Hardware Reliability & Lifecycle Testing

Long-duration runtime testing, MTBF estimation, failure rate analysis, environmental durability testing and lifecycle stability validation.

Overview

Hardware reliability and lifecycle testing evaluates long-term durability, failure rates and lifecycle stability. We deliver hardware reliability scores and lifecycle stability ratings.

Testing Areas

  • Long-Duration Runtime Testing: Extended operation testing to identify wear patterns and long-term reliability issues.
  • MTBF Estimation: Mean time between failures calculation and reliability prediction.
  • Failure Rate Analysis: Analysis of failure modes, failure rates and failure patterns.
  • Environmental Durability Testing: Testing under various environmental conditions to assess durability.
  • Lifecycle Stability Validation: Assessment of hardware stability throughout its lifecycle.
  • Reliability Scoring: Overall assessment of hardware reliability and lifecycle stability.

Scoring Output

  • Hardware Reliability Score (0–100) — Overall hardware reliability rating
  • Lifecycle Stability Rating — Long-term stability assessment
  • MTBF Rating — Mean time between failures estimation
  • Failure Rate Score — Failure rate and pattern analysis
  • Durability Rating — Environmental durability assessment
  • Benchmark Comparison — Industry and peer comparison

Request a Reliability Assessment

Get a hardware reliability score and improvement roadmap.

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Common Challenges

Issues organizations face that drive the need for independent assessment

Unknown Product Lifetime

No data on expected product lifetime or failure rate over time.

Field Failure Patterns

Products fail in the field in ways that were not predicted or tested during development.

Warranty Cost Uncertainty

Cannot accurately predict warranty costs without reliability data.

How AssureSQ Helps

Independent testing, scoring and improvement guidance

Accelerated Lifecycle Testing

Testing under accelerated conditions to predict product lifetime and failure modes in compressed timeframes.

Failure Mode Analysis

Identification and classification of failure modes with root cause analysis.

Reliability Score

Quantified reliability score based on MTBF, failure rate and lifecycle test results.

Frequently Asked Questions

It subjects products to elevated stress conditions to simulate years of operation in weeks, providing statistically valid predictions of product lifetime and failure modes.
We follow IEC 60068, JEDEC, Telcordia and MIL-STD standards for environmental and reliability testing.
Detailed failure analysis reports, MTBF calculations, reliability predictions and recommendations for design or manufacturing improvements.