Map the systems your team already uses for intake, AI processing, pricing, review, and delivery. Exact connectors, permissions, data mappings, and availability are validated during workflow scoping.
Integration scope: The providers below are implementation patterns, not a promise that every connector is prebuilt or available on every plan. Confirm API access, licensing, security controls, data residency, rate limits, mappings, and support status before selecting an architecture.
Each integration category handles a distinct stage of the RFP pipeline. Select only the systems required for the scoped workflow, and preserve a manual path where an API or automated action is unavailable.
Email (Gmail, Outlook), webhook, portal upload
Claude, OpenAI, Azure OpenAI, custom models
Salesforce CPQ, Logik, SAP, Infor, RD Native
Conga, DocuSign, email, portal APIs, PDF
The intake trigger is the entry point for every automated RFP run. Configure once and all future RFPs that match your filter rules automatically start the workflow pipeline.
Connect via Google OAuth. Monitor any inbox or label. Configure filters on sender domain, subject line keywords, attachment presence, and attachment type (PDF only). Works with Google Workspace shared inboxes (e.g., rfp@yourcompany.com).
Setup: Workflows → Triggers → Gmail → Authorize → Set filter. Runs on a 5-minute polling interval.
A scoped Microsoft Graph connection can monitor approved mailboxes or folders using Microsoft OAuth. Shared-mailbox behavior, permissions, tenant policy, and Graph licensing must be validated with the customer’s Microsoft administrator.
Setup: Workflows → Triggers → Outlook → Authorize with M365 admin consent → Set filter. Supports on-behalf-of delegation for shared mailboxes.
For RFPs received through procurement portals (SAM.gov, Procore Bid Management, BidSync, e-Builder), configure a webhook endpoint and post the RFP payload to https://platform.renderdraw.com/api/workflows/{id}/trigger with an API key. Supports custom field mapping from any JSON payload structure.
For RFPs received by mail, fax, or in-person delivery, upload documents directly to the workflow trigger interface. Supports single-file and batch upload (up to 50 RFPs per batch run). Useful for processing historical RFPs through the automation pipeline for win-rate analysis.
The AI providers power the parsing, extraction, and generation steps of the workflow. Each step in the workflow can use a different provider — optimize for speed, cost, and quality independently per step.
Anthropic models can be evaluated for requirement extraction, evidence-grounded analysis, and proposal drafting. Select the current model and context strategy through representative tests; verify data handling and provider terms before use.
Evaluate for: requirement recall, structured output, evidence grounding, long-context consistency, latency, and reviewer effort.
OpenAI models can be evaluated for schema-constrained extraction, classification, tool use, and reviewed proposal drafting. Model availability and capabilities change, so test the exact selected model against a labeled RFP set.
Evaluate for: schema validity, requirement recall, tool-call reliability, evidence support, latency, and cost.
Azure-hosted model deployments may fit organizations with existing Azure governance. Confirm the selected model, region, retention, networking, identity, and compliance scope against current Microsoft documentation and the organization’s obligations.
Best for: Government contractors, healthcare, financial services — any industry with data residency or sovereignty requirements.
Google-hosted models can be evaluated for long-document and multimodal RFP tasks. Verify the selected model’s current context, file handling, region, retention, and structured-output behavior on representative packages.
Best for: Very large RFP documents, multi-file packages, organizations already on Google Cloud.
Custom or OpenAI-compatible endpoints can be evaluated when an organization has specialized terminology or deployment requirements. Compatibility, authentication, schemas, tool calls, streaming, logging, and failure handling must be validated before use.
Best for: Highly specialized industries (aerospace, nuclear, pharmaceutical) with unique regulatory language.
RenderDraw's built-in parser handles the initial PDF/DOCX extraction before any AI model receives the text. It handles table extraction, header detection, section boundary identification, and OCR fallback. No external AI call is required for the parsing step itself.
Best for: Cost optimization — the built-in parser handles extraction; AI is only invoked for semantic understanding steps.
