• Refine Query
  • Source
  • Publication year
  • to
  • Language
  • 2
  • 2
  • Tagged with
  • 2
  • 2
  • 2
  • 2
  • 2
  • 2
  • 2
  • 2
  • 2
  • 1
  • 1
  • 1
  • 1
  • 1
  • 1
  • About
  • The Global ETD Search service is a free service for researchers to find electronic theses and dissertations. This service is provided by the Networked Digital Library of Theses and Dissertations.
    Our metadata is collected from universities around the world. If you manage a university/consortium/country archive and want to be added, details can be found on the NDLTD website.
1

軟體商業生態系統中利基者經營模式之變遷:以資訊安全軟體公司為例 / Metamorphosis of Niche Players' Business Models in the Software Business Ecosystem: the Case of Information Security Software Firms

郭國泰, Kuo,Anthony Unknown Date (has links)
本研究採用「商業生態系統」觀點,以「利基者」的角度出發,來探討利基型軟體公司經營模式的變遷。研究對象為屬於「利基者」的資訊安全軟體公司,以及其所處的環境。研究分為「歷史分析」與「探索性個案研究」兩大部分。首先,本研究以「歷史分析」作為前導研究,探討資訊安全軟體由1986年至2007年的發展沿革,並釐清防毒軟體廠商、防火牆軟體廠商,以及入侵偵測/防禦軟體廠商所處的商業生態系統,以及廠商在其中的角色。此外,在歷史分析中,本研究也探討了主要商業生態系統之間的關係。而「探索性個案研究」,則選擇了五個成功的資訊安全軟體公司,以及五個失敗的資訊安全軟體公司,探討這些廠商在1986年至2000年之間經營模式的變遷,以了解成功及失敗的因素為何。此外,也描述繼續存活的成功廠商,如何在2001年之後,因應環境「擾動」而動態調整其經營模式。 在「歷史分析」的部份,本研究首先發現,資訊安全軟體自1986年開始出現,此時的資訊安全軟體廠商,主要為防毒軟體廠商,而廠商在「個人電腦商業生態系統」以及「區域網路商業生態系統」中扮演「利基者」的角色。在1994年後,「Internet商業生態系統」蓬勃發展,除了防毒軟體廠商之外,防火牆軟體廠商以及入侵偵測軟體廠商開始出現。而資安軟體廠商在「Internet商業生態系統」中扮演「利基者」的角色。之後,資訊安全軟體廠商逐漸形成了一個「邊界安全商業生態次系統」。在這個「次系統」中,不同的廠商分別扮演了次系統中的「關鍵者」、「支配者」,以及「利基者」。另一方面,三個「主系統」之間,存在「演替」的現象,後者的重要性,逐漸超越前者。而到了2001年之後,由於環境中的劇烈「擾動」,產生了新的生存空間,也改變了既有「物種」的「種間關係」。而另一方面,主要商業生態系統中「關鍵者」的跨入,也嚴重壓縮了既有「利基者」的生存空間。 「探索性個案研究」中,本研究又分為「規範性個案研究」與「描述性個案研究」兩部分。「規範性個案研究」探討五個成功的資訊安全軟體公司,包括Symantec、Trend Micro、McAfee、Check Point,以及Internet Security Systems(ISS),在1986年至2000年之間,調整經營模式的動態過程,並與五個失敗的公司,包括ACSI、ESaSS、EliaShim/eSafe、Raptor,以及Axent進行比較。研究首先發現,成功的「利基者」,充分「借助」了「關鍵者」的資源,包括「技術」、「夥伴」、「聲譽」,並透過學習,運用關鍵者的「知識」,提升組織的能力。其次,成功的「利基者」,都能建立以自己為中心的「商業生態次系統」,包括「通路次系統」或是「技術平台次系統」。此外,成功的「利基者」,也都能及時參與新興的商業生態系統,並察覺商業生態系統「演替」(亦即「消長」)的狀況,進而調整參與的重心。而失敗的五個「利基者」,均於2000年之前被其他公司購併,主要因為較欠缺這些作為,或在這些方面未能成功。「描述性個案研究」則描述在2001年之後繼續存活的成功「利基者」,如何因應環境「擾動」與其他廠商行為的改變,動態調整經營模式。這些廠商調整經營模式,以鞏固既有的生存空間,並掌握新的生存空間。同時,也多方參與由不同的「關鍵者」所主導,未來可能成為「主流設計」的技術架構。 綜合來說,成功的利基型軟體公司,由創立開始,隨著成長的過程,「參與」以其他關鍵者為中心的商業生態系統,同時也致力於「建立」以自己為中心的商業生態系統。「參與」及「建立」二者與時並進,並適時調整,利基者才得以維持長久生存。 / This study takes the view of niche players to explore their business model changes in the software business ecosystem. Software firms in the information security software industry and their environments are selected as research context. The research is comprised of two main parts: a historical analysis and an exploratory case study. The historical analysis serves as a pilot study, in which information security software industry’s historical development is scrutinized to clarify which business ecosystems these security software firms, including antivirus software firms, firewall software firms, and intrusion detection/prevention software firms, participate in as they grow, as well as these firms’ roles within the business ecosystems. Relationships between different busines ecosystems are also studied in the historical analysis. In the exploratory case study, five successful security software firms and five failed security software firms are selected as case companies. The case study explores how successful firms and failed firms, from 1986 to 2000, differ in the way they changed their business models, in order to understand why successful firms remain in existence after 2000. The case study also describes how these surviving firms have, responding to “disturbance” in the environments, been adjusting their business models