awards recognize the top 100 innovations deployed or made available for commercial use within the past year. MIT’s Lincoln Laboratory has proven its commitment to advancing technology with these groundbreaking creations.

Lab Director Commends Achievements

Eric Evans, the Director of Lincoln Laboratory, expressed immense pride in the institution’s accomplishments, highlighting its unwavering dedication to innovation.

“The technology transition rate remains very high for both our classified and unclassified programs. The successful technology development and transition at the laboratory are profoundly changing the world. Well done to all the teams involved,” said Evans.

MIT’s Noncontact Laser Ultrasound (NCLUS)

Among the award-winning innovations is the Noncontact Laser Ultrasound (NCLUS), a revolutionary non-contact ultrasound system. This technology has the potential to disrupt the field of medical imaging by enabling ultrasound imaging outside the traditional hospital setting.

Air Force Scheduling Revolution

MIT’s Puckboard, a web-based application powered by artificial intelligence, has transformed flight crew scheduling for the U.S. Air Force. This intelligent tool provides optimal scheduling recommendations, allowing crew members to focus more on their primary duties.

Securing Data on Uncrewed Platforms

The Security/Cyber Module (SCM) End Cryptographic Unit (ECU), a compact device designed to ensure the security of uncrewed systems, is another noteworthy innovation. As uncrewed systems continue to play a crucial role in the military, tools like the SCM/ECU become invaluable for data protection.

Scalable, Photonic Memory for Quantum Networking

Lincoln Laboratory’s groundbreaking work on developing the first scalable, photonic memory for quantum networking has earned it another R&D 100 Award. This innovative memory enhances quantum information processing capabilities, paving the way for further advancements in this field.

In addition to these four award-winning technologies, Lincoln Laboratory also had five other innovations named as finalists for the R&D 100 Awards. The achievements will be celebrated on November 16, 2023, in San Diego, California.

Conclusion

MIT’s Lincoln Laboratory continues to lead the way in technological advancements, as evidenced by its multiple awards and recognitions. The laboratory’s ongoing commitment to bringing revolutionary products to the market bodes well for the future of technology. We eagerly anticipate more groundbreaking inventions and progress in this dynamic field. Share your thoughts in the comments below.

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In a surprising revelation emerging from recently leaked documents, tech giant Microsoft appears to have entertained the idea of acquiring Valve Software, a formidable player in the gaming industry.

Is Microsoft Gearing Up for Valve?

The spotlight fell on a series of documents during the ongoing Microsoft vs. FTC court hearings. Buried within an email exchange dating back to August 2020, a fascinating nugget of information came to light, suggesting that Xbox head Phil Spencer and Microsoft’s board might have explored the notion of acquiring Valve Software.

A Glimpse into Ambitious Agendas

The email, primarily focused on the potential merger of Microsoft and Nintendo, discreetly hinted at Microsoft’s contemplation of a “writeup” regarding a Valve acquisition. While seemingly a minor detail, this revelation has triggered intriguing discussions within the gaming community.

Valve’s Dominance in the Market

Valve Software, renowned for iconic franchises like Half-Life and Counter-Strike, wields considerable influence in contemporary game development. Additionally, the company is the driving force behind Steam, a digital gaming platform that has reigned supreme among PC gamers for over two decades.

“We don’t like to make plans that go too far out because we couldn’t maintain that flexibility,” remarks Valve executive Robin Walker, reflecting the company’s commitment to adaptability and innovation. The question looming large is whether Microsoft’s potential acquisition could alter Valve’s core essence—an inquiry central to this unfolding narrative.

Conclusion

Microsoft’s apparent interest in Valve has injected a fascinating dynamic into the gaming industry’s landscape. Regardless of the ultimate outcome, this situation underscores Valve’s pivotal role and impact within the sector. We invite you to share your insights and observations in the comments section below as this story continues to develop.

