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Ayurvedic Skin Care: Your Path to a Healthier, More Radiant You
For centuries, Ayurveda, the ancient Indian system of holistic medicine, has offered a path to natural wellness. This philosophy extends to skincare as well, providing a comprehensive approach to achieving healthy, radiant skin.
What is Ayurvedic Skin Care?
Ayurvedic skin care goes beyond just topical treatments. It emphasizes a holistic approach that considers your unique mind-body constitution, or dosha. In Ayurveda, there are three main doshas: Vata (air and space), Pitta (fire and water), and Kapha (earth and water). Understanding your dosha helps determine the root cause of skin concerns and guides personalized treatment plans.
The Benefits of Ayurvedic Skin Care:
Here are some reasons to consider incorporating Ayurvedic skincare into your routine:
Natural and gentle: Ayurvedic treatments use plant-based ingredients, minimizing the risk of irritation often associated with chemical-laden products.
Addresses the root cause: By considering your dosha, Ayurveda tackles the underlying imbalances that contribute to skin problems.
Promotes overall well-being: A holistic approach means Ayurvedic practices address not just your skin but your entire well-being, leading to a radiant and healthy you.
Finding Your Ayurvedic Skin Care Path
Wondering how to incorporate Ayurvedic skincare into your routine? Here's a guide to get you started:
1. Discover Your Dosha:
Several online quizzes or consultations with an Ayurvedic practitioner can help you determine your dosha.
2. Tailor Your Routine:
Based on your dosha, you'll find specific recommendations for:
Diet: Certain foods can aggravate or pacify your dosha, impacting your skin.
Herbal Remedies: Specific herbs like turmeric or neem can address concerns like acne or dryness.
Skin Care Regimens: Cleansers, toners, and face masks made with Ayurvedic ingredients cater to your dosha's needs.
Lifestyle Practices: Stress management through yoga or meditation can significantly improve skin health.
3. Start Gradually:
Introduce new Ayurvedic practices gradually to assess their impact on your skin. Consistency is key for optimal results.
