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Coding Agents
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Reaper AI

Reaper AI automatically deletes dead code from iOS apps using Reaper SDK data. It uses an LLM to generate code changes and opens GitHub pull requests through the Emerge Tools AI GitHub App.

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Overview

Reaper AI is a Developer Tools automation product from Emerge Tools that automatically deletes dead code from iOS apps using runtime data captured by the Reaper SDK, with pricing available on an Enterprise basis. It is built for iOS engineering teams at scale who want to systematically reduce binary size, app launch time, and maintenance overhead by removing unused classes, protocols, and assets.

The tool sits on top of the broader Emerge Tools platform, which spans Size Analysis, Snapshot Testing, Build Distribution, Launch Booster, and Performance Analysis. Once the Reaper SDK has collected real-world dead code data from production traffic, engineers select the unused types they want to remove inside the Emerge Tools UI. Reaper AI then uses an LLM to generate the actual source-code modifications and routes them through the Emerge Tools AI GitHub App, which opens a single consolidated pull request containing every deletion. Beyond dynamic analysis, Reaper AI also statically detects protocols with zero conformances in the binary and can automatically re-encode and recompress images flagged by the Size Analysis insight engine.

Based on our analysis of 870+ AI tools in the directory, Reaper AI occupies a narrow but high-value niche: most AI coding assistants help you write new code, while Reaper AI is one of the very few that focuses purely on deletion driven by production telemetry. Compared to general-purpose dead-code linters like Periphery or SwiftLint, Reaper AI combines runtime evidence with LLM-driven refactoring and PR automation, which is meaningful for large iOS apps where static analysis alone produces too many false positives. The trade-off is that it is iOS-only at launch, requires source-code access via a GitHub App, and is gated behind Emerge Tools' Enterprise pricing tier rather than a self-serve plan.

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Key Features

LLM-driven dead code deletion+

Engineers select unused types surfaced by Reaper SDK telemetry inside the Emerge Tools UI, and an LLM generates the actual Swift/Objective-C source modifications to remove them. This goes beyond flagging code and into producing committable changes, which is a step most dead-code tools stop short of.

Single consolidated GitHub pull request+

All deletions from a given run are bundled into one pull request opened by the Emerge Tools AI GitHub App. This keeps review overhead low and means a cleanup of dozens of types can be approved, CI-tested, and merged as a single atomic change.

Static unused-protocol detection+

Beyond dynamic Reaper data, Reaper AI statically analyzes the app binary for protocols that have zero conformances. This catches a class of dead code that pure runtime telemetry can miss, since unused protocol declarations never get exercised at runtime in the first place.

Automatic image optimization+

Images surfaced by the Size Analysis Optimize Images insight can be re-encoded to the best format and recompressed automatically as part of a Reaper AI run. This lets teams ship asset-size wins through the same PR workflow used for code removal.

Run history and summary reporting+

After each Reaper AI run, the dashboard shows a simple summary of the lines removed along with a link to past runs. This gives platform teams an audit trail of what was deleted and helps quantify the binary-size and code-health impact over time.

Pricing Plans

Enterprise

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Best Use Cases

🎯

Large iOS apps where binary size and launch time directly affect install conversion and need systematic dead code removal driven by production data

⚡

Engineering organizations that already use the Emerge Tools platform for Size Analysis or Snapshots and want to close the loop from insight to merged PR

🔧

Teams cleaning up after major refactors, A/B tests, or feature deprecations where a long tail of unused classes and protocols has accumulated

🚀

iOS codebases with heavy use of protocols where static linters produce too many false positives and runtime evidence is needed to confirm deletions

💡

Apps that need to reduce App Store download size for emerging-market users by combining unused code removal with automatic image optimization

🔄

Platform or app-health teams driving continuous size budgets who want LLM-generated PRs rather than hand-written deletion commits

Limitations & What It Can't Do

We believe in transparent reviews. Here's what Reaper AI doesn't handle well:

  • ⚠iOS-only — no support for Android, web, backend, or cross-platform frameworks beyond what the iOS Reaper SDK captures
  • ⚠Requires source-code access through the Emerge Tools AI GitHub App; teams on GitLab, Bitbucket, or self-hosted Git without GitHub mirroring are not supported for AI-generated PRs
  • ⚠Effectiveness depends on Reaper SDK production coverage — under-instrumented apps risk flagging code that is in fact used by rare code paths
  • ⚠LLM-generated changes cannot fully reason about Objective-C runtime, reflection, or string-based class lookups, so manual review is still required
  • ⚠Enterprise-only pricing model excludes hobbyists, indie developers, and most small teams without a procurement process

Pros & Cons

✓ Pros

  • ✓Combines runtime Reaper SDK telemetry with LLM-driven refactoring, reducing false positives compared to purely static dead-code tools
  • ✓Bundles all selected deletions into a single GitHub pull request, which keeps code review manageable for large cleanup efforts
  • ✓Detects unused protocols statically by scanning the app binary for zero conformances, catching code that runtime tools miss
  • ✓Automatically optimizes images flagged by Emerge Tools' Size Analysis to the best format and compression in the same workflow
  • ✓Integrates directly with GitHub via the Emerge Tools AI GitHub App, so engineers do not need to wire up custom CI scripts
  • ✓Sits inside the broader Emerge Tools platform, which also covers size analysis, snapshot testing, launch booster, and build distribution

✗ Cons

  • ✗iOS-only at launch — Android teams cannot use Reaper AI even though Reaper SDK supports Android data collection
  • ✗Requires granting source-code access to the Emerge Tools AI GitHub App, which some security-conscious organizations may not allow
  • ✗Pricing is Enterprise-only with no public self-serve tier, making it inaccessible to solo developers and small studios
  • ✗Depends on first instrumenting the Reaper SDK and collecting sufficient production data before deletions can be trusted
  • ✗LLM-generated deletions still require human review, since incorrect removals could break dynamic features or reflection-based code paths

Frequently Asked Questions

What platforms does Reaper AI support?+

As of the documentation, Reaper AI is only available for iOS. The underlying Reaper SDK supports both iOS and Android for collecting dead code data, but the AI-driven deletion and pull request automation is currently limited to iOS codebases. Android users can still use Reaper data through the Emerge Tools dashboard but must perform deletions manually. The Emerge Tools team has not published a date for Android Reaper AI support in the documentation.

How does Reaper AI decide which code is safe to delete?+

Reaper AI relies on two signals: runtime telemetry from the Reaper SDK, which records which types are actually instantiated in production, and static binary analysis that detects protocols with zero conformances. Engineers then select which flagged types to remove from inside the Emerge Tools UI, and the LLM generates the corresponding source changes. This combination of dynamic and static evidence is designed to reduce the false positives common with purely static dead-code linters.

How are the code changes delivered to my repo?+

All deletions are delivered through GitHub pull requests opened by the Emerge Tools AI GitHub App. After you select the types you want removed in the UI, Reaper AI bundles every change into a single pull request rather than opening one per file or type. This keeps the review surface area manageable and lets engineers approve or reject the entire cleanup as one unit. You must install the GitHub App on your repository before any PRs can be created.

Can Reaper AI optimize more than just code?+

Yes. In addition to deleting unused classes and protocols, Reaper AI can automatically optimize images flagged by Emerge Tools' Size Analysis insight engine, re-encoding them to the best format and applying improved compression. This means a single Reaper AI run can ship binary-size wins that combine code removal and asset optimization. It does not currently rewrite or refactor live code beyond deletion and image processing.

What does Reaper AI cost?+

Reaper AI is part of Emerge Tools' Enterprise offering and is not listed with a public self-serve price. Customers typically need to contact Emerge Tools sales to access Reaper AI alongside the rest of the platform, which includes Size Analysis, Snapshots, Launch Booster, and Build Distribution. There is no free tier for Reaper AI specifically. Teams should expect pricing to be tailored to organization size and the scope of Emerge Tools features used.
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Quick Info

Category

Coding Agents

Website

docs.emergetools.com/docs/reaper-ai
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