FAQ from Approvabl
What is Approvabl?
Approvabl is an AI-powered platform that enables developers to embed smart, customizable approval workflows directly into their products, complete with dynamic controls, event-based notifications, and detailed monitoring tools.
How to use Approvabl?
By integrating Approvabl's API and UI components, teams can launch robust approval processes within minutes—no need to build from scratch or manage backend logic manually.
How long does it take to embed approval workflows?
Most integrations take less than 10 minutes. The setup is streamlined with clear documentation, pre-built templates, and instant onboarding support.
Is it easy to customize the controls and notifications?
Yes—Approvabl offers deep customization options for buttons, roles, conditions, and alert messages, ensuring alignment with your product's branding and user experience.
Can I track what my users are doing during approval process?
Definitely. The integrated debugger provides real-time insights into each step of the approval journey, helping you monitor decisions, detect bottlenecks, and audit actions efficiently.
Does Approvabl support both frontend and backend integration?
Absolutely. Approvabl works smoothly across frontend frameworks (like React or Vue) and backend services (Node.js, Python, etc.), offering flexible embedding options for full-stack applications.
Is there any AI-powered tool for creation and editing of approval flows?
Yes. Leveraging generative AI, Approvabl suggests optimal workflow structures based on your use case and allows natural language input to create or modify approval rules instantly.
Does Approvabl provide dedicated support?
Yes, all users get access to responsive customer support, including technical guidance, integration reviews, and priority assistance for enterprise plans.
Can Approvabl help migrate from a legacy system?
Yes, we offer personalized migration support to transition smoothly from outdated or manual approval systems to Approvabl’s modern, scalable infrastructure—with minimal downtime and data loss.