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Understanding the depth of these transformative forces is critical, as they intricately shape the landscape of global trade and supply chain financing. From surging inflation rates to geopolitical complexities and increasingly intricate supply chains, the call for enhanced supplier visibility and traceability has never been louder, especially in the pursuit of Environmental, Social, and Governance (ESG) goals.

Shifting from Fragmented to Data-Driven Supply Chains

Meeting these challenges necessitates a shift from manual to data-centric supply chain operations. Consequently, organizations are embracing digitalization to streamline processes and reduce costs.

Technology is pivotal in uniting fragmented manual procedures into a connected and digitized trade ecosystem. This transformation establishes a single source of truth across all stakeholders, fostering trust and efficiency in global trade.

IBM’s Leading Role in Trade Finance Digitization

IBM has been at the forefront of this digital revolution, bringing forth a myriad of advantages. These include real-time visibility into supply chains, the elimination of paper-based processes, enhanced accuracy in cash-flow forecasting, and bolstered supply chain resilience. To underscore these benefits, IBM has adopted a platform-centric approach to modernize trade finance procedures, harnessing the potential of “as-a-service” business models.

The Transformative Influence of AI and Industry Cloud Platforms

At the heart of IBM’s platform is the IBM Cloud for Financial Services, a unique cloud solution tailored to the specific requirements of regulated industries. IBM Consulting’s advisors and managed services are instrumental in expediting the journey towards trade digitization.

Iain MacLennan, Head of Trade and Supply Chain Finance at Finastra, underscores the significance of this transformation: “With digitalization being a prerequisite for corporate growth, the modernization of banks’ processes paves the way for substantial digitization of their trade finance operations.”

Discover How IBM’s Innovative Approach Can Shape Your Trade Finance Journey

In Conclusion— In an increasingly digital world, organizations must wholeheartedly embrace digital transformation to conduct transactions swiftly, securely, and with an unwavering focus on compliance and security. IBM’s pioneering work in this domain represents a significant leap forward. What are your insights on this transformative journey? We welcome your comments below! Stay updated with all the latest News around Technology and Innovation with Techinsight.

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One of Google Cloud’s standout features is its extensive worldwide infrastructure, boasting a vast network of 39 diverse Google Cloud regions. This infrastructure offers specialized capabilities, guaranteeing the delivery of high-performance, low-latency cloud services in over 200 countries and territories.

Global Expansion: A Testament to Innovation

Recent developments have seen Google Cloud expedite its global expansion efforts. The company has unveiled plans to introduce additional Cloud regions across the Asia-Pacific (APAC) and Europe, Middle East, and Africa (EMEA) regions. Additionally, Google Cloud has fulfilled its commitment to open regions in strategically chosen territories, including Tel Aviv, Turin, Doha, and Berlin-Brandenburg.

Google Cloud: Bridging Gaps Globally

One of the most significant expansions is the establishment of a Google Cloud region in Greece, located in Athens. This move is poised to drive the nation’s digital transformation and sustainable growth substantially. The choice of Athens as a pivotal location underscores Google’s commitment to supporting local innovation and progress.

Mexico is another focus of Google Cloud’s expansion efforts, with the forthcoming Cloud region set to be stationed in Querétaro. This strategic positioning aims to meet the surging demand for cloud services across a wide spectrum of Mexican industries. When fully operational, this region will join Santiago and São Paulo to form Google Cloud’s Latin America cloud region.

Emiliano Calderón, Coordinator of Estrategia Digital Nacional, highlighted the transformative potential of this expansion. He noted that “Accessing cloud-driven innovations in a local, secure, reliable, and scalable way means public sector organizations have the ability to offer greater services, often more efficiently and economically. The cloud region in Mexico will undoubtedly accelerate the adoption of emerging technologies and democratize their benefits for citizens and disadvantaged communities.”

