Blockchain Strategy
Explore where distributed systems may fit within a wider business, technology or innovation strategy.
Blockchain can be valuable where organisations need stronger trust, transparency, traceability, verification or coordination between multiple parties.
Denise approaches blockchain from a business and implementation perspective — assessing whether the technology is appropriate before deciding how it should be used.
The right starting point is understanding the process, stakeholders, trust requirements and business objective before selecting a technology.
Explore where distributed systems may fit within a wider business, technology or innovation strategy.
Determine whether a proposed blockchain use case addresses a genuine organisational problem.
Structure blockchain ideas around users, stakeholders, incentives, processes and outcomes.
Assess whether blockchain is actually preferable to a conventional database or centralised system.
Examine organisational, technical, process and stakeholder requirements before implementation.
Understand how programmable logic can automate defined actions and rules within blockchain systems.
Explore how distributed records may support provenance, tracking and multi-party visibility.
Assess whether shared records can improve accountability and information visibility.
Explore verification models for certificates, qualifications and digital records.
Examine blockchain applications involving credentials, learning records and verification.
Explore provenance, traceability and coordination between organisations in a supply network.
Evaluate new technologies against real business needs rather than adopting them because they are new.
Explore how decentralised infrastructure may influence value creation, stakeholders and services.
Identify the parties involved, the information they require and why they would participate.
Help decision-makers understand blockchain capabilities, limitations and strategic implications.
Explore possible blockchain and emerging technology opportunities through structured sessions.
These are examples of areas in which blockchain can be explored. The existence of a possible use case does not automatically mean blockchain is the correct solution.
Shared records can potentially support product history, origin and movement across parties.
Verification models can support credentials, certificates and qualification records.
Selected use cases can explore secure, auditable information exchange between parties.
Distributed records may support selected verification, permitting or accountability processes.
Explore multi-party records, verification, ownership-related information and process coordination.
Evaluate scenarios involving shared transaction records, verification and programmable logic.
Explore loyalty, reviews, booking records and multi-party customer experiences.
Examine decentralised coordination and selected peer-to-peer transaction concepts.
Consider how auditable records may improve visibility around funds, contributions or outcomes.
Understand the process, problem, stakeholders and intended outcome.
Ask whether a conventional system could solve the problem more simply.
Examine trust, transparency, decentralisation, governance and implementation requirements.
If blockchain is appropriate, define a realistic use case and implementation route.
One of the most valuable outcomes of a technology assessment may be deciding not to use a particular technology.
Blockchain is most relevant when its underlying characteristics address a genuine requirement. Where they do not, a simpler system may be more appropriate.
Private courses can be adapted to technical knowledge, professional context and the learner's objectives.
Corporate programmes can help leaders and teams understand blockchain concepts, business applications and implementation considerations.
Understand strategic implications without unnecessary technical detail.
Evaluate proposed applications and implementation requirements.
Challenge blockchain-based ideas and business models.
Explore new applications through a business-first framework.
Blockchain education, workshops and lecturing.
Build practical understanding of blockchain and its applications.
Explore transparency, verification and record-management concepts.
Examine blockchain and emerging technology opportunities.
Explain the process, stakeholders and outcome you are trying to improve. From there, the suitability of blockchain can be explored properly.
Yes. Assessing whether blockchain is appropriate is an important part of the process. In some cases a conventional system may be the better solution.
No. This service focuses primarily on blockchain as a business and information technology, including distributed records, verification, transparency, traceability and smart-contract concepts.
Yes. Use-case work can begin by examining the existing business process, stakeholders, trust requirements and desired outcome.
It can be explored for selected multi-party traceability and provenance requirements, although the suitability of blockchain depends on the specific process and stakeholders.
Yes. Private and corporate learning can cover blockchain fundamentals, business applications, smart-contract concepts, strategy and emerging technology.
Yes. Executive learning can focus on business relevance, capabilities, limitations, strategic implications and decision-making.
Yes. Technology decisions often cross several disciplines, and a requirement may involve blockchain, AI, data, business strategy or digital transformation together.
Explain the current process, the organisations or stakeholders involved, the problem you want to solve, what information needs to be shared or verified and why blockchain is being considered.
Tell Denise about the business problem, stakeholders and technology you are considering.