MVP plan for trusted education records with Launch Package

The Challenge

SecurED faced the same early questions most blockchain initiatives encounter:

Is blockchain justified for this use case?
Education records require high trust, but blockchain only makes sense if it clearly adds value. SecurED needed validation before committing to development.

How do we make this credible for stakeholders?
A strong idea is not enough. Schools and partners require clarity on privacy, verification, and real-world feasibility.

What is the path to an MVP?
Without a structured scope, feature discussions remain abstract and slow down decision-making.

How do we estimate cost and budget realistically?
To prepare for funding and internal planning, SecurED needed a grounded cost estimate based on real implementation assumptions. That includes development scope, infrastructure needs, and integration effort.

Our Solution

Working with CoreLedger, SecurED shaped a clear foundation for a blockchain-based education platform before writing production code.

1. Blockchain Fit and Trust Framework
   The work defined how blockchain supports the core value: trusted academic data.
   Key outcomes included:
   • What should be verifiable and why
   • How integrity and auditability are ensured
   • How sensitive education data can be shared with permission
2. Data Blueprint and MVP Scope
   A scalable data model was outlined to support a unified platform approach, including modules such as:
   • Student/Teacher record management
   • Credential verification
   • Stakeholder portal access
   This created a clear separation between MVP foundations and future expansion.
3. Adoption and Integration Readiness
   Because education platforms live inside existing ecosystems, the concept included:
   • UX direction for different stakeholder roles
   • A practical approach to integration and testing in school environments
   • A standards-minded approach to future interoperability
4. Budget and Cost Clarity for Investment Readiness
   Alongside the functional scope, the engagement defined a practical budget view so SecurED could plan confidently and speak clearly with potential investors. This included:
   • MVP build estimate based on defined modules and phases
   • Expected infrastructure and operational cost drivers
   • Integration and rollout assumptions
   • A staged roadmap from MVP to pilot to launch, aligned with funding milestones

The Results

• A validated blockchain rationale tied to real education problems
• A structured MVP blueprint with scalable data foundations
• MVP readiness as the first milestone, with clear timing estimates, separating later phases to accelerate time to market and optimize the risk benefit ratio through early user feedback.
• A realistic cost range to support investor and budget discussions

Technologies Used

• AWS
• Docker
• Kubernetes
• Terraform
• Jenkins
• Python