dynamically since 2001. The historical analysis reveals that the “PC business ecosystem”, the “LAN (local area network) business ecosystem”, and the “Internet business ecosystem” are involved as security software firms grow. Information security software firms have participated in the “PC business ecosystem”, when antivirus software was brought to the world in 1986. Antivirus software firms played the role of “niche players” in the “PC business ecosystem” at that time. Later when local area network was getting prevalent, a few antivirus firms participated in the “LAN business ecosystem”, playing the role of “niche players” as well. When the Internet commercialized around 1994, firewall software firms and intrusion detection software firms emerged. All participating information software firms played the role of “niche players” in the “Internet business ecosystem”. In 1996, a “sub-system”—“perimeter security sub-system” —was formed within the “Internet business ecosystem” by various security software firms and hardware companies. This “sub-system” had its own “keystones”, “dominators”, “hub landlords”, and “niche players”. In addition, “ecosystem succession” phenomenon is observed between the three “main system” —the “PC business ecosystem”, the “LAN business ecosystem”, and the “Internet business ecosystem”. Importance of the latter gradually surpassed the former. Furthermore, “disturbance” has emerged since 2001, creating new living space, but at the same time altered the “inter-species relationship” between existing species. Some “keystones” in the main ecosystems turned into “dominators”, highly decreased existing niche players’ living space. The exploratory case study is divided into a “normative case study” and a “descriptive case study”. In the “normative case study”, five successful security software firms, including Symantec, Trend Micro, McAfee, Check Point, and Internet Security Systems (ISS) are compared with five failed firms—ACSI, ESaSS, EliaShim/eSafe, Raptor, and Axent in the way they adjusted their business models from 1986 to 2000. Evidences revealed that successful niche players sufficiently leveraged resources provided by keystones. Resources include technologies, partners, and reputation. Successful niche players also learn from keystones to acquire knowledge, which further improves niche players’ organization capabilities. In addition, successful niche players are capable of building up their own “sub-systems,” which can be “channel sub-systems” or “technological platform sub-systems.” Furthermore, successful niche players, in time, participate in every promising business ecosystems, and sense the “ecosystem succession” phenomenon when it takes place to adjust their efforts on different business ecosystems. Five unsuccessful case companies fail to achieve similar accomplishments. Consequently, all of them have been acquired or merged by other firms by 2000. Meanwhile, in the “descriptive case study,” I describe how five successful firms keep surviving after 2001, adjusting their business models to secure existing living space and seize emerging opportunities. These successful niche players also participated in all information security architectures proposed by different keystones, expecting that one of these architectures will turn out to be the “dominant design” in the future. Overall, successful niche players, as they grow, participate in business ecosystems led by other keystones, and build up their own business ecosystem as well. They advance and adjust both their “participating” and “builing up” activities to secure long-term survival.
2

