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晶片產業能從電玩遊戲學到的 5 堂關鍵課程

半導體產業是現代科技的基石,從智能手機到人工智能,萬物都由它驅動。但隨著晶片複雜度急遽攀升、市場需求變化比以往更快,這個產業傳統、僵化的開發週期正成為瓶頸,拖慢了創新的步伐。與之形成鮮明對比的是,遊戲產業在快速、迭代的開發模式與對使用者的深度癡迷上蓬勃發展。對於半導體產業的高階主管、工程師與設計團隊來說,驅動遊戲世界的敏捷原則提供了一套強而有力的嶄新playbook。

1. 告別瀑布式的僵化,擁抱敏捷的迭代

挑戰:緩慢、缺乏彈性的開發週期

半導體設計常遵循嚴格的「瀑布式」模型,產品路線圖提前數年規劃,每個步驟都從規格制定線性地走向下線 (tapeout)。雖然這種細緻的流程能將代價高昂的錯誤降至最低,卻也扼殺了創造力,使其難以適應新的市場機會或技術挑戰。

啟示:透過迭代與回饋加速創新

遊戲開發是動態的。開發工作室會發布搶先體驗版或 Beta 測試版,在一個週末內收集玩家回饋,有時甚至會根據這些意見對整個專案進行重大調整。這種敏捷性讓他們能不斷優化使用者體驗,並確保最終產品是玩家真正想要的。

如何應用於半導體:

  • 敏捷驗證 (Agile Verification): 與其等待完整設計完成,不如漸進式地測試和驗證較小的矽智財 (IP) 區塊。這能更早發現重大缺陷,並建立更快速的回饋循環。
  • 早期原型製作 (Early Prototyping): 使用 FPGA 和模擬平台,讓軟體開發和系統級測試能提早進行,從而在晶片下線前很久就建立硬件回饋循環——這非常類似於遊戲的 Beta 測試。
  • 螺旋式開發 (Spiral Development): 採用一種模型,讓每個設計迭代都在前一次的基礎上建構,在連續的循環中融入新需求和回饋,而非走單一的線性路徑。

2. 聚焦玩家:將終端使用者體驗置於首位

挑戰:與真實世界使用者的脫節

半導體公司由工程驅動,專注於電晶體密度、功耗目標和效能基準測試等指標。雖然這些指標至關重要,但這種專注可能導致與使用該技術的軟體開發者和消費者產生脫節,最終產品可能在紙上規格強大,但在實際應用中效果卻不佳。

啟示:對你的終端使用者抱持狂熱

遊戲開發者對「玩家體驗」近乎狂熱。他們投入無數小時進行遊戲測試,以確保遊戲不僅效能良好,而且「感覺對了」。遊戲機制和使用者樂趣至關重要,如果體驗不夠引人入勝,開發者會毫不猶豫地放棄數月的心血。

如何應用於半導體:

  • 為現實世界優化,而不僅是為跑分: 針對特定、真實世界的負載進行晶片設計,例如 AI 推理或高畫質遊戲。NVIDIA 的市場主導地位就是最好的證明,他們的 GPU 在其設計的特定市場中表現卓越。
  • 與軟體開發者合作: 積極與在您硬件上開發應用的開發者互動。他們的見解能揭示哪些功能最為關鍵,以及如何為這些程式設計師優化晶片。

3. 像遊戲引擎一樣思考:實現即時優化

挑戰:靜態、預先定義的效能

傳統上,晶片的效能參數在設計階段就被鎖定。這種靜態特性可能效率低下,導致晶片在執行簡單任務時消耗過多電力,或在最需要時無法發揮峰值效能。

啟示:即時適應

像 Unity 和 Unreal 這樣的遊戲引擎不僅僅是運行——它們會不斷適應。它們動態調整渲染品質、物理運算和資源加載,以維持流暢的影格率,完美平衡視覺效果與效能,讓玩家沉浸其中。

如何應用於半導體:

