1. A self-healing digital banking infrastructure system for maintaining uninterrupted banking operations in nationalized banks, the system comprising:

2. The system as claimed in Claim 1, wherein the artificial intelligence-based failure prediction engine employs time-series forecasting, pattern recognition, and historical transaction analytics to predict server overload, synchronization failures, and transaction congestion.

3. The system as claimed in Claim 1, wherein the autonomous recovery subsystem is configured to restore incomplete digital banking transactions and customer sessions after interruption.

4. The system as claimed in Claim 1, wherein the transaction rerouting framework dynamically redirects transactions to backup servers, mirrored databases, or geographically distributed processing centers.

5. The system as claimed in Claim 1, wherein the distributed infrastructure stabilization layer automatically rebuilds disrupted communication channels between banking servers, ATM networks, and payment gateways.

6. The system as claimed in Claim 1, wherein the adaptive load balancing module allocates processing resources based on real-time transaction demand and predicted peak loads.

7. The system as claimed in Claim 1, wherein the system incorporates cybersecurity event analysis to detect malicious activities and isolate compromised infrastructure components while maintaining uninterrupted banking operations.

8. The system as claimed in Claim 1, wherein backup synchronization includes real-time transaction replication and database consistency verification across primary and secondary banking servers.

9. The system as claimed in Claim 1, wherein the centralized infrastructure intelligence dashboard provides key performance indicators including server utilization, transaction success rate, mean recovery time, and continuity status.

10. The system as claimed in Claim 1, wherein the system is integrated with existing core banking systems, cloud banking platforms, ATM switch networks, digital payment gateways, and enterprise banking applications.

