Edvami logo
Assume breach.Keep data unreadable.Prove integrity.

Edvami protects sensitive records by anchoring cryptographic proofs on-chain while keeping raw data unreadable to intruders.

For authorized systems: verifiable retrieval. For attackers: unusable cryptographic artifacts and immediate tamper evidence.

Customer
Teams handling sensitive records after incidents
Security, compliance, legal, and audit teams need to know whether critical records were altered after a breach without exposing more raw data in the process.
Problem
Most systems cannot prove what changed
After an intrusion, companies often have logs and backups, but no simple cryptographic way to prove which records are still trustworthy and which were tampered with.
Wedge
Unreadable theft, provable integrity
Edvami anchors evidence on-chain, keeps attackers stuck with cryptographic artifacts, and gives operators a clear verification workflow for baseline versus current state.

Our Mission

Every year, billions of records are exposed, altered, or stolen during data breaches. But the real problem is not just access, it’s the inability to prove what data can still be trusted.

If a record can be modified without leaving evidence, it cannot be trusted. Most systems store data, but they don’t prove its integrity.

Edvami introduces a different model: every record is verifiable, traceable, and linked to its original state. Any change leaves evidence that cannot be silently removed.

Instead of relying on trust in systems or logs, Edvami provides a verifiable history of how data evolves over time.

This allows teams to answer critical questions: what is original, what changed and when, even after a breach.

Edvami starts with one simple promise:

after a breach, you don’t guess what’s trustworthy, you prove it.

API Playground
POST /store
Example JSON

  






  

    
GET /retrieve

    
  


  

    
Proof Block Hash

    
    
    

  




   


  


  


    

      Breach Resilience Demo
    


  

    This is the core post-breach workflow: anchor a trusted baseline, upload the current snapshot, and generate a tamper report that shows whether the record still matches.
    The same architecture leaves intruders with unusable cryptographic artifacts instead of readable business data.
  


  


    

      
Step 1: Baseline JSON


      
    


    

      
Step 2: Current JSON


      
    


  


  


    

    

    

  


  

    

      
Instant Verdict

      
Awaiting Verification

      

        Anchor a trusted baseline and verify a current snapshot to generate a visual integrity verdict.
      

      

        
No proof yet

      

      
    
        
  • No baseline has been anchored yet.
    • 
        
  • No current snapshot has been verified yet.
    • 
        
  • The chain will store proof records only.
    • 
      

    


    

      
Attacker View

      

        If someone breaches storage, this is the kind of record they can access: proof metadata and hashes, not readable business JSON.
      

      
Anchor a baseline to see the proof-only record an intruder would encounter.

    

  


  
Investor demo flow:
1. Upload the trusted baseline JSON.
2. Click Anchor Baseline to anchor only its proof on-chain.
3. Upload the current JSON snapshot.
4. Click Verify Current Snapshot to anchor its proof and compare both records without storing readable JSON in the chain.


  

    
AI Incident Brief

    

      Turn the verification result into a short executive summary with likely impact and recommended next steps.
    

    
    
Run a verification first, then generate an AI brief.

  








    


  


    

      Contact
    


    

      Building for breach response, regulated records, or evidence integrity? Reach out directly.
    


    


      

        Email

        info@edvami.com