Here is a best practice of Carrier-Grade AWS security, once you've copied the AWS cloud formation script provided by NTT DCOOMO. Let's open a new vista with this presentation.
(拡散希望。この夢の部分が伝わらないと、道楽と思われる)どうしてこういう活動をするのか? スタートアップがいきなり電話会社と同レベルのセキュリテイとデータアナリティクスを手に入れる。サービス企業がシステム構築のイニシアティブが取れるのです。そうすれば、より企業連携がより緊密にできる。企業連携のイノベーションが新たに生まれる。標準化重視のIndustrie4.0より先に行けるのです。横方向の展開で新たなバリューチェーンがしっかりと生まれる。
【検証してみた】いま話題のVMware on IBM Cloud SoftLayer 配布版Hayama Kyouhei
Open Cloud Innovation Festa 2016
【検証してみた】いま話題のVMware on IBM Cloud SoftLayer
日本IBM
・クラウド・テクニカル・サービス 葉山 慶平
・クラウド・テクニカル・サービス 多田 勇樹
http://softlayer.connpass.com/event/34524/
Cloud Days Tokyo 2015 "オンプレミス環境のクラウド化と運用を楽にする OpenStack ソリューション ~ハイブリッド・クラウドを...Shinichiro Arai
Cloud Days Tokyo 2015 IBMセッション使用資料です。
https://event.nikkeibp.co.jp/reg/contents/cd_t_2015/index.html#C-23C
「クラウドの利用目的が「効率化・コスト削減」から「ビジネス・スピードの迅速化」へと広がり、今後、オープン技術による複数クラウドの連携も必要になる。 当セッションでは、ハイブリッド・クラウドの構築を見据えたオンプレミス環境のクラウド化を、OpenStack対応ソリューションでどのように進められるかを、システム部門の運用負荷軽減のヒントとともに紹介する。」
This monthly lightning talk summary covered recent developments in Node.js, front-end tools, Docker, Heroku, AWS, Apple software, IDEs, programming languages, APIs, web technologies, and viral news topics from August 2014. Key items included the release of Node.js v0.12.0, Docker 1.2.0, Yosemite developer preview 6, WebStorm 9 early access, and announcements regarding Scala.js, Java 9, and the Facebook Graph API v2.1.
Cloud Days Tokyo 2015 "オンプレミス環境のクラウド化と運用を楽にする OpenStack ソリューション ~ハイブリッド・クラウドを...Shinichiro Arai
Cloud Days Tokyo 2015 IBMセッション使用資料です。
https://event.nikkeibp.co.jp/reg/contents/cd_t_2015/index.html#C-23C
「クラウドの利用目的が「効率化・コスト削減」から「ビジネス・スピードの迅速化」へと広がり、今後、オープン技術による複数クラウドの連携も必要になる。 当セッションでは、ハイブリッド・クラウドの構築を見据えたオンプレミス環境のクラウド化を、OpenStack対応ソリューションでどのように進められるかを、システム部門の運用負荷軽減のヒントとともに紹介する。」
This monthly lightning talk summary covered recent developments in Node.js, front-end tools, Docker, Heroku, AWS, Apple software, IDEs, programming languages, APIs, web technologies, and viral news topics from August 2014. Key items included the release of Node.js v0.12.0, Docker 1.2.0, Yosemite developer preview 6, WebStorm 9 early access, and announcements regarding Scala.js, Java 9, and the Facebook Graph API v2.1.
This document discusses directory write leases in MagFS, a globally distributed file system. It introduces the concept of directory write leases, which allow clients to cache and execute namespace-modifying operations locally to improve performance over high-latency networks. Evaluation results show that directory write leases enable workloads to complete much faster with increasing network latency compared to synchronous approaches.
This document is a collection of random characters, symbols, and words in multiple languages with no discernible meaning or purpose. It contains strings of letters, numbers, punctuation marks, and some words in languages like English, but arranged in a nonsensical way with no clear theme or message. The document lacks structure, grammar, or a coherent point and instead appears to be gibberish.
The document discusses Performance Co-Pilot (PCP), a system-level performance monitoring and performance management toolkit for Linux. PCP allows for the collection, monitoring, and analysis of system metrics. It includes tools for creating and replaying archive logs that capture performance information. PCP has a distributed architecture that allows for monitoring of local and remote nodes in real-time or using archived data. Key PCP components include collectors that gather metrics and consumers that analyze and visualize performance data. Example consumer tools demonstrated are pmstat, pmatop, pmcollectl, pminfo, and pmchart.
PCP Introduction is an overview presentation on Performance Co-Pilot (PCP), an open source toolkit for system-level performance analysis on Linux, UNIX, and Windows systems. PCP allows for monitoring of live and historical system performance metrics across single and distributed systems. It includes a metrics namespace, collector and consumer toolkits to extract, store, and visualize performance data. Recent developments focus on container awareness, new kernel instrumentation, and browser/API interfaces to support modern monitoring needs.
