Spencer Darr.
← All work
Role — Solutions · Support · Ops Where — SyncSmart Type — AI-native operating model

Running the operation from one hub.

When the team thinned out, I didn't cover the gaps by working more hours — I re-architected how the work gets done. I wired Claude into every system our customer operation runs on — CRM, support, engineering tickets, the product database, comms and call recordings — and put myself at the center of it. One operator, directing an AI hub that reaches across the whole stack.

8core systems wired into one operator-run AI hub

01The shift

SyncSmart builds data-integration products — connecting HubSpot, NetSuite, ConnectWise and adjacent platforms — and when core team members left, I became effectively the whole customer-facing function: solutions, support, escalation, partnerships, and the communication that holds it together. The honest problem was capacity. That much surface area normally needs a team, and the reflex answer is to work longer hours and hope. I did the opposite: I changed the operating model so one person could actually run it.

02The hub

I connected Claude to the systems the operation actually runs on and made it the hub the work flows through — data flowing in, drafted actions flowing back out. I'm the one driving it; the hub is what lets me be in every system at once.

Gmail comms + daily scans HubSpot CRM context Pylon support source of truth Slack channels + DMs MongoDB prod config + activity logs Fathom · Zoom calls → tickets Linear eng + escalations Workspace calendar + drive CLAUDE CONTROL HUB Gmail comms +daily scans HubSpot CRM context Pylon supportsource of truth Slack channels+ DMs MongoDB prod config +activity logs Fathom · Zoom calls →tickets Linear eng +escalations Workspace calendar+ drive CLAUDE CONTROL HUB

One hub, eight systems. I direct it; it reaches the systems I can't sit inside all at once — reading their data, drafting the action, handing me the last-mile judgment.

Each connection does real work. Pylon is the support source of truth for customer relationships and issues; HubSpot is the CRM context behind every account; Gmail is where drafts get written and where a daily scan surfaces threads I haven't closed; Slack gives full channel-and-DM overview with replies staged in place; Linear is our engineering and escalation source of truth — 83 tickets filed through it this year, close to ten times my pre-April pace; Fathom and Zoom recordings and transcripts turn calls into follow-ups, communication and tickets; Google Calendar and Drive keep the schedule and the documents in reach. And MongoDB — reading the product's own configuration and activity data — is the one that changed what I can do on my own.

03What the hub lets me do

The connections aren't the point — the leverage is. With the stack wired together, a handful of things that used to be impossible for one person become routine:

The tools do the reach and the speed. The judgment about what's really wrong, what to fix, and what to tell the customer stays mine.

04Where it earns its keep

The hardest version of this work is a production defect on a live customer's integration — and it's where the hub proves itself. Take a recent one. An enterprise customer's parent-company associations had silently stopped syncing. Working through the hub, I traced the deployed configuration in the database, pulled the parent-association subflow out of a 3.7 MB workflow export, read the connector scripts, and separated three distinct defects — handing engineering six tickets that named the exact properties and code locations.

Active human attention came to a few hours across a handful of days — most of it pasting logs, checking records, and making calls. Blind to the connector internals, that's an estimated three-to-five-day investigation solo, and the deep code-tracing likely wouldn't have been finished at all — it would have reached engineering as "associations don't work," no root cause attached. One clean 16,132-record historical re-sync even ran unattended overnight on scheduled check-ins, instead of someone watching a progress bar.

And it's a pattern, not a one-off — other production defects taken the same route:

Each one left my hands as a scoped ticket or a config fix — not a mystery for someone else to untangle.

05Why it matters

The result isn't a single number — it's a change in altitude. One operator now covers ground that would normally take a team, with more rigor rather than less, because the hub reads the actual code and data before anyone makes a call.

The clearest tell is a clean before-and-after in one system. My engineering-ticket filing went from roughly ten in the first stretch of the year to about seventy-three once I was working this way — close to a tenfold jump, same person, same tools.

Jan – mid-Apr before the hub ≈10 mid-Apr – Sep AI-augmented ≈73 Jan – mid-Apr · before the hub ≈10 mid-Apr – Sep · AI-augmented ≈73

Engineering tickets filed, before and after I wired Claude into the debugging loop. Same person, same system.

Output
83
Engineering tickets filed this year
Before / after
≈10→73
Tickets, before & after going AI-augmented
Speed
Hours
To root-cause a 3-defect bug · est. 3–5 days solo
Support
~60
Customer issues personally owned & closed

06What I'd take forward

This is the shape of how I work now, and how I'd run product or operations at a company hitting its own capacity wall. AI leverage doesn't replace the operator — it raises the ceiling on what one operator can hold. The organizations that figure this out early get a step-change in output per person; I've already built the playbook for it, on live customers, under real stakes.