Project Indigo Review: Is It Better Than the iPhone Camera App?

Adobe Project Indigo is an experimental camera app for iPhone and iPad. It combines computational photography with manual controls, RAW capture, and Adobe’s editing workflow.

Unlike the default iPhone Camera app, which is designed for fast capture and immediate results, Indigo uses multi-frame processing to create a more natural image. It aims to preserve highlight detail, maintain stronger contrast, and reduce the heavily processed appearance often associated with smartphone photography.

This Project Indigo review explains how the app works, compares it with Apple’s Camera app, examines its RAW and AI features, and identifies the users who are most likely to benefit from it.

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Quick Verdict: Is Project Indigo Worth Trying?

Project Indigo is worth testing if you want manual controls, computational DNG RAW files, and a less processed image style. It is not a complete replacement for the iPhone Camera app because it is slower and does not provide the same breadth of everyday shooting features.

Use Project Indigo when you want to control the capture and editing process. Use Apple’s Camera app when speed, video, or reliability matters more.

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What Is Adobe Project Indigo?

Project Indigo is an experimental computational photography camera from Adobe Labs. Adobe designed it to explore how mobile cameras can combine advanced image processing with controls normally associated with dedicated cameras.

Most smartphone cameras automatically adjust exposure, color, sharpening, noise reduction, and HDR balance. That approach produces attractive images quickly, but it can also create an overly bright or heavily processed result.

Indigo takes a different approach. It can capture several frames for one photograph and combine them into a final image. This process can improve noise control, dynamic range, and detail while preserving a more restrained appearance.

The app is therefore aimed at two different groups. Photographers may appreciate the additional control and editing flexibility. Casual users may prefer the faster workflow of Apple’s Camera app.

Project Indigo Supported Devices and Requirements

Compatibility should be checked before downloading the app. Computational photography requires substantial processing power, so the experience can vary between supported devices.

Older supported devices may take longer to process images and may consume more battery during extended shooting. Adobe’s community guidance also recommends keeping at least 1GB of free storage for the app, models, and captured photos.

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The Core Project Indigo Camera Features

1. Computational Photography With a Natural Image Style

The main difference between Indigo and the standard iPhone Camera app is the way each system processes the image.

Apple’s camera generally prioritizes a polished result that looks good immediately on a phone screen. Indigo aims for more controlled highlights, deeper shadows, and less aggressive sharpening.

Neither approach is automatically better. A bright HDR image may be preferable for immediate sharing. A darker and more restrained file may be more useful if you plan to edit it later.

Indigo may be a better fit if you prefer:

• More controlled highlights
• Deeper shadows
• Less aggressive sharpening
• Natural contrast
• More editing flexibility

2. Photo, Night, and Long Exposure Modes

Photo mode is designed for general still photography. It keeps the capture process simple while applying Indigo’s computational processing.

Night mode combines multiple exposures to reduce noise in low-light scenes. It is most useful for stationary subjects such as buildings, landscapes, and indoor still life. Moving people or objects can produce motion artifacts because the app needs several frames to create the final image.

Long Exposure mode can produce effects such as smooth water and light trails. A stable phone position is important because the image is created by combining multiple frames.

3. Manual Controls

The app provides controls for:

• Shutter speed
• ISO
• Focus
• Exposure compensation
• White balance
• Temperature and tint

It also includes a focus magnifier, live histogram, zebra warnings, and a level indicator.

Two controls are especially relevant to computational photography:

Frames to Merge

This setting controls how many frames are combined during capture. More frames can reduce noise, but they can also increase processing time and the risk of movement between frames.

Merge Method

This setting exposes part of the processing decision that is normally hidden inside a smartphone camera. Experienced photographers may use it to fine-tune the balance between image quality and capture speed. Most beginners can leave it on automatic settings.

4. Project Indigo RAW and Lightroom Integration

One of the strongest reasons to try Project Indigo RAW is its integration with Lightroom and Photoshop.

The app can save JPEG files and computational DNG RAW files. These DNG files may contain information from multiple merged frames rather than a single exposure. This creates a different type of RAW workflow from a traditional camera.

The main advantage is post-processing flexibility. Users can adjust:

• Exposure
• Highlights
• Shadows
• White balance
• Color grading
• Fine detail and noise reduction

This feature is most useful for photographers who already edit in Lightroom Mobile, Lightroom Classic, or Photoshop. For users who rarely edit photos, RAW files may add storage requirements and extra steps without providing much practical value.