Description:Summary of Invention
The present invention discloses a self-healing digital banking infrastructure system for nationalized banks operating in digital and post-pandemic environments.
The invention comprises:
 an infrastructure monitoring layer;
 an AI-based failure prediction engine;
 an autonomous recovery subsystem;
 a transaction rerouting framework;
 a distributed infrastructure stabilization layer;
 an adaptive load balancing module;
 a digital continuity management system;
 a centralized infrastructure intelligence dashboard.
The system continuously evaluates operational health across banking infrastructure networks and predicts potential disruptions using artificial intelligence and machine learning analytics.
Upon detection of abnormal operational conditions, the invention autonomously initiates recovery procedures including transaction rerouting, infrastructure rebuilding, server balancing, backup synchronization, and emergency operational stabilization.
The invention significantly improves:
 digital banking continuity;
 operational resilience;
 infrastructure recovery speed;
 customer transaction reliability;
 banking service availability;
 post-pandemic digital banking sustainability.
D. NOVELTY
The novelty of the present invention resides in the integration of autonomous infrastructure healing, predictive operational diagnostics, dynamic transaction rerouting, distributed banking stabilization, and adaptive post-pandemic digital continuity mechanisms into a unified banking infrastructure framework.
Unlike conventional banking systems that rely on manual operational recovery and static infrastructure management, the present invention autonomously predicts disruptions, dynamically rebuilds operational pathways, restores interrupted banking sessions, and stabilizes digital transaction ecosystems without centralized intervention.
The invention uniquely combines:
 self-healing infrastructure intelligence;
 predictive digital banking recovery;
 adaptive operational stabilization;
 distributed transaction continuity;
 AI-driven infrastructure resilience.
No existing patent integrates these functionalities into a unified system specifically designed for nationalized banks in digital and post-pandemic environments.
Comparison with Existing Patents.
Table 1: COMPARISON TO EXISTING PATENTS
Patent Number
Existing Patent Focus
Limitation
Proposed Invention Advantage
US20190385050A1
Banking AI Assistance
No infrastructure recovery
Autonomous healing architecture
US10706439B2
Transaction monitoring
No recovery engine
Predictive stabilization
US20210125144A1
Digital banking optimization
No self-healing capability
Dynamic recovery framework
WO2020183451A1
Intelligent infrastructure
No transaction rerouting
Autonomous continuity management
EP3567218A1
Workflow automation
No adaptive stabilization
AI recovery intelligence
US10963972B2
Predictive analytics
No infrastructure resilience
Distributed healing system
CN110798541A
Smart banking monitoring
Passive monitoring only
Active self-repairing architecture
IN202141023567A
Risk assessment
No continuity management
Banking resilience platform
US20200372418A1
Cloud banking analytics
No operational healing
Dynamic transaction recovery
US20190385111A1
Performance evaluation
No infrastructure adaptation
Post-pandemic stabilization
ADVANTAGES OF THE INVENTION
1. Reduced Banking Downtime
The invention minimizes digital banking interruptions through autonomous recovery mechanisms.
2. Improved Customer Service Continuity
Customers experience uninterrupted digital banking transactions.
3. Faster Infrastructure Recovery
Recovery operations occur automatically without extended manual intervention.
4. Enhanced Operational Efficiency
Dynamic load balancing improves banking infrastructure utilization.
5. Better Post-Pandemic Resilience
The system supports emergency digital banking continuity.
6. Reduced Technical Maintenance Costs
Automated stabilization reduces operational recovery expenses.
7. Intelligent Transaction Reliability
The invention improves successful transaction completion rates.
8. Scalable Banking Infrastructure
The architecture supports large nationalized banking networks.
BENEFICIARIES
The invention benefits:
 nationalized banks;
 public sector banking institutions;
 banking customers;
 financial regulators;
 banking infrastructure providers;
 digital banking service operators;
 fintech organizations;
 cybersecurity administrators;
 rural digital banking users;
 banking research institutions.
INDUSTRIAL APPLICABILITY
The present invention has broad industrial applicability in:
 nationalized banking infrastructure;
 digital financial services;
 UPI transaction networks;
 cloud banking environments;
 ATM service ecosystems;
 mobile banking platforms;
 distributed financial processing systems.
The invention can be integrated into:
 existing core banking systems;
 digital payment gateways;
 centralized financial transaction systems;
 banking cloud architecture;
 enterprise digital banking platforms.
The invention is commercially valuable for banking institutions operating in high-volume digital transaction environments and post-pandemic financial ecosystems.
The invention substantially improves:
 operational continuity;
 infrastructure resilience;
 digital banking sustainability;
 service reliability;
 transaction efficiency;
 customer satisfaction. , Claims:1. A self-healing digital banking infrastructure system for maintaining uninterrupted banking operations in nationalized banks, the system comprising:
2. The system as claimed in Claim 1, wherein the artificial intelligence-based failure prediction engine employs time-series forecasting, pattern recognition, and historical transaction analytics to predict server overload, synchronization failures, and transaction congestion.
3. The system as claimed in Claim 1, wherein the autonomous recovery subsystem is configured to restore incomplete digital banking transactions and customer sessions after interruption.
4. The system as claimed in Claim 1, wherein the transaction rerouting framework dynamically redirects transactions to backup servers, mirrored databases, or geographically distributed processing centers.
5. The system as claimed in Claim 1, wherein the distributed infrastructure stabilization layer automatically rebuilds disrupted communication channels between banking servers, ATM networks, and payment gateways.
6. The system as claimed in Claim 1, wherein the adaptive load balancing module allocates processing resources based on real-time transaction demand and predicted peak loads.
7. The system as claimed in Claim 1, wherein the system incorporates cybersecurity event analysis to detect malicious activities and isolate compromised infrastructure components while maintaining uninterrupted banking operations.
8. The system as claimed in Claim 1, wherein backup synchronization includes real-time transaction replication and database consistency verification across primary and secondary banking servers.
9. The system as claimed in Claim 1, wherein the centralized infrastructure intelligence dashboard provides key performance indicators including server utilization, transaction success rate, mean recovery time, and continuity status.
10. The system as claimed in Claim 1, wherein the system is integrated with existing core banking systems, cloud banking platforms, ATM switch networks, digital payment gateways, and enterprise banking applications.