Unlike standard escrow, the contract is created by the service provider, while the customer deposits funds until the agreed amount is reached. Pledge Contracts support native coins and popular stablecoins, charge 0% withdrawal fees, and can optionally be linked to a Verifiable Document so payments are settled only after the required agreement has been verified by both parties. This makes them ideal for large projects, milestone-based work, and long-term business agreements. The service is available on Polygon, Arbitrum One, Avalanche C-Chain, and Ethereum Sepolia for testing. Before creating a contract, ensure your wallet has enough PULSE tokens to cover the creation cost shown in the form.

Create a Pledge Contract

Step 1: Tap on Pledge Contracts button from home page.

Step 2: Complete the form by selecting the network and payment token, entering the customer's wallet address, optionally adding a Verifiable Document DID, and choosing an expiration period (recommended for all agreements).

Step 3: Tap Create, connect your wallet, review the deployment details, and confirm the transaction.

Step 4: Wait for the deployment transaction to be confirmed from the Home or Transactions page.

Step 5: Open the History page and confirm that the Contract DID has been created.

Step 6: From the More menu, select Initialize & Setup, connect your wallet, and confirm the transaction.

Step 7: Once initialization transaction minted, copy the Contract DID and share it only with the intended customer or participating parties.

Step 8: Open the contract using its DID to access deposits, settlement, and other available actions.

Using a Verifiable Document

If your Pledge Contract is linked to a Verifiable Document, payments can be protected by the agreement itself. Parties have to verify the document before executing the agreement, If the linked document is revoked or suspended, some related actions may become unavailable until the document is valid again.

more info on Documents.

Before creating a document, upload your file to a publicly accessible storage service such as IPFS, Arweave, or a file server, then ensure your wallet has enough PULSE tokens to cover the creation cost shown in the form.

Create a Verifiable Document

Step 1: Tap on Verifiable Documents button.

Step 2: Complete the creation form by entering the file URL, IPFS CID, or Arweave Transaction ID, configure verifier and controller address lists, set the validity dates, and choose the deployment network.

Step 3: Tap Create, connect your wallet, and approve the transaction.

Step 4: Return to the home page and wait until the transaction has been minted.

Step 5: Open the History page and confirm that the document Contract DID has been generated.

Step 6: From the record's More menu, select Initialize & Setup, connect your wallet, and confirm the transaction.

Step 7: After initialization, open Show Transaction Information, copy the Contract DID, and share it only with the intended parties. Do not share the Contract DID publicly or with unrelated users.

Verify a Verifiable Document

Step 8: Tap Open Contract button, paste the Contract DID, and load the document.

Step 9: From the More menu, select Verify Contract.

Step 10: Enter the verifier's User DID, connect your wallet, and approve the verification transaction.

Step 11: After the transaction is confirmed, open the Proof tab to verify that the verifier's wallet address has been added to the verification list.

More info in Documents.

The escrow system is time-bound and supports native coins as well as a mostly used range of stablecoins across multiple networks, including Arbitrum One, Polygon, and Avalanche C-Chain. To protect the service from abuse and spam, SafePulse applies a small flat fee paid in the network’s native coin when creating escrow transactions. Withdrawals include a 1% withdrawal fee. A test environment is also available on Ethereum Sepolia for users who want to explore the escrow workflow before using the live networks.

Deposit an Escrow in SafePulse

Step 1: Select the token amount, coin, and network you want to use for the escrow deposit.

Step 2: Connect your wallet to SafePulse.

Step 3: Approve and confirm the transaction to allow escrow funding.

Step 4: Fill in the escrow form fields with the required transaction details.

(In escrow, the issuer represents the payer, customer, funder, or buyer who creates and funds the escrow.)

Step 5: Tap on "Deposit" and Connect your wallet.

Step 6: Review the escrow details, verify the escrow information before submitting.

Step 7: Confirm the transaction in your wallet.

Step 8: After completion, SafePulse displays the transaction hash for verification and tracking.

Accessing and Sharing Escrow Information

Step 9: Open the History page and at the escrow record option.

