Skip to main content
  1. Blog
  2. Article

Jane Silber
on 8 December 2010

Thanks and good luck to Matt Asay


Matt Asay joined Canonical in February this year and quickly proved instrumental in aligning strategic goals and operational activities. Unfortunately for us, Matt will be leaving Canonical December 17 for the lure of an early-stage start-up. While his time here has been relatively short, we all appreciate the positive impact he has had in many areas and I will personally be very sorry to see him go.

Matt is joining Strobe, an early stage start-up at the nexus of open source and the open web, much like Matt himself. He will be taking a senior business development position, and that opportunity provides an irresistible forum for him to exercise his skills in a customer-facing role at a small start-up.

While we will miss Matt, Canonical operations remain strong. We will recruit to replace Matt, hoping to find someone who carries on his love of Dilbert cartoons and The Smiths! We all wish Matt well in his new adventure.

Related posts


ilvipero
6 May 2026

Three weeks to go: A sneak peek of the Ubuntu Summit 26.04 experience

Ubuntu Article

The countdown to the Ubuntu Summit is officially on! We are just three weeks away from Ubuntu Summit 26.04, and the orange energy levels in our community channels are peaking. We’ve been reviewing the talk submissions, and have been blown away by the passion and creativity of our circle of friends. Once again, the schedule ...


Rajan Patel
4 May 2026

How to use Ubuntu on Windows

Ubuntu Article

Why run Ubuntu on Windows? It’s about getting the best of both worlds. ...


Luci Stanescu
30 April 2026

Fixes available for CVE-2026-31431 (Copy Fail) Linux Kernel Local Privilege Escalation Vulnerability

Ubuntu Article

A local privilege escalation (LPE) vulnerability affecting the Linux kernel has been publicly disclosed on April 29, 2026. The vulnerability has been assigned CVE ID CVE-2026-31431 and is referred to as Copy Fail. The affected component is a kernel module that provides hardware-accelerated cryptographic functions: algif_aead. The vulnerab ...