Send & Receive Crypto In-Chat

BlockGram changes how people send, receive, and interact with digital assets by removing the friction that defines traditional crypto wallets.

Users do not install apps, manage seed phrases, or learn blockchain workflows. Full onchain transactions happen through natural language or voice, directly inside Telegram.

This is not a lighter interface layered on top of existing wallet design. BlockGram rebuilds crypto usage from the ground up to work like messaging.

1. Wallet-Free UX with Instant Onboarding

Most users abandon crypto products during onboarding due to technical friction. BlockGram solves this with a near-invisible onboarding flow:

• No App Required: Users begin interacting via a Telegram bot—there’s no need to download a separate app or sign up on a third-party platform.

• Message-Based Onboarding Triggers: When a user types a transaction-like command such as “Send 10 MATIC to @Chris,” the system checks whether the user has an on-chain identity.

• Automated Wallet Generation: If none exists, BlockGram instantly and silently creates a secure, non-custodial wallet using:

  • Device-stored private keys or cloud-encrypted key vaults

  • MPC (Multi-Party Computation) or threshold cryptography (in roadmap) to avoid full key exposure

  • Telegram identity as a metadata layer to associate the wallet

• Zero Seed Phrase Exposure: Seed phrases are never shown. Instead, key recovery is handled using:

  • Biometric fallback (via Telegram’s device capabilities)

  • Social recovery through trusted contacts

  • Encrypted key sharding for advanced users

• Persistent Identity: The wallet is bound to the user's Telegram ID, with optional portability through external wallet connection (e.g., WalletConnect).

2. Natural Language and Voice-Enabled Transactions

BlockGram allows users to transact using plain English (or other supported languages), removing the need for technical commands or blockchain knowledge.

Natural Language Input (NLP Layer):

• Commands like:

  • “Send 50 USDT to @Sarah for dinner”

  • “Pay my rent on the 1st every month”

  • “How much did I spend last weekend?”

  • “Split the Uber with @Raj and @Lily”

• AI processes the intent through:

  • Intent Classification: Determines action type: send, request, split, schedule, etc.

  • Entity Recognition: Extracts tokens, amounts, user handles, dates, categories.

  • Context Inference: Resolves ambiguity (e.g., defaults to most recent contact if no recipient is specified).

Voice Command Support:

• Users can record a voice command like “Send 5 USDC to John” directly in chat.

• The voice input is transcribed and parsed by a lightweight on-device model or forwarded to a secure NLP processor with:

  • Noise filtering

  • Language detection

  • Intent confidence scoring

• Final transaction is previewed in chat for user confirmation before execution.

3. Auto-Generated Smart Wallets with Multi-Currency Handling

Unlike most platforms that generate a wallet per network or require manual token imports, BlockGram’s wallet architecture supports dynamic, smart wallets:

• Unified Wallet Interface: All assets across supported blockchains (Ethereum, Polygon, BNB Chain, etc.) are managed under a single logical wallet identity.

• AI-Driven Token Detection: When a user receives an unknown token (e.g., APE, DAI), the AI automatically:

  • Detects the token contract

  • Confirms legitimacy via on-chain metadata and trusted registries

  • Displays the token with icon, name, USD value, and network

• Chain-Agnostic Send/Receive: Users don’t need to know which network their tokens are on. For example:

  • “Send 10 USDC to @Amal” → The AI chooses the lowest-cost supported chain (e.g., Polygon vs Ethereum) unless specified.

• Cross-Chain Routing (Advanced): For mismatched sender and receiver chains, the system uses smart contract bridges and swap routers (e.g., Stargate, LI.FI, 1inch) to:

  • Convert and transfer assets cross-chain

  • Abstract technicalities from the user

• Stablecoin Default Logic: If the user says “Send 10 dollars,” AI defaults to a stablecoin like USDT, USDC, or DAI based on recipient compatibility and network conditions.

4. Blockchain-Integrated Receipts and Confirmations

Each transaction initiated via BlockGram is transparently recorded on-chain and paired with human-readable receipts embedded within the chat.

Transaction Confirmations:

• After user approval, transactions are signed locally and broadcast to the selected blockchain.

• Users receive:

  • An interactive confirmation message (e.g., “✅ 15 MATIC sent to @Daniel”)

  • Transaction hash

  • Estimated USD value

  • Gas fee summary

  • Network used

  • Optional media or note (e.g., emoji, invoice, photo)

Smart Receipts (NFT or On-Chain Anchored):

• Transactions can be linked to:

  • Visual receipts (static or animated cards)

  • Audio memos (stored off-chain with hash anchoring)

  • NFT-based transaction memorabilia (for gifting, tipping, or events)

Verifiable On-Chain Logs:

• Anyone can view the transaction using links to block explorers.

• For users receiving funds: A confirmation prompt is displayed with:

  • Token and amount

  • Sender identity (Telegram-verified or on-chain alias)

  • Accept/Reject or Convert options

Summary

BlockGram removes the need for users to understand wallets, seed phrases, token standards, or networks.

Everything happens inside a familiar messaging environment. Users express intent in plain language. The system handles execution securely and transparently.

With natural language input, smart wallet handling, and clear onchain confirmation, sending crypto no longer feels like managing finance.

It feels like chatting.