  • 晶片上 AI (On-Chip AI): 不再僅限於在 EDA 工具中使用 AI,而是將其直接整合到晶片中。晶片上的 AI 可以預測未來的工作負載,並預先調整時脈速度、電壓甚至處理單元的配置。
  • 適應性架構 (Adaptive Architectures): 設計具有可重構組件的晶片。想像一下,一顆處理器可以根據應用程式的即時需求,動態地在其 CPU、GPU 和神經單元之間重新分配資源。

4. 打造更大的遊樂場:打破生態系統的壁壘

挑戰:碎片化和專有的生態系統

半導體領域充滿了碎片化的架構和封閉的生態系統,迫使軟體開發者浪費資源為每個平台優化程式碼。這種摩擦扼殺了創新,也讓開發者感到沮喪。

啟示:優先考慮跨平台一致性

遊戲產業基本上已經解決了這個問題。像 Unity 這樣的遊戲引擎讓開發者可以一次性開發遊戲,然後將其部署到高階 PC 或五年前的智慧型手機上,並獲得一致的體驗。他們透過專注於能消除硬件差異的工具和 API 來實現這一點。

如何應用於半導體:

  • 標準化軟體介面: 共同合作創建標準化的 API 和硬件抽象層 (HAL),以減輕開發者的負擔。目標應該是「一次編寫,到處高效運行」。
  • 擁抱開放標準: 支持像 **RISC-V** 這樣的開放標準是打破生態系統壁壘、促進更廣泛合作、採用和創新的強大方式。

5. 從客戶到社群:建立你的粉絲群

挑戰:孤立的 B2B 思維

許多半導體公司以傳統的企業對企業 (B2B) 思維運作,將客戶視為其他公司,而非由個別開發者和使用者組成的社群。這造成了資訊孤島,並錯失了寶貴的共同創新機會。

啟示:駕馭社群的力量

成功的遊戲公司將其社群視為最寶貴的資產。他們積極與玩家、實況主和模組製作者 (modders) 互動,以獲得直接回饋、培養忠誠度,並創造一個強大的自然行銷引擎。

如何應用於半導體:

  • 擁抱開源: 積極參與並支持開源硬件和軟體專案。這能建立良好聲譽、加速創新,並提供洞察使用者需求的直接管道。
  • 遊戲化學習: 透過創新的互動方式啟發下一代工程師。例如,加州大學戴維斯分校的研究人員創建了一款名為《Photolithography》的遊戲,教玩家如何建造虛擬晶片。

設計一個適應性強且協作的未來

AI和遊戲正在推動下一波半導體創新。能夠引領這個新時代的公司,將是那些擁抱敏捷方法、以使用者為中心的設計和即時適應性的公司。然而,這種文化轉變需要正確的工具。

這就是 Perforce IPLM這類解決方案發揮作用的地方。它提供了一個統一的平台,用於管理現代半導體設計的複雜性,從矽智財生命週期管理到全球驗證。透過打破孤島並實現安全的協作,Perforce IPLM 賦予企業採納遊戲世界敏捷、社群驅動原則的能力,並加速其創新之旅。

About Perforce
The best run DevOps teams in the world choose Perforce. Perforce products are purpose-built to develop, build and maintain high-stakes applications. Companies can finally manage complexity, achieve speed without compromise, improve security and compliance, and run their DevOps toolchains with full integrity. With a global footprint spanning more than 80 countries and including over 75% of the Fortune 100, Perforce is trusted by the world’s leading brands to deliver solutions to even the toughest challenges. Accelerate technology delivery, with no shortcuts.

About Version 2 Digital

Version 2 Digital is one of the most dynamic IT companies in Asia. The company distributes a wide range of IT products across various areas including cyber security, cloud, data protection, end points, infrastructures, system monitoring, storage, networking, business productivity and communication products.

Through an extensive network of channels, point of sales, resellers, and partnership companies, Version 2 offers quality products and services which are highly acclaimed in the market. Its customers cover a wide spectrum which include Global 1000 enterprises, regional listed companies, different vertical industries, public utilities, Government, a vast number of successful SMEs, and consumers in various Asian cities.

