/dev/push vs imgproxy: Which is Better in 2026?
A comprehensive comparison of /dev/push and imgproxy covering features, pricing, use cases, and which tool is the right choice for your needs.
⚡ Quick Verdict
Choose /dev/push if:
- →You need a broader feature set (6 features vs 5)
- →You need deploy on every github push, or deploy any specific commit or multiple environments with branch-to-environment mapping
Choose imgproxy if:
- →You want more affordable paid plans (from $49/mo)
- →You need processing options encoded in the image url — a new variant is a url change, not a job or runs on your own infrastructure against your own storage; images never leave
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/dev/push vs imgproxy: At a Glance
Pricing Comparison: /dev/push vs imgproxy
Understanding the pricing differences between /dev/push and imgproxy is crucial for making the right choice. Here's how their plans compare side by side.
/dev/push Pricing
imgproxy Pricing
💡 Pricing takeaway: Both /dev/push and imgproxy offer free tiers, making it easy to try before you buy. Compare the specific plans to find the best value for your use case.
Feature-by-Feature Comparison
Here's how every feature from /dev/push and imgproxy stacks up.
What Makes Each Tool Unique
🔵 Unique to /dev/push
Features available in /dev/push but not in imgproxy:
- ✓Deploy on every GitHub push, or deploy any specific commit
- ✓Multiple environments with branch-to-environment mapping
- ✓Zero-downtime promotion — only successful builds reach production
- ✓Deployment history with commit, author, branch, duration and status
- ✓Fully self-hostable with no vendor lock-in
- ✓Online demo available before installing
🟣 Unique to imgproxy
Features available in imgproxy but not in /dev/push:
- ✓Processing options encoded in the image URL — a new variant is a URL change, not a job
- ✓Runs on your own infrastructure against your own storage; images never leave
- ✓Image-bomb detection, URL signing and header authorisation built into the core
- ✓Open-source core on GitHub with a closed-source Pro tier
- ✓Pro adds video/PDF/PSD previews, object detection and SSIM-based auto-quality
Use Case Recommendations
Best for: /dev/push
/dev/push is an open-source alternative to Vercel and Render for teams who want push-to-deploy ergonomics on infrastructure they own. Connect a GitHub repository and every push deploys; you can also deploy any specific commit on demand, which makes rolling forward or back a selection rather than a rebuild. Environments are first-class: define as many as you need and map branches to them, so main goes to production and a release branch goes to staging without duplicated configuration. Deploys are zero-downtime — a new build is only promoted into production once it has built and started successfully, so a broken build never takes the site with it — and the deployment list shows each commit, its author, branch, message, duration and current status, with the commit hash linking straight back to GitHub. The project is self-hostable, which is the whole point: the same experience as a managed PaaS without per-seat pricing, egress surprises or a vendor holding your production environment. An online demo is available for evaluation without installing anything, and the project maintains public documentation, a GitHub repository and a Discord community. It is developed in the open by hunvreus, whose own repositories appear in the site's example deployments, and the project keeps its documentation, issue tracker and community discussion all in public rather than behind a support portal. For a small team the practical appeal is that the deployment story stops being a line item that scales with headcount or bandwidth: you run it on a box you already pay for, and the workflow your engineers expect from a managed platform is preserved intact.
Ideal use cases:
- •Teams or individuals who need deploy on every github push, or deploy any specific commit
- •Teams or individuals who need multiple environments with branch-to-environment mapping
- •Teams or individuals who need zero-downtime promotion — only successful builds reach production
- •Teams or individuals who need deployment history with commit, author, branch, duration and status
- •Anyone focused on open-source workflows
- •Anyone focused on self-hosted workflows
Best for: imgproxy
imgproxy is a self-hosted image-processing server that resizes, crops, converts and optimises images on the fly, removing the need to pre-generate every variant an application might request. Processing options and the output format travel in the image URL, so a new size or format is a URL change rather than a pipeline job and a re-upload. It ships as Docker images and Linux packages and runs on essentially any host, and because it runs on your own infrastructure against your own storage, images never leave your environment and cost is your compute rather than a per-transformation bill — a distinction its published customer stories lean on heavily, one citing a roughly 90% cost reduction after moving off a SaaS processor. Security is handled in the core: real image dimensions are checked so image bombs are cancelled before decoding, URL signing prevents attackers generating arbitrary transformations as a denial-of-service vector, and header-based authorisation stops the caching layer being bypassed. The project is open-core. The open-source edition covers JPEG, PNG, GIF, WebP, AVIF and JPEG XL, resize, crop, rotate, watermark, filters, metadata stripping, PNG quantisation and basic smart cropping. Pro adds video, PDF and PSD preview generation, advanced watermarking and compression, GIF-to-MP4, SVG minification, object detection and SSIM-based auto-quality.
Ideal use cases:
- •Teams or individuals who need processing options encoded in the image url — a new variant is a url change, not a job
- •Teams or individuals who need runs on your own infrastructure against your own storage; images never leave
- •Teams or individuals who need image-bomb detection, url signing and header authorisation built into the core
- •Teams or individuals who need open-source core on github with a closed-source pro tier
- •Anyone focused on image-processing workflows
- •Anyone focused on self-hosted workflows
💻 Other Coding & Development Tools to Consider
/dev/push and imgproxy aren't the only options. Here are other popular tools in the same space:
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Windsurf
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Is one of these your tool?
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Frequently Asked Questions
Is /dev/push better than imgproxy?
It depends on your needs. /dev/push offers 6 key features including Deploy on every GitHub push, or deploy any specific commit and Multiple environments with branch-to-environment mapping, while imgproxy provides 5 features including Processing options encoded in the image URL — a new variant is a URL change, not a job and Runs on your own infrastructure against your own storage; images never leave. /dev/push uses a open-source model with a free tier, while imgproxy is open-source with free access available. Choose based on which features and pricing model align with your requirements.
Is /dev/push cheaper than imgproxy?
/dev/push doesn't have standard paid plans, while imgproxy starts at $49/month. Both tools offer free tiers, so you can try each before committing. Always check the official websites for the most current pricing.
Can I use /dev/push and imgproxy together?
Yes, many users combine /dev/push and imgproxy in their workflow. /dev/push excels at deploy on every github push, or deploy any specific commit, while imgproxy shines with processing options encoded in the image url — a new variant is a url change, not a job. Using both allows you to leverage the strengths of each tool, though this means managing two subscriptions — though free tiers can help manage costs.
What's the main difference between /dev/push and imgproxy?
While both are coding & development tools, /dev/push emphasizes deploy on every github push, or deploy any specific commit, whereas imgproxy is known for processing options encoded in the image url — a new variant is a url change, not a job. The best choice depends on your specific workflow and feature priorities.
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