4. Consult a Professional:
For personalized guidance and treatment plans, consider consulting with an Ayurvedic practitioner or a dermatologist versed in Ayurvedic principles.
Embrace the Ayurvedic Glow
By embracing Ayurvedic skin care, you embark on a journey towards a healthier, more radiant you. It's a commitment to understanding your unique needs and treating your skin with natural, holistic methods. With a little exploration and the right practices, you can unlock your skin's natural potential and experience the timeless wisdom of Ayurveda.
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台風で仕事が休みになりそうなので暇つぶしに。3年くらい前に日本の半導体産業の近況をまとめたのですが、ここ数年で政治家の先生たちが何かに目覚めたらしく状況が大きく変わりつつあるので各社の状況をアップデート。前回の記事 https://anond.hatelabo.jp/20200813115920先端ロジック半導体■ JASM (TSMC日本法人)熊本工場:28nm, 22nm (工場稼働時) / 16nm, 12nm (将来計画)日本政府の補助金とソニー・デンソーの出資という離れ業により、業界人が誰も信じていなかったTSMCの工場進出が実現した。現在は建屋の建設が進んでおり、順調にいけば2024年内には量産開始となる。生産が予定されているプロセスはいずれも世界最先端に比べると古いものだが日本では最先端であり、HKMG(ハイケーメタルゲート、トランジスタの性能を上げる技術)やFinFET(フィンフェット、性能の良い3次元トランジスタ)といった技術が新たに導入される。工場で生産される半導体の主なクライアントは出資者のソニー。衰退の激しい日本の電機業界だが、ソニーはまだ世界と戦う余力を残しており年間半導体購入金額世界10位で日本トップである。ただし、PS3のCell Processorを長崎で作っていたように先端プロセッサをここで作れるわけではない。PS5のCPUはTSMCの6nmプロセス製造であり、この工場では製造できないのだ。識者の予測ではイメージセンサー向けロジック半導体を生産すると想定されている。■ Rapidus (ラピダス)千歳工場:2nm日本政府の国策で、IBMから技術を導入し自前で最先端の半導体製造を狙う野心的なプロジェクト。量産開始は2027年を予定。社長を務めるのは御年70歳になる小池氏。彼は日立→トレセンティテクノロジーズ(ルネサスの那珂工場の前身)→SANDISK→Western Digitalという国内外の半導体メーカーを渡り歩いた華麗な経歴の持ち主である。以前に社長を務めていたトレセンティテクノロジーズは2000年に日立と台湾の大手ファウンドリUMCとの合弁の半導体製造会社で、世界に先駆け現在の標準となる300mmウェハに対応した先進的な工場であった。ファウンドリ全盛の今から後知恵で見れば、限りなく正解に近い経営戦略と先進性を併せ持っていたがビジネスとしては成功しなかった。工場はルネサスに吸収され、小池氏はSANDISKへと移籍することに。そんなわけで今回の国策ファウンドリRapidusの社長就任は小池氏の二十数年越しのリベンジマッチでもある。なお、氏のポエミーなプレゼンは業界でも有名。記者会見で日本半導体衰退の原因を「驕り」と一刀両断した一枚のパワポが話題をさらったが、本人が一番驕っているのではと不安がる声もある。■ ルネサスエレクトロニクス那珂工場:40nm日立・三菱電機・NECのロジック半導体部門が統合した日本を代表する半導体メーカー。5万人いた従業員を1/3にする大リストラ、先端プロセス製造からの撤退、海外メーカーの買収ラッシュを経て復活。そして大躍進。昨年の売り上げは1兆5千億円を超え、はじめて統合直後の売り上げ(ピークは2011年3月期の1兆1千億)を抜いた。もう1+1+1=1とは言わせない。旺盛な車載半導体需要にこたえるべく、政府の補助金を得てリストラで閉鎖した甲府工場の再稼働を決定。コロナ禍では働き方が柔軟になり、リモートワークは全国どこでもできるようになった。ルネサスは開発拠点も大リストラで統廃合しており、三菱系の伊丹やNEC系の玉川をはじめ全国にあった設計拠点を日立系の小平に集約している。地元の拠点が閉鎖されて単身赴任をしている人も多かったのだが、最近ではリモートワークを活用して単身赴任先のマンションを引き払った人も出てきている模様。