Integrations
Pre-built connections to over 100 of the most popular applications.
Patented server-side authentication that eliminates client-side injection attacks, key logging, and data leaks so you can securely pass data between applications
Patented server-side authentication eliminates client-side injection attacks, key logging, and data leaks—so you can securely pass data between applications.
Patented server-side authentication eliminates client-side injection attacks, key logging, and data leaks—so you can securely pass data between applications.
Patented server-side authentication eliminates client-side injection attacks, key logging, and data leaks—so you can securely pass data between applications.
Client-side workflows protect PII data in the CRM and other applications allowing you to centralize workflows in the browser CRM.
Data leaks and security breaches can be costly – both financially and to your brand’s image.
Lead with a security mindset by protecting sensitive data while preventing security vulnerabilities.
Key Features
Unified Context: Pull real-time data from any app directly into your CRM view.
Two-Way Sync: Keep vital information consistent across all your platforms automatically.
Powerful Automation: Leverage the full OpenMethods platform to build custom, cross-app workflows with ease.
Example Use Case
Pulling real-time data from Salesforce
Checking order statuses from Shopify
Managing updates to/from Atlassian
All without leaving your workspace and natvie to your Zendesk & Oracle platfrom.
100+ Pre-Built Connections
Stay Updated & Informed!
What are Server Side HTTPS requests via App Connector, and how do they differ from client-side requests?
Server-side HTTPS requests through “Integrations” involve server-initiated HTTP(S) requests to OpenMethods resources on behalf of a client. In this process, OpenMethods acts as an intermediary between the client and the external resource. While client-side requests are made directly from a user’s browser, server-side requests are started by OpenMethods.
Is one approach more secure than the other (Server-Side vs Client-Side)?
Both approaches can be secure when implemented properly. Server-side HTTPS requests through OpenMethods provide better control and isolation because OpenMethods manages the requests, which reduces the risk of client-side vulnerabilities. However, client-side requests can also be secure with proper authentication and validation, though they depend on the user’s browser security settings.
How does using INTEGRATIONS affect security?
Using Integrations (formerly “App Connector”) can enhance security by acting as a shield between the client and external resources. It can add an additional layer of security by implementing security policies and filtering malicious content directly into OpenMethods platform, which is secure and removes the possibility of any client-side security and vulnerabilities.
Are client-side requests less secure because they are initiated by the user's browser?
Client-side requests are not inherently less secure. They depend on security features in modern browsers, like sandboxing and same-origin policy. However, they can be more vulnerable to client-side attacks such as Cross-Site Scripting (XSS) if developers do not follow best practices for input validation and security. We strongly recommend using our platform to reduce any risks, especially when communicating with third-party data sources and API’s.