ネットワークとセキュリティの融合が導く未来 The Future Led by the Integration of Networking and Se...Osaka University
このプレゼンテーションは、ネットワークとセキュリティの融合に焦点を当てたNetskope Japanによるものです。クラウド技術の進化(Cloud1.0からCloud2.0への移行)、サイバーセキュリティの強化、データプライバシーの確保、リモートワークの普及、そしてAIおよびエンタープライズSaaSの使用増加について述べています。特に、企業が直面しているセキュリティの課題には、セキュリティ設定の不統一の解消や不正侵入の阻止が含まれており、Netskopeを導入したニトリの事例を紹介しました。また、クラウドサービス専用のセキュリティ対策として、私たちのゼロトラストネットワークアクセスやリアルタイムで適応的なトラストベースのポリシー決定機能についても強調しました。My presentation is provided by Netskope Japan and focuses on the integration of networking and security. I discuss the evolution of cloud technology, from Cloud1.0 to Cloud2.0, enhancements in cybersecurity, ensuring data privacy, the proliferation of remote work, and the increased use of AI and Enterprise SaaS. I highlight the security challenges companies face, including unifying inconsistent security settings and preventing unauthorized access, with a case study on Nitori. I also emphasize our specialized cloud security measures, such as zero trust network access and our capability for real-time adaptive trust-based policy decisions.
Generative AI: Redefining Creativity and Transforming Corporate LandscapeOsaka University
The advent of Generative AI is redefining the boundaries of creativity and markedly transforming the corporate landscape. One of the pioneering technologies in this domain is the Reinforcement Learning from Human Feedback (RLHF). Combined with advancements in LLM (Language Model) has emerged as a notable player. LLM offers two primary interpretations: firstly, as a machine capable of generating highly plausible texts in response to specific directives, and secondly, as a multi-lingual knowledge repository that responds to diverse inquiries.
The ramifications of these technologies are widespread, with profound impacts on various industries. They are catalyzing digital transformation within enterprises, driving significant advancements in research and development, especially within the realms of drug discovery and healthcare. In countries like Japan, Generative AI is heralded for its potential to bolster creativity. The value generated by such AI-driven innovations is estimated to be several trillion dollars annually. Intriguingly, about 75% of this value, steered by creative AI applications, is predominantly concentrated within customer operations, marketing and sales, software engineering, and R&D. These applications are pivotal in enhancing customer interactions, generating innovative content for marketing campaigns, and even crafting computer code from natural language prompts. The ripple effect of these innovations is palpable in sectors like banking, high-tech, and life sciences.
However, as with every innovation, there are certain setbacks. For instance, the traditional business model of individualized instruction, as seen in the context of professors teaching basic actions, is on the brink of obsolescence.
Looking ahead, the next five years pose pertinent questions about humanity's role amidst this technological evolution. A salient skillset will encompass the adept utilization of generative AI, paired with the discernment to accept or critique AI-generated outputs. Education, as we know it, will be reimagined. The evaluative focus will transition from verifying a student's independent work to gauging their ability to produce content surpassing their AI tools. Generative AI's disruptive nature will compel us to re-evaluate human value, reshaping the paradigms of corporate management and educational methodologies
To be or not to be an academic, big enterprise, startup job that is the qu...Osaka University
"Who said it first is not important." Who gets there first is."
(Takeo Kanade, Circa 1990s)
Before joining a Big Enterprise, Check these
Empathy with the company's vision and mission.
Senior management prepares their own presentation materials (with high IT literacy).
There are executives who joined the company mid-career from outside.
There is a good employee training program.
There are many retired employees who are active after leaving the company.
There is an organization that integrates marketing, development, and operations.
There are no academic cliques.
日本ではディープテック・スタートアップが育つ環境がない。1. イノベーター人材育成が不十分、2.ベンチャーキャピタル側の人材欠如、3. 大企業側レセプターが未発達という課題を指摘した上で、今後どうすれば良いのかという未来志向の議論をしたい。巷間で言われる「AIは幻想だった」という評価を乗り越えるべく「AIはデジタルだ」の見地から、米国の非営利団体OpenAIが開発した巨大言語モデルGPT-3を例にして、これから見えるイノベーショントレンドを共有する。
Business Environment of Deep Tech AI Startups
There is no naturing environment for deep-tech startups to grow in Japan. I would like to point out the following issues: (1) insufficient development of innovator education system, (2) lack of human resources on the venture capital side, and (3) lack of development of receptors on the large enterprises side. In order to overcome the reputation of "AI was an illusion." from the viewpoint of "AI is digital.", we will share the innovation trends to be seen using the huge language model GPT -3 developed by the non-profit organization OpenAI in the United States as an example.
IoT Devices Compliant with JC-STAR Using Linux as a Container OSTomohiro Saneyoshi
Security requirements for IoT devices are becoming more defined, as seen with the EU Cyber Resilience Act and Japan’s JC-STAR.
It's common for IoT devices to run Linux as their operating system. However, adopting general-purpose Linux distributions like Ubuntu or Debian, or Yocto-based Linux, presents certain difficulties. This article outlines those difficulties.
It also, it highlights the security benefits of using a Linux-based container OS and explains how to adopt it with JC-STAR, using the "Armadillo Base OS" as an example.
Feb.25.2025@JAWS-UG IoT