September 2025 Summaries

In September 2025, Unified introduced a series of significant product updates, including 11 new integrations across HR, ATS, CRM, Generative AI, Calendar, and Help Center/Call Center, as well as expanded webhook coverage and new features for major platforms. These updates included enhancements such as virtual webhooks for platforms like JustCall, Salesforce, and Zoom, and the addition of new objects and fields in systems like Salesforce, Paychex, and NetSuite. The updates aim to improve real-time event models and scalability, offering expanded pagination and filter support across multiple platforms, which enhances reliability for high-volume systems like NetSuite and Microsoft 365. Unified's blog highlights guides for building products with these integrations and a customer case study demonstrating cost savings and expanded coverage achieved through Unified's solutions. The updates position Unified as a versatile platform for developing scalable, integrated solutions without requiring data storage or resulting in vendor lock-in.

A unified API, such as Unified.to, enables seamless AI-powered search and insights across more than 345 platforms including Google Drive, Slack, Zendesk, and Notion, by normalizing unstructured content and eliminating the need for custom integrations per vendor. This API supports a variety of data sources like file storage, messaging, CRM, and knowledge platforms, and integrates with leading AI models such as OpenAI's GPT-4 and Google's Gemini. It simplifies the process for product teams by providing a single schema for multiple platforms, offering real-time content delivery, and managing the complexities of API changes and model parameters, which allows developers to focus on enhancing user experiences without the burden of maintaining individual vendor connectors.

Connecting with applicant tracking systems (ATS) is essential for job boards, marketplaces, and recruiting platforms to efficiently source, match, and submit candidates, but the diverse schemas and authentication models of each ATS can create complexity. A unified API addresses this challenge by normalizing candidate, job, and application data in real-time across more than 60 ATS platforms, enabling seamless integration without the need for individual connectors. This approach allows platforms to automatically import jobs, submit candidates, and track application statuses and documents directly within the customer's ATS, ensuring a consistent and real-time update process. Unified.to offers a consistent schema for sourcing objects and supports custom fields through its Metadata API, enhancing workflow flexibility without losing ATS-specific context. By supporting both native and virtual webhooks, Unified.to ensures real-time updates, even for ATS that lack native webhook support. The platform supports a wide range of ATS integrations, from enterprise solutions like Greenhouse and Workday to SMB options like Workable and Recruitee, providing product teams with speed to market, consistency, real-time synchronization, and flexibility in managing jobs, candidates, applications, and documents.

SAML (Security Assertion Markup Language) is an XML-based standard used for exchanging authentication and authorization data between an identity provider (IdP) and a service provider (SP), facilitating a secure, standardized Single Sign-On (SSO) experience for users by eliminating the need for multiple passwords across different applications. The typical SAML SSO flow involves a user requesting access to an application, being redirected to an IdP for authentication, and then redirected back to the application with a SAML response that contains authentication assertions. Key components involved in this process include the IdP, SP, user, and SAML assertions, which contain information such as user identity, authentication method, and session details. SAML employs security features like digital signatures and encryption to ensure data integrity and confidentiality, while configurations for both IdP and SP involve setting up SAML metadata, user attribute mappings, and certificates for signature validation. The document also provides a detailed guide on integrating JumpCloud SAML with the Unified.to application, including steps for configuring SAML attributes and downloading metadata, as well as instructions for setting up SAML on the Unified platform to manage workspace member access through SAML authentication.

Candidate assessment in hiring processes can be streamlined across more than 60 applicant tracking systems (ATS) platforms, including major ones like Workday, Greenhouse, and Lever, by using a unified API, which simplifies handling the diversity in schema, authentication, and webhook behavior of each system. This API allows for real-time, normalized data exchange regarding candidates, applications, jobs, and attachments, enabling automated assessments and the seamless integration of results back into the ATS as notes or updates. Without such an API, custom integrations for each ATS would be required, leading to slowed delivery and increased maintenance overhead. Using Unified.to, the process involves connecting to the ATS, retrieving and filtering candidate data, registering webhooks, executing assessment workflows, and writing results back, all while maintaining a consistent experience without custom code for each platform. This approach benefits product teams by triggering assessments uniformly across systems, unifying data, providing real-time feedback to recruiters, and eliminating the need for managing individual API intricacies, thus enabling scalable and efficient candidate assessment workflows.

