Reduce Fault Rate – ROI with Truck Rolls

Avoid costly truck rolls; 2 truck rolls = SFD paid for.

10/25/50/100G Future Proof Upgrades

Ensure splice budgets hold as speeds rise.

Managing MFD Mismatch

Distinguish workmanship issues from unavoidable fibre mismatches.

Asset Registration & Network Due Diligence

Build a geo-tagged, digital map of every splice.

Retrospective Splice Identification

Find a tag lost splices years after installation.

Reduce Fault Rate – ROI with Truck Rolls

10/25/50/100G Future Proof Upgrades

Managing SFD Mismatch

Asset Registration & Network Due Diligence

Retrospective Splice Identification

Job Completion Metrics

Give contractors instant proof of quality and compliance

Non-invasive Audit

Spot hidden spice faults without disturbing customers

Engineer Behaviour Change

Reinforce best practices with instant testing and integrated eLearning.

Predictive Splice Performance

Risk scores forecast splice deterioration before outages occur.

Job Completion Metrics

Non-invasive Audit

Engineer Behaviour Change

Predictive Splice Performance

Talk to Our Team →

Evaluation Kit

Try it in your network and see real-world results before you scale.

Training Kit

Build engineer confidence and certify splice quality through hands-on learning.

Fleet Deployment

Deploy at scale to cut faults, prove quality, and standardise performance.

Evaluation Kit

Training Kit

Fleet Deployment

Talk to Our Team →

Pinpoint Splice Faults. Train Your Teams. Scale Your Quality.

The patented Splice Fault Detector is the industry’s first field-ready tool for real-time splice quality assurance, helping engineers test faster, train smarter, and prove network reliability at scale.

See the Splice Fault Detector in action

Poor Splices = Big Losses

Up to 10% of new connections fail early due to splice quality.

Every repeat visit costs time, money, and credibility.

Legacy validation tools are expensive, slow, or disruptive, so they’re often skipped.

    Features

    Direct Measurement

    No estimation algorithms -IR sensor technology detects real splice loss (0.25 dB+)

    Works on Live Fibre

    No service interruption, no red-light tests, no extra truck rolls.

    App + Cloud Analytics

    Traceability, pass/fail logging, fleet metrics, integration-ready API

    Redefining Splice Quality at Its Core

    Traditional splice tools depend on visual estimation and manual checks, often missing hidden faults that impact network performance. The Splice Fault Detector replaces guesswork with infrared precision, ensuring reliable, repeatable results, even in real-world conditions.

    How the SFD Solves It
    Inaccurate Splice Loss

    Traditional fusion splice machines estimate splice quality using visual algorithms, often missing the true level of light loss. These estimation errors can hide defects that later impact network reliability and performance.

    Equipment Reliability

    Poorly maintained or misaligned fusion equipment increases the risk of faulty splices. Even small calibration issues can introduce light leakage and signal degradation that go undetected until failure.

    Core Misalignment

    Minor misalignments between fibre cores can cause significant optical loss, yet traditional tools often fail to recognise them. The result is reduced splice efficiency and costly rework across the network.

    Weather Variability

    Temperature changes, humidity, and other environmental factors can worsen flawed splices over time. Without accurate detection, these conditions lead to unstable connections and long-term maintenance issues.