Technology strategy Pattern 学习笔记4 - Creating the Strategy-Corporate Context

本文主要是介绍Technology strategy Pattern 学习笔记4 - Creating the Strategy-Corporate Context,希望对大家解决编程问题提供一定的参考价值,需要的开发者们随着小编来一起学习吧!

Creating the Strategy-Corporate Context

1 •. Stakeholder Alignment

1.1 要成功,要尽可能获得powerful leader的支持
1.2 也需要获得最高执行层的支持
1.3 Determining(确定) Stakeholders

  • 需要建立360度组织图,确认三类人
  • The people who will pay for it and stand on a stage and tell others that it’s important (your leaders, the executive team).
  • The people who will execute it, and need to understand it well
    enough to care about it and execute it properly (your teams,
  • The people who will ignore or undermine it if their views, aspirations,and concerns aren’t represented (your peers) -利益相关者.
    1.4 Determining Drivers
    1.4.1 咨询内部关键leader及外部供应商、合作伙伴确保strategy是正确的
    1.4.2 If the operations or “run” team is under a different leader, identify key leaders here
    1.4.3 和领导团队的扩展成员保持联络,让他们了解你的策略

1.5 Stakeholder List
1.5.1 建立10-30的清单,用于创建RACI和Stakeholder matrix
1.5.2 除了每个人的title、联系方式,还要有Influence和impact

  • Influence refers to how important this person’s support is.
  • Impact, on the other hand, refers to the degree to which your strategy, as it becomes realized, will impact her.
  • Influence和impack可以按1-5给分
    1.6 Stakeholder Matrix
    1.6.1 示意图
    在这里插入图片描述

1.6.2 Monitor-influence和impact都低
Ask them on a regular basis about changes in their worlds and what they see coming, and note what might inform your work

1.6.3 Maintain confidence
Send them reports on your activities. Be sure they understand your milestones and know how you are doing with respect to achieving those

1.6.4 Keep informed
1.6.5 Collaborate-双高
Actively work with these people on a regular basis in full partnership to co-create the ideas and execution plans within your strategy

2 RACI

2.1 细分工作,建立每个分享的RACI表格,人一般来自stockholders列表。

2.2 参考URL
2.2.1 https://zhuanlan.zhihu.com/p/631489823
2.3 示意图
在这里插入图片描述

在这里插入图片描述

3 Life Cycle Stage

3.1 分析公司属于那个阶段

在这里插入图片描述

4 Value Chain

4.1 技术上的Value Chain主要是提醒技术再value chain各环节的价值
在这里插入图片描述

4.2 Maximizing Efficiency

  • In your software product development, can you reduce debilitating technical debt
  • Are there parts of the code or systems architecture you can rework to reduce the server cost
  • What are current manual processes that could be automated to reduce the turnaround time, improve quality, or save on human labor that can be used for more creative purposes- 要能衡量的saveing
  • Can you use free, open source software in certain places, replacing costly enterprise contracts
  • 能否通过数字化体现价值,包括但不限于使用数字化训练、AI助手、远程沟通取代差旅等
  • Can you reduce service costs and turnaround by designing and architecting your products in a more modular way
  • Does this step truly add in your value proposition and market differentiation?
  • Can you separate true needs at each step versus perceived
    needs? 识别真实需求
  • Can you use the cloud or Software as a Service in new ways? 需要注意成本及是否能有利于使用新技术
  • Are there places where process participants can collaborate better, or collapse several steps into a few?
  • Are there redundant or legacy versions of products you can consolidate or kill off and offer lagging customers an alternative?
  • Can you organize your applications into services to reduce the likelihood of redundant, inefficient code

4.3 Maximizing value

  • Sustain the value 支持好现状
  • Maximize value :Finding places to create value in current systems; doing the same things better.
  • Discover value : Inventing new things of value. Can we provide new markets, new products, new channels?

4.4 Supporting Functions -HR/财务等部门

  • There are supporting activities as well—.those necessary evils for a company of any size, like HR and the IT folks
    4.5 Applying the Value Chain
  • Treat it as a high-level checklist to establish a baseline understanding of what your business unit does
  • Determine the owners or some knowledgeable, communicative person within each of these areas to determine how it works, where it sees advantage, and where it needs help
  • Consider and identify specific ways that your technology strategy can directly improve costs, improve margins, or add to profitability for each of the points in the process

4.6 Revenue diversity-收入多样性

  • I urge you to investigate and dig deeper to really find out all the sources of revenue
  • You might build a set of different microservices or design a data model differently if you understand these aspects of your business.
  • Understanding the ecosystem within the Value Chain is helpful to the business-minded architect

5 Growth-Share Matrix

当产品占据市场一定的份额时,可以用增长矩阵对所占份额进行描述
在这里插入图片描述

6 Core/Innovation Wave

6.1 作者发明的?Google不到多少资料
6.2 图例在这里插入图片描述

6.3 Don’t use this pattern on its own. Use it in conjunction with the
Growth-Share Matrix and Investment Map. The Wave alone won’t make any decisions for you.
6.4 layer over the waves to tag the priority level of
the funding each should get, with a bias toward those in the upper right: these are the ones that are most innovative and closest to the core of your business.