■ ユナイテッドセミコンダクタージャパン三重工場:40nm増大する車載半導体需要にこたえるべく、デンソーが出資してパワー半導体のIGBTの生産を始めた。筆者はパワー半導体は専門外で、家電芸人が語る家電の説明程度にしか話せないため軽く紹介するにとどめたい。■ タワーパートナーズセミコンダクター魚津工場:45nm半導体部門を手放したがっていたPanasonicがイスラエル企業のTower Semiconductorと共同で運営していた工場。Panasonicが台湾Nuvoton technologyに持ち分株式を売却したため、現在ではイスラエル・台湾共同運営という珍しい業態になっている。さらに、半導体最大手のIntelがTower Semiconductorの買収を進めているため、将来的にはIntelの拠点となる可能性があり、日本でIntelのCPUが作られる世界線もあるかもしれない。が、本案件は米中対立のあおりで中国での買収審査が長引いているため、先行きには不透明感が漂う。メモリ半導体■ キオクシア四日市工場 / 北上工場:3D NAND 162層日本を代表するメモリ半導体メーカー。前回からの3年で、積層数は96層 → 112層 → 162層と2世代進化した。競合��社は232層品の量産も始め��いる(キオクシアは開発完了 / 本格量産前)が、最近の3D NANDは闇雲に積層数を増やせば低コストで作れるというわけでもない模様。なお世間では半導体不足のニュースの印象が強く、半導体はもうかっているとの認識があると思うがコロナ禍でのIT投資ブームが終了したメモリ業界はリーマンショック以来の大不況である。キオクシアも例外ではなく、最新の4半期決算で1000億円単位の赤字を計上してしまった。Western Digitalとの統合のうわさがあるが、もちろん筆者は何も知らないし、仮に知っていても絶対にここには書けない。■ Micron Memory Japan (旧エルピーダメモリ)広島工場:DRAM 1βnm世代ルネサスと同じく、NEC、日立、三菱電機のDRAM事業統合で生まれたエルピーダメモリを倒産後に米Micronが買収。前にも書いたが、DRAM業界はプロセスのサバ読みが横行しており、20nmを切ったあたりから具体的な数字ではなく1X, 1Y, 1Z, 1αときて、ついに1βnm世代の量産にたどり着いた。広島サミットに合わせて、社長が来日。岸田総理と会談後大々的な設備投資を発表。1γnm世代を目指して日本初の量産用EUV露光装置が導入されることが決まった。このEUVというのは波長が13.5nmの極超紫外線(Extreme Ultra Violet)を使った露光装置で1台200~300億かかる人類史上最も高価で精密な工作機械でありオランダのASML社が独占的に製造している。もっとも、メモリ業界の大不況を食らっているのはMicronも例外ではなく、岸田総理と華々しく会談している裏で数百人規模のリストラを慣行。こういう外面の良さと裏でやってることのえげつなさの二面性は、いかにも外資だなと思う。■ Western Digital東芝と共同でフラッシュメモリの開発を行っていたSANDISKをHDD大手Western Digitalが買収。キオクシアの四日市工場と北上工場を共同で運営している。Western Digitalはメモリコントローラーを内製していることで知られSSDの性能の良さに定評があり、スマートフォン向けの売り上げが多いキオクシアとは、同じ工場を運営していても得意としている販売先が微妙に異なり、住み分けがなされている。(そのため、2社統合によるシナジー効果が期待されたびたび観測気球的な記事が出回る。)なお、もともと日系半導体メーカーが大リストラをしていた時の人材の受け皿として中途をたくさん採用していた経緯もあり、人材の流動性は高い。在籍時の仕事ぶりがよければ、他社へ転職していった元社員の出戻りも歓迎と聞く。前述のRapidus社長の小池氏は、つい先日までここの社長をしていた。余談だが、上記Micronの米国本社の社長も旧SANDISKの創業者でWestern Digitalによる買収後に引き抜かれている。こういう話を聞くと、いかにも外資だなと思う。イメージセンサー■ ソニーセミコンダクターソリューションズグループイメージセンサーで世界最大のシェアを誇るソニーの半導体部門。2020年、2021年は米中対立のあおりを受けて主要顧客のHuawei向けの出荷減少に苦しんだが、2022年度は大幅に売り上げを伸ばし、1兆4千億円となった。他の半導体の例にもれずイメージセンサーも国際競争が過酷であるため、対抗して人員増強を進めている。Panasonic系エンジニアを引き抜くために関西に設計拠点を開設し、各地の工場の拡張も並行して進めている。調子のいい半導体メーカーはどこも人員増強を進めているが、ここ10年ほどは理工系の学生の半導体業界人気がどん底、かつ人材ニーズも少なかっため、新卒で半導体メーカーに就職した絶対数が致命的に少なく30~40歳くらいの中堅技術者の確保にどこも苦労している模様。