Cloud Orchestrator


The Business Case


Build vs Buy  ·  Time to Revenue  ·  Three-Year TCO



€3M+

to build the equivalent in-house

24–36 mo

before first revenue on the build path

€6M+

three-year TCO advantage

The Decision

You own Kubernetes.
Now what?


Every infrastructure operator reaches the same fork. Both paths reach the same destination — a commercial cloud product. The question is time, cost, and risk.



Path A — Build

Engineer it yourself

Self-service portal — 12–14 months

Hard multi-tenancy — 16–18 months

Metering + billing pipeline — 10–12 months

Governance + compliance — 6–8 months

2–4 years  ·  €3M–€5M  ·  Ongoing team

or

Path B — Cloud Orchestrator

The commercial layer, delivered

Portal, catalog, multi-tenancy — included

Metering + billing API — included

Governance + white-label — included

Ongoing updates + support — included

90 days to first revenue  ·  License fee  ·  No build team

Build Cost

What Building Actually Costs


Five engineering challenges. Each one is a specialist hire, a long timeline, and a maintenance commitment that never ends.


Component
Team
Duration
Est. Cost
Self-Service Portal & UX
4 engineers
14 months
€700K
Hard Multi-Tenancy (KCP)
3 engineers
18 months
€810K
Usage Metering Pipeline
2 engineers
10 months
€280K
Billing API & ERP Integration
2 engineers
8 months
€224K
Governance, RBAC & Audit
2 engineers
6 months
€168K
Management & PM overhead (+25%)
+€546K
Total
13+ engineers
24–36 months
~€2.7M

Assumes €140K/year fully-loaded engineer cost. Industry-typical builds land 1.5–2× initial estimate. Ongoing maintenance adds €420K+/year (3 engineers). Numbers illustrative — adjust to your context.

Opportunity Cost

Every month you wait
is revenue you don't earn.


The build cost is visible on the budget. The cost of delay is invisible — until you calculate it.



Illustrative scenario

Service provider. 20 enterprise tenants at €5,000/month average. Customer ramp over 12 months.

Monthly recurring revenue at full ramp

€100K MRR

= €1.2M ARR

Revenue deferred during 24-month build

€2.4M

not counting deals lost to competitors who shipped first

Build cost + deferred revenue

Total exposure: €5.1M

before you generate a single euro of cloud product revenue

Comparison

Build vs Cloud Orchestrator



Build In-House
Cloud Orchestrator
Initial engineering cost
€2.7M–€5M+
License fee
Time to first revenue
24–36 months
90 days
Ongoing maintenance
€420K+/year (3 engineers)
Included
New feature development
Your roadmap, your cost
Platform roadmap included
Key person dependency
High — institutional knowledge
None — API-first, documented
Compliance coverage
Your problem to design
ISO 27001, SOC 2, GDPR built in

Timeline

90 Days vs 36 Months


The commercial opportunity doesn't wait. Competitors are evaluating the same paths today.



Build Path — Month 36 before first revenue

Architecture

Mo 1–3

Portal

Mo 4–14

Tenancy

Mo 6–18

Metering

Mo 14–22

Billing

Mo 20–28

Testing

Mo 28–33

Revenue

Month 36

Cloud Orchestrator — Day 90 to first revenue

Agreement

Week 1

Environment

Wk 2–4

First Tenant

Wk 6–8

Revenue

Day 90

33 months

earlier to market. At €100K MRR that's €3.3M in additional revenue earned in the window where competitors are still building.

Three-Year TCO

The Financial Summary


Same scenario: 20 tenants at €5K/month, 12-month ramp. Adjust to your numbers.


Build Path — Cumulative Net Position

Year 1 — Engineering spend, €0 revenue −€2.7M
Year 2 — Completion + maintenance, partial rev. −€3.5M cumul.
Year 3 — Maintenance + growing revenue −€2.7M cumul.

End of Year 3: −€2.7M net

€4.1M costs · €1.4M revenue

Cloud Orchestrator — Cumulative Net Position

Year 1 — License + revenue from Day 90 +€950K net
Year 2 — License + full-year revenue +€2.2M cumul.
Year 3 — License + expanding revenue +€3.95M cumul.

End of Year 3: +€3.95M net

€750K costs · €4.7M revenue

€6.65M three-year net position difference in favor of Cloud Orchestrator

Ownership

"But we want to own it."


You do own it. The things that actually create competitive advantage — you keep all of them.



You own

Your brand — white-labeled portal, your domain, your identity

Your customers — relationships, contracts, and pricing are yours

Your infrastructure — compute, storage, and networking stays yours

Your data — tenant data and audit logs stay in your environment

Your pricing model — what you charge is entirely your decision

We deliver — so you don't have to build

The portal, catalog, and self-service layer

KCP virtual control plane architecture

Metering pipeline and billing API

Ongoing maintenance, updates, security patches

The commercial layer is not your competitive advantage. Your infrastructure, pricing, brand, and customers are. We deliver the plumbing so you can focus on the market.

Risk

Build Risk vs Buy Risk


Both paths carry risk. The profile is fundamentally different.



Build Path Risks

Key person dependency

The engineers who built it hold all the knowledge. If they leave, the platform is at risk.

Market window closes

Competitors who shipped faster lock in customers while you're still building.

Scope creep & overruns

Industry average: 1.5–2× initial estimate in both time and cost.

Technology decisions that age

Architecture locked in year 1 must be maintained and evolved — by different people.

Cloud Orchestrator — Risks & Mitigations

Vendor dependency

KCP is open-source. APIs are standard Kubernetes. No proprietary lock-in at the data layer.

Customisation limits

API-first + CRD-based. Any capability expressible in Kubernetes can be added to the catalog.

Roadmap dependency

Co-development model — large operators influence the roadmap directly.

Pricing model change

Fixed-term agreements lock pricing. No usage-based costs that scale with your revenue.

The math is clear.


90 days to first revenue.
Not 36 months.



€3M+

saved vs the build path

33 months

earlier to market

€6.65M

better 3-year net position



The next step: a 90-day scoped proof of concept — one XaaS model, your infrastructure, live in production.


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