7 Investment Map

7.1 这个不是常见的商业投资分析,而是分析计划技术事情的可行性和重要性,也属于roadmap类分析
7.2 STEPS
1、使用表格列出所有ideas,包括但不现有新产品、新技术、架构演进、现有产品增强
2、从以下几个方面打分: 实现困难度、现状/准备情况、客户和市场接受度
3、准备2*2表格
4、和团体一起讨论相关roadmap、预算、优先级
5、作为Strategy Deck的一部分
在这里插入图片描述

7.4 不要单独使用,需要结合Growth-share matrix 和CORE/Innovation Ware

这篇关于Technology strategy Pattern 学习笔记4 - Creating the Strategy-Corporate Context的文章就介绍到这儿,希望我们推荐的文章对编程师们有所帮助!



http://www.chinasem.cn/article/351628

相关文章

Java深度学习库DJL实现Python的NumPy方式

《Java深度学习库DJL实现Python的NumPy方式》本文介绍了DJL库的背景和基本功能,包括NDArray的创建、数学运算、数据获取和设置等,同时,还展示了如何使用NDArray进行数据预处理... 目录1 NDArray 的背景介绍1.1 架构2 JavaDJL使用2.1 安装DJL2.2 基本操

解读静态资源访问static-locations和static-path-pattern

《解读静态资源访问static-locations和static-path-pattern》本文主要介绍了SpringBoot中静态资源的配置和访问方式,包括静态资源的默认前缀、默认地址、目录结构、访... 目录静态资源访问static-locations和static-path-pattern静态资源配置

HarmonyOS学习(七)——UI(五)常用布局总结

自适应布局 1.1、线性布局(LinearLayout) 通过线性容器Row和Column实现线性布局。Column容器内的子组件按照垂直方向排列,Row组件中的子组件按照水平方向排列。 属性说明space通过space参数设置主轴上子组件的间距,达到各子组件在排列上的等间距效果alignItems设置子组件在交叉轴上的对齐方式,且在各类尺寸屏幕上表现一致,其中交叉轴为垂直时,取值为Vert

Ilya-AI分享的他在OpenAI学习到的15个提示工程技巧

Ilya(不是本人,claude AI)在社交媒体上分享了他在OpenAI学习到的15个Prompt撰写技巧。 以下是详细的内容: 提示精确化:在编写提示时,力求表达清晰准确。清楚地阐述任务需求和概念定义至关重要。例:不用"分析文本",而用"判断这段话的情感倾向:积极、消极还是中性"。 快速迭代:善于快速连续调整提示。熟练的提示工程师能够灵活地进行多轮优化。例:从"总结文章"到"用

【前端学习】AntV G6-08 深入图形与图形分组、自定义节点、节点动画(下)

【课程链接】 AntV G6:深入图形与图形分组、自定义节点、节点动画(下)_哔哩哔哩_bilibili 本章十吾老师讲解了一个复杂的自定义节点中,应该怎样去计算和绘制图形,如何给一个图形制作不间断的动画,以及在鼠标事件之后产生动画。(有点难,需要好好理解) <!DOCTYPE html><html><head><meta charset="UTF-8"><title>06

学习hash总结

2014/1/29/   最近刚开始学hash,名字很陌生,但是hash的思想却很熟悉,以前早就做过此类的题,但是不知道这就是hash思想而已,说白了hash就是一个映射,往往灵活利用数组的下标来实现算法,hash的作用:1、判重;2、统计次数;

零基础学习Redis(10) -- zset类型命令使用

zset是有序集合,内部除了存储元素外,还会存储一个score,存储在zset中的元素会按照score的大小升序排列,不同元素的score可以重复,score相同的元素会按照元素的字典序排列。 1. zset常用命令 1.1 zadd  zadd key [NX | XX] [GT | LT]   [CH] [INCR] score member [score member ...]

【机器学习】高斯过程的基本概念和应用领域以及在python中的实例

引言 高斯过程(Gaussian Process,简称GP)是一种概率模型,用于描述一组随机变量的联合概率分布,其中任何一个有限维度的子集都具有高斯分布 文章目录 引言一、高斯过程1.1 基本定义1.1.1 随机过程1.1.2 高斯分布 1.2 高斯过程的特性1.2.1 联合高斯性1.2.2 均值函数1.2.3 协方差函数(或核函数) 1.3 核函数1.4 高斯过程回归(Gauss

【学习笔记】 陈强-机器学习-Python-Ch15 人工神经网络(1)sklearn

系列文章目录 监督学习:参数方法 【学习笔记】 陈强-机器学习-Python-Ch4 线性回归 【学习笔记】 陈强-机器学习-Python-Ch5 逻辑回归 【课后题练习】 陈强-机器学习-Python-Ch5 逻辑回归(SAheart.csv) 【学习笔记】 陈强-机器学习-Python-Ch6 多项逻辑回归 【学习笔记 及 课后题练习】 陈强-机器学习-Python-Ch7 判别分析 【学

系统架构师考试学习笔记第三篇——架构设计高级知识(20)通信系统架构设计理论与实践

本章知识考点:         第20课时主要学习通信系统架构设计的理论和工作中的实践。根据新版考试大纲,本课时知识点会涉及案例分析题(25分),而在历年考试中,案例题对该部分内容的考查并不多,虽在综合知识选择题目中经常考查,但分值也不高。本课时内容侧重于对知识点的记忆和理解,按照以往的出题规律,通信系统架构设计基础知识点多来源于教材内的基础网络设备、网络架构和教材外最新时事热点技术。本课时知识