01
Architecture review
Identify weak boundaries and structural hotspots.
Antigravity for Audits
Understand your system deeply before making changes. Codivox uses Antigravity to accelerate codebase analysis, risk discovery, and audit-driven improvement plans - then engineers execute safely.
Powering next-gen builders
Accelerated by
Lovable
Cursor
Replit
Copilot
KiroAntigravity
Figma MakeLovableCursorReplitCopilotKiroAntigravityFigma MakeAudit Fit
Choose this when the bottleneck is understanding the system before touching it
Antigravity for audits is the right engagement when the codebase has enough risk, performance uncertainty, or structural sprawl that implementation should start with diagnosis. The output is not generic analysis. It is a verified improvement plan that tells you what to fix first and why.
Best fit
- Teams planning large refactors, performance work, or migrations
- Products with unclear failure points, duplication, or dead-code sprawl
- Engineering leads who need a prioritized roadmap before allocating build time
Use a different route when
- The work is already well-scoped and ready for direct implementation
- You need a prototype or MVP rather than a codebase diagnosis
- The system is small enough that a deep audit would add more process than value
Best Use Cases
When Antigravity works best for audits
Antigravity is ideal when you need clarity on risk, structure, and performance-before touching production.
Code audits
performance diagnosis
architecture reviews
refactor planning before major changes
"Our engineers evaluate every project to choose the right tool mix. If Antigravity isn't the best fit, we'll tell you."
What Gets Built
What gets delivered from Antigravity audits
You get a clear map of what's broken, what's risky, and what to fix first - without guesswork.
02
Performance audit
Find bottlenecks in frontend, backend, and data paths.
03
Reliability gaps
Detect fragile flows and failure-prone areas.
04
Code quality findings
Duplication, dead paths, and maintainability risks.
05
Security review notes
Highlight validation gaps and risky patterns to address.
06
Refactor roadmap
A prioritized plan with safe steps and quick wins.
THE PROCESS
How your audit gets run with Antigravity
01
01
Discover (Scope)
AI-AcceleratedDefine what good looks like and what risks matter most.
02
02
Analyze (AI-accelerated)
AI-AcceleratedUse Antigravity to map the codebase and surface hotspots.
03
03
Validate (Engineering)
Human-LedEngineers verify findings and translate them into actionable steps.
04
04
Ship (Plan + execution)
Human-LedDeliver the roadmap-and optionally implement fixes safely.
Average launch:2–6 weeks
Guardrails that make audits actionable
Without Guardrails
Audit outputs are vague and unusable
Teams fix the wrong things first
Performance work becomes guesswork
Risk remains hidden until incidents
Refactors spiral out of control
WITH CODIVOX
Clear scope and success criteria
Verified findings by senior engineers
Prioritized roadmap with safe steps
Fast wins + longer-term structure plan
Optional execution with the same team
10x
faster codebase analysis
3-7 days
for an actionable audit + roadmap
100%
validated by senior engineers
Common mistakes teams make with audits
01
Running audits with no clear goals
02
Treating findings as facts without verification
03
Ignoring performance and reliability until too late
04
Doing big refactors without a roadmap
The tool matters.
But engineering discipline matters more.
FAQ
Antigravity for Audits FAQ
What do you need access to for an audit?
Usually repository access, architecture context, and key production signals are enough to run a useful audit and roadmap.
How long does a typical audit take?
Most focused audits take about 3-7 days, depending on repository size and the depth of review needed.
Do you provide a prioritized roadmap?
Yes. Findings are translated into a ranked execution plan with quick wins, risk items, and longer-term structural improvements.
Can you also implement the fixes?
Yes. The same team can continue to execute the roadmap safely after the audit phase.
Do you cover performance and reliability?
Absolutely. Architecture, runtime performance, reliability risks, and maintainability are reviewed as one connected system.
What's the first audit step if we're not sure?
Start with a scope call. You'll get clear critical risks, success criteria, and the smallest audit that produces immediate decisions.
Build plan
Audit your codebase with Antigravity - clearly
Share your repo and what worries you. You'll talk directly with senior engineers who can surface risk and deliver a practical roadmap fast.
Or email us at hello [at] codivox [dot] com