密碼的演進:從「123456」到牢不可破的數位身份

密碼是我們數位世界中最古老的門鎖,但在2025年的今天,它卻往往成為最脆弱的一環。在我們迎來網絡安全意識月之際,是時候重新審視我們網絡生活的這個基本支柱了。儘管我們已邁向生物辨識和無密碼技術,但簡單的密碼在身份驗證中仍佔據核心地位。然而,挑戰在於我們使用和保護密碼的方式已經危險地過時了。

人性的弱點:為何我們不擅長使用密碼

坦白說,人類天生就不擅長創建或記憶安全的密碼。我們依賴可預測的模式(例如Summer2025!),更危險的是,我們在多個帳戶中重複使用相同的密碼。這意味著,一個低安全性的影音串流平台發生資料外洩,就可能讓攻擊者獲得您公司電子郵件或銀行帳戶的鑰匙。單純依賴人類的記憶力是一項注定失敗的策略。

簡單升級:密碼詞組(Passphrase)勝過密碼

您可以做出的最有效改變,就是從短而複雜的密碼轉換為更長的**密碼詞組(Passphrase)**。密碼詞組是由一連串隨機單字組成,對電腦而言破解難度呈指數級增長,但對人類來說卻更容易記憶。

哪個更安全?

例如,哪個更安全?J%7k*pL2 還是 PurpleTigerDrinks7LemonTea(紫老虎喝七杯檸檬茶)?答案永遠是密碼詞組。**長度比複雜度更重要**。美國國家標準與技術研究院(NIST)現在也強力推薦使用長密碼詞組,而不是強迫使用者在短密碼中添加特殊字元。

讓工具代勞:密碼管理器的強大之處

面對數百個網絡帳戶,要為每個帳戶創建獨特的密碼詞組幾乎是不可能的任務。這時,**密碼管理器**就變得至關重要。這些工具能夠:

  • 生成獨一無二的密碼詞組: 為每個帳戶生成長、隨機且獨一無二的密碼詞組。
  • 安全儲存: 將它們安全地儲存在加密的數位保險庫中。
  • 自動填寫: 在您登入時自動填寫憑證,節省您的時間和精力。

您只需要記住一個用於管理器的超強**主密碼詞組**。僅此一步,就能杜絕密碼重複使用的問題,並大幅提升您的安全性。

未來已至:了解通行密鑰(Passkeys)

整個產業正迅速從密碼轉向**通行密鑰(Passkeys)**。通行密鑰不是您輸入的秘密字串,而是一個獨特的加密金鑰,安全地儲存在您的裝置(如手機或電腦)上。登入時,只需使用您的指紋、臉部辨識或裝置PIN碼即可完成。

為何通行密鑰是顛覆性的技術?

  • 防網絡釣魚: 由於無需輸入任何內容,因此無法透過假的登入頁面竊取。
  • 綁定裝置: 攻擊者若沒有實際接觸到您的裝置,就無法使用通行密鑰。
  • 使用者友善: 它以無縫的使用體驗提供了頂級的安全性。

企業挑戰:以 PAM 保護關鍵權限

對組織而言,風險不僅限於個人使用者帳戶。攻擊者會鎖定高價值的**特權帳戶**(管理員、服務帳戶和機器身份),這些帳戶控制著關鍵系統。這正是**特權存取管理(Privileged Access Management, PAM)**發揮關鍵作用之處。PAM 解決方案能夠:

  • 強制執行強驗證: 對管理員帳戶強制執行強身份驗證和即時存取(just-in-time access)。
  • 安全憑證管理: 安全地管理和輪換應用程式與服務的憑證。
  • 監控與審計: 監控並審計所有特權活動以偵測威脅。

在今日的網絡環境中,「身份」已成為新的安全邊界,而 PAM 則是保護它的核心工具。

您的 2025 網絡安全意識月行動清單

個人用戶:

  • 使用密碼管理器,並立即停止重複使用密碼。
  • 將您最重要的帳戶升級為密碼詞組。
  • 在所有提供多重要素驗證(MFA)的服務上啟用它。
  • 在可用的地方開始使用通行密鑰。

企業組織:

  • 導入 PAM 解決方案以控制和監控特權存取。
  • 鼓勵全體員工使用密碼管理器。
  • 制定一份路線圖,以採納通行密鑰並邁向無密碼的未來。
  • 培訓員工採用兼具安全性與便利性的現代安全實踐。