創新產品預測與產業鏈上游廠商之關聯-以觸控面板產業為例 / The relationship between forecasting innovative product and upstream supplier

洪芳婷 Unknown Date (has links)
根據Display Search統計資料指出,從2007年到2011年,直至2015年的預估需求,觸控面板的需求量一路呈現成長的趨勢。短短幾年間,原本應用於軍事用途與大型工業設備的觸控技術,因智慧型手機的帶動,成了消費性電子產品的新寵兒。隨著觸控式面板的水漲船高與技術的快速進步,消費者體驗到用前所未有的人性化與方便性,觸控面板之應用不只停留於手機,將持續擴張,發展更多元化的用途,展望未來,觸控面板技術將無所不在,提供終端使用者更簡單輕鬆的直覺操作,可望成為人機介面的主流輸入方式。 「滿足目標市場」、「為顧客創造價值」是產業鏈上所有廠商都應共同擁有的目標,不應只有一般認為最接近消費者的品牌廠商才需要將眼光集中於消費者市場;加上司徒達賢(2005)提出網絡定位策略(Network Strategy),產業鏈中成員所分配到的利益取決於其在價值遞送系統(Value Deliver System)中的重要性,意即不論上、中、下游廠商都必須想辦法增加其不可取代性、設法提升自己對於最終產品的附加價值。本研究以台灣全球聞名之科技產業為例,從產業上游廠商的角度出發,探究製造廠商與最終消費者之間的關係,並主要將目光聚焦於「技術供給」與「市場需求」兩者間的互動結果。創新活動推拉力量的研究,也可以說是製造商力量與消費市場力量的探討,Bapista(1999)相關文獻中也曾提及,未來研究方向應聚焦於「技術供給」與「市場需求」兩者間的互動結果。另外,基於第二章文獻探討之成果,將「最終消費者」個體的創新產品採用歷程、決策過程與總體消費大眾的擴散模式設定為已知、預設(Given),繼續探討消費市場的訊息對產業中的製造、代工廠商之寓意,研究結果做出差異的比較。 再則,專注討論最終消費市場的訊息之獲取,對一家製造廠商來說,是否具備意涵,若答案為肯定的,製造廠商未來是否應考量投入資源以瞭解消費市場之脈動,以為內部之技術發展方向提供參考,也就是探討外部消費者之資訊是否能對企業的營運產生幫助,結合內外資訊以達改善產業價值鏈中地位之目的。 本研究之目標為提供台灣眾多製造商、代工廠商管理新思維,以往這些製造商、代工廠商在產業鏈中的位置被定義為滿足品牌商之工廠,產品主體由其製造,但在價值中所分配到的利益卻是最低的,無法與發展品牌、實際接觸面對最終消費者之大品牌商抗衡。但實際上,在消費市場瞬息萬變的現今,反應速度是成敗關鍵,若是依循傳統的模式,品牌商將消費者需求與資訊層層回傳給製造商、代工商,再將技術、產品做修正回應市場,絕對不足以快速回應消費市場之變動。若身為產業中、上游之製造商能增家組織通透性,與產品實際使用者多接觸,率先預測與瞭解其未被滿足需求與脈動,結合品牌商沒有的技術知識,將能提前改良技術、提出創新技術。希望藉此改善製造、代工廠商常犯的技術短視症,目光如豆的聚焦於自身擁有的技術已不適用,必須時常與外界環境、消費市場接觸,以調整技術發展方向,符合未來需求。 與品牌商之緊密結合,例如共同研發,提昇上下游之合作程度,雖然也是獲取消費者資訊的管道之一,但品牌商仍掌握較大控制力量。另外,從個案的例子中也得以見得,單一行銷部門之強大,沒有其他單位之配合、共同發展,也無法使組織整體績效提昇。 觸控面板市場目前朝早期大眾及晚期大眾之主流市場邁進,上有許多成長空間,在Moor(1999)提出之競爭定位羅盤中顯示,代表由產品為基礎的思維必須轉變成以市場為基礎之價值轉形期,也就是為因應大眾市場之使用需求,需充分瞭解實際使用者之需求,以改良產品,正好呼應改良技術短視症之觀點。

Page generated in 0.0138 seconds