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OCEANIC LOGISTICS Zero-Trust Fleet Orchestration

Secured global fleet operations through zero-trust architecture, eliminating data fragmentation across 47 vessels and reducing security incidents by 100%.

100%
security incidents eliminated
47
vessels unified
35%
operational overhead reduced
Client

OCEANIC LOGISTICS

Topic

LOGISTICS

Product

LOGISTICS

Zero-Trust Fleet Orchestration

In this case study

Intro

Global logistics company operating 47 vessels across multiple continents with fragmented security systems and inconsistent data protocols.

As the organization scaled, these challenges became increasingly critical to address. The need for a comprehensive solution that could unify operations, reduce technical debt, and deliver measurable results became paramount for continued growth and competitiveness.

Summary

Eliminated all security incidents, achieved 100% data consistency, and reduced operational overhead by 35%. Fewer operational issues, faster resolution times and a more consistent performance across all systems and platforms.

The Problem

The ecosystem had become critical to how the business operated, but it wasn't built to run as one connected system.

Fragmented security infrastructure across 47 vessels. Each system played a role in delivering value, but they were managed independently, creating significant operational friction.

Running this environment required constant coordination:

  • Fragmented security infrastructure across 47 vessels
  • Inconsistent data protocols between continental operations
  • No real-time threat visibility across global fleet
  • Manual security incident response causing operational delays

Even routine issues became time-consuming, requiring coordination across teams before resolution could begin. A slowdown in one platform could trigger issues in others, but there was no single view to trace root cause and impact quickly.

The Solution

With NexGen, the organization was able to redesign the operating model to make day-to-day operations easier to manage and less dependent on manual coordination.

This approach combined structural changes with technology-driven capabilities:

  • Phase 1: Infrastructure Assessment & Threat Modeling
  • Phase 2: Zero-Trust Architecture Design
  • Phase 3: End-to-End Encryption Implementation
  • Phase 4: Real-Time Monitoring Deployment
  • Phase 5: Security Operations Center Establishment

Together, these changes reduced delays caused by disconnected systems and made it easier to identify and fix issues before they affected operations.

The Impact

The transformation delivered measurable improvements across cost, speed and operational efficiency:

  • achieved 100% data consistency
  • and reduced operational overhead by 35%
  • Eliminated all security incidents

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