OpenTelemetry provides insight into cloud-native applications and environments Back-office bliss: the dream of ‘ticketless’ ITĬompanies need front ends every business needs an upper-tier operational layer including sales, customer sup.
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OpenText Cybersecurity research on code security shows that organizations are only just beginning to adapt th. AppSec is a fundamental requirement, but does it get enough attention?
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The European Investment Bank (EIB) websites have been offline on Monday evening due to cyber attacks. KillNet hits European Investment Bank: who is this hacker group? It is making LLMs accessible to more organizations throu. HPE too has not escaped the AI developments of late. HPE enters AI market with HPE GreenLake for Large Language Models Luminous Computing plans to ship ‘development kits’ to early consumers in two years and includes prominent cloud providers in its initial market. “By introducing silicon photonics technology at the heart of computer architecture, we’re not only able to drastically improve performance and scalability, but we’re also able to make it much easier to build huge AI models.” “Most people who build hardware assume that in order to improve performance, you have to trade off against programmability and cost-efficiency, or just go to a higher-density silicon node,” said Luminous co-founder and Chief Executive Officer Marcus Gomez. As per Luminous, the plan is to utilize the power of these chips to accelerate AI training. The startup plans to employ silicon photonics tech to create supercomputers that are entirely optimized for artificial intelligence workloads.
A supercomputer to help ease ai workloads It also utilizes them to function internal apps. Google provides these chips via the public cloud. Their main aim is to develop chips having 3000-times more power than TPU (or Tensor Processing Unit), a chip made by “Google LLC” to run AI models.
This is the entire vision of Silicon Photonics that Luminous aims to achieve: to leverage light instead of electricity to perform calculations. In some instances, light travels significantly quicker than electricity. Silicon photonics tech takes an alternative approach: rather than electricity, the tech encodes data in the shape of light. Processors manipulate the electricity by shifting it from one transistor to another to execute calculations.
This supercomputer relies on “Silicon Photonics,” a tech capable of speeding up various computational tasks.Ĭonventional processors keep data they process in the shape of electricity. Luminous is developing a supercomputer to function AI models. Silicon photonics – the tech behind the supercomputer Here are a few notable investors that participated in the “Series A” round: The startup recently unveiled they had closed a stunning $105M funding from their diverse investors. Luminous Computing – a relatively new startup – is developing a one-of-a-kind supercomputer to run AI models. Luminous Computing, a company developing light-based artificial intelligence (AI) accelerator chips, raises a staggering $105 million in investments.
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