Case Study

Vehere NDR Secures the Municipal Corporation Powering India’s Largest Urban Ecosystem

Learn how a leading Tier-1 urban governance authority in Asia, serving over 27 million citizens and managing thousands of municipal services and digital applications, operates one of the region’s most complex public-sector IT environments. As a backbone of critical urban infrastructure, its network must remain continuously available with zero tolerance for downtime, supporting millions of daily digital transactions across data centers, cloud workloads, smart-city platforms, and interdepartmental systems.

~ 0 Million
People are served
0 %
Of the National GDP is contributed
0 %
Contribution to the National Income Tax Collection
0 %
Of India’s Foreign Trade is handled

“To protect this high-volume, high-sensitivity environment, the authority required deep network visibility, long-term forensic retention, and real-time threat detection capabilities that extended beyond traditional SIEM-first security models.”

About the company​

One of the richest Tier-1 urban governance authorities in Asia, serving over 27 million citizens and managing thousands of municipal services and digital applications, operates one of the region’s most complex public-sector IT environments. It supports millions of daily digital transactions across datacenters, cloud workloads, smart-city platforms, and interdepartmental systems. 

Estimated Population
27 million
Digital Transactions
31.53 million
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The Challenge: Traditional tools that lack interoperability and fail to communicate with one another​

Existing tools, primarily SIEM-centric platforms, ​ lacked native packet-level visibility, were limited in ​ protocol reconstruction, and could not deliver the ​ forensic depth required for such a large and ​ distributed environment. ​

Why Vehere NDR?​

1. Native PCAP Long-Term Retention at Scale

Extended metadata and PCAP retention natively, without relying on external storage, bolt-ons, or architectural compromises.

2. AI Powered NDR to Close Visibility Gap Across Networks

Enabled L2-L7 visibility, behavioral analytics, and encrypted traffic insights, restoring visibility lost to traditional tools as encryption volumes increased.

3. Full Protocol-Agnostic Visibility

Enabled full multi-protocol session analysis and file reconstruction, providing investigators with complete context.

“To protect this high-volume, high-sensitivity environment, the authority required deep network visibility, long-term forensic retention, and real-time threat detection capabilities that extended beyond traditional SIEM-first security models.”

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