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Flagship Clearing Infrastructure

CheqSwift CTS Platform

Intelligent Cheque Truncation, Validation & Clearing for Modern Indian Financial Institutions.

From instrument capture and AI recognition to maker-checker governance, NPCI clearing, and core banking reconciliation — CheqSwift delivers an end-to-end web-based CTS platform engineered for maximum speed, security, and affordability.

View End-to-End Flow
NPCI CTS-2010 STRICTN-TIER ARCHITECTUREHSM INTEGRATED
CheqSwift// CORE METRICS
STATUS: ACTIVE
DAILY CAPACITY:1.7M+ CHEQUES
AI EXTRACTION LATENCY:< 1.5 SEC / CHEQUE
MANUAL KEYSTROKE REDUCTION:UP TO 70%
CLEARING ACCURACY:99.98%
Operational Bottlenecks

Why Traditional CTS Systems Fail Modern Banking

Conventional cheque clearing software creates severe productivity drag, high hardware capex, and operational risk for Indian banks.

01

High Manual Keystroke Overhead

Traditional CTS systems force branch data entry operators to manually type MICR, dates, amounts, and payee names, causing processing backlogs.

02

Expensive Hardware Procurement

Legacy clearing solutions mandate heavyweight server configurations and rigid proprietary scanner drivers across all branches.

03

Complex CBS Reconciliation Mismatches

Disjointed file formats and asynchronous return clearing frequently produce day-end ledger mismatches between clearing house and core banking.

04

Maker-Checker Operational Bottlenecks

Inflexible authorization queues slow down high-volume sessions during peak clearing cutoff hours.

System Architecture

The End-to-End Clearing Lifecycle

How an instrument moves securely from physical point-of-deposit through CheqSwift CTS to final CBS settlement.

01

Instrument Capture

High-speed flatbed or portable scanners capture Front Gray, Front B&W, and Back B&W cheque images at 200 DPI CTS standard.

02

Image Quality Analysis (IQA)

Automatic skew detection, edge framing, resolution verification, and darkness normalization.

03

AI/OCR Field Extraction

Proprietary engine parses MICR line, date, payee, courtesy numeric amount, and legal words amount.

04

Maker-Checker Validation

Operators verify flagged anomalies in rapid-entry snippet view; checkers authorize high-value thresholds.

05

HSM File Sealing & Dispatch

Outward clearing files are cryptographically signed with bank HSM and dispatched to NPCI CCH via DEM.

06

Inward Clearing & CBS Posting

Inward files are decrypted, matched against bank account masters, posted to CBS, and archived.

Platform Capabilities

Enterprise-Grade CTS Features

Engineered for high-volume clearing sessions, institutional risk compliance, and zero data loss.

AI & OCR Assisted Capture

Integrates neural recognition to automatically pre-fill amounts (CAR/LAR), MICR, date, and account details with high precision.

Configurable Maker-Checker

Segmented entry and verification queues with threshold-based routing, dual approval rules, and audit recording.

Snippet Privacy Logic

Masks extraneous instrument information, revealing only the specific active field to operators for enhanced privacy and speed.

Parallel State Engine

N-Tier processing engine executes image enhancements, validation, signature checks, and file generation concurrently.

Direct NPCI Clearing Dispatch

Automates XML bundle packaging, HSM signature stamping, outward file transmission, and inward file ingestion.

Core Banking (CBS) Synchronizer

Bi-directional connectors interface with Finacle, TCS BaNCS, FIS, and cooperative core systems for automatic credit/debit posting.

Questions & Answers

CheqSwift Platform FAQs

Key operational and architectural answers for bank IT decision makers.

CheqSwift CTS is Finverge’s enterprise-grade, web-based Cheque Truncation System. It covers the entire lifecycle of outward and inward cheque clearing — from distributed branch capture, AI document parsing, and maker-checker validation to NPCI clearing file exchange and CBS posting.

Ready to Experience CheqSwift CTS in Action?

Schedule a personalized live demonstration with a Finverge banking technology architect and evaluate our automated maker-checker workflows.