Live pricing integrations replace static spreadsheets with authoritative, margin-correct prices pulled at proposal generation time. Connect your existing CPQ system — nothing changes in how your sales team manages pricing.
A Salesforce pricing workflow can be scoped through a Connected App and approved Salesforce APIs. The exact object model and automation depend on the customer’s CPQ or Revenue Cloud edition, permissions, customizations, and pricing rules. Candidate operations include:
Connection: Salesforce Connected App, OAuth 2.0, Named Credential in Salesforce (recommended for security).
Purpose-built for complex configured products where simple CPQ falls short. RenderDraw sends the extracted configuration requirements to Logik's runtime API, which validates feasibility and returns an optimized configuration with pricing. Constraint violations are surfaced before the draft is generated.
For organizations running SAP, an integration can be scoped through approved SAP interfaces or Integration Suite. Pricing conditions, customer-specific prices, material masters, and catalog mappings require customer-specific validation.
For manufacturing organizations on Infor, a configured-product pricing workflow can be scoped against the APIs and objects available in the customer’s licensed products and deployment.
When pricing rules already live in RenderDraw’s configurator, the workflow can reuse that governed configuration and pricing context. Product rules, mappings, permissions, and approval behavior still require setup and testing.
For teams not yet on a CPQ system, connect a Google Sheets or Excel Online pricing workbook as a structured reference. The workflow queries the sheet for matching line items and returns the current price. Less powerful than a full CPQ integration, but eliminates stale email-attachment pricing spreadsheets.
After human review and approval, the proposal is delivered via the channel required by the RFP — email attachment, electronic signature, document generation system, or portal submission.
For Salesforce-centric sales teams, Conga Composer is the standard document generation layer. RenderDraw's RFP draft content is passed to Conga templates for final formatting, brand compliance, and delivery. The approved proposal content populates Conga merge fields; Conga handles the template fidelity.
For proposals that require a cover page signature, confidentiality acknowledgment, or binding submission attestation before delivery, route through DocuSign after approval. RenderDraw creates the envelope, sets the signing order, and delivers the executed document to the specified recipients.
Send the final proposal as a PDF or DOCX attachment directly from the connected email account to the RFP contact address extracted during parsing. Supports custom email body text with dynamic fields (RFP reference number, submission deadline, proposal summary).
Where a procurement portal provides an authorized submission API, a delivery step can be evaluated against its authentication, upload, confirmation, and records requirements. Many portals prohibit or do not expose automated submission, so human delivery may remain mandatory.
Chaining delivery providers. Complex proposals often require multiple delivery steps: DocuSign for the cover signature → Conga for final PDF generation → Email delivery to the procurement contact → Portal upload if required. Configure multiple delivery blocks in sequence, each conditional on the previous step's completion.
| Provider | Category | Connection Method | Availability |
|---|---|---|---|
| Gmail | Intake | Google OAuth | Confirm during scoping |
| Outlook / M365 | Intake | Microsoft OAuth | Confirm during scoping |
| Webhook | Intake | API key or signed request | Confirm during scoping |
| Anthropic models | AI / Generation | API credentials | Confirm model and policy |
| OpenAI models | AI / Processing | API credentials | Confirm model and policy |
| Azure-hosted models | AI / Generation | Endpoint and identity | Confirm deployment and region |
| Google models | AI / Processing | API credentials | Confirm model and policy |
| Salesforce pricing | Pricing | OAuth and approved APIs | Confirm edition and objects |
| Logik.io | Pricing | API credentials | Confirm during scoping |
| SAP pricing | Pricing | Approved SAP interfaces | Confirm products and licensing |
| Infor pricing | Pricing | Approved Infor interfaces | Confirm products and licensing |
| Google Sheets | Pricing source | Google OAuth | Confirm controls and volume |
| Conga | Delivery | Salesforce connection | Confirm products and licensing |
| DocuSign | Delivery | OAuth | Confirm workflow and licensing |
| Gmail / Outlook | Delivery | Approved mail connection | Confirm tenant policy |
| Portal / Webhook | Delivery | Authorized endpoint | Confirm portal policy |