在這個十月,讓我們不僅追求更好的密碼,更要邁向更智慧、由身份驅動的安全新時代。

 

關於 Segura®

Segura® 致力於確保企業對其特權操作與資訊的自主掌控。為此,我們透過追蹤管理者在網絡、伺服器、資料庫及眾多裝置上的操作,有效防範資料竊取。此外,我們也協助企業符合稽核要求及最嚴格的標準,包括 PCI DSS、沙賓法案(Sarbanes-Oxley)、ISO 27001 及 HIPAA。

About Version 2

Version 2 Digital is one of the most dynamic IT companies in Asia. The company distributes a wide range of IT products across various areas including cyber security, cloud, data protection, end points, infrastructures, system monitoring, storage, networking, business productivity and communication products. Through an extensive network of channels, point of sales, resellers, and partnership companies, Version 2 offers quality products and services which are highly acclaimed in the market. Its customers cover a wide spectrum which include Global 1000 enterprises, regional listed companies, different vertical industries, public utilities, Government, a vast number of successful SMEs, and consumers in various Asian cities.

Keepit 榮獲 2025 年「網絡安全突破獎」之「年度業務連續性網絡解決方案」大獎

專注於 SaaS 資料保護的唯一獨立雲端平台 Keepit 今日宣布,其在第九屆年度「網絡安全突破獎」(CyberSecurity Breakthrough Awards) 評選中,榮獲「年度業務連續性網絡解決方案」大獎。此一享譽盛名的獎項由獨立市場情報機構 CyberSecurity Breakthrough 舉辦,旨在表彰全球最具創新性的資訊安全公司及產品。
Keepit 屢獲殊榮的平台為十二種關鍵 SaaS 應用程式提供強大的保護,涵蓋 Microsoft 365、Salesforce、Google Workspace 和 Okta 等。該平台專為雲端而設,將直觀的設計與企業級的安全性及擴展性融為一體,確保關鍵資料安全、合規且可快速恢復。其資料保護與異常偵測儀表板等功能,更能協助企業維持備份的完整性,並在資料風險升級前主動識別、調查及修復。

Keepit 銷售總監 Michele Hayes 表示:「資料韌性是業務連續性的基石,榮獲『網絡安全突破獎』的肯定是我們莫大的榮幸。我們提供『智慧韌性』(intelligent resilience),讓客戶能做出明智的選擇以保護其資料,確保無論發生任何情況,業務都能持續運作。我們的目標不僅是幫助企業從資料遺失中恢復,更是從一開始就領先風險一步。」
一年一度的「網絡安全突破獎」吸引了來自全球 20 多個國家的數千項提名,旨在表彰全球網絡安全產業中最具突破性的創新。

CyberSecurity Breakthrough 總經理 Steve Johansson 指出:「隨著越來越多的關鍵業務資料轉移至 SaaS 應用程式,雲端資料外洩的風險和成本也前所未有地高漲。Keepit 的廠商獨立性、廣泛的應用程式覆蓋範圍以及快速的恢復能力,正是企業確保業務連續性所需。他們對安全的專注,使其成為我們『年度業務連續性網絡解決方案』獎項的明確之選。」

關於 Keepit

Keepit 立足於為雲端時代提供新世代的 SaaS 資料保護。其核心理念是透過獨立於應用程式供應商的雲端儲存,為企業關鍵應用加上一道安全鎖,不僅強化網路韌性,更實現前瞻性的資料保護策略。其獨特、分隔且不可變的資料儲存設計,不涉及任何次級處理器,確保符合各地法規,有效抵禦勒索軟體等威脅,並保證關鍵資料隨時可存取、業務不中斷,以及快速高效的災難復原能力。總部位於丹麥哥本哈根的 Keepit,其辦公室與資料中心遍及全球,已贏得超過 15,000 家企業的深度信賴,客戶普遍讚譽其平台的直覺易用性,以及輕鬆、可靠的雲端資料備份與復原體驗。

About Version 2

Version 2 Digital is one of the most dynamic IT companies in Asia. The company distributes a wide range of IT products across various areas including cyber security, cloud, data protection, end points, infrastructures, system monitoring, storage, networking, business productivity and communication products. Through an extensive network of channels, point of sales, resellers, and partnership companies, Version 2 offers quality products and services which are highly acclaimed in the market. Its customers cover a wide spectrum which include Global 1000 enterprises, regional listed companies, different vertical industries, public utilities, Government, a vast number of successful SMEs, and consumers in various Asian cities.

