A search result with an inviting title does not guarantee a working product behind it. People who land on the LiveKod image compressor page expecting to upload a photo and watch the file size drop usually find an article about image compression instead. This guide covers what that page actually offers, why no compression can happen there, and which proven tools will do the job today. It also explains how to protect image quality and what to check before sending a file to any online service.
Is the Free Image Compressor Tool by LiveKod.com Available?
No working compressor is available on the LiveKod page. What visitors see is an informational article. It has headings and general paragraphs about digital graphics, but no interface where a file can be dropped, selected, or processed. There is no quality slider, no format selector, and no download button.
This pattern is common across the web. Keyword-targeted landing pages often go live well before the underlying software exists, and sometimes the software never gets built. Directories and SEO-driven sites publish a page titled Free Image Compressor because the phrase attracts search traffic. Whether a utility sits behind it is a separate question. In this case, the page describes how compression works in theory but contains none of the client-side code or server connections needed to touch a real file.
The practical takeaway is simple. A tool listing without an interface is a placeholder, and if you need to shrink an image today, you should leave the page and use a service that has a verified, working compressor.
Why You Can’t Use the LiveKod Image Compressor
The core problem is the complete absence of input controls. Every functional online compressor relies on a small set of frontend components working together with a processing engine. A real tool needs four things:
- An HTML file input or drop zone that accepts the image
- JavaScript, WebAssembly, or a server endpoint that performs the encoding
- A settings control that trades quality against file size
- A download handler that returns the finished file
An article page built for reading contains standard document markup and none of these pieces. Without a file input element, your browser has no way to pass image data anywhere. You cannot trigger a compression job because the interactive code was never written, whatever the headline promises.
You can test this yourself in about ten seconds. Look for a button that opens your file picker or a highlighted drop area. If neither exists above the fold, and you find only paragraphs, you are reading content and not using software. The same quick check applies to any tool page you land on, and it saves a lot of wasted time.
What to Use Instead of LiveKod’s Image Compressor
Several established services handle image optimization reliably. Each has a different strength, so the right pick depends on whether you value speed, control or batch convenience.
TinyPNG for Quick Image Compression
TinyPNG is the fastest route for most people. It applies smart lossy compression to PNG, JPEG, WebP, and AVIF files by selectively reducing the number of colors in an image. The change is nearly invisible to the eye, but cuts file weight significantly, which is why it has become a standard step in many website publishing workflows.
The free web tier lets you upload up to 20 images per session, with a limit of 5 MB per image. Paid Web Pro and Web Ultra plans raise the per-file ceiling to 75 MB and 150 MB respectively, according to the pricing summary on FreeTier. The workflow is simple. Drop your files onto the page, wait for processing, and download the results individually or as one ZIP archive.
My practical advice: if you publish blog posts or product pages regularly, TinyPNG is the lowest-friction option for the final pass before upload. Run your images through it after resizing them to the display dimensions you actually need. Because TinyPNG is server-based, it is not the best fit for confidential material, which is where the next tool shines.
Squoosh for Greater Control Over Image Quality
Squoosh is an open-source image optimizer built by Google Chrome Labs, and its source code is public on GitHub. It runs in your browser using WebAssembly, so your images stay on your device and never leave it.
Squoosh stands out for its manual control. A side-by-side comparison slider lets you drag across the original and the compressed version in real time, so you can see exactly where quality starts to degrade. You can fine-tune encoder settings for MozJPEG, OxiPNG, WebP, and AVIF, and you can also adjust image dimensions, color palette reduction, and smoothing to hit a strict file size target.
The trade-off is speed. Squoosh handles one image at a time, which makes it a poor choice for a folder of two hundred product shots. For a hero banner, a portfolio piece, or any image where quality matters, it is the tool I would reach for first. It is also the right choice for private or unreleased visuals, since nothing leaves your machine.
iLoveIMG for Everyday Image Tasks
iLoveIMG suits people who want compression alongside a wider set of editing utilities. It handles batch processing and accepts files from local storage as well as cloud services. Results can be saved to your computer or sent to Google Drive and Dropbox, and the service can also generate a shareable download link, as noted in the IONOS Digital Guide on free compression tools.