Employee provisioning in B2B SaaS is streamlined through a unified API that supports over 180 HR platforms, including Workday, BambooHR, and SuccessFactors, by delivering normalized employee data in real time, eliminating the need for custom connectors for each system. This unified approach allows for automated provisioning processes, such as onboarding, offboarding, and role transitions, by synchronizing employee records with downstream systems like IT management and access control tools. Unified.to's API provides a consistent schema for core objects like employee identity, groups, and devices, allowing for CRUD operations across various platforms, ensuring real-time data flow without caching, thereby enhancing accuracy for provisioning and access control. This solution offers significant advantages for product teams, including faster delivery, reduced maintenance due to managed tokens and API changes, and scalability that accommodates both enterprise and SMB systems, ensuring immediate, accurate, and secure access, which is critical for seamless provisioning workflows.

The text discusses the implementation of enterprise search across various platforms such as Google Drive, Slack, Notion, and Zendesk using a unified API, which simplifies integration and management of data from over 300 sources. This unified API addresses the challenges posed by disparate schemas, rate limits, and webhook behaviors by normalizing unstructured content and providing real-time data delivery. By utilizing a single, consistent schema, enterprises can efficiently power retrieval-augmented generation (RAG) pipelines, enable unified knowledge searches, support IT and HR workflows, and maintain up-to-date results. The API, offered by Unified.to, supports diverse data categories including file storage, knowledge management systems, messaging, and ticketing, allowing product teams to deliver enterprise-grade search capabilities and GenAI features more rapidly, while minimizing integration complexities.

A unified API simplifies AI-powered search and insight extraction across over 460 platforms like Google Drive, Slack, Zendesk, and Notion by normalizing unstructured content and eliminating the need for custom integrations per vendor. This approach supports retrieval-augmented generation (RAG), enabling real-time data retrieval to ground AI outputs in actual customer data, and allows for natural language search, instant document summarization, and fact extraction. Unified.to offers a standardized schema for common content types and facilitates AI orchestration with genai_prompt and genai_model objects, ensuring consistent workflows across different AI models. By using this system, product teams can efficiently manage AI insights at scale without dealing with individual API intricacies, while maintaining zero maintenance infrastructure with support for multiple GenAI providers.

To add API support for the Create Activity in Crelate, it is essential to configure Activity Types correctly by setting the "Available On" option. This involves navigating to Settings, selecting Activities, choosing the specific Activity Type, and determining which record types the Activity will appear on. By default, Activity Types are not set to any records and must be configured to be usable. Proper configuration, as demonstrated in the accompanying image, will enable the maximum number of API features.

ATS Unified APIs streamline integration with multiple applicant tracking systems by providing a single, normalized API that abstracts the differences across various platforms like Greenhouse, Lever, and Workable, among others. This unified approach simplifies the integration process, enabling easier access to candidates, applications, jobs, interviews, and activities, which can then be utilized for analytics, workflows, and AI applications. Key features to consider when evaluating ATS Unified APIs include coverage depth, normalized schemas, real-time delivery, security, compliance, and developer experience, along with AI-readiness capabilities such as the Model Context Protocol (MCP) for secure, real-time data actions. These APIs are designed to reduce integration debt and facilitate faster launches by avoiding the need for bespoke builds per vendor, allowing businesses to focus on enhancing their recruitment capabilities and AI strategies. Unified.to is highlighted as a leader in this space, offering real-time, zero-storage delivery and a broad range of ATS connectors, all within a usage-based pricing model that supports scalable and secure integrations.

A Marketing Unified API serves as a translation layer between applications and various marketing automation platforms, offering a streamlined, single-surface integration that abstracts differences in provider architectures. This approach simplifies the integration process by normalizing core marketing objects such as lists, members, campaigns, and events, while still allowing access to provider-specific features when needed. Key benefits include faster launches, reduced integration maintenance, and consistent access patterns across different systems. Features to look for in a Marketing Unified API include comprehensive integration coverage, normalized schemas, real-time delivery, and security compliance. The market offers several options, such as Unified.to, Truto.one, and Vessel.dev, each with unique strengths like real-time data handling, developer-focused APIs, and flexible pricing models. Unified.to stands out for its real-time, zero-storage architecture and robust AI-readiness, making it particularly suited for scenarios requiring live engagement data for analytics and automation. These APIs are essential for tasks like campaign analysis, lead nurturing, content personalization, and compliance management, offering a cohesive solution for marketing teams to manage their workflows efficiently.