なお、スマートフォン向けカメラの次の飯の種として、車載用途に数年前から注力開始。最近徐々に成果が出始めている。ファブレス半導体■ ソシオネクスト富士通とPanasonicのLSI設計部門が統合してできた日本最大のファブレス半導体メーカー。昨今の半導体ブームの波に乗り、株式上場、売り上げ2000億突破と非常に好調。3年前は1000億程度の売り上げだったので、すさまじい成長である。もっとも、母体となった富士通・Panasonicはピーク時の半導体売上が1社で5000億近くあったので、少々物足りなさを感じなくもない。復活は道半ばである。■ メガチップスソシオネクストが誕生するまで日本最大のファブレス半導体メーカーだった。もともと任天堂向けの売り上げが大半だったのだが近年は多角化を進めている。昨年の売り上げは約700億とSwitch人気がピークだった時と比べるとやや劣るが営業利益は過去最高を記録して���る。■ ザインエレクトロニクスかつては日本を代表するファブレス半導体メーカーと言えばここだった。昨年の売上高は54億と、3年前紹介したときの30億から伸びたものの、ファブレス上位2社からはかなり離されてしまっている。大昔は韓国のサムスン電子に自社製品が採用されたのがウリで創業者の武勇伝にも頻繁に登場していたが、今では売り上げの75%を国内に依存しており海外展開の出遅れが否めない。非先端ロジック・マイコン・アナログ・ディスクリートなど■ 東芝車載用途のパワー半導体需要が伸びており、石川県の工場に300mmウェハ対応ラインを建設。この記事でよく出てくる300mmウェハとはシリコンの基板の直径であり、���きい方が製造効率が良い。125mm → 150mm → 200mm → 300mmと順調に大型化が進み次は450mm化と思われたが、大きすぎて弊害が大きく、ここ20年間はずっと300mmが最大サイズである。従来はCPUやメモリといった分野の製造にしか使用されていなかったのだが、ここ5年くらいでパワー半導体にも300mm化の波が押し寄せてきている。■ ローム何かと癖のある京都系メーカー。車載事業が好調で売り上げが順調に伸びている。次世代パワー半導体材料と呼ばれていたSiCで日本国内の他のメーカーをリード。余談だが、筆者は学生のころSiCを実験で扱っていた。単位を落としまくっていた不良学生だったので、教授がワクワクしながら話していたSiCの物性の話はすべて忘れている。今では家電芸人並みのトークしかできないのでSiCについて語ることはご容赦いただきたい。研究から本格量産まで20年超の時間がかかっていることに驚きである。基礎研究の大変さを実感する。■ 三菱電機パワー半導体大手。半導体に力が入っていないシャープから福山工場の敷地を取得し、300mmウェハ対応のラインを構築。SiCのラインも熊本に作るぞ!パワー半導体には詳しくないからこの辺で勘弁な。■ ミライズテクノロジーズ日本の半導体産業が衰退しまくっていたころに、トヨタが危機感を覚えてデンソーとの合弁で設立した車載半導体メーカー。コロナ禍中に行われたオンライン学会に知らない会社の人が出てるなと思って調べたらここだった。■ TI米系のアナログ半導体世界最大手。富士通とAMD合弁のNOR FlashメーカーSpansionから買収した会津若松工場と茨城県の美浦に工場を持つ。最近は日本法人の話をあまり聞かない。■ On semiconductor米系のアナログ半導体大手。三洋電機の半導体部門を買収したが、旧三洋の新潟工場は日本政策投資銀行出資のファンドに売却した。現在の日本拠点は富士通から買収した会津工場。富士通が半導体事業から手を引き工場を切り売りしたため、会津若松市内には米系大手半導体メーカーの工場が立ち並ぶことになった。■ Infineon Technologies (インフィニオン)ドイツの大手電機メーカー、Siemenseが20年ほど前に半導体部門を分社化して誕生した。従来欧州系半導体メーカーは日本での存在感があまりなかったのだが、富士通のマイコン半導体部門を米Spansionが買収、そのSpansionを同じく米Cypressが買収、そのCypressをInfineonが買収した結果、日本市場でも存在感を示すようになった。もともとInfineon自体が車載半導体に力を入れており、有力自動車メーカーがそろう日本市場に注目しているというのもある。■ Nuvoton Technology (ヌヴォトン)台湾の半導体メーカー。半導体から撤退したがっていたPanasonicから、Tower Semiconductorと共同運営している工場と、マイコン設計部門を買収する。Panasonic時代は、自社家電向けの独自マイコンをメインに作っていたのだが、Nuvotonに買収された後はArmベースの汎用マイコンに設計品目が変わった。日本法人は車載やモーター制御向けのマイコン開発に特化させていく方針で台湾の開発チームとは住み分けを図る模様。富士通ほどではないが、Panasonicも半導体部門を切り売りしており、所属していたエンジニアはバラバラになってしまった。研究室が一緒でPanasonicの半導体部門に入社した友人がいたが、彼は今どこに流れ着いているのだろう?
