At CII-Space, we take data integrity, privacy, and decentralization seriously. That’s why our platform is built on two cutting-edge technologies:
✅ Hedera Hashgraph (Blockchain Layer)
Hedera Hashgraph is a next-generation distributed ledger that provides faster, more secure, and energy-efficient consensus than traditional blockchains.
- Tamper-proof logging:All student records, certificates, and actions are hashed and immutably recorded.
- Consensus with fairness:Hashgraph’s gossip and virtual voting mechanism ensures fair ordering of transactions.
- Enterprise-grade security:ABFT (Asynchronous Byzantine Fault Tolerance) makes Hedera one of the most secure DLTs available.
- Low carbon footprint:With minimal energy consumption, Hedera aligns with sustainable technology goals.
🌐 IPFS (Storage Layer)
We use the InterPlanetary File System (IPFS) to store documents and academic records.
- Decentralized storage:Student data is stored in a distributed file system, removing single points of failure.
- Content-addressed retrieval:Each document has a unique hash, ensuring data integrity.
Frequently asked questions
CII-Space is a blockchain-powered platform for secure student registration, credential verification, and academic record management using Hedera Hashgraph and IPFS.
Recovery- secure OT/IOT framework that protects and manages critical OT/ IOT assists. It has capability of recovery cyber-attacks. Using IPFS NEST – 193.
Yes. All records are stored with end-to-end encryption. Hashes on the blockchain cannot be reverse-engineered, and access to full records requires authorized credentials.
No. Since CII-Space uses IPFS for decentralized storage and Hedera for validation, your records remain accessible via content hashes even if the frontend goes offline.
Technically, no. Hedera is a distributed ledger technology (DLT), not a traditional blockchain. It’s faster, more secure, and doesn’t rely on mining or proof-of-work.
IPFS stands for InterPlanetary File System—a peer-to-peer file network. It ensures that your documents are always accessible, verifiable by hash, and cannot be tampered with once stored.
Each document is linked to a unique content hash. If even a single character changes, the hash would no longer match what’s stored on Hedera, making any tampering instantly detectable.