Beyond file size reduction, the platform includes tools for resizing, cropping, and converting between common image formats. Free usage limits can change over time, so check the current allowance on the site before planning a large batch. If you run a WordPress site, the iLoveIMG plugin on WordPress.org automates compression on upload and gives free users 2,500 monthly credits before purchase is required.
How to Compress an Image Without Losing Too Much Quality
Good compression comes from matching the format to the image and then applying conservative settings. Aggressive settings are the main cause of the blotchy, over-processed look people associate with compressed images. A few sensible habits prevent most problems.
Choose the Right Format for Your Image
The format you start with decides how much you can save before artifacts appear. The MDN guide to image file types is a solid reference if you want the full technical background.
- JPEG is the right choice for photographs with continuous tones, natural light, and soft gradients.
- PNG is the right choice for screenshots, logos, line art, text-heavy graphics, and anything needing a transparent background.
- WebP is the best all-round option for modern websites. Google developed it to deliver smaller files than JPEG and PNG, and it supports transparency. Google’s WebP documentation explains the format in detail.
- AVIF often compresses even smaller than WebP, though encoding is slower and software support, while now broad, is still less universal than JPEG.
A common mistake is saving a photograph as PNG. The file ends up several times larger than an equivalent JPEG with no visible benefit. Converting that single habit alone can cut a page’s image weight dramatically.
Check the Compressed File Before Using It
Never publish a compressed image without looking at it first. A thirty-second review catches problems that are expensive to fix later.
- Open the processed file and zoom to 100 percent. Inspect high-contrast edges for pixelation or fuzzy noise around text and lines.
- Check dark areas and skies. Smooth gradients that have broken into visible bands are a classic sign of over-compression.
- Confirm the file meets your target weight. As a working rule of thumb, I aim to keep a full-width website banner under 200 KB and most in-content images well below that.
- Keep your original, uncompressed file as a master copy. Lossy compression cannot be reversed, so always compress a copy.
File weight matters beyond tidiness. Heavy images are one of the most common causes of a slow Largest Contentful Paint score, which Google measures as part of its Core Web Vitals. You can learn how it is measured in web.dev’s guide to LCP.
What to Check Before Uploading Images to an Online Compressor
Before you upload anything, find out where your file will actually be processed. Online compressors use one of two architectures, and the difference has real privacy consequences.
Server-side tools send your image across the internet to remote hardware. Reputable services protect that transfer with encrypted HTTPS connections and publish file retention rules in their terms, typically deleting uploads within a window of roughly 1 to 24 hours. This approach works well for everyday web graphics, but you are trusting a third party with your file for that period.
Client-side tools process the image inside your own browser’s memory. Because the file never crosses a network, there is nothing to intercept and nothing stored on someone else’s server. Squoosh is the best-known example. For identity documents, private family photos, client work under NDA, or unreleased commercial graphics, client-side processing is the safer default.
Two quick checks help before any upload. First, confirm the address bar shows HTTPS. Second, read the privacy or terms page for a stated deletion schedule. If a site gives you neither a clear retention policy nor an explanation of how files are handled, treat that as a reason to pick a different tool.
Frequently Asked Questions
Is the LiveKod image compressor free to use?
The LiveKod page describes a free tool, but no functional interface exists on it. Because there is nothing to upload to, price is irrelevant. Visitors cannot compress a file there under any plan.
Why is there no option to upload an image on LiveKod.com?
The page is written as an informational article and not built as a web application. It lacks the file input, the processing scripts, and the download handler that a working compressor needs, so there is nowhere to send an image.
Which free image compressor can I use instead?
TinyPNG is the best choice for fast, automated batch optimization of web images. Squoosh gives you precise visual control and keeps files private inside your browser. iLoveIMG suits everyday multi-file tasks and offers cloud export. Match the tool to your priority, and you will get good results with any of the three.
Can image compression reduce file size without affecting quality?
Yes, with lossless compression. It shrinks files by removing redundant metadata and streamlining internal data structures, and the pixels stay identical. The savings are usually modest. Lossy compression gets much smaller files by permanently discarding fine visual detail. At conservative settings, the loss is almost impossible to notice, but at aggressive settings you will see artifacts, so always inspect the result and keep your original.