令和05年最新版 日本の半導体産業の現状について
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Is Nuvoton Technology (TWSE:4919) A Risky Investment? - Simply Wall St - https://live-walk.site/2024/11/is-nuvoton-technology-twse4919-a-risky-investment-simply-wall-st/
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Class D Audio Amplifier Market Analysis 2023 Dynamics, Players, Type, Applications, Trends, Regional Segmented, Outlook & Forecast till 2033
The competitive analysis of the Class D Audio Amplifier Market offers a comprehensive examination of key market players. It encompasses detailed company profiles, insights into revenue distribution, innovations within their product portfolios, regional market presence, strategic development plans, pricing strategies, identified target markets, and immediate future initiatives of industry leaders. This section serves as a valuable resource for readers to understand the driving forces behind competition and what strategies can set them apart in capturing new target markets.
Market projections and forecasts are underpinned by extensive primary research, further validated through precise secondary research specific to the Class D Audio Amplifier Market. Our research analysts have dedicated substantial time and effort to curate essential industry insights from key industry participants, including Original Equipment Manufacturers (OEMs), top-tier suppliers, distributors, and relevant government entities.
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Market Segmentations:
Global Class D Audio Amplifier Market: By Company • Cirrus Logic • Analog Device • Texas Instruments • Renesas (Dialog Semiconductor) • Goodix (NXP) • ON Semiconductor • Infineon Technologies • Realtek • STMicroelectronics • ROHM Semiconductor • ESS Technology • Nisshinbo Micro Devices • Awinic Electronics • Shengbang Microelectronics • Shanghai Mixinno Microelectronic • Unisonic Technologies • Nuvoton Technology • Jiaxing Herun Electronic Technology • Anpec Electronics • Shanghai Nanlin Electronics Global Class D Audio Amplifier Market: By Type • Mono Channel • 2 Channels • 4 Channels • Others Global Class D Audio Amplifier Market: By Application • Automobile Industry • Computer Equipment • Wearable Device • Mobile Devices • Smart Home and Audio-Visual Equipment • Speaker • Others
Regional Analysis of Global Class D Audio Amplifier Market
All the regional segmentation has been studied based on recent and future trends, and the market is forecasted throughout the prediction period. The countries covered in the regional analysis of the Global Class D Audio Amplifier market report are U.S., Canada, and Mexico in North America, Germany, France, U.K., Russia, Italy, Spain, Turkey, Netherlands, Switzerland, Belgium, and Rest of Europe in Europe, Singapore, Malaysia, Australia, Thailand, Indonesia, Philippines, China, Japan, India, South Korea, Rest of Asia-Pacific (APAC) in the Asia-Pacific (APAC), Saudi Arabia, U.A.E, South Africa, Egypt, Israel, Rest of Middle East and Africa (MEA) as a part of Middle East and Africa (MEA), and Argentina, Brazil, and Rest of South America as part of South America.
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Key Report Highlights:
Key Market Participants: The report delves into the major stakeholders in the market, encompassing market players, suppliers of raw materials and equipment, end-users, traders, distributors, and more.
Comprehensive Company Profiles: Detailed company profiles are provided, offering insights into various aspects including production capacity, pricing, revenue, costs, gross margin, sales volume, sales revenue, consumption patterns, growth rates, import-export dynamics, supply chains, future strategic plans, and technological advancements. This comprehensive analysis draws from a dataset spanning 12 years and includes forecasts.
Market Growth Drivers: The report extensively examines the factors contributing to market growth, with a specific focus on elucidating the diverse categories of end-users within the market.
