CLM — Ironclad, DocuSign CLM, Icertis, Conga, Agiloft
Contract Lifecycle Management platforms. Where contracts live, get signed, and route through approval. For contract intelligence, CLM is usually the document source.
What CLM does (vs CI)
Contract Lifecycle Management software handles the workflow around contracts:
- Drafting from templates
- Clause-library management
- Approval routing
- E-signature integration
- Versioning and redlines
- Repository (where signed contracts live)
What CLM doesn't do (or does only superficially):
- Extract structured data from already-signed legacy documents.
- Build analytics-ready data on contract obligations.
- Reconcile contract terms against actual spend.
The two product categories complement each other: CLM owns workflow up to signature; contract intelligence platforms ingest from CLM (and elsewhere) to make signed contracts data-queryable.
Ironclad
What it is
Modern cloud-native CLM. Strong in tech and growth-stage enterprises. Best-in-class UX; modern integration story.
How to integrate
REST API at https://api.ironcladapp.com/.... Modern, well-documented. Webhook support for real-time events.
import httpx
resp = httpx.get(
"https://api.ironcladapp.com/public/api/v1/records",
params={"limit": 100, "filters": "status:signed"},
headers={"Authorization": f"Bearer {settings.ironclad_token}"},
)
contracts = resp.json()["list"]
Auth
OAuth2; API keys for service-to-service.
Common integration
- Pull all signed contracts as documents; treat as the document source.
- Subscribe to webhooks for new contracts; ingest in near-real-time.
- Push extracted metadata back as custom fields on Ironclad records.
Gotchas
- Workflow rich — many distinct contract types with their own metadata schemas.
- Permission model granular; service accounts need explicit scope.
DocuSign CLM
What it is
DocuSign's contract lifecycle product (formerly SpringCM, acquired by DocuSign). Common at customers who already use DocuSign for e-signature.
How to integrate
REST API. DocuSign's general API is well-documented; CLM-specific endpoints are well-supported.
Auth
OAuth2; JWT for service integrations.
Gotchas
- Older CLM features (SpringCM-era) sometimes behave differently from newer DocuSign-integrated ones.
- Multi-instance customers (different DocuSign accounts per business unit) need per-instance config.
Icertis
What it is
Enterprise CLM, common at large global enterprises. AI-flavored marketing (their own clause-analysis features); enterprise sales motion.
How to integrate
REST API. Documentation is enterprise-y; works but requires patience.
Auth
OAuth2; varies by customer's deployment model (cloud vs hybrid).
Gotchas
- Heavy customization per customer. Per-customer schema differs.
- Their own contract-intelligence features can overlap with your platform's; navigate this politically with the customer.
- Approval workflows can block integration writes.
Conga (Conga Contracts, formerly Apttus)
What it is
Salesforce-native CLM. Common at customers who run on Salesforce broadly.
How to integrate
Salesforce APIs underneath. REST APIs via Salesforce; Conga's own endpoints for some operations.
Gotchas
- Inherits Salesforce's governance and limits.
- Customer's Salesforce admin is usually the gatekeeper — separate from CLM admin.
Agiloft
What it is
Older but still widely deployed CLM. Strong in government and regulated industries.
How to integrate
REST API; XML-based integrations also still common.
Gotchas
- Older UX; integrations often via batch extracts rather than real-time.
- Heavy customization; customer-specific schemas are the rule.
Integration patterns for CI platforms
Reading documents from CLM
The standard pattern: pull every signed contract document from CLM as the source corpus for ingestion. Stable IDs in CLM map to source_uri on your documents table.
- Initial backfill: paginate through CLM's record API, download each signed document, ingest into your platform.
- Ongoing sync: webhook-driven (for CLMs that support it) or scheduled polling for newly signed contracts.
- Schema mapping: CLM has its own contract metadata (parties, signed_date, contract_type). Cross-reference with your extracted output rather than overwriting — CLM metadata is often less rich than extraction.
Writing back to CLM
Optional but high-value. Push extracted metadata back to CLM custom fields so the procurement / legal team sees enriched data in the system they already use.
- Renewal-notice deadlines.
- Off-contract spend warnings.
- Supplier-risk flags.
- Clause-deviation alerts.
Sequencing
Start read-only. Build trust. Then propose write-back in Phase 2 of the deployment — after the customer's CLM admin has seen the platform working and is comfortable expanding scope.
✓ Check yourself
Answer from memory before opening each one.
-
Where do a CLM and a contract-intelligence platform divide the work, and what does that mean for what you pull from the CLM?
Show answer
The CLM owns workflow up to signature: drafting, clause libraries, approvals, e-signature and the repository. It does little to extract data from signed legacy documents, build analytics on obligations, or reconcile terms against spend. So you pull signed documents as your source corpus and add the structured layer yourself. See what CLM does.
-
A CLM record says the signed date is 1 March. Your extraction from the same document says 15 March. What do you do with the two values?
Show answer
Keep both and do not overwrite the CLM field. CLM metadata is often thinner than what extraction produces, so you cross-reference the two and investigate the gap. The stable CLM ID maps to
source_uri, which keeps the record traceable to its source. See integration patterns. -
Design the sync for two customers. One runs Ironclad with webhooks. The other runs an older Agiloft setup that only does batch extracts.
Show answer
Both start with a paginated backfill of every signed document. Ironclad then uses webhooks for new contracts in near-real-time. For Agiloft, schedule polling or the batch extract and accept the delay. Either way the stable CLM ID keeps a repeated pull from creating duplicates. See integration patterns and Agiloft.
-
Your service account for a Conga customer authenticates, but calls fail under load. Whom do you talk to, and why?
Show answer
Conga sits on Salesforce, so it inherits Salesforce governance and limits, and the customer's Salesforce admin is usually the gatekeeper. That person is separate from the CLM admin. See Conga.
-
On day one the customer asks you to write renewal deadlines back into the CLM. What do you propose, and what could still block it later?
Show answer
Start read-only to build trust, then propose write-back in Phase 2 once the CLM admin has seen the platform working. Even then, approval workflows, as at Icertis, and granular permission scopes, as in Ironclad, can block writes, so test them first. See integration patterns.
Takeaway
- A CLM owns workflow up to signature. A contract-intelligence platform makes the signed contracts queryable, so the two complement each other.
- Treat the CLM as a document source: backfill every signed contract, then sync new ones by webhook or scheduled polling.
- CLM metadata is often thinner than extraction, so cross-reference it and do not overwrite it.
- Every CLM is customised per customer, so expect different schemas, permission scopes and workflow types from one deployment to the next.
- Conga inherits Salesforce limits and Salesforce admins. Icertis and Agiloft bring approval workflows and batch habits.
- Start read-only and propose write-back in Phase 2, once the CLM admin trusts what you built.
Once the contract data is extracted, it has to land somewhere the customer's analysts already work. → Warehouses
Further reading
- Ironclad Developer Docs: Webhooks — Ironclad, accessed 2026. How Ironclad pushes workflow and record events, the basis for near-real-time ingestion.
- DocuSign CLM API — DocuSign, accessed 2026. The official reference for the CLM REST API and its auth.
- Salesforce REST API Developer Guide — Salesforce, accessed 2026. The API underneath Conga, including the limits it inherits.
- Agiloft Wiki — Agiloft, accessed 2026. Agiloft's product documentation, including its REST API.