Payment Unified APIs streamline the integration of payment systems for SaaS platforms by acting as a translation layer between applications and various payment systems like Stripe, PayPal, and accounting platforms such as QuickBooks and Xero, thereby simplifying the complex and repetitive process of direct integration. These APIs offer a single integration surface that normalizes objects like payments, invoices, and customers into a shared schema, allowing for faster launches, reduced maintenance, and consistent access patterns while supporting operations like refunds and subscription billing. When selecting a Payments Unified API, factors to consider include payment links, invoicing capabilities, real-time data delivery, security compliance, and developer experience, with pricing models that scale predictably with usage. Use cases for these APIs range from embedded payment links and automated invoicing to RevOps automation and AI copilots, offering significant benefits for SaaS platforms, marketplaces, and startups looking to manage payments efficiently. Unified.to is highlighted as a leading provider in this category, offering real-time delivery, zero-storage architecture, and broad coverage of payment processors and accounting systems, setting it apart from competitors by providing a comprehensive payments stack without the need for multiple integrations or custom logic.

Repository Unified APIs provide a streamlined approach to managing source code by acting as a translation layer between applications and multiple source code systems like GitHub, GitLab, Bitbucket, and Azure Repos. These APIs offer a unified interface that normalizes data structures such as repositories, commits, branches, pull requests, and issues, allowing developers to avoid the complexity of building custom integrations for each platform. Key considerations when choosing a repository unified API include platform coverage, real-time data delivery, read/write capabilities, security compliance, and developer experience. Use cases span across DevOps, engineering analytics, AI copilots, project management, and security scanning. Among the available options, Unified.to is highlighted for its dedicated repository coverage, real-time data model, zero-storage architecture, and AI-readiness, making it suitable for SaaS platforms and teams focused on DevOps and analytics.

Unified offers a streamlined process for building AI-powered meeting and call recording applications compatible with major meeting platforms like Zoom, Google Meet, and Webex by using a single integration. Developers can fetch meetings, retrieve recordings and transcripts, and generate summaries through Unified's GenAI API. The setup involves initializing a project with Node.js and the Unified API, configuring environment variables with the necessary credentials and connection IDs, and integrating the Unified SDK. The workflow includes listing calendar events, retrieving recordings, and using AI to summarize transcripts. This capability allows developers to create applications that efficiently manage and summarize meeting content, enhancing productivity and information retrieval.

Choosing the right unified API for calendar and meeting integrations is crucial, depending on whether the calendar is a central feature or a supportive component of your product. Specialized calendar APIs are ideal for products centered on complex scheduling, while Unified APIs provide real-time access to events, availability, recordings, and transcripts across multiple systems without storing sensitive customer data. Calendar integrations are challenging due to varying schemas, inconsistent logic, and lifecycle events, making robust API support essential for maintaining accurate scheduling flows and AI-driven features. Unified APIs excel in providing a real-time integration layer that supports modern SaaS products, emphasizing cross-category workflows and AI readiness, which includes AI meeting notetakers and transcript analysis. The decision to use a particular API should consider the real-time execution needs and the broader architecture that allows calendar data to integrate seamlessly with CRM, ATS, or AI systems, making Unified a strong option for many B2B SaaS products.

Unified's Payments API enables developers to build fintech applications that seamlessly integrate with various payment providers such as Stripe, PayPal, and GoCardless through a single integration. The guide outlines the prerequisites, including Node.js and a Unified account, and provides a step-by-step process for setting up a project, initializing the SDK, and obtaining a customer's connection ID through Unified's embedded auth flow. It further details functions for listing payments, creating payment links, and managing refunds, payouts, and subscriptions, with example usage demonstrating how these functions can be incorporated into a payment workflow. This approach simplifies the development process by eliminating the need for custom connectors for each payment provider, offering a unified solution for managing financial transactions.