Data Segmentation: The data and information are presented in a structured manner, allowing for easy access by market player, geographical region, product type, application, and more. Furthermore, the report can be tailored to accommodate specific research requirements.
SWOT Analysis: A SWOT analysis of the market is included, offering an insightful evaluation of its Strengths, Weaknesses, Opportunities, and Threats.
Expert Insights: Concluding the report, it features insights and opinions from industry experts, providing valuable perspectives on the market landscape.
Report includes Competitor's Landscape:
➊ Major trends and growth projections by region and country ➋ Key winning strategies followed by the competitors ➌ Who are the key competitors in this industry? ➍ What shall be the potential of this industry over the forecast tenure? ➎ What are the factors propelling the demand for the Class D Audio Amplifier? ➏ What are the opportunities that shall aid in significant proliferation of the market growth? ➐ What are the regional and country wise regulations that shall either hamper or boost the demand for Class D Audio Amplifier? ➑ How has the covid-19 impacted the growth of the market? ➒ Has the supply chain disruption caused changes in the entire value chain? Customization of the Report:
This report can be customized to meet the client’s requirements. Please connect with our sales team ([email protected]), who will ensure that you get a report that suits your needs. You can also get in touch with our executives on +1 346 666 6655 to share your research requirements.
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Nuvoton Unveils Its ReRAM-Packing Low-Power Arm Cortex-M23-Based M2L31 Microcontroller Range
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The NU-LINK is a high-performance programmer and debugger designed to streamline embedded systems development. Ideal for professionals, NU-LINK offers efficient and reliable solutions for programming and debugging, enhancing productivity and ensuring precision in your development projects.
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Nuvoton Announces MA35D0 Series MPUs for Industrial Edge Devices
http://dlvr.it/T6BfcD
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How Caliptra OCP Bolsters Data Center Chip Security
Caliptra security
At Google, create technology and software that is scalable, secure, and sustainable in order to power services for billions of users. To provide these experiences, they have made open innovation a fundamental principle. CPUs, GPUs, TPUs, NICs, SSDs, and more will work together in an AI-driven future. These chips’ firmware must be transparent and trusted to enable secure solutions at scale.
Greetings from Caliptra 1.0
In order to improve chip security, Google collaborated with AMD, Microsoft, and NVIDIA to create the Caliptra standard at the Open Compute Project (OCP). Caliptra is a hardware root-of-trust (RoT) that helps guarantee that only approved and reliable firmware is permitted to execute production workloads by offering verifiable cryptographic assurances.
Caliptra will eventually cover all chips, with an initial focus on hardware implementations used in secret computing. The team went above and beyond a defined specification to produce an open-source implementation at the CHIPS Alliance in response to the increasingly sophisticated nature of cyberattacks. The end product is an intellectual property (IP) block at the silicon level that can be included into CPUs, GPUs, and SSDs in the future. The block’s firmware and ROM are likewise covered by the Caliptra source code.
Google cloud is happy to announce the completion of the Caliptra definition and the reaching of the revision 1.0 milestone for the open-source hardware and software implementation. With the addition of 9elements, AMI, Antmicro, ASPEED, Axiado, Lubis EDA, ScaleFlux, Marvell, and Nuvoton, the Caliptra community is still expanding and currently consists of organisations with substantial domain experience in SoC design automation, firmware, and verification.
Companies around the ecosystem are currently integrating the Caliptra IP block onto chips that will begin to be sold in 2026. We have gone from the beginning of the project to a complete specification and an open-source implementation of the hardware and software in less than two years.
The group has already begun work on Caliptra 2.0’s next version, which will address quantum cryptography in order to adhere to NIST’s guidelines for stateful hash-based signature schemes and module-lattice-based digital signatures. Visit caliptra.io to view the open source repositories and download the Caliptra 1.0 standard.