5. Super Resolution Zoom and Technology Previews

Indigo uses multi-frame processing to improve detail at non-native zoom levels. This can be useful for distant architecture, signs, landscapes, and other subjects beyond the phone’s optical range.

Results depend on light, subject movement, lens quality, and camera stability. Check for artificial textures, halos, and inconsistent fine detail before treating the feature as a replacement for optical zoom.

The app also includes experimental tools such as AI Denoise, Remove Reflections, and Face Dewarp. These features are intended to demonstrate technology that may later appear in Adobe’s wider photography products.

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Project Indigo vs iPhone Camera: Which One Takes Better Photos?

The most useful comparison is based on matched scenes rather than one sample image. Use the same iPhone, lens, framing, and lighting conditions whenever possible.

Daylight, HDR, and Color

In bright outdoor scenes, Apple’s Camera app usually produces a polished result with lifted shadows and strong HDR processing. Indigo often produces more restrained highlights, deeper shadows, and a stronger sense of contrast.

Photographers who dislike excessive HDR may prefer Indigo. Users who want a bright image that can be shared immediately may prefer Apple’s processing.

For a useful test, photograph a building against a bright sky, a person near a window, and a landscape with both sunlit and shaded areas. Compare the sky detail, shadow information, color consistency, and editing flexibility.

Night Photography

Indigo’s multi-frame approach is most visible in low light. A stationary building may benefit from cleaner detail and lower noise. A moving street scene may favor Apple’s faster workflow because it reduces the time between capture and the final image.

Test both a stationary subject and a moving subject. This will show whether the app’s processing method matches the way you normally take photos.

Performance, Heat, and Battery Usage

Independent hands-on reports from The Verge, Tom’s Guide, Android Authority, and other publications have described slower processing, device heat, and higher battery use during extended shooting. The exact result depends on the iPhone model, shooting mode, resolution, and number of merged frames.

Before making Indigo your primary camera, measure:

• The time from shutter press to completed image
• The delay between consecutive photographs
• Battery use after a fixed number of photos
• Device temperature during Night mode
• Storage use for JPEG and DNG files

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Project Indigo AI Playground

The Project Indigo AI Playground adds experimental generative editing and photography guidance tools. It expands the app beyond image capture, but it should be evaluated separately from the core camera system.

What the AI Playground Can Do

• Object Editing: Removes selected people, vehicles, clutter, and other distractions.
• Styles: Applies illustration and photographic treatments.
• Photo Guidance: Provides composition, reshooting, and editing suggestions.
• Custom Edit: Uses natural-language prompts to request an image change.

Adobe’s official announcement states that the initial experience uses Google’s Nano Banana model. Because the model is cloud based, an internet connection is required. Generated results are approximately 2K pixels on a side, which is lower than the original capture.

Important AI Playground Limitations

• Access is limited to a small, randomly selected group of users.
• Updating the app does not guarantee access.
• The tools currently work with photographs captured by Indigo.
• Generative edits may change faces, textures, and small details.
• The feature is currently free during the experiment, but future pricing may change.
• Professional and documentary users should keep the original file and inspect every edited image carefully.

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Who Should Use Project Indigo?

Indigo is a good choice for users who:

• Prefer a natural image style with less aggressive HDR.
• Want manual control over shutter speed, ISO, focus, or white balance.
• Shoot RAW and edit in Lightroom or Photoshop.
• Photograph landscapes, architecture, products, or controlled still subjects.
• Are comfortable testing an experimental photography tool.

Apple’s Camera app is likely more suitable for users who:

• Need fast capture for children, pets, sports, or events.
• Record a significant amount of video.
• Want a simple point-and-shoot workflow.
• Do not want to manage RAW files or processing delays.
• Need a mature camera system with broad everyday coverage.

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Final Verdict

Project Indigo is not a universal replacement for Apple’s Camera app. It is a specialized photography tool that gives users more control over computational processing, RAW capture, and image style.

It is worth trying if you care about natural contrast, highlight preservation, manual controls, and Lightroom editing. It is less suitable as the only camera for users who need fast snapshots, reliable video, portrait features, and a complete everyday workflow.

The most practical solution is to use both apps. Keep Apple’s Camera app for video, quick moments, and moving subjects. Use Indigo when image character, control, or editing flexibility matters more than speed.