Sample story · placeholder facts awaiting a real customer's sign-off

Customer story

A logistics platformhangs up on theduct tape.

A logistics platform hangs up on the duct tape.

How a delivery company replaced a carrier, a PBX and a pile of glue code with one API call, and finally saw what happened to every call it placed.

client · a logistics platformuse case · delivery confirmation callsregion · [Region]volume · [XX,XXX] calls/month
delivery-confirmations[XX,XXX] calls/month
$ POST /v1/calls
to: "the recipient's number"
answer_url: "https://their.app/confirm"
call.status:queued

Webhooks, POSTed to their server

Imagined lifecycle · sample story · illustrative

Parcels stacked inside a delivery van
› Every call it placed, finally on the record.

The challenge

Three vendors, one phone call.

Their app needed to place calls programmatically. When a driver is twenty minutes out, the platform should ring the recipient, play the delivery window, and gather a keypress to confirm someone will be home.

Getting there meant stitching a carrier contract to a hosted PBX with a layer of glue code in between: origination scripts, status polling, retry queues, a nightly CSV reconciliation. Three systems from three vendors, none of them built to talk to the others.

Worst of all, the app had no event visibility. A call either happened or it did not, and nobody could say which from the code. Support tickets were the monitoring system.

Before · the wiring

[N]

vendors stitched together to place one call

[XX]%

of engineering time spent on telephony glue

none

visibility into call outcomes from their own code

After · the wiring

The solution

One node where three used to be.

They replaced the stack with one surface. The backend sends POST /v1/calls, and Connect dials the recipient over the same engine that runs regulated call floors.

When the call answers, Connect fetches a call-control document from their answer URL. Three verbs run the whole flow: play reads the delivery window, gather takes the confirmation keypress, and dial bridges edge cases to a human dispatcher.

Every lifecycle event lands on their webhooks, with retries, so the app finally knows what happened to every call. Their SIP trunks came up self-serve through dynamic SIP trunking, and the recording pipeline captures disputed deliveries under policy.

Built on shipped Connect capabilities

The capabilities are real and shipped; Connect's public REST surface is versioned v0.x, so the exact contract may change before general availability.

01

Day 1

sandbox credentials, first call placed

02

Week 1

call-control flows in staging

03

Week [N]

production traffic

The outcome

Less code, more calls, no guessing.

[N] days

from signup to first live call

[X,XXX] lines

telephony code deleted

every one

call events now visible

The integration, before and after

Before

carrier_client.originate(number, retries=5)
pbx_bridge.poll_status(call_ref, timeout=30)
retry_queue.requeue(call_ref) # why did it fail?
csv_export.reconcile_nightly()
# ... [X,XXX] more lines like these

After

$ POST /v1/calls
to, answer_url
# webhooks report the rest

Illustrative comparison, not the customer's actual code.

Customer quote placeholder

Samplethis quote does not exist yet

“[The customer's words.]”

[Name] · [Role], [Company]

When a real customer says something like this, their words go here with their name on them. Until then, brackets.

This story is waiting for its customer.

The brackets on this page are yours to fill. Be one of the first to ship calling on Connect and we will tell your story, with real numbers and your sign-off on every fact.