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CASE STUDY

Satellite Communications Test Infrastructure

Built a comprehensive validation framework ensuring reliability and performance across satellite networking devices prior to global deployment.

Situation

The client required a repeatable and scalable validation system to test satellite terminals across multiple configurations, traffic profiles, and environmental conditions. Existing testing approaches were fragmented and insufficient for system-level validation.

Solution

Developed a full enterprise-grade test suite supporting both lab-based validation and pre-deployment certification workflows.

OUTCOMES

Verified QoS
under mixed service loads
60% faster
regression validation cycles
4x coverage
terminal configuration scenarios
30% lower
release regression escapes

Challenges

Validation

  • Fragmented testing environments
  • Limited system-level coverage

Scalability

  • Multi-configuration testing complexity
  • Traffic validation gaps

Certification

  • Pre-deployment readiness gaps
  • Repeatable regression workflows

Solutions

01

Automated Regression Pipelines

Automated functional and regression testing pipelines.

  • Built automated functional validation pipelines for terminal behavior testing
  • Implemented regression workflows for firmware and hardware releases
02

Network Simulation Environments

Network simulation environments modeling real-world satellite conditions (latency, jitter, bandwidth constraints)

  • Modeled latency, jitter, and bandwidth constraints in simulation environments
  • Reproduced real-world satellite link behavior at scale
  • Enabled repeatable performance scenario validation
03

QoS Traffic Validation

QoS and traffic prioritization validation (e.g., VoIP, video, data flows)

  • Validated QoS prioritization across voice, video, and data workloads
  • Ensured performance consistency under mixed traffic conditions
  • Supported policy-driven network behavior verification
04

Hardware-in-the-Loop Validation

Hardware-in-the-loop (HIL) testing for integrated system validation.

  • Integrated hardware-in-the-loop validation into certification workflows
  • Enabled realistic end-device testing scenarios
05

CI Test Automation

Continuous integration workflows for firmware and hardware validation.

  • Integrated CI pipelines for firmware and hardware testing cycles
  • Standardized validation processes across product lines
  • Accelerated release readiness verification timelines