End-to-End Product Flow

How QuantumTrust
Protects Every Piece of Data

From owner onboarding a new tenant, to an application connecting and transferring data — every step, in plain language.

🏢
Owner Setup
Platform config
→
🧾
Tenant Onboarding
Invite & provision
→
🔌
App Connection
API integration
→
⚛️
QuantumTrust
Receive & encrypt
→
🔒
Encrypted Transfer
Secure pipeline
→
🗄️
Tenant Server
Safe & stored
Phase A — Owner Portal
🏢
A1 — Platform Setup
Owner Creates the Platform
The owner registers the QuantumTrust platform, defines the organisation name, sets global security policies, and chooses which encryption standards to enforce across all tenants.
Global policiesSecurity standards
🔑
A2 — Key Management
Owner Configures Encryption Keys
The owner sets up a master key vault. Each tenant will receive their own isolated encryption key — generated automatically — so no two tenants can ever access each other's data.
Key vaultTenant isolationAES-256 / RSA
⚙️
A3 — Access Rules
Owner Defines Access Controls
The owner decides who can encrypt, who can decrypt, and which servers are allowed to receive data. These rules are enforced automatically for every tenant on the platform.
Role permissionsServer allowlist
↓
Owner invites a new tenant
Phase B — Tenant Onboarding (Owner-Driven)
📧
B1 — Invite
Owner Sends Tenant Invitation
From the Owner Portal, the owner enters the tenant's company name, admin email, and selects their permission tier. QuantumTrust sends a secure invite link that expires in 48 hours.
Secure invite link48h expiryPermission tier set
🏷️
B2 — Provisioning
Tenant Workspace Auto-Created
When the invitation is accepted, QuantumTrust automatically creates an isolated workspace for the tenant — complete with a unique Tenant ID, dedicated encryption key, and a private API credential.
Tenant ID generatedUnique API key issuedIsolated vault created
👤
B3 — Tenant Admin Login
Tenant Sets Up Their Account
The tenant admin clicks the invite link, sets a password, and lands in their Tenant Portal. They can see their Tenant ID, their assigned encryption method, and their unique API credentials.
Tenant Portal accessView API credentials
🖥️
B4 — Register Tenant Server
Tenant Registers Their Destination Server
The tenant provides the address of the server where they want encrypted data delivered. QuantumTrust verifies the server exists and adds it to the approved delivery destinations for this tenant.
Server URL registeredEndpoint verifiedAdded to allowlist
↓
Tenant connects their application
Phase C — Tenant Application Integration
📦
C1 — SDK / API
Tenant Installs the QuantumTrust Connector
The tenant's developer adds the QuantumTrust SDK to their application (website, mobile app, internal tool). This tiny piece of code acts as the secure bridge between their app and QuantumTrust.
SDK installedREST API optionNo code rewrite needed
🔐
C2 — Authenticate
App Authenticates with QuantumTrust
The tenant's application uses its unique Tenant ID + API Key to prove its identity to QuantumTrust. A secure token is issued that ties every request back to this specific tenant's vault.
Tenant ID + API KeySecure token issuedSession scoped
✅
C3 — Connection Live
Secure Channel Established
Once authenticated, a dedicated encrypted channel opens between the tenant's application and QuantumTrust. The app is now ready to send data. Everything flows through this tunnel — nothing is sent in the open.
TLS encrypted channelReady to transmit
↓
Application sends data into QuantumTrust
Phase D — QuantumTrust Encryption Engine

QuantumTrust Processing Pipeline

Every byte of incoming data is received, verified, encrypted, logged, and dispatched automatically — in milliseconds.

Live Processing
📥
D1 — Receive
Data Arrives at QuantumTrust
The app sends plaintext data through the authenticated channel. QuantumTrust receives it, confirms the tenant token is valid, and queues it for encryption.
🔒
D2 — Encrypt
Data Is Locked with Tenant's Key
The data is scrambled using the tenant's private encryption key and the chosen algorithm. After this step, the original readable version is permanently discarded.
📋
D3 — Audit Log
Every Action Is Recorded
A tamper-proof log entry is created: what was encrypted, when, by which tenant, and which key was used. This record is permanent and cannot be edited by anyone.
📤
D4 — Dispatch
Encrypted Data Queued for Delivery
The locked data is packaged with metadata (key reference, algorithm, timestamp) and handed off to the secure transfer pipeline pointed at the tenant's registered server.
↓
Encrypted payload travels to tenant's server
Phase E — Encrypted Delivery to Tenant Server
🔗
E1 — Secure Transfer
Encrypted Payload Sent Over Secure Channel
QuantumTrust opens an outbound connection to the tenant's registered server. The encrypted payload is transmitted over a TLS-secured channel — the data is already unreadable, and the channel adds a second layer of protection in transit.
TLS in transitCiphertext onlyRegistered endpoint only
🖥️
E2 — Server Receives & Confirms
Tenant Server Stores the Encrypted Data
The tenant's server receives the encrypted payload, stores it in their chosen database or file system, and sends a confirmation back to QuantumTrust. The storage confirmation is also written to the audit log.
Stored as ciphertextConfirmation sentAudit updated
🔓
E3 — Decryption (When Needed)
Tenant Retrieves & Unlocks Their Data
When the tenant needs to read their data, they send a decrypt request through QuantumTrust. The system verifies their identity, retrieves their private key from the vault, decrypts the data, and returns the readable result — only to that tenant, only for that request. The audit log records every decryption event.
Identity verified Key retrieved from vault Decrypted in-memory only Plaintext never persisted Decryption event logged
QuantumTrust — Complete Protection, Zero Effort for Tenants
The owner configures once. The tenant onboards in minutes. Their application connects via a single API. Data flows in, gets encrypted instantly inside QuantumTrust, and lands safely — locked — on the tenant's own server. No plaintext ever leaves the encryption engine. Every action, forever audited.
5
Phases
14
Steps
0
Plaintext
stored
∞
Audit
log