High-Availability Architecture Upgrade

What you get

the numbers that matter

Starting price

🔒 Sign in for pricing

billed monthly

Available at all Delivery Plan Tiers →

Ready in

≈ 2 weeks

signed to first PR

Retention

96%

engagements renewed

Match

96%

to your stack & domain

Remove critical single points of failure and the highest-impact failure modes standing between a defined system and its availability target.

How this operator works

every way of working, already decided

A · capability focus

Owns the system, not the ticket

Takes end-to-end ownership of a service or surface. Design, delivery, on-call. And is measured on outcomes, not hours.

B · ways of working

Embedded, async-first, instrumented

Works inside your repos, your CI and your rituals. Daily written standups, decisions logged. No status-meeting tax.

C · reliability posture

Runbooks, canaries, reversible deploys

Every change gated and reversible. Incidents get a timeline and a postmortem; nothing ships without a rollback.

D · comms & cadence

Plugged into your Slack & rituals

Joins standups and retros, reports weekly against the goal. You get an operator, not a queue.

E · tooling

Brings a pre-wired stack or adopts yours

Infrastructure and observability as code by default. No bespoke setup tax to absorb.

F · onboarding

Scoped, gated, reversible

Week-1 shadow, week-2 ownership, swap on request inside the trial window. No long-tail handover risk.

Overview

Availability targets are cheap to state and expensive to mean. This package upgrades a defined system's architecture to remove the critical single points of failure and highest-impact failure modes standing between it and its availability target. The finish state is redundancy where it matters, failover that has been exercised, and a written account of which failure modes are now survivable and which are consciously accepted.

The sprint starts from failure-mode analysis, not a generic checklist: where does this system actually die, and what does each death cost? Fixes land in impact order, redundant instances and zones, load balancing, database failover, retry and degradation behaviour, and each is verified by inducing the failure it defends against.

What's included

Failure-mode analysis

The system's real single points of failure and failure costs mapped and ranked.

Single-point-of-failure removal

Redundancy across instances and zones for the components whose loss hurts most.

Failover implementation

Automatic failover for stateful components, including databases, with health-checked routing.

Verified failure behaviour

Each defence proven by inducing its failure in a controlled test, not assumed from diagrams.

How it works

Scope: run the failure-mode analysis, agree the availability target and the fix list.
Build: implement redundancy and failover in impact order, testing each under induced failure.
Handover: demonstrate failover behaviour, hand over the survivability map and runbooks.

Part of every Delivery Plan

The High-Availability Architecture Upgrade is a menu item on the Scrums.com delivery catalog, available at every plan tier. Add it to your plan backlog and your delivery team schedules it like any other item — scoped, tracked, and reported through the SEOP. See Delivery Plan Tiers.

FAQs

Can you guarantee a specific uptime number?

No honest engineering package guarantees uptime; operations, change discipline, and dependencies all contribute. What this delivers is the architecture's contribution: named failure modes survived, verified by test.

Does this cover disaster recovery too?

No. High availability rides through component failures; recovery from larger events is the Cloud Backup & Disaster Recovery Setup menu item. The two compose well but are distinct outcomes.

How do we keep the availability target honest afterwards?

By measuring it. The Service Level Objective Implementation menu item turns the target into SLOs with error budgets, which is the natural next step once the architecture supports it.

What's included

in every engagement · no add-ons

✓Failure-mode analysisincl.

✓Single-point-of-failure removalincl.

✓Failover implementationincl.

✓Verified failure behaviourincl.

Track record

deployments on real systems · anonymized

SectorSystemOutcomeSpanStatus

Fintechpayments-core ledger99.97% achieved14 mocomplete

Commercecheckout platform−38% incident rate9 mocomplete

Health SaaSdata plane0 SEV1 in 6 mo11 moactive

Logisticsrouting enginezero-downtime cutover7 mocomplete

AI infrainference clusterp99 −120 ms5 moactive

Works inside your stack

surfaces this operator binds to

SurfaceBindingDirectionAuth

Source controlgithub.com/<org>reviews + writesOIDC

CI / CDscm-flow · deploy-servicegates deploysOIDC

Observabilityotlp://collector:4317metrics + alertsmTLS

Commsslack://<workspace>standups, incidentsSSO

Secretsvault://scrums/op/<id>short-lived credsSPIFFE

On-callpagerduty://<org>primary / secondaryAPI token

Boundaries

what to deploy instead

Scoped to this discipline. For an adjacent capability, compose a second operator into the squad. compose →

Not a fractional advisory engagement. For advisory-only, contact platform@scrums.com.

Deployments

the only social proof we publish

402deploys

across 38 organizations

+24 last 30 days · median age 11.4 mo · retention 96%

Live telemetry

this operator's system surface

system map

signals · last 24h

deploys18

p99 latency112 ms

error rate0.02%

incidents0

Pricing

one number · one footnote

billed monthly

🔒 Sign in for pricing

Available at all Delivery Plan Tiers →

All-in: the operator, delivery manager and replacement guarantee. No recruiter fee, no markup surprises.

Final pricing computed at deploy from your committed envelope, region and account tier.

FAQ

common questions

How is High-Availability Architecture Upgrade priced?+

Pricing is shown to signed-in accounts. Sign in to view the rate; pricing is computed from your engagement scope, region and account tier.

Is High-Availability Architecture Upgrade available now?+

Yes. It is published and deployable directly from the Scrums.com catalog.

Can a High-Availability Architecture Upgrade deployment be reversed?+

Yes. Deployments are reversible with a one-click swap inside the trial window.

Who provides High-Availability Architecture Upgrade?+

Scrums.com, vetted by the Scrums.com platform.

How it compares

vs other delivery

Option	From	Stack	Status
High-Availability Architecture Upgrade · this one	🔒 Sign in for pricing	delivery · outcome-driven-sprints · reliability	● available
Release Backlog Burn-Down Sprint	🔒 Sign in for pricing	delivery · outcome-driven-sprints · backlog	● available
Technical Debt Reduction Sprint	🔒 Sign in for pricing	delivery · outcome-driven-sprints · technical-debt	● available
Critical Application Rescue	🔒 Sign in for pricing	delivery · outcome-driven-sprints · rescue	● available

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Release Backlog Burn-Down Sprint

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Technical Debt Reduction Sprint

Remove a defined cluster of high-cost technical debt tied to reliability, speed, maintainability, or developer friction.

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Critical Application Rescue

Stabilize a failing, broken, or abandoned application, restore reliable operation, and create a prioritized path forward.

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