Caliptra OCP
OCP Safe and Effective Environment
Additionally, OCP, Microsoft, and Google are working together to improve security assessments through the OCP Security Appraisal Framework for Enablement (OCP S.A.F.E.). Customers of equipment like SSDs can be assured of security conformity with this programme. In order to protect the intellectual property of device vendors, the programme has certified a list of authorised OCP Security Review Providers (SRPs) who perform security conformance reviews to guarantee the provenance, code quality, and software supply chain for firmware releases and patches for devices. Information about OCP’s S.A.F.E. programme.
The S.A.F.E. Programme (OCP Security Appraisal Framework and Enablement)
A vast array of processing (CPU, GPU, FPGA, etc.) and peripheral (network controllers, accelerators, storage devices, etc.) components make up modern data centres. Typically, these devices are powered by firmware, microcode, or updateable software that can be found either outside or inside.
Strong security assurance is needed for the software supply chain, provenance, and code quality of firmware releases and updates that are installed on these devices.
Objectives: The OCP S.A.F.E. Recognition Programme aims to tackle the difficulties that device manufacturers, consumers, and outside security assessment companies are currently facing, such as:
Cut down on overhead and duplicate security audits.
Give customers of devices an assurance of security conformity.
Reduce rival arguments that impede the sharing of source code for thorough, impartial security testing and the publication of results and reports.
Expand the number of devices that have their firmware and related updates continuously examined.
Refine review areas, testing scopes, and reporting criteria iteratively to gradually improve hardware and firmware component security posture throughout the supply chain.
How to Take Part
Image credit to google cloud
OCP Caliptra
If you belong to the Device Supplier
First Step
Enrol in the OCP Solution Provider Programme and become an OCP Member.
Step Two
Examine the documentation for the Framework and Review Areas.
Select a certified OCP Security Review Provider (SRP) from a list to carry out a security conformance review.
Step Three
The OCP SRP will submit the security compliance report to the OCP (sample report link), at which point the device will be placed on the OCP Marketplace and recognised as an OCP S.A.F.E. approved product.
The relevant OCP S.A.F.E. logos for usage with the device will be provided by OCP.
Use the OCP go-to-market initiatives to your advantage and start marketing the product as OCP S.A.F.E.
If your business wants to become a third-party auditor and an OCP Security Review Provider (SRP) Solution Provider:
First Step
Examine the documentation for the SRP Framework and Criteria.
To explore submitting an SRP application, get in touch with the OCP Community S.A.F.E. Project Leads.
Step Two
Security Project Leads and the OCP Foundation will examine the SRP Criteria Assessment.
Sign the appropriate contracts and make the necessary payments.
The SRP will be known as an OCP S.A.F.E. SRP if it is authorised.
Step Three
The OCP Membership and Solution Provider (SP) Directories will list SRP.
Range
The following will be the Security Project’s main priorities
Standardised hardware interface and protocols to guarantee the integrity of the boot code
For specialised security hardware, open-source firmware
Security firmware protocols and APIs
Ownership transfer of the IT equipment (e.g., resale)
Techniques for delivering firmware security
Firmware and operating system secure boot
Recuperation from a weakened or distrusted state
Ensuring the safety and accuracy of any changeable storage, such as flash for microcontrollers, BMCs, BIOS, CPLDs, etc.
Safe changes to changeable storage with flexible options for rollback protection
What is about to happen
Caliptra has already established itself as a superior specification and implementation that tackles a challenging issue related to security. Additionally, they building on it with the launch of OCP Layered Open-source Cryptographic Key-management (OCP L.O.C.K.), a new endeavour. A standard for NVM Express (NVMe) key management blocks is defined and implemented by OCP L.O.C.K., which was founded by Google, Microsoft, Samsung, Solidigm, and KIOXIA. This standard protects customer data even in the event that a physical drive is taken from a data centre.
Joining forces with industry experts to produce technologies that will increase the trustworthiness and security of society’s infrastructure is exciting. Open source is used as a means to help hardware, firmware, and software meet the standards’ goals in an open, auditable, and transparent manner. Caliptra, OCP S.A.F.E., and OCP L.O.C.K. are among the topics covered in further detail during this week’s OCP Regional Summit in Lisbon, Portugal. they excited to talk about these technologies and work together to create the future.