Combating DNS Amplification Attacks: Strategies for Resilient Infrastructure

Protecting the critical backbone of the internet against DDoS threats.

 

DNS Amplification is one of the most effective and widely-used forms of Distributed Denial-of-Service (DDoS) attacks. It exploits vulnerabilities in the Domain Name System (DNS) infrastructure to flood a target with massive volumes of traffic, often overwhelming network bandwidth and causing catastrophic service outages. Understanding the mechanics of this attack is the first step toward building truly resilient infrastructure.

What is a DNS Amplification Attack?

This is a type of reflection attack where the attacker leverages legitimate, misconfigured DNS servers—known as **open DNS resolvers**—to magnify the volume of malicious traffic. The goal is to generate a disproportionately large response for a small initial query, effectively turning hundreds or thousands of DNS servers into unwilling attack agents.

The Amplification Mechanism

  1. Spoofing: The attacker sends a small DNS query to numerous open DNS resolvers. Crucially, they forge the source IP address, replacing it with the victim’s IP address.
  2. Amplification: The query typically requests a large amount of DNS data (e.g., a query for all records using the ANY parameter).
  3. Reflection: The unaware open resolvers send the large response packets back to the *spoofed* source—the victim—magnifying the traffic volume by a factor of up to 70 times the initial query size.
  4. Impact: The victim’s network is saturated with unwanted DNS response traffic, leading to service disruption.

Essential Strategies for Mitigation and Defense

Preventing and mitigating these attacks requires a layered approach, combining network policy best practices with secure server configurations.

1. Disable Open Recursion on DNS Servers

Your authoritative DNS servers should only respond to queries for domains they host. Disabling recursion ensures your server cannot be used by external, unauthorized IPs to perform recursive lookups, drastically reducing its potential for abuse as an amplification reflector.

2. Implement Source IP Verification (BCP 38)

The simplest way to break the attack chain is to prevent spoofing. **Ingress and Egress Filtering**, as outlined in Best Current Practice 38 (BCP 38), should be implemented at the network perimeter (routers). This ensures that IP packets entering or leaving your network must have a source address reachable via that interface, effectively blocking forged source IPs.

3. Apply Response Rate Limiting (RRL)

RRL caps the number of identical DNS responses your server sends to a single source IP per second. This prevents attackers from receiving the massive volume of amplified traffic they need to cripple a target, protecting both your infrastructure and external victims from abuse.

4. Leverage Anycast DNS and DDoS Mitigation Services

For high-volume services, partnering with a reputable DNS provider that uses an **Anycast network** is vital. This distributes the authoritative servers across multiple geographic locations, diffusing attack traffic and preventing any single server from being overwhelmed. These services also provide specialized filtering at the edge of the network.

5. Conduct Regular DNS Infrastructure Audits

Proactive auditing using tools like dig, nslookup, and Nmap scripts is essential to detect misconfigurations, such as accidentally leaving recursion enabled on authoritative servers, before they can be exploited by attackers.

Building Long-Term Resilience

Early detection and swift mitigation are key to minimizing the impact of these attacks. By adopting these multi-layered strategies—focusing on configuration hardening, rate limiting, and network filtering—organizations can significantly reduce the risk of denial-of-service incidents and ensure the continued availability of their critical internet services.

 

Source insights adapted from industry leading DNS security experts.

About SafeDNS
SafeDNS breathes to make the internet safer for people all over the world with solutions ranging from AI & ML-powered web filtering, cybersecurity to threat intelligence. Moreover, we strive to create the next generation of safer and more affordable web filtering products. Endlessly working to improve our users’ online protection, SafeDNS has also launched an innovative system powered by continuous machine learning and user behavior analytics to detect botnets and malicious websites.

