industries · 03

NBFCs. Six workloads, one endpoint.

Non-banking financial companies & co-lending — the workloads below need more than one data model at once, which is exactly why they stall on a stitched stack.

who this is sized for

NBFCs, housing finance and micro-finance institutions with ₹1,000 Cr+ AUM, active co-lending or DLG partnerships, and a field-heavy collections operation.

who owns the problem
Chief Executive OfficerChief Risk OfficerChief Credit OfficerHead of CollectionsHead of Co-Lending & PartnershipsChief Technology Officer
why now

The forcing function.

NBFCs compete on speed of decision and quality of collection — both data problems before they are model problems. RBI's Digital Lending Guidelines demand end-to-end audit trails on every credit decision, disbursement and collection; DPDP adds consent logging and residency. Co-lending has multiplied the systems that must agree on the same loan. Fragmentation is now a regulatory exposure, not just an engineering inconvenience.

the relationship graph

The NPA early-warning graph — stress travels through promoters, guarantors and group companies weeks before the account shows it.

RBI DLG

end-to-end auditability required across decision, disbursement and collection

DPDP

consent logging, localisation and breach notification on the same record

Graph

relationship maps across promoters, guarantors and related entities for NPA early warning

the shape of the work

Six workloads, five query shapes.

Almost no workload here needs only one data model — which is why single-model databases deliver it only with a second system and a sync problem.

data-model mix across these six workloads
SQL 6/6
Vector 4/6
Graph 3/6
Full-text 1/6
/ask 4/6
workload × data model
SQL
VEC
GRF
FTS
ASK
01 Alternate-data underwriting for thin-file borrowers — uses Vector, SQL, Graph
02 Co-lending & DLG reconciliation — uses SQL, Graph, /ask
03 Collections prioritisation & field routing — uses SQL, Vector, /ask
04 NPA early-warning relationship graph — uses Graph, Vector, SQL
05 Portfolio, securitisation & pool analytics — uses SQL, /ask, Vector
06 Digital-lending compliance evidence — uses Full-text, SQL, /ask
SQL — what is true right now? Vector — what resembles this? Graph — what is this connected to? Full-text — where exactly is it written? /ask — just tell me, in plain language.
where OriginChain powers NBFCs AI
01
Alternate-data underwriting for thin-file borrowers

Bureau feeds, bank statements, GST filings, device and telco signals in one store. Vector similarity on borrower profiles finds the closest repaid cohort when there is no bureau score to lean on.

Vector SQL Graph

Approval-rate expansion into new-to-credit segments without a rise in early delinquency.

02
Co-lending & DLG reconciliation

Model the loan, the partner, the sourcing LSP and the guarantee arrangement as a graph. Every party's view of the same loan reconciles in one atomic write instead of three overnight files.

SQL Graph /ask

Partner settlement disputes fall; co-lent book reporting becomes a query, not a project.

03
Collections prioritisation & field routing

Rank accounts by predicted recoverability using repayment history, contactability and behavioural similarity — then answer “which 40 accounts should this field officer visit today” on the field app.

SQL Vector /ask

Higher recovery per field visit; measurable cost-to-collect reduction.

04
NPA early-warning relationship graph

Promoter, guarantor, group-company and common-address links traversed live to surface stressed borrowers weeks before the account itself shows stress.

Graph Vector SQL

An earlier intervention window — the highest-leverage variable in credit-cost management.

05
Portfolio, securitisation & pool analytics

Slice, stratify and stress the book conversationally — pool selection, cut-off criteria and investor reporting from live loan-level data rather than a stale extract.

SQL /ask Vector

Faster pool assembly and investor response; better-priced securitisation.

06
Digital-lending compliance evidence

Key Fact Statements, consent artefacts, disclosure text and grievance records indexed alongside the structured loan record — answerable, with sources, when the regulator asks.

Full-text SQL /ask

Inspection readiness maintained continuously rather than assembled reactively.

Impact statements are directional targets referenced to published industry research — calibrate against your own baseline.

the consolidation case

The stack this replaces in NBFCs.

LOS LMS Bureau store Collections DB Warehouse
OCDB — one substrate
SQL Vector Graph Full-text /ask

Five licences, five sync jobs, five security perimeters — collapsed into one atomic store.

the board-level outcome

Credit, collections and compliance on one loan-level truth — so growth into thin-file segments does not buy an audit problem.

Start with your data challenge — not a product demo.