Telegram Integration

INVSBL integrates with Telegram to support private payment operations directly from chat INVSBL integrates with Telegram to enable private payment actions directly from chat. Telegram is used only as an interface and does not play a role in transaction execution or security.

All payment logic, validation, and settlement occur inside INVSBL's zero-knowledge privacy layer.

User ←→ Telegram ←→ INVSBL Privacy Layer ←→ Blockchain
        (Interface)  (Payment execution)

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1. Purpose

The Telegram integration lets users and teams initiate and manage private payments without using wallet or blockchain interfaces.

1.1 Primary Goals

Goal	Benefit
Fast, private payments	Enable payments from conversational workflows
Operational support	Support invoices, payouts, and recurring flows
Reduced friction	Make private payments accessible to non-technical users
Privacy preservation	Maintain full privacy guarantees regardless of interface

The Telegram interface does not add visibility or reduce transaction privacy.

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2. Supported Operations

The Telegram integration supports a range of private payment actions.

2.1 Available Features

Operation	Description	Privacy Status
Private transfer links	Generate shareable links that allow recipients to claim assets	Wallet addresses never exposed
Private invoices	Create payment requests without revealing requester's identity	Identity remains hidden
Claim status tracking	Monitor whether a payment link has been claimed	Transaction details remain private
Recurring payment flows	Automate repeated private payments for payroll, subscriptions, or distributions	Full privacy for every payment

2.2 Execution Model

All supported operations are executed entirely inside the INVSBL privacy layer.

Telegram only facilitates:

• Message delivery

• User interaction

• Command interface

Telegram does NOT handle:

• Payment execution

• Cryptographic operations

• Transaction validation

• Asset custody

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3. Security Model

The Telegram integration is designed with a strict separation between communication and execution.

3.1 Architecture Diagram

┌─────────────────────────────────────┐
│         Telegram Layer              │
│  • User interface                   │
│  • Message delivery                 │
│  • Command parsing                  │
└──────────────┬──────────────────────┘
               │ (Commands only)
               ↓
┌─────────────────────────────────────┐
│      INVSBL Privacy Layer           │
│  • Payment execution                │
│  • Zero-knowledge proofs            │
│  • Key management                   │
│  • Transaction validation           │
└──────────────┬──────────────────────┘
               │
               ↓
┌─────────────────────────────────────┐
│         Blockchain                  │
│  • Settlement                       │
│  • Finality                         │
└─────────────────────────────────────┘

3.2 Security Properties

Property	Implementation
Interface-only role	Telegram acts solely as a messaging and command interface
No key exposure	Private keys are never shared with Telegram or stored in chat contexts
No data leakage	Wallet addresses, balances, and transaction metadata are never exposed through Telegram
No additional trust	Privacy guarantees remain intact even if Telegram messages are logged, intercepted, or shared

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4. Use Case Examples

Example 1: Team Payment

Team Lead via Telegram:
/send 1000 USDC to @designer

INVSBL:
✓ Generates encrypted payment link
✓ No wallet addresses exposed
✓ Sends link via Telegram

Designer:
✓ Clicks link
✓ Claims 1000 USDC privately
✓ No connection to team lead visible on-chain

Privacy preserved throughout.

Example 2: Invoice Request

Freelancer via Telegram:
/invoice 5000 USDC for project work

INVSBL:
✓ Generates private invoice link
✓ No identity exposed
✓ Shares link via Telegram

Client:
✓ Receives invoice
✓ Pays via link
✓ No on-chain connection between parties

Complete confidentiality maintained.

Example 3: Recurring Payroll

Company via Telegram:
/recurring 3000 USDC monthly to 10 employees

INVSBL:
✓ Sets up automated payments
✓ Each payment fully private
✓ No employee relationships visible
✓ Salary amounts hidden

Employees:
✓ Receive payments automatically
✓ No link to employer on-chain
✓ No link between employees

Privacy scales with automation.

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5. What Gets Shared via Telegram

5.1 Messages Contain

Content Type	What It Is
Payment links	Encrypted artifacts that reveal nothing about sender, receiver, or amount
Status updates	Confirmation that a claim occurred (no transaction details)
Commands	User instructions to create payments

5.2 Messages Do NOT Contain

• Private keys or seed phrases

• Wallet addresses

• Transaction amounts (unless user explicitly includes in message)

• Balance information

• Transaction IDs

• Blockchain addresses

• Relationship information