1. Making Blockchain Real for Business
Understanding Governance Model in Business Networks
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Nitin Gaur – ngaur@us.ibm.com
2. Difference in focus points of permission less and
permissioned enterprise-oriented networks
Permission less networks Permissioned enterprise-oriented networks
Designing and implementing
economic systems based on
principles of decentralization,
open or self- governance and
transparency
Creating of crypto-assets
backed by real value
Technology-driven reimagining the
ecosystems, business network,
regulatory compliance,
confidentiality and privacy, and
business models
Building innovative technical
solutions
Creating proof-of-concepts
with quick results
Implementing existing business
processes with blockchain
Decentralization and
disintermediation at core
Involving existing intermediaries
and central parties in developing
common economical incentives
VS
VS
VS
VS
3. Difference in governance fundamentals of
permission less and permissioned enterprise-
oriented networks
Permission less networks Permissioned enterprise-oriented networks
Economy-base incentives
Network self-management
and coordination
Consortium-defined incentives
and penalties
Consortium-defined semi-
autonomous governance
structures
VS
VS
5. Business Network Governance
What is it?
A industry specific and use case specific model that factor various facets and evolution of the
industry itself.
Examples
• Common/shared services management, such as KYC, audits, reporting, etc.
• Network-related charter and communication
• Quality assurance, performance, and network security
• Product and business network evolution
• Enforcement of legal and regulatory frameworks
• Adherence to industry-specific requirements
• Framework, charter, and stewards of technology and network governance frameworks
• Formulate appropriate business models , legal charters, and rules of engagement for network
business operations
6. What is it?
Not only govern participation in business networks but also an equitable cost structure that is fairly
spread based on participant activity. This also involves a structure that allows for autonomous and
likeminded business entities to engage in business transactions, contracts, and value creation.
Examples
• Membership onboarding/off-boarding
• Equitable and fair cost structure – chargeback models
• Data ownership structure – for business entities joining and leaving the network
• Regulatory oversight provisioning – including a model to act as a delegate to generate
regulatory compliance reporting
• Permissioning structure – key management that can include a model
• that is vote-driven but centrally managed;
• has a federated structure – members inviting other business entities; and
• has a delegated structure – includes services providers that can delegate to other
members
• Business and SLA management – the blockchain business network management
• Network support services – these are business networks, so the governance model should
include network support services, business network SLA enforcement, and membership
services
• Risk optimization – OSSs and BSSs, business continuity services/planning, network alignment
to legal and regulatory requirements, etc.
• network business operations
(Blockchain) Network Governance
7. (Information) Technology Governance
What is it?
A discipline that is focused on IT infrastructures, performance, cost structures, and business risk
which should accommodate for a model that is inclusive of distributed flexibility and distributed
control.
Examples
• A distributed IT management structure
• Model for distributed maintenance – software/HW updates, upgrades, path management
• Framework utilizing industry standards—COBIT, ITIL, ISO, CMMI, FAIR, etc. – driven by the
business network
• Resource optimization – includes technology procurement, vendor relations, SLA management,
skills, and talent management
• Technology adoption and assessment – leads to keeping up with technology evolution and
economic deployment models, including deployment and operational risks
• Network deployment strategy – Not as simple as an application upgrade but a model that can
encourage and enforce continual technology and security updates and upgrades
• Network support services –should include network support services, IT SLA enforcement, and
membership services
• Risk optimization – operational support services (OSSs) and business support services (BSSs), IT
infrastructure continuity services/planning, technology alignment to legal and regulatory
requirements, etc.
The IT governance model should not only incentivize technology upgrades and security updates
but penalize non-compliant systems/nodes, thereby creating an incentive mechanism to ensure
continued participation.
Editor's Notes
in the genesis of a blockchain-presented value network that is self-governed, censorship-resistant, and whose governance structure was defined by control points and incentive economics to maintain a balance between network-based coordination and network-based decision on transaction finality, the consensus algorithms of these decentralized networks presented a distributed governance structure where the input (transaction initiation) was from various stakeholders (owners of assets, assigned or delegated ownership or simply delegated authority), the input in form of a transaction that went through a series of network-based decentralized processing, and the decision was the output in the form of a transaction finality. The governance structure was fundamentally being based on devised incentive economic driven by consensus in hopes of governing the network. This leads to defining governance—a body (centralized or decentralized) whose sole responsibility is to make binding decisions in a given system by establishing set of law or rules.
While the genesis of blockchain, which was largely permissionless (e.g., crypo-asset based networks such as Bitcoin, Litecoin, etc.), relied upon technology-based systemic governance comprising incentives and mechanisms of coordination, this systemic governance has its own set of challenges in the enterprise business networks attempting to exploit the tenets of blockchain technology. In the enterprise world that is largely regulated and relies upon (mostly) permissioned blockchain models, the checks-and-balances system is complicated by transactions between competing entities, often with regulated data and a fiduciary responsibility, which can neither account for the tangible or systemically generated incentives (crypto-assets) nor have network-wide mechanisms of coordination due to privacy and confidentiality issues.
On the enterprise side of the divide, the focus was on understanding the technology and reimagining the ecosystems, business network, regulatory compliance, confidentiality and privacy, and business models that impact industry networks. The governance structure is hence an interesting challenge and emerging discipline in the enterprise blockchain world, where the debate around the spectrum that ranges between full decentralization and quasi-decentralization to fully centralized blockchain networks hinges upon the governance structure. In other words, the governance structure and landscape will determine the interaction models, growth (centralized or decentralized), technology design, and overall business operations of the enterprise blockchain network.
In my post on Blockchain Business Models, I briefly discussed a platform that facilitates co-creation and new synergies that will need to be managed, operated with defined levels of SLA, and a robust governance structure that will not only attract new participants but sustain the confidence and business benefit of its founders and existing participants. So there is a close-knit dependency on business models and governance structure that govern various facets of blockchain network operations. A well-thought-out governance structure for blockchain networks provides an important avenue for business continuity, funding and sourcing models, and overall growth driven by the economic and financial structure of the business network powered by the tenets of blockchain technology.
systemic governance that relies on purely incentive and network coordination is just inadequate to address the more structured and regulated industries and their use cases. So, based on my experience and work with clients, I have taken the liberty of defining a governance structure and landscape that not only leverage the known and proven existing practices but stitch together a model that is modular and facilitates progression and yet provides a layer of separation of competency concerns between various practitioners. As I discuss this simplified governance structure, I draw inspiration from core tenets of blockchain design and propose a governance model that is inclusive of the core tenets that include principles of incentives, penalties, flexibility, delegation, and network mechanisms of coordination. After all, we are leveraging blockchain technology to device trust networks and attempting to flatten the distinction between the miner and user, and yet enforcing rules of engagement that not only incentivize technology upgrades and security updates but penalize non-compliant systems/nodes, including similar business network rules of engagement, thereby creating an incentive mechanism to ensure continued participation and resulting business benefit and growth from blockchain-powered business networks. This business governance model not only governs participation in business networks, but also an equitable cost structure that is fairly spread based on participant activity. In this section, I am drawing from my past work around Design Principles of Blockchain Network and Blockchain Adoption in Enterprise.