Sixteen Public URLs, Sixteen Payloads: The Byte Size and Time to First Byte of Every Route app.onepassapps.com Serves
I work on OnePassApps, so this is our own site, and every number in the table below was measured on the live pages today, not remembered. "How heavy is your site?" is usually answered with one number - the homepage. A site with nine apps and seven studios does not have one weight, it has sixteen. So here is every public URL we serve, measured one by one: the HTML the server sends, the compressed…
On 5 November 2026, the author examined the sixteen public URLs served by the app.onepassapps.com website. Each URL was fetched twice using curl: once with gzip compression enabled, and once with decompression already applied. The server-side response time for each request was also recorded.
The results showed that all sixteen routes returned a status code of 200. The uncompressed size of the HTML documents ranged from 4,792 bytes to 18,089 bytes, with an average decompressed size of about 0.09 MB. However, the /terms page was an outlier, being significantly larger at 18,089 bytes.
In terms of compressed size, the documents had a compression ratio of 0.99, meaning that gzip compressed them down to about 99% of their original size. The seven studio pages had little variation in size, ranging from 4,792 bytes to 4,892 bytes. The legal terms page, on the other hand, was substantially larger, three and a half times bigger than the heaviest studio page.
The time to first byte varied from 87.5 ms to 135.9 ms, with a median of 113.5 ms. This indicates that the time taken to serve the initial HTML for each route was consistent, with no request taking more than a second to respond.
It is important to note that these measurements were taken under specific conditions - a single machine, a single network connection, and a single moment in time on 5 November 2026. The byte counts, therefore, represent the server-rendered HTML size for that particular setup and cannot be directly compared to other measurements taken under different conditions.
Written by urgent.news from Dev.to's reporting — not their text. Machine-written — may contain errors; check the original before relying on it.
