Table of Contents |
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- VCE - a flexible business architecture model to run Value Chain Economies as virtual communities
- VSDM - Value Chain Solution Delivery Method
- WEB9 = SSM, SGS, AI, SLT, STS, ODP
- SSM = Smart Services Management
- SGS = Smart Governance Services
- AI = AI and Machine Learning services
- SLT = Smart Ledger Technology replacing DLT, Blockchain
- STS = Smart Trust Services covers more than security and privacy
- SDM = Smart Data Mgt
- SOM = Smart Object Mgt with information, behaviors, responsibilities
- SEM = Smart Economic Mgt - metrics, tokens, custody, payments
- ODP = Open Digital Platform
- open-source based
- multi network
- multi cloud
- multi layer
- multi tier
- async
- event driven message workflows
- software defined
- dynamically configurable: resources, assets, workflows, solutions, services, scoped, logic, privacy, permissions, roles, parties, party types, meta models
- supports ASCRUM capabilities
- Modern Platform provides a virtual service platform to support many VSN - Value Services Networks
- VSNs in turn support multiple VCE - Value Chain Economies with multiple stakeholder roles & VCP - Value Chain Providers
- the ODP maps to cloud and other resources through virtual service layer using Kubernetes, Containers, VM services and other control solutions
- ODP is dependent on the base environments it's landscape covers
- ODP provides independence from any specific cloud or on-premise implementation
- Lower level cloud environments are accessed via the secure virtual service layer adapters
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Reference_description_with_linked_URLs_______________________ | Notes_________________________________________________________________ |
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vce-mgt-notes1 gdoc | gdoc for notes |
Web5 | Web5 — the successor solution architecture to Web3: adds decentralized id, data store |
WEB9 | WEB9 = Web 3 + Web 5 + 1 >> supports VCE |
SSM | SSM - Smart Services Managers learn to automatically handle responsibilities |
SGS | SGS - Smart Governance Services understand priinciples, policies, rules dynamically |
SLT | SLT - Smart Ledger Technology solves scope, performance, integration for use cases |
STS - Smart Trust Services: deliver trusted outcomes | STS - Smart Trust Services goes beyond security and privacy for events, outcomes |
AI | AI - AI and ML offer smart services to automate decisions, optimize results |
ODP | ODP - Open Digital Platform stronger platform for Web9 and VCE solutions |
WEB9 | WEB9 = Web 3 + Web 5 + 1 |
m Business Process Solution Design Tools#BarryWright-BWIM-InvestmentManagementGovernance-perfectedVCRSinvestmentdeliverymodel | BWIM Investment Management Governance for Solution Delivery Process ( SDP ) |
m Project Tools & Documentation#BasicProjectDocumentsChecklist-SimpleSPD-SupportsBWIM | SDP summary for BWIM |
DLT concepts & principles | Details on many DLT concepts & principles in a Google doc |
m.Blockchain Use Cases | Blockchain Use Cases |
m Blockchain Use Cases More | More Blockchain Use Cases |
s Blockchain Opportunity Assessment - BOA s Blockchain Opportunity Assessment - BOA#BOA-%23SDP-SolutionDeliveryProcess | How to Assess the Value of a Blockchain Solution |
m Hyperledger Fabric Solution Concepts | Key Blockchain Solution Design Concepts - read before design ! |
m Blockchain Use Cases More#9ReasonsBlockchainProjectsFail(AndHowtoSucceed) | Why Blockchain Solutions often fail |
m Blockchain Use Cases More#VCRSKeystoasuccessfulcommunityDLTsolution | Keys to Blockchain Solution success |
m Consulting Process#VCRS-ValueCostRiskSuccess-Keys-BarryWrightversion | VCRS > General Consulting Methodologies for Change Design and Management |
STS - Smart Trust Services: deliver trusted outcomes | |
m TOIP Trust Over IP m TOIP Trust Over IP#TheTrustOverIPInteractiveModel | Core Trust Principles - Operations and Governance by Layer - interactive model |
DvP Delivery vs Payment Settlement Concepts | DvP concepts with HTLC designs |
m Messaging | Messaging services and solutions |
m Blockchain Financial Services - DeFi - NFTs | Blockchain Financial Services concepts and solutions |
m Blockchain Regulation Trends | Blockchain Regulation Trends |
Value Stream Mapping & Engineering | |
https://www.linkedin.com/advice/0/how-do-you-align-your-value-stream-map-customer-requirements | |
Aritcles on Sustainable Value Stream Models | |
Andrea Frosinini on EFRAG's Implementation Guidance on Value Chains | |
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Value Chain Concepts & Mapping
VSP - Value Chain Solution Process - 3 steps
Value Chain Solution Delivery Process has 3 key steps >
- Value Identified Event - When the Solution Team after reviewing current system and a set of solution alternatives, identifies a good solution that offers net value gain
- Value Operations Event - When the solution is placed in production operation managed by operations for Stakeholders to earn value
- Value Realized Event - by the Stakeholders - based on objectives, metrics, performance, there is a Value Realized by the solution users from solutions use. How did value realized match value identified?
CIP = Continuous Improvement Process > the stakeholders continue iterate the process looking for added net value gains
Zendesk on value chain
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GAPP - Genuine Alaska Pollock Producers -
GAPP - Genuine Alaska Pollock Producers - food cast - Craig Morris
Craig Morris leads the GAPP organization
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KEY TAKEAWAYS
- A value chain is a step-by-step business model for transforming a product or service from idea to reality.
- Value chains help increase a business’s efficiency so the business can deliver the most value for the least possible cost.
- The end goal of a value chain is to create a competitive advantage for a company by increasing productivity while keeping costs reasonable.
- Value chain theory analyzes a firm’s five primary activities and four support activities.
the steps in value chain analysis are:
- Identify primary and secondary value chain activities
- Determine the values and costs of those activities
- Identify competitive advantage opportunities
#BVM - Business Value Model - reusable model that lowers time to market
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