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Validate caller, schema, permissions, idempotency, and organization service access.

A shared platform design for organizations to reach many financial service providers through one common integration model—and manage the people, money, and operations around every transaction.
Platform architecture overview · Capabilities shown describe the proposed design.
The launch catalog routes every merchant-facing service through a shared service-and-operation pattern. Add a service by configuring its catalog entry and provider—not by rebuilding the transaction pipeline.
14 services in this view
DMT
IMPS / NEFT switch
FinancialBill payment
NPCI Bharat BillPay operating unit
FinancialRecharge
Recharge aggregator
FinancialTravel
Bus, rail, air and hotel aggregator
FinancialAssisted bill pay
Agent-assisted BBPS operating unit
FinancialGateway
Payment gateway vendor
FinancialCC Bill
BBPS or card-network bill-pay rail
FinancialAePS
NPCI AePS switch
FinancialUPI ATM
UPI switch and certified micro-ATM
FinancialNepal Money
Cross-border corridor partner
FinancialQR Static
UPI / QR switch
Collection instrumentQR Dynamic
UPI / QR switch
Collection instrumentCMS
Banking-partner CMS API
FinancialPayout
Payout / settlement vendor
FinancialService availability depends on organization enablement and applicable vendor, rail, device, partner, and licensing arrangements. QR products are collection instruments; transaction execution is merchant-facing.
Core processing and transaction persistence precede provider selection. For financial requests, a sent request that times out is marked unknown and checked—not blindly routed to another provider.
Validate caller, schema, permissions, idempotency, and organization service access.
Check limits and fees; place a wallet hold or call configured organization core functions.
Select an eligible provider using service, org rules, health, priority, amount, and region.
Map fields, serialize, authenticate, and apply the provider’s configured signing or encryption.
Translate provider statuses and errors into a common response and transaction state.
Requery uncertain outcomes, process callbacks, and match settlement records.
Failover follows configured safety classes. A financial timeout after transmission becomes UNKNOWN and follows the status requery path.
Separate audience experiences are designed to sit over a shared platform. Each portal has its own entry point and access boundary; the system console remains on a private path.
Retailers and staff
Responsive web and Android
Public internet
merchant.brand.in
Super Distributors and Distributors
Responsive web and Android
Public internet
partner.brand.in
Organization Admin, Manager, Finance, Support and Viewer roles
Web portal
Public internet; organization IP allowlist optional
admin.brand.in
System Owner and platform operations roles
Web console
Private access via VPN / IP allowlist
console.brand-ops.in
Domain examples are placeholders from the architecture brief; final portal domains remain to be selected.
The architecture treats access, approvals, ledgers, reconciliation, and monitoring as core platform responsibilities—not downstream add-ons.
Service enablement, custom role permissions, configurable levels, and OWN / TEAM / ORGANIZATION / GLOBAL data scopes.
Double-entry ledger, holds, per-service limits, and commission and charge rules that follow each configured level.
Configurable approval steps for sensitive actions: settlement, refunds, vendor configuration, users, and role changes.
Match platform, vendor, and bank records; manage exceptions, settlement cycles, billing, and reconciled reporting.
Provider-specific auth, mapping, crypto, status, and error definitions with priority, health, and safe failover rules.
Handle pending and unknown states, callbacks, provider health, latency, failure ratios, and transaction visibility.
Security, tenant isolation, auditability, and recovery are part of the proposed platform architecture—not claims of completed certifications or a live operational environment.
Discuss your security requirementsOrganization scope derived from identity; tenant rows carry organization scope and are filtered at the data layer.
Request signing, IP controls, payload protection, and vault-referenced vendor credentials are in the design.
Configuration changes, approvals, transactions, and logins are auditable; sensitive fields are masked in logs.
The brief proposes AWS Mumbai primary and Hyderabad warm standby, with planned data residency and rehearsed recovery.
Reference material for common quality and payment-security frameworks. These links do not represent Fortivin certifications or completed assessments.
Share your requirements, service priorities, and existing core-system landscape with our team.