In August 2025, significant updates were introduced to Unified's platform, enhancing integrations, webhook capabilities, and model compatibility across various domains such as HR, ticketing, CRM, and LMS. The updates included full API endpoint coverage, new models like x.ai Grok and Groq, improved aliases for tool descriptions, and expanded multi-region data center support in the US, EU, and AU. Prompt upgrades also enhanced compatibility with services like OpenAI and Cohere. A total of 41 new integrations were launched, spanning authentication, HR, ticketing, CRM, and productivity, expanding Unified's offerings to over 330 integrations across 21 categories. The platform also saw improvements in webhooks and pagination, enhancing real-time data reliability and event coverage. Unified's hybrid model allows for real-time events across integrations through native and virtual webhooks, while new object support was added to platforms like Microsoft 365 and Recruit Wizard. The updates aim to strengthen security, performance, and data compatibility, offering a usage-based pricing model with a 30-day free trial for testing.

Developers can integrate e-commerce products using Unified's Commerce API, which connects to multiple platforms like Shopify, BigCommerce, and WooCommerce. The process involves creating and listing products, as well as generating product images from descriptions through Unified's GenAI integration. Essential requirements include Node.js, a Unified account with e-commerce integration, an API key, and customer-specific e-commerce connection IDs. After setting up the project and initializing the SDK, developers obtain the customer's connection ID through Unified's authentication flow. The integration process allows for the generation of product images via GenAI and the creation of products on platforms like Shopify using these images. Additionally, developers can list products for a customer's e-commerce connection, facilitating management and showcasing of e-commerce inventories.

Setting up a custom CNAME for a Unified API workspace involves a series of steps that enable users to replace the default api.unified.to domain with a personalized subdomain for API calls and OAuth flows, which is crucial for passing Google verification when using sensitive scopes. The process requires having a paid Unified plan and access to DNS management, starting with choosing a subdomain and configuring a CNAME record with specific settings provided by Unified, followed by waiting for global DNS propagation. Once the CNAME is configured, users must contact Unified Support to assign the custom domain to their workspace, update OAuth application settings to reflect the new redirect URL, and verify the setup by testing the custom domain with API calls and OAuth flows. Security considerations, such as enabling DNSSEC and monitoring for unauthorized changes, are recommended, alongside troubleshooting guidance for potential issues like propagation delays and OAuth errors.

Model Context Protocol (MCP) is a transformative standard for integrating AI copilots and agents with SaaS applications, offering a more efficient and secure alternative to traditional APIs. Unlike APIs, which often require complex and brittle custom connectors, MCP allows AI models to safely and swiftly access and utilize specified tools as permissioned actions, reducing integration time and mitigating security risks such as unauthorized data access. This protocol enhances the deployment of AI features by providing real-time, bi-directional access to data across 330+ integrations while maintaining compliance through audit trails, regional data residency, and sensitive information protection. Unified.to's hosted MCP server exemplifies this approach by offering extensive tool support out of the box, enabling product managers to focus on core product innovations rather than integration infrastructure. MCP thus represents a critical shift in how AI can be safely and effectively deployed in production environments, promising faster go-to-market strategies and streamlined integration processes without compromising security or compliance.

RecView, a SaaS for recruitment video and notetaking, partnered with Unified.to to streamline and scale ATS integrations tailored for agencies, significantly reducing costs and enhancing co-sell opportunities. The collaboration allowed RecView to overcome integration depth challenges associated with agency ATS platforms, which require support for both candidate and client endpoints. By leveraging Unified.to’s capabilities, RecView avoided an estimated $50k in engineering costs in the first year and accelerated the deployment of ATS integrations, turning a potential barrier into a growth catalyst. This partnership enabled faster sales cycles and reduced customer churn by allowing seamless connections with various ATS systems, while also reducing support issues through reliable integrations. Unified.to provided direct support and rapid feature updates, making it a more cost-effective and efficient choice compared to other vendors. As a result, RecView is poised to expand its integration coverage and explore future AI-driven workflows with Unified.to’s MCP Server, ensuring continued growth and market expansion.