Read more on govindhtech.com
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Nuvoton Receives US NIST FIPS 140-3 Certification for Cryptographic Library
http://dlvr.it/T1W6Jd
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The Best Herbal Hair Color for You: An Ayurvedic Approach to Vibrant Locks
Have you ever dreamt of a luscious, vibrant hair color without harsh chemicals? Look no further than the wisdom of Ayurveda and the power of herbal hair color. Unlike chemical dyes that can damage hair, Ayurvedic herbal hair color offers a natural, holistic approach to achieving beautiful, healthy locks. But with so many options available, how do you find the best herbal hair color for you? Let's unlock the secrets of Ayurveda and discover the perfect natural dye for your needs.
Ayurveda: A Journey to Natural Beauty
Ayurveda, the ancient Indian system of medicine, emphasizes using nature's bounty for overall well-being. Ayurvedic herbal hair color harnesses the power of plants and herbs to color your hair naturally. These ingredients have been used for centuries, offering a safe and effective alternative to chemical dyes.
Nature's Palette: Unveiling the Magic of Herbal Hair Dyes
Ayurvedic herbal hair colors don't strip your hair of its natural pigments. Instead, they work by coating the hair shaft with color pigments derived from plants like:
Henna: This flowering plant produces a reddish-brown hue and is known for its conditioning properties.
Indigo: This herb leaves a beautiful blue-black color and strengthens hair shafts.
Amla: This fruit, rich in Vitamin C, promotes hair growth and adds shine.
The specific blend of herbs used determines the final color outcome. This allows for a more customized approach to achieving your desired shade.
Finding Your Perfect Match: Choosing the Best Herbal Hair Color
The best herbal hair color for you depends on several factors:
Desired Color: Do you crave rich, warm tones or cool, dark shades? Research different herbal color combinations to achieve your ideal outcome.
Hair Type: Fine hair might benefit from lighter henna blends, while coarse hair can handle deeper indigo shades.
Hair Health: If your hair is already damaged, consider gentle herbal options with nourishing properties.
Benefits Beyond Color: Why Choose Ayurvedic Herbal Hair Color
Apart from achieving vibrant, natural-looking hair, Ayurvedic herbal hair color offers additional benefits:
Gentler on Hair: Unlike chemical dyes, herbal colors are often gentler and can even improve hair texture and shine.
Natural Ingredients: You can avoid harsh chemicals and potential allergic reactions associated with chemical dyes.
Scalp Benefits: Many Ayurvedic herbal hair colors contain herbs that soothe the scalp and promote healthy hair growth.
Sustainable Choice: Choosing herbal dyes is an eco-friendly way to achieve stunning hair color.
Embrace the Power of Nature: Discover Your Perfect Herbal Hair Color
With Ayurvedic herbal hair color, you can finally achieve vibrant, healthy hair that turns heads – naturally. Nuvotone can be your guide on this journey. Explore our range of herbal hair color options and find the perfect match for your unique needs. Remember, a consultation with a hair care professional can help you choose the right herbal hair color for your specific hair type and desired shade.
Ready to unlock the beauty of natural hair color? Explore Nuvotone's range of Ayurvedic herbal hair dyes today and embark on a journey to healthy, vibrant locks!
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Buy High-Quality Nuvoton MS51FB9AE_A1ED Microcontroller at the best price in India
Buy MS51FB9AE Core 8051 8 bit controller 20 PIN Flash 16KB SRAM 1K+256 TSSOP20 is now avaliable at the lowest price from Nuvoton Distributor in India | Campus Component. Order now
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Nuvoton Commits to 8-bit MCU Production Sustainability
http://dlvr.it/SrnTr5
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Nuvoton Commits to 8-bit MCU Production Sustainability
http://dlvr.it/SrnRx0
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Nuvoton Commits to 8-bit MCU Production Sustainability
http://dlvr.it/SrnRn2
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