Revv eSignature

eSignature platform built for real estate transactions and closing workflows.

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About Revv eSignature

Revv eSignature provides electronic signature capabilities tailored to the real estate industry, enabling secure and efficient signing of property documents, contracts, and closing materials. The platform is built to integrate with real estate workflows, allowing agents, brokers, and other transaction stakeholders to execute documents digitally rather than through manual paper-based processes. By automating signature collection and document management, Revv aims to accelerate closing timelines and improve the overall transaction experience.

Features

Digital signature capture
Real estate document templates
Multi-party signing workflows
Cloud-based document management
Transaction-focused signing experience

Use Cases

Real estate purchase agreements and contracts
Property closing document execution
Rental and lease agreement signing
Real estate agent transaction management
Multi-party property deal coordination

Pricing

Free

Contact sales

Free plan, no credit card required

1,000 - 5,000 Documents

$4/mo when billed annually

per document, annual volume

1,000 - 5,000 documents annually

5,000 - 25,000 Documents

$2/mo when billed annually

per document, annual volume

5,000 - 25,000 documents annually

25,000+ Documents

$1.50/mo when billed annually

per document, annual volume

25,000+ documents annually

Source: Pricing page (Freemium)

Frequently Asked Questions

Is Revv eSignature specifically designed for real estate?
Yes, Revv eSignature is purpose-built for real estate transactions with specialized workflows, templates, and features tailored to agents, brokers, and property deals.
Does Revv support multi-party document signing?
Yes, Revv provides multi-party signing workflows designed to handle complex real estate transactions involving multiple stakeholders.
Is there a free version of Revv eSignature?
Yes, Revv offers a freemium pricing model with a free tier, though specific limitations are not publicly detailed.