Spot SI Entropy

before it becomes a crisis.

See the invisible

We track your software evolution to expose technical
and AI-generated drift, to keep your delivery predictable

We track your software evolution to expose technical
and AI-generated drift, to keep your delivery predictable

Software systems decay silently.
Codebases expand, but understanding shrinks.
AI-generated code floods your repos while dependencies tangle, making every new feature twice as hard to ship as the last one.

Meanwhile, delivery slows down, technical debt becomes an abstract debate, and nobody can pinpoint exactly where the system is breaking.
Every team scaling their codebase with AI and legacy hits this wall.

Software systems decay silently.
Codebases expand, but understanding shrinks.
AI-generated code floods your repos while dependencies tangle, making every new feature twice as hard to ship as the last one.

Meanwhile, delivery slows down, technical debt becomes an abstract debate, and nobody can pinpoint exactly where the system is breaking.
Every team scaling their codebase with AI and legacy hits this wall.

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Before FixEntropy

Silent entropy

buildup goes unnoticed until delivery stalls

AI-generated code

creates unmanaged black boxes

Technical debt

is an abstract, endless debate

Implicit coupling

causes unexpected regressions

Architecture decisions

are based on gut feeling

After FixEntropy

Real-time drift detection

alerts you before the system slows

AI-governance

tracks ownership and cognitive load

Data-driven priorities

show exactly what to fix and why

Dependency mapping

reveals hidden structural risks

System visibility

provides a clear roadmap for investment

Grid Background with gradients of Entropy colors

Before FixEntropy

Silent entropy

buildup goes unnoticed until delivery stalls

AI-generated code

creates unmanaged black boxes

Technical debt

is an abstract, endless debate

Implicit coupling

causes unexpected regressions

Architecture decisions

are based on gut feeling

After FixEntropy

Real-time drift detection

alerts you before the system slows

AI-governance

tracks ownership and cognitive load

Data-driven priorities

show exactly what to fix and why

Dependency mapping

reveals hidden structural risks

System visibility

provides a clear roadmap for investment

Grid Background with gradients of Entropy colors
System Insights

Gain full architecture visibility & prevent complexity

Monitor your system’s drift, govern AI-generated growth, and give architects actionable data to protect your delivery speed — all in one place.

Detect & auto-retry flaky jobs

Surface flaky jobs and automatically retry flaky jobs based on rules you define

Surface CI efficiency

Surfaces CI job costs and median durations

Uncover job health

Tracks failure spikes, retry patterns, and unhealthy jobs

Real-time graphs and job tables.

Real-time graphs and job tables. No dashboard-building needed.

Grid Background with gradients of Entropy colors
System Insights

Gain full architecture visibility & prevent complexity

Monitor your system’s drift, govern AI-generated growth, and give architects actionable data to protect your delivery speed — all in one place.

Detect & auto-retry flaky jobs

Surface flaky jobs and automatically retry flaky jobs based on rules you define

Surface CI efficiency

Surfaces CI job costs and median durations

Uncover job health

Tracks failure spikes, retry patterns, and unhealthy jobs

Real-time graphs and job tables.

Real-time graphs and job tables. No dashboard-building needed.

Measure architectural quality and standards compliance to ensure delivery security

Craft Consulting

30 engineers

AI Infrastructure

Real teams, real results

Monitor your system’s drift, govern AI-generated growth, and give architects actionable data to protect your delivery speed — all in one place.

Move faster. Fix your Entropy.

See FixEntropy in action. Request a personalized demo.