Empowering New Zealand’s Digital Transformation

New Zealand is set to receive its first Google Cloud region, strategically located in Auckland. This development will empower Kiwi businesses to accelerate their digital transformations with enhanced local speed, security, and scalability. Simon Kennedy, Chief Digital Officer of Foodstuffs North Island, expressed enthusiasm, highlighting how this investment will enable greater opportunities to serve New Zealanders efficiently.

Sustainability at the Core

Sustainability forms an integral part of Google’s strategy. The company has been a pioneer in renewable energy adoption, matching 100% of its energy consumption with renewable sources since 2017. Google now sets its sights on a net-zero emissions goal across its operations and value chain by 2030. Leveraging technology’s power, Google is committed to advancing human rights and integrating such perspectives into its planning process.

A Vision for the Future

As Google Cloud regions continue to proliferate globally, the company remains steadfast in its commitment to working and delivering solutions that cater to the complex needs of its clients. Additionally, Google Cloud is dedicated to forging a more sustainable future that provides equal opportunities for everyone.

Are you excited about how Google Cloud’s expansion can transform the way your business operates? Share your thoughts and comments below. Google Cloud’s relentless pursuit of innovation and sustainability promises a brighter future for enterprises and communities worldwide.

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The landscape of geospatial data analysis is rapidly transforming across sectors like agriculture, urban planning, and disaster management. Artificial Intelligence (AI) is playing a crucial role in this transformation, with technology giants like Microsoft and Seattle’s Allen Institute for AI (AI2) leading with innovative projects – Satlas and Project Guacamaya.

Global Development Through Satlas’ Snapshots

AI2’s latest offering, Satlas, presents a software platform for scrutinizing global geospatial data, obtained from satellite imagery. It utilizes deep-learning models to recognize features – offshore platforms, solar farms, tree cover – upon images yielded by the European Space Agency’s Sentinel-2 satellites and displays them on an online map for tracking changes over time.

In a recent blog post, AI2 research scientist, Fayven Bastani, shared the intricacies involved in the project:

“We have manually labeled 36K wind turbines, 4K solar farms, 7K offshore platforms and 3K tree cover canopy percentages in Sentinel-2 imagery,”

The AI tools developed by the Satlas team have managed to enhance the resolution of satellite imagery by four times, from 10 meters to just 2.5 meters per pixel. Another AI2 endeavor, Skylight, is exploring how Satlas’ marine infrastructure data could enhance its system for tracking sea vessels.

Project Guacamaya’s Mission to Save the Amazon

Aligning its focus with understanding the alarming deforestation pattern in the Amazon Rainforest, is Project Guacamaya, a collaborative effort by Microsoft and its cohorts, aimed at South America’s growing environmental issue.

By blending data from Planet Labs’ satellites, concealed cameras, and acoustic sensors with AI models, the project tends to monitor the health of both the rainforest and its resident species. Colombian conservationists then leverage this data to identify potential environmental risks.

Besides the Humboldt Institute and Planet Labs, Microsoft’s collaborative network for Project Guacamaya includes multiple other organizations who are focused on achieving a common goal.

Diego Ochoa, director of external affairs at the Alexander von Humboldt Institute in Colombia emphasizes the impact of this technology-based project:

“This is not just about monitoring, and it’s not just about artificial intelligence or even generating a scientific paper,” Ochoa said. “We need to inspire society, using AI, hopefully will inspire Colombians to change the way they think about biodiversity and nature”

As the global environmental monitoring mission continues, other tech giants like Amazon and BlackSky too have made significant strides in geospatial data analysis.

Conclusion

From enhancing satellite image resolution with AI to deploying AI models for environmental monitoring, the combined efforts of Satlas and Project Guacamaya underscore the immense scope of this profound technology. The initiatives shine a spotlight on how AI can bring about massive positive changes for our planet by offering actionable insights. We welcome our readers to share their thoughts, ideas or experiences relating to AI’s impact on environmental conservation. How do you think technology can further contribute to our shared commitment to the environment?

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