#imagecompression — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #imagecompression, aggregated by home.social.
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🖼️ Squoosh — Open-Source Image Compression in Your Browser
Squoosh is a free, open-source image compression tool that runs entirely in your browser. Your images stay on your device and are never sent to a server.
Supports modern formats like WebP and AVIF, helping reduce file sizes while maintaining image quality.
More details: https://digitalescapetools.com/tools/tool.html?id=squoosh
#OpenSource #Privacy #ImageCompression #WebP #AVIF #Photography #WebDevelopment #Squoosh
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🖼️ Squoosh — Open-Source Image Compression in Your Browser
Squoosh is a free, open-source image compression tool that runs entirely in your browser. Your images stay on your device and are never sent to a server.
Supports modern formats like WebP and AVIF, helping reduce file sizes while maintaining image quality.
More details: https://digitalescapetools.com/tools/tool.html?id=squoosh
#OpenSource #Privacy #ImageCompression #WebP #AVIF #Photography #WebDevelopment #Squoosh
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🖼️ Squoosh — Open-Source Image Compression in Your Browser
Squoosh is a free, open-source image compression tool that runs entirely in your browser. Your images stay on your device and are never sent to a server.
Supports modern formats like WebP and AVIF, helping reduce file sizes while maintaining image quality.
More details: https://digitalescapetools.com/tools/tool.html?id=squoosh
#OpenSource #Privacy #ImageCompression #WebP #AVIF #Photography #WebDevelopment #Squoosh
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🖼️ Squoosh — Open-Source Image Compression in Your Browser
Squoosh is a free, open-source image compression tool that runs entirely in your browser. Your images stay on your device and are never sent to a server.
Supports modern formats like WebP and AVIF, helping reduce file sizes while maintaining image quality.
More details: https://digitalescapetools.com/tools/tool.html?id=squoosh
#OpenSource #Privacy #ImageCompression #WebP #AVIF #Photography #WebDevelopment #Squoosh
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🖼️ Squoosh — Open-Source Image Compression in Your Browser
Squoosh is a free, open-source image compression tool that runs entirely in your browser. Your images stay on your device and are never sent to a server.
Supports modern formats like WebP and AVIF, helping reduce file sizes while maintaining image quality.
More details: https://digitalescapetools.com/tools/tool.html?id=squoosh
#OpenSource #Privacy #ImageCompression #WebP #AVIF #Photography #WebDevelopment #Squoosh
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Perceptual Image Codec: What Matters in Practical Learned Image Compression
https://apple.github.io/ml-pico/
#HackerNews #PerceptualImageCodec #ImageCompression #MachineLearning #AIResearch #TechInnovation
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Perceptual Image Codec: What Matters in Practical Learned Image Compression
https://apple.github.io/ml-pico/
#HackerNews #PerceptualImageCodec #ImageCompression #MachineLearning #AIResearch #TechInnovation
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Perceptual Image Codec: What Matters in Practical Learned Image Compression
https://apple.github.io/ml-pico/
#HackerNews #PerceptualImageCodec #ImageCompression #MachineLearning #AIResearch #TechInnovation
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Perceptual Image Codec: What Matters in Practical Learned Image Compression
https://apple.github.io/ml-pico/
#HackerNews #PerceptualImageCodec #ImageCompression #MachineLearning #AIResearch #TechInnovation
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Perceptual Image Codec: What Matters in Practical Learned Image Compression
https://apple.github.io/ml-pico/
#HackerNews #PerceptualImageCodec #ImageCompression #MachineLearning #AIResearch #TechInnovation
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A lot is going on in the Bugzilla issue for JPEG XL support… 👀
It really looks like JPEG XL is finally coming to Firefox! 😍
#browser #Firefox #JXL #JPEGXL #JPEG #Web #imageCompression #codec #codecs
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@wyatt @kawa There have been a few attempts at "lossy PNG". One method, anticipated by the standard, involves reducing colors in a continuous-tone image to store it in indexed mode. The other involves adjusting pixels of 24-bit images to be better predicted by PNG's line filter, giving more zero bytes for DEFLATE to use
Indexed: https://pngquant.org/
Blurizer: https://github.com/kornelski/mediancut-posterizer/tree/blurizer -
@wyatt @kawa There have been a few attempts at "lossy PNG". One method, anticipated by the standard, involves reducing colors in a continuous-tone image to store it in indexed mode. The other involves adjusting pixels of 24-bit images to be better predicted by PNG's line filter, giving more zero bytes for DEFLATE to use
Indexed: https://pngquant.org/
Blurizer: https://github.com/kornelski/mediancut-posterizer/tree/blurizer -
@wyatt @kawa There have been a few attempts at "lossy PNG". One method, anticipated by the standard, involves reducing colors in a continuous-tone image to store it in indexed mode. The other involves adjusting pixels of 24-bit images to be better predicted by PNG's line filter, giving more zero bytes for DEFLATE to use
Indexed: https://pngquant.org/
Blurizer: https://github.com/kornelski/mediancut-posterizer/tree/blurizer -
@wyatt @kawa There have been a few attempts at "lossy PNG". One method, anticipated by the standard, involves reducing colors in a continuous-tone image to store it in indexed mode. The other involves adjusting pixels of 24-bit images to be better predicted by PNG's line filter, giving more zero bytes for DEFLATE to use
Indexed: https://pngquant.org/
Blurizer: https://github.com/kornelski/mediancut-posterizer/tree/blurizer -
@wyatt @kawa There have been a few attempts at "lossy PNG". One method, anticipated by the standard, involves reducing colors in a continuous-tone image to store it in indexed mode. The other involves adjusting pixels of 24-bit images to be better predicted by PNG's line filter, giving more zero bytes for DEFLATE to use
Indexed: https://pngquant.org/
Blurizer: https://github.com/kornelski/mediancut-posterizer/tree/blurizer -
🚀✨ Oh wow, another "revolutionary" 16-byte image compressor that promises to save the world one blurry pixel at a time. Just what we needed: a lightweight alternative to the alternatives 🤔😂. Because who doesn't dream of turning their images into glorified smudges? #Innovation 💡🙄
https://github.com/junevm/splathash #Innovation #ImageCompression #TechTrends #BlurryPixels #LightweightSolutions #HackerNews #ngated -
🚀✨ Oh wow, another "revolutionary" 16-byte image compressor that promises to save the world one blurry pixel at a time. Just what we needed: a lightweight alternative to the alternatives 🤔😂. Because who doesn't dream of turning their images into glorified smudges? #Innovation 💡🙄
https://github.com/junevm/splathash #Innovation #ImageCompression #TechTrends #BlurryPixels #LightweightSolutions #HackerNews #ngated -
🚀✨ Oh wow, another "revolutionary" 16-byte image compressor that promises to save the world one blurry pixel at a time. Just what we needed: a lightweight alternative to the alternatives 🤔😂. Because who doesn't dream of turning their images into glorified smudges? #Innovation 💡🙄
https://github.com/junevm/splathash #Innovation #ImageCompression #TechTrends #BlurryPixels #LightweightSolutions #HackerNews #ngated -
🚀✨ Oh wow, another "revolutionary" 16-byte image compressor that promises to save the world one blurry pixel at a time. Just what we needed: a lightweight alternative to the alternatives 🤔😂. Because who doesn't dream of turning their images into glorified smudges? #Innovation 💡🙄
https://github.com/junevm/splathash #Innovation #ImageCompression #TechTrends #BlurryPixels #LightweightSolutions #HackerNews #ngated -
DebugBear: What is JPEG XL: do we really need another image format?. “In 2018, the Joint Photographic Experts Group (JPEG) issued a call for proposals for the ‘next-generation image compression’. Numerous proposals were submitted, but only two were selected to proceed, one by Cloudinary (FUIF) and one by Google (PIK). The two were eventually combined to create JPEG XL (often shortened to JXL), […]
https://rbfirehose.com/2026/02/07/what-is-jpeg-xl-do-we-really-need-another-image-format-debugbear/ -
DebugBear: What is JPEG XL: do we really need another image format?. “In 2018, the Joint Photographic Experts Group (JPEG) issued a call for proposals for the ‘next-generation image compression’. Numerous proposals were submitted, but only two were selected to proceed, one by Cloudinary (FUIF) and one by Google (PIK). The two were eventually combined to create JPEG XL (often shortened to JXL), […]
https://rbfirehose.com/2026/02/07/what-is-jpeg-xl-do-we-really-need-another-image-format-debugbear/ -
DebugBear: What is JPEG XL: do we really need another image format?. “In 2018, the Joint Photographic Experts Group (JPEG) issued a call for proposals for the ‘next-generation image compression’. Numerous proposals were submitted, but only two were selected to proceed, one by Cloudinary (FUIF) and one by Google (PIK). The two were eventually combined to create JPEG XL (often shortened to JXL), […]
https://rbfirehose.com/2026/02/07/what-is-jpeg-xl-do-we-really-need-another-image-format-debugbear/ -
DebugBear: What is JPEG XL: do we really need another image format?. “In 2018, the Joint Photographic Experts Group (JPEG) issued a call for proposals for the ‘next-generation image compression’. Numerous proposals were submitted, but only two were selected to proceed, one by Cloudinary (FUIF) and one by Google (PIK). The two were eventually combined to create JPEG XL (often shortened to JXL), […]
https://rbfirehose.com/2026/02/07/what-is-jpeg-xl-do-we-really-need-another-image-format-debugbear/ -
OK, OK, I'm going to say something here.
I like JPEG XL image compression format.
(Usual expected file extension: .jxl)I think it's a very cool image format that I wish had more widespread adoption.
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OK, OK, I'm going to say something here.
I like JPEG XL image compression format.
(Usual expected file extension: .jxl)I think it's a very cool image format that I wish had more widespread adoption.
-
OK, OK, I'm going to say something here.
I like JPEG XL image compression format.
(Usual expected file extension: .jxl)I think it's a very cool image format that I wish had more widespread adoption.
-
OK, OK, I'm going to say something here.
I like JPEG XL image compression format.
(Usual expected file extension: .jxl)I think it's a very cool image format that I wish had more widespread adoption.
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Make images smaller using best-in-class codecs, right in the browser
https://github.com/GoogleChromeLabs/squoosh
#HackerNews #MakeImagesSmaller #BestInClassCodecs #BrowserOptimization #Squoosh #GoogleChromeLabs #ImageCompression
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Make images smaller using best-in-class codecs, right in the browser
https://github.com/GoogleChromeLabs/squoosh
#HackerNews #MakeImagesSmaller #BestInClassCodecs #BrowserOptimization #Squoosh #GoogleChromeLabs #ImageCompression
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Make images smaller using best-in-class codecs, right in the browser
https://github.com/GoogleChromeLabs/squoosh
#HackerNews #MakeImagesSmaller #BestInClassCodecs #BrowserOptimization #Squoosh #GoogleChromeLabs #ImageCompression
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Make images smaller using best-in-class codecs, right in the browser
https://github.com/GoogleChromeLabs/squoosh
#HackerNews #MakeImagesSmaller #BestInClassCodecs #BrowserOptimization #Squoosh #GoogleChromeLabs #ImageCompression
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Make images smaller using best-in-class codecs, right in the browser
https://github.com/GoogleChromeLabs/squoosh
#HackerNews #MakeImagesSmaller #BestInClassCodecs #BrowserOptimization #Squoosh #GoogleChromeLabs #ImageCompression
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Picmin, một công cụ CLI mã nguồn mở mới, vừa ra mắt trên npm! Giúp nén ảnh hàng loạt (JPEG, PNG, GIF, SVG, WebP) cực nhanh (nhanh hơn 60%) và hiệu quả (giảm 70% dung lượng) chỉ với một lệnh. Hỗ trợ Windows, macOS, Linux. Thật tiện lợi cho các lập trình viên và nhà phát triển web!
