Blockchain & Digital Trust
Use distributed ledgers, smart contracts, verifiable credentials and programmable transaction models where multiple parties need shared trust, provenance or tamper-evident records.
Blockchain Strategy & Feasibility
Use-case assessment, permissioned-vs-public architecture choices, build-vs-buy evaluation, integration approach and business-case framing.
Enterprise DLT Engineering
Permissioned multi-organization networks, consortium workflows, identity/policy models and integration with enterprise systems.
Smart Contract Engineering
Design, implementation, testing and controlled deployment of programmable business rules and transaction workflows.
Digital Identity & Verifiable Credentials
Issuer-holder-verifier workflows for credentials, certificates, memberships and trusted records, using blockchain only where it adds value.
Tokenisation & Digital Assets
Technology architecture for tokenised or programmable asset workflows, subject to relevant regulatory, legal, security and compliance validation.
Integration, Cloud & Operations
APIs, enterprise-system integration, cloud infrastructure, monitoring, security, DevSecOps and managed engineering around digital-trust platforms.
Selected cross-industry opportunities.
Education
Digital credentials, certificates, transcripts and verification workflows.
Education & EdTech →Manufacturing
Supply-chain provenance, product authenticity, traceability, quality records and multi-party workflows.
Manufacturing →Financial Services
Programmable transaction workflows, tokenisation and verifiable records where the regulatory context permits.
FinTech →Healthcare
Provider credentials, consent/audit events and provenance patterns using privacy-first, off-chain data architecture where appropriate.
Healthcare →Land & Property
Document provenance, tamper-evident audit events and cross-department verification patterns, while authoritative title and records remain in governed systems and legal processes.
Land & Property →When should a distributed ledger be considered?
- Multiple independent organizations share one business process.
- No single participant should unilaterally control the authoritative record.
- Provenance, tamper evidence or shared transaction state has real value.
- Rules or transactions can benefit from programmable automation.
When conventional architecture is better
If one organization owns the workflow, trusted centralized data is sufficient and distributed trust adds cost without measurable benefit, Srushti will recommend a simpler architecture.
Discuss a use case