About Version 2 Digital

Version 2 Digital is one of the most dynamic IT companies in Asia. The company distributes a wide range of IT products across various areas including cyber security, cloud, data protection, end points, infrastructures, system monitoring, storage, networking, business productivity and communication products.

Through an extensive network of channels, point of sales, resellers, and partnership companies, Version 2 offers quality products and services which are highly acclaimed in the market. Its customers cover a wide spectrum which include Global 1000 enterprises, regional listed companies, different vertical industries, public utilities, Government, a vast number of successful SMEs, and consumers in various Asian cities.

The 10 Most Popular Usernames of All Time: Security Implications

Choosing a username for a new account can often feel overwhelming. Should you go for something humorous, highly memorable, or simply your real name? The data shows that many users default to their actual name. But how does this choice impact your online security? It turns out, your username matters more than you might think.

How to Choose a Good Username

Finding a unique and available username often feels like a challenge. Your username is your digital first impression, so it’s natural to want something unique, easy to recall, and representative of your identity.

  • Be Creative: The best usernames combine interests to create unique combinations (e.g., “GalacticBaker”).
  • Keep it Simple: Ensure the name is easy to spell and pronounce to avoid confusion.
  • Tailor to the Platform: The handle you use for gaming might not be suitable for a professional networking site.

Security Tip:

Always avoid using personal details like your full name, date of birth, or location in your username. This simple step significantly protects your privacy online.

The Top 10 Most Popular Usernames

A report compiled in partnership with a white-hat hacker revealed the most commonly used usernames globally. While many choose their real name, the number one spot was claimed by a non-name entry. Interestingly, common defaults like “admin” or “user” did not make the list.

Rank Count Username
1 875,562 ยศกร (Thai for ‘title’)
2 470,646 David
3 451,546 Alex
4 438,485 Maria
5 387,660 Anna
6 352,629 Marco
7 325,085 Antonio
8 310,096 Daniel
9 305,442 Andrea
10 298,963 집을뒤집자 (Korean for ‘flip the house’)

Why Usernames Matter for Security

While a robust password is the highest priority, a weak username can compromise your security by effectively giving away half of your credentials. Usernames that include personal information are particularly risky as they help cybercriminals build a detailed profile for social engineering attacks.

For example, a username like “Lisa1990” or “SeattleJeremy” provides a hacker with enough personal data to initiate targeted attacks or craft highly believable phishing attempts.

How to Create a Secure Username

Follow these guidelines to select the most secure usernames for your accounts:

  • Avoid Reuse: Do not use the same username across different accounts. Ideally, use a random username for every service.
  • Don’t Use Your Real Name: Avoid using your legal name or common nicknames.
  • Separate from Email: Your username should not be identical to your email address.
  • Exclude Personal Data: Never use information like your birth date, city of origin, or any sensitive ID numbers.
  • Avoid Password Hints: Do not use a username that is the same as your password or provides a clue about it.

Creating secure usernames is only half of the solution; the other half is maintaining a strong, unique password for every account. Tools like NordPass make managing strong passwords simple by offering an encrypted vault, autofill capabilities, and features like the Data Breach Scanner for next-level protection.

 

© 2025 Nord Security. All Rights Reserved.

About NordPass
NordPass is developed by Nord Security, a company leading the global market of cybersecurity products.

The web has become a chaotic space where safety and trust have been compromised by cybercrime and data protection issues. Therefore, our team has a global mission to shape a more trusted and peaceful online future for people everywhere.

About Version 2 Digital

Version 2 Digital is one of the most dynamic IT companies in Asia. The company distributes a wide range of IT products across various areas including cyber security, cloud, data protection, end points, infrastructures, system monitoring, storage, networking, business productivity and communication products.

Through an extensive network of channels, point of sales, resellers, and partnership companies, Version 2 offers quality products and services which are highly acclaimed in the market. Its customers cover a wide spectrum which include Global 1000 enterprises, regional listed companies, different vertical industries, public utilities, Government, a vast number of successful SMEs, and consumers in various Asian cities.

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