Priya root-caused this exact downshift eight months ago.
Vortex Compute’s Gen5 link trains to x16 at boot, then drops to Gen4 under thermal load — the CTLE preset was tuned at ambient and the eye collapses as the retimer heats. Synchronize pulls back case LTSSM-512, the closed issue where Priya Nadkarni fixed it, and drafts the reply from her work, with her name on it. You read it; you send it.
The answer is on a screen that isn’t your email.
A GitHub thread shows a NIC throwing completion timeouts since driver 3.8.0. Press Option-Space and DRV-822 surfaces in place — where Sofia Marchetti bisected it to an MSI-X vector-allocation change. Read on the keystroke, never in the background.
A new hire inherits what the team learned cold.
A customer’s board won’t come up at 0 °C. Back come three prior cases, each cited — a PLL that won’t lock cold, DDR5 training that fails one boot in thirty, a SerDes lane shedding RS-FEC codewords — before the new hire has met any of them.
Four scattered threads resolve to one story.
Helio Robotics lives in four places at once — an ECC storm in a closed issue, a θJA throttling thread in email, a compliance eye-mask failure from Discord, an open Jira escalation. Collapsed into one view, they read as a single hardware-margin problem.
The account that’s drifting, not the one that emailed last.
The home returns insights instead of an unread count: engagement down 40%, an account silent 21 days after a cold-boot report, a bring-up question waiting since yesterday. You start where it’s slipping.
Engineering opens the packet already knowing what you know.
A GPU resets under bursty compute — a di/dt droop dipping the core rail below Vmin for microseconds while headroom looks fine on a meter. Symptom, prior art, root cause and customer state, assembled into one packet with the matching solved case attached.
A regression caught before the third customer writes in.
Driver 3.8.0’s MSI-X regression doesn’t read as a fleet problem until three accounts line up behind one root cause. The pattern surfaces while the third is still drafting its email — one fix to ship, one note to send all three.
Questions FAE teams ask.
Does it email customers for me?+
No. Synchronize writes a draft and stops there; a human reviews every word and clicks send. It has no path to your outbox, and it never posts to GitHub, Jira, or Discord on your behalf.
Does the companion watch my screen all day?+
It reads the active screen only on the Option-Space keystroke, and only that screen. There’s no background capture, no always-on recording, and nothing is retained between the moments you invoke it.
Where do its answers come from?+
From the Outlook, GitHub, Jira, and Discord sources you connect, and nothing else. Every reply is drawn from your own team’s resolved history — cited to the case and the engineer — never from a public model’s guess.
Where does our data live?+
Inside your tenant, in your region, under your access controls. Your cases and customer data never leave to train a shared model, and no other customer can retrieve them.
How long does setup take?+
An afternoon. You authorize the four sources and start retrieving against your own history immediately — no data migration, no schema work, no reindexing project.
Are the companies and cases on this site real?+
Every account, ticket number, and engineer name here is fictional demo data. The product is real and built with semiconductor design partners under NDA, whose actual cases we don’t show.
See these moments on your own cases.
We’ll run Synchronize against a real workflow from your team — under NDA, on your data.