Two incident response engineers seen from behind at a curved command station, screens showing a PagerDuty incident resolved with a clean green timeline and 34-minute MTTR, calm controlled war-room
Incident response for software platforms

P1 acknowledged in under 60 seconds. Resolved in 34 minutes. Not a stranger at 2am.

When your platform goes down, you don't need a ticket queue. You need the engineer who wrote your runbook already working. Every P1 gets a named engineer, a live incident console, and a post-mortem in 24 hours.

pagerduty.redefine.dev • INC-2847
P1 ACTIVE
Elapsed
00:00:00
DetectTriageIsolateRecover
Impact74% of requests failing
Servicepayment-gateway-service
EngineerNamed on-call · runbook loaded

Live simulation. Typical P1 resolution: 34 minutes.

Two incident response engineers seen from behind at a curved command station, screens showing a PagerDuty incident resolved with a clean green timeline and 34-minute MTTR, calm controlled war-room

What incident response looks like at 2am

Every second your platform is down costs real revenue. A named engineer with a runbook resolves in 34 minutes. A support ticket resolves in 4.4 hours. That gap is the case for an incident response retainer.

Technical founder at a desk holding a phone showing a green P1 Resolved incident notification with a 34-minute resolution, calm relieved side profile in warm lamp light

Without a retainer, that call routes to a generalist support queue. With one, the engineer who wrote your runbook is already triaging the root cause.

Downtime revenue impact

Every minute offline has a price tag.

Pick your annual platform revenue below. See exactly how much a 4.4-hour unmanaged outage costs your business compared to a 34-minute managed response from a named engineer with a pre-written runbook.

Revenue per minute offline
$116
Unmanaged support queue — 263 min avg MTTR
$30.5K

Your team explains the system to a stranger while revenue bleeds. Generalist triage. No pre-written runbook. No context. Every minute costs more.

vs
Revenue saved per incident
$116
Managed incident response — 34 min avg MTTR
$3.9K
$26.6K protected

Named engineer. Runbook loaded. P1 acknowledged in under 60 seconds. Your platform recovers in 34 minutes, not 4.4 hours.

Live incident console

Watch a P1 resolve live.

Select an incident type. The command console logs every alert, action, and status change with timestamps. This is the same live timeline your engineering team sees during a real P1.

redefine-incident-response: awaiting selection
Incident command console

Select an incident type above to start the simulation. Watch a named engineer respond to a live P1 from first alert to resolution.

STANDBY
Mean time to resolve
--:--
Waiting for incident
Response protocol
01 · Triage and classify severity
02 · Contain the blast radius
03 · Recover and confirm stability
04 · Post-mortem scheduled
Engineer presenting a post-mortem incident timeline on a wall screen to two seated colleagues in a bright glass meeting room, relaxed daylight debrief after the incident is resolved

The post-mortem is what separates incident response from incident triage. You do not just recover. You prevent the next one.

Incident Response in Practice

Multi-marketplace platform stabilized. $30M annual revenue protected.

E-commerce operations manager at a tidy desk reviewing a stable multi-channel platform dashboard with all incidents resolved, 100% uptime and a rising revenue trend, calm satisfied side profile in morning light
Client

Sleekshop

Ecommerce · Multi-Marketplace

Platform StabilizationTechnical Support

Sleekshop ran a multi-marketplace ecommerce operation across multiple sales channels. Fragmented integrations caused repeated incidents with no structured response protocol in place.

The Problem

Every marketplace channel ran as a separate system. When an incident hit one channel, there was no shared alert layer and no runbook. Engineers triaged from scratch each time. As transaction volumes grew, the failure rate grew with them. Each new channel added another failure mode with no coverage.

Platform instability at scale is not just a technical problem. It is a revenue constraint. Every fragmented integration is a new failure mode with no response protocol.

The Result
$30M+

Annual revenue scaled to $30M+ on a centralized, stable platform with automated incident detection. All marketplace integrations and fulfillment flows now have structured incident coverage.

  • Automation and centralized incident management cut manual triage time and reduced operational overhead across all channels.

  • Performance tuning and security hardening protected speed, uptime, and customer data as transaction volume scaled.

Why This Is Different

What most incident response services for software platforms skip.

One named engineer owns every incident from detection to post-mortem.
No ticket queue. No rotating pool. No briefing someone new at 2am.
The same engineer who wrote your runbook picks up your P1. They know your stack, your architecture, your edge cases, and your failure thresholds. When the alert fires at 2am, you are not explaining the system to a stranger. The engineer already knows.
Every action is logged to a shareable live timeline.
Read the incident log during the incident, not just after. The post-mortem writes itself.
You do not have to chase the engineer for updates. The incident log is live and shareable. Every alert, every action, and every status change is documented with a timestamp as it happens. Your team sees exactly what is being done. Your customers get accurate status page updates.
Every P1 closes with a written post-mortem that prevents the next one.
Root cause, timeline, actions taken, prevention steps. Not just "incident resolved."
Most incident response ends at recovery. Ours ends at prevention. Every P1 triggers a structured post-mortem delivered within 24 hours: what failed, why it failed, what was done to restore it, and what runbook or infrastructure change prevents it from recurring. The post-mortem is a deliverable, not a conversation.
Common Questions

What engineering leaders ask before starting a response retainer.

P1 response service-level agreement
60 seconds
Acknowledgment after alert. 24/7. No exceptions.

A P1 is any incident causing complete platform unavailability, greater than 50% error rate on a critical user-facing flow (checkout, authentication, search, payment), or data integrity risk. Specific P1 thresholds are defined during onboarding and written into your runbook. P2 incidents are partial degradations impacting a non-critical path but still requiring same-business-day resolution. You define what matters most. The runbook reflects your definition, not a generic template.

All response retainers begin with a technical onboarding: architecture review, infrastructure audit, alert threshold calibration, and runbook development for your specific stack. Onboarding takes one week and produces a set of incident-type runbooks for your platform. The 60-second acknowledgment is fast because the engineer already has context before any incident fires. A generic incident response vendor picks up the call and then starts learning your system. Our engineer already knows it.

A recurring incident after a post-mortem means the prevention step was not implemented. Our post-mortem always includes a prevention queue: a prioritized list of infrastructure or code changes that eliminate the root cause. If those changes are in scope for your retainer, we implement them. If they require a separate sprint, