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AMSTERDAM: The discovery of two serious flaws in PHP this week set off a global scramble to keep websites safe from hackers, showing just how critical the three-decade-old open-source programming language is to the internet.
Summary
Yet the nonprofit foundation that supports PHP, which may underpin up to 70% of sites globally, operates on a shoestring budget. "We have one full-time staff member (that's me) and 14 mostly part-time contractors,” Executive Director Elizabeth Barron of the PHP Foundation said via email in an interview on Friday. Board members are unpaid volunteers, and funding comes from donations and grants.
The foundation works with outside researchers and companies, including OpenAI and cybersecurity firms Wiz and Calif, to investigate security flaws and coordinate fixes, including Wednesday's patches. While Web security company Cloudflare has reported millions of hacking attempts, Barron said the foundation had no evidence hackers were able to exploit the vulnerabilities before they were disclosed, or on sites that have been patched. "We received no further indication from OpenAI, Wiz or Calif, with whom we're working closely on this issue, regarding any issues on patched systems,” she said.
Artificial intelligence has proved both a help and a burden to the foundation. It helped researchers find the flaws, which had been present for a decade, and Barron said it made programmers more efficient. However, it is also increasing maintainers' workloads.
The PHP project is receiving nearly twice as many proposed code changes as a year ago, "yet the number of contributors hasn't doubled,” she said. Reviewing contributions and bug reports requires "a massive amount of human input and experience.” Recent events have shown how heavily companies and governments rely on PHP, Barron said.
KazaSec's take
Incidents like this rarely start with the headline event itself, they usually trace back to an exposed remote-access endpoint, an unpatched perimeter system, or a credential phished weeks earlier. The organizations that recover fastest are the ones that tested their defenses and their incident response plan before they needed them.
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