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Success story · Cybersecurity · India

Cybersecurity platforms for a listed security leader

A multi-project partnership with Quick Heal, India's publicly listed cybersecurity company — a real-time threat command centre, the central console for antivirus licence and device management, a secure licensing platform, and security-data analytics.

Four platforms delivered for a publicly listed cybersecurity company — threat command centre to licensing.

Quick Heal Technologies is a publicly listed Indian cybersecurity company (est. 1995), protecting customers globally. Thrymr has delivered multiple platforms across their operations.

The challenge

Quick Heal’s scale creates hard engineering problems: threat data streaming from many sources in real time, customer and device data refreshed every few minutes without performance loss, and licence purchasing that pushed customers to external websites.

What we did

  • Cybersecurity command centre — centralised, real-time collection and processing of threat data from multiple sources, with role-based dashboards and analytics for security teams
  • Central console management system — antivirus licence and remote-device management rebuilt for performance, with multi-layered authentication and access control
  • Secure licensing platform — in-application licence purchase and renewal (Angular, encrypted payment integration), removing third-party purchase flows
  • Security-data analytics — multi-source analysis with purpose-chosen visualisation and customisable views

The outcome

Security teams see and respond to threats in real time; customers buy and renew licences directly in-product; and complex security data reads clearly across the organisation. The partnership continues across their analytics work.

Keep reading

More proof, either direction

Every case study links to the next — or jump back to the full portfolio.

Similar operating challenge?

Bring the workflow, platform, or data constraint behind it

Thrymr can help map the path from the current system to a production-ready one — in controlled, reversible stages.