#Picmin #ImageCompression #CLI #NPM #OpenSource #DeveloperTools #NénẢnh #CôngCụLậpTrình #MãNguồnMở #PhátTriểnWebhttps://www.reddit.com/r/SideProject/comments/1pbaopu/built_and_published_picmin_a_fast_cli_image/
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Công cụ imgcompress cho phép chuyển đổi và nén ảnh trực tiếp trên máy/server của bạn bằng Docker. Hỗ trợ nhiều định dạng phổ biến như .heic, .png, .jpg, .ico, .eps, .psd. Hoàn toàn local và bảo mật!
#selfhosted #docker #imagecompression #tựlưu trữ #nénảnh #dockercontainer -
Một nhà phát triển đã ra mắt imgcompress, ứng dụng web mã nguồn mở tự host qua Docker để chuyển đổi và nén ảnh (PNG, JPG, PSD...). Ứng dụng tập trung vào sự tiện lợi và tốc độ, giúp người dùng xử lý ảnh hàng loạt. Tác giả đang tìm kiếm phản hồi từ cộng đồng để cải thiện.
#imgcompress #Docker #opensource #webapp #imagecompression #phát_triển_phần_mềm #nén_ảnh -
New #blog on #BurgeonLab ✍️
➡️ https://burgeonlab.com/blog/generate-dynamic-og-images-diagram-with-code-scripts/
I wrote a guide on how to locally generate #OpenGraph images using just code and scripts. I explore D2 which is a bit like #MermaidJS and used #Bash to combine #CLI image processing like #imagemagick and #imagecompression.
If you give it a try, please let me know. I'm curious with what you come up with!
#blogging #blogs #guides #smallweb #newpost #blogpost #smolweb #techblog #ogimage
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New #blog on #BurgeonLab ✍️
➡️ https://burgeonlab.com/blog/generate-dynamic-og-images-diagram-with-code-scripts/
I wrote a guide on how to locally generate #OpenGraph images using just code and scripts. I explore D2 which is a bit like #MermaidJS and used #Bash to combine #CLI image processing like #imagemagick and #imagecompression.
If you give it a try, please let me know. I'm curious with what you come up with!
#blogging #blogs #guides #smallweb #newpost #blogpost #smolweb #techblog #ogimage
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New #blog on #BurgeonLab ✍️
➡️ https://burgeonlab.com/blog/generate-dynamic-og-images-diagram-with-code-scripts/
I wrote a guide on how to locally generate #OpenGraph images using just code and scripts. I explore D2 which is a bit like #MermaidJS and used #Bash to combine #CLI image processing like #imagemagick and #imagecompression.
If you give it a try, please let me know. I'm curious with what you come up with!
#blogging #blogs #guides #smallweb #newpost #blogpost #smolweb #techblog #ogimage
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New #blog on #BurgeonLab ✍️
➡️ https://burgeonlab.com/blog/generate-dynamic-og-images-diagram-with-code-scripts/
I wrote a guide on how to locally generate #OpenGraph images using just code and scripts. I explore D2 which is a bit like #MermaidJS and used #Bash to combine #CLI image processing like #imagemagick and #imagecompression.
If you give it a try, please let me know. I'm curious with what you come up with!
