◈ Global delivery

Fast for people
who are not
near your servers.

Most applications are quick for the team that built them and slow for everyone else, because they were deployed once, near the office, and tested from there.

Used for multi-region delivery, latency-sensitive surfaces and jurisdictional data placement.

Regional
Delivery, everywhere
Per jurisdiction
Data placement
One
Deployment to manage
Measured
From where users are

What this looks like in practice

◆Multi-region application delivery◆Latency-sensitive user surfaces◆Jurisdictional data residency◆Content and asset distribution◆Regional failover◆Localised experiences◆Cross-region data synchronisation◆Multi-region application delivery◆Latency-sensitive user surfaces◆Jurisdictional data residency◆Content and asset distribution◆Regional failover◆Localised experiences◆Cross-region data synchronisation
What holds true here

Four things you stop arguing about

◆

Close to the user

Delivery from near whoever is asking, rather than from wherever you first deployed.

◇

Residency per jurisdiction

Data placed where the law requires, configured rather than promised.

◈

One thing to operate

Global reach without a separate deployment to maintain in every region.

○

Measured honestly

Performance observed from where your users are, not from your office.

The shift

Performance for the users you cannot see

A team in one city builds an application that is fast in that city. Users elsewhere experience a different product, and nobody on the team ever sees it.

The usual arrangement
  • ✕One deployment, near the engineering team
  • ✕Performance measured from the office
  • ✕A separate stack per region, drifting apart
  • ✕Residency as an assurance in a contract
  • ✕Distant users quietly churning
What replaces it
  • ✓Delivery from near each user
  • ✓Performance measured where users are
  • ✓One arrangement, many regions
  • ✓Residency configured and enforced
  • ✓Distant users having the same product
What you can count on

Stated plainly, and qualified

Local
Delivery per region
Near the user
Configured
Data residency
Per jurisdiction
Single
Operational surface
Not one stack per region
User-side
Performance measurement
Not office-side
Closer in

Global Delivery, specifically

The users you were losing silently

Distant users rarely complain about latency. They simply use the product less and eventually stop, and the churn is attributed to anything but the two seconds they waited every time they clicked. It is among the easiest problems to fix and the hardest to notice.

Residency that is configured

Data held where a jurisdiction requires it, as a setting rather than an assurance.

Assets delivered near

Content and assets served from close to whoever requested them.

Regional failover

A region becoming unavailable without the application becoming unavailable.

One estate, not many

Global reach without a per-region deployment to keep in step.

“
Our Asian engagement numbers doubled. We had assumed it was a product-market problem for two years.
Head of Product Engineering · B2B software company
Questions we are actually asked

Answers without the hedging

Do we have to run a deployment per region?+

No. That approach is what usually produces regional stacks that drift apart and then behave differently in ways nobody can reproduce.

Can we keep data in a specific country?+

Yes, configured per jurisdiction and enforced. That is a materially different thing from a residency promise in a contract.

How do we know what distant users experience?+

By measuring from where they are. Office-side measurement is the reason this problem persists for years at a time.

What happens if a region fails?+

Delivery continues from elsewhere. Regional failure stops being an application-wide outage.

Other capabilities

Where else this goes

Startups

Start on something that will still be right at a hundred times your size, and pay now what a startup should pay.

Enterprise Migration

Move in stages with the old arrangement still running, and cut over only once the replacement has carried real traffic.

AI & Machine Learning

Get capacity when the experiment is ready, keep what produced a result, and put models in front of users without a separate platform.

Data Platform

Keep everything at full fidelity, query it without a project, and stop deciding today what you will want to ask next year.

Web & Mobile Applications

Ship the application your users touch, on an address that stays put, with every version one click behind you.

Internal Tools

Build the tools your own teams need, at a cost that makes small improvements worth doing.

Start where it matters most

Begin with one workload. Keep what you have running. Decide whether to continue once you have seen it carry something real.

No migration required to begin. Nothing to tear down if you stop.