Step 10: Select “Show Transaction Information” to view escrow details and copy the DID from the dialog and share it with the other escrow parties.

Step 14: Open the contract dialog, enter the shared DID, and load the escrow page.

Step 15: After the escrow page loads, available actions can be accessed from the options button.

Create a DID in SafePulse

Step 1: Open the DID page in SafePulse to manage existing identities and create a new DID.

Step 2: Select the DID type that matches the entity you want to create an identity for.

Step 3: Connect the wallet account that will control and own the DID.

Step 4: Enter a name for your DID to easily identify and manage it.

Step 5: Sign the verification message with your wallet to confirm ownership and create the DID.

Step 6: View the DID list and confirm that your new DID has been added successfully.

In today’s digital economy, transactions happen between people, businesses, and organizations across the world. However, one challenge remains constant: trust.

When two parties enter an agreement, questions often arise:

Who sends payment first?
Who delivers the service first?
What happens if one side fails to complete their obligations?
How can both parties stay protected without relying on a third-party intermediary?

Traditional escrow solutions attempt to solve this problem by introducing a trusted middleman. While effective in some cases, these systems often require custody of funds, manual intervention, and dependence on centralized decision-making.

SafePulse introduces a decentralized approach.

SafePulse is a decentralized escrow and settlement platform designed to enable safer transactions through blockchain-based agreements, allowing individuals and businesses to exchange value without requiring trust between parties or reliance on external intermediaries.

Decentralized Escrow for Safer Transactions

At the core of SafePulse is decentralized escrow, a mechanism that allows parties to secure transactions through predefined conditions rather than relying on personal trust.

Users can create protected agreements for different types of transactions, from everyday peer-to-peer exchanges to professional services and commercial deals.

SafePulse supports both ERC20 tokens and native coins, allowing agreements to be secured across different transaction environments.

Through time-guarded agreements, transactions can include defined conditions such as expiration periods, cancellation scenarios, and safe fund recovery mechanisms when agreements are not completed according to their conditions.

This creates a safer environment where both sides can participate with greater confidence:

• Customers can protect their payments until conditions are fulfilled.

• Service providers can establish secure payment arrangements.

• Both parties benefit from transparent, rule-based execution.

Settlement Infrastructure for Professional and Commercial Agreements

Beyond individual transactions, SafePulse provides a settlement platform designed for more complex agreements.

Large commercial relationships, professional services, and multi-stage deals often require more than a simple payment transfer. They require structured agreements, verification, and flexible settlement processes.

SafePulse enables settlement mechanisms where agreements can support progressive payments, allowing transactions to be completed across multiple stages rather than relying on a single payment event.

This approach creates a more adaptable framework for different industries and transaction sizes, from independent service providers and agencies to larger commercial operations.

Verified Agreements and On-Chain Document Support

Agreements are often supported by documents, terms, and verification requirements. SafePulse extends transaction security by enabling documents and agreements to be connected with blockchain-verifiable processes.

Instead of requiring users to surrender ownership of their documents to centralized platforms, SafePulse focuses on verification while preserving user control over their original information.

This allows agreements to become more transparent and easier to verify, creating reliable records that can support commercial relationships and multi-party transactions.

A New Approach to Digital Trust

SafePulse is built around a simple idea:

Transactions should not depend on trusting another party, trusting an intermediary, or trusting a centralized platform.

By combining decentralized escrow, settlement mechanisms, and verification-based agreements, SafePulse creates a safer foundation for digital commerce.

The platform is designed to reduce fraud risks, remove unnecessary intermediaries, and provide a more reliable way for people and organizations to exchange value.

Built for Global Transactions

SafePulse is currently available on multiple blockchain networks, including Polygon, Arbitrum One, and Avalanche, with additional network expansion planned.

Whether it is a peer-to-peer transaction, a professional service agreement, or a larger commercial settlement, SafePulse aims to provide a decentralized layer of security for modern transactions.

The future of digital commerce requires more than faster payments. It requires trustless systems where agreements, settlements, and verification work together.

SafePulse is building that foundation.