#blogging #blogs #guides #smallweb #newpost #blogpost #smolweb #techblog #ogimage
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New #blog on #BurgeonLab ✍️
➡️ https://burgeonlab.com/blog/generate-dynamic-og-images-diagram-with-code-scripts/
I wrote a guide on how to locally generate #OpenGraph images using just code and scripts. I explore D2 which is a bit like #MermaidJS and used #Bash to combine #CLI image processing like #imagemagick and #imagecompression.
If you give it a try, please let me know. I'm curious with what you come up with!
#blogging #blogs #guides #smallweb #newpost #blogpost #smolweb #techblog #ogimage
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Chrome Browser: Google to Restore JPEG XL Image Format Support
#Google #Chrome #JPEGXL #JXL #WebDevelopment #OpenSource #Apple #Adobe #RustLang #WebStandards #ImageCompression #Chromium
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Chrome Browser: Google to Restore JPEG XL Image Format Support
#Google #Chrome #JPEGXL #JXL #WebDevelopment #OpenSource #Apple #Adobe #RustLang #WebStandards #ImageCompression #Chromium
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Chrome Browser: Google to Restore JPEG XL Image Format Support
#Google #Chrome #JPEGXL #JXL #WebDevelopment #OpenSource #Apple #Adobe #RustLang #WebStandards #ImageCompression #Chromium
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Chrome Browser: Google to Restore JPEG XL Image Format Support
#Google #Chrome #JPEGXL #JXL #WebDevelopment #OpenSource #Apple #Adobe #RustLang #WebStandards #ImageCompression #Chromium
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Chrome Browser: Google to Restore JPEG XL Image Format Support
#Google #Chrome #JPEGXL #JXL #WebDevelopment #OpenSource #Apple #Adobe #RustLang #WebStandards #ImageCompression #Chromium
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Một lập trình viên backend đã phát triển PixelSwift, một ứng dụng web nén ảnh hoàn toàn trên trình duyệt, ưu tiên quyền riêng tư và không yêu cầu tải lên. Đây là dự án frontend đầu tiên của anh ấy. Rất đáng để khám phá!
#PixelSwift #ImageCompression #WebApp #ClientSide #Privacy #Frontend #SideProject #NenAnh #UngDungWeb #BaoMat #DuAnCaNhan -
Any recommendation for an equivalent tool to pngcrush for JPG images? Or for other formats?
:boosts_ok:
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Any recommendation for an equivalent tool to pngcrush for JPG images? Or for other formats?
:boosts_ok:
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Any recommendation for an equivalent tool to pngcrush for JPG images? Or for other formats?
:boosts_ok:
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Any recommendation for an equivalent tool to pngcrush for JPG images? Or for other formats?
:boosts_ok:
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Any recommendation for an equivalent tool to pngcrush for JPG images? Or for other formats?
:boosts_ok:
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"With the increased spatial resolution and number of spectral channels, each LandIS instrument is expected to generate up to 1.8 Gbps of raw science data, excluding embedded telemetry and metadata. Given the mission’s primary goal of capturing imagery of all land surfaces and inland water bodies, which collectively cover approximately 30% of the Earth’s surface, each LandIS instrument could produce nearly 6 TB of image data per day. The management of this large volume of data, particularly the storage and transmission to ground stations, presents a significant challenge for the mission architecture. Historically, the Landsat Ground Network has supported X-band frequencies with roughly a 384 Mbps downlink rate to transmit science data (Masek et al., 2020, Irons and Dwyer, 2010). However, with approximately 105 min of contact time per day, the available data transmission volume would be insufficient to fully downlink the expected daily generated data volume, leaving a significant portion of the science image data undelivered. To address this issue, a shift to higher downlink rates using Ka-band frequencies is necessary. With potential Ka-band downlink rates of 2.6 Gbps, and the same 105 min of contact time per day, the transmission of more than 2 TB of data per day would be possible. Although this represents a notable improvement over X-band, this Ka-band system still cannot accommodate the full volume of data generated by the LandIS instruments."
https://www.sciencedirect.com/science/article/pii/S0034425725003335?dgcid=rss_sd_all
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"With the increased spatial resolution and number of spectral channels, each LandIS instrument is expected to generate up to 1.8 Gbps of raw science data, excluding embedded telemetry and metadata. Given the mission’s primary goal of capturing imagery of all land surfaces and inland water bodies, which collectively cover approximately 30% of the Earth’s surface, each LandIS instrument could produce nearly 6 TB of image data per day. The management of this large volume of data, particularly the storage and transmission to ground stations, presents a significant challenge for the mission architecture. Historically, the Landsat Ground Network has supported X-band frequencies with roughly a 384 Mbps downlink rate to transmit science data (Masek et al., 2020, Irons and Dwyer, 2010). However, with approximately 105 min of contact time per day, the available data transmission volume would be insufficient to fully downlink the expected daily generated data volume, leaving a significant portion of the science image data undelivered. To address this issue, a shift to higher downlink rates using Ka-band frequencies is necessary. With potential Ka-band downlink rates of 2.6 Gbps, and the same 105 min of contact time per day, the transmission of more than 2 TB of data per day would be possible. Although this represents a notable improvement over X-band, this Ka-band system still cannot accommodate the full volume of data generated by the LandIS instruments."
https://www.sciencedirect.com/science/article/pii/S0034425725003335?dgcid=rss_sd_all
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"With the increased spatial resolution and number of spectral channels, each LandIS instrument is expected to generate up to 1.8 Gbps of raw science data, excluding embedded telemetry and metadata. Given the mission’s primary goal of capturing imagery of all land surfaces and inland water bodies, which collectively cover approximately 30% of the Earth’s surface, each LandIS instrument could produce nearly 6 TB of image data per day. The management of this large volume of data, particularly the storage and transmission to ground stations, presents a significant challenge for the mission architecture. Historically, the Landsat Ground Network has supported X-band frequencies with roughly a 384 Mbps downlink rate to transmit science data (Masek et al., 2020, Irons and Dwyer, 2010). However, with approximately 105 min of contact time per day, the available data transmission volume would be insufficient to fully downlink the expected daily generated data volume, leaving a significant portion of the science image data undelivered. To address this issue, a shift to higher downlink rates using Ka-band frequencies is necessary. With potential Ka-band downlink rates of 2.6 Gbps, and the same 105 min of contact time per day, the transmission of more than 2 TB of data per day would be possible. Although this represents a notable improvement over X-band, this Ka-band system still cannot accommodate the full volume of data generated by the LandIS instruments."
https://www.sciencedirect.com/science/article/pii/S0034425725003335?dgcid=rss_sd_all
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"With the increased spatial resolution and number of spectral channels, each LandIS instrument is expected to generate up to 1.8 Gbps of raw science data, excluding embedded telemetry and metadata. Given the mission’s primary goal of capturing imagery of all land surfaces and inland water bodies, which collectively cover approximately 30% of the Earth’s surface, each LandIS instrument could produce nearly 6 TB of image data per day. The management of this large volume of data, particularly the storage and transmission to ground stations, presents a significant challenge for the mission architecture. Historically, the Landsat Ground Network has supported X-band frequencies with roughly a 384 Mbps downlink rate to transmit science data (Masek et al., 2020, Irons and Dwyer, 2010). However, with approximately 105 min of contact time per day, the available data transmission volume would be insufficient to fully downlink the expected daily generated data volume, leaving a significant portion of the science image data undelivered. To address this issue, a shift to higher downlink rates using Ka-band frequencies is necessary. With potential Ka-band downlink rates of 2.6 Gbps, and the same 105 min of contact time per day, the transmission of more than 2 TB of data per day would be possible. Although this represents a notable improvement over X-band, this Ka-band system still cannot accommodate the full volume of data generated by the LandIS instruments."
https://www.sciencedirect.com/science/article/pii/S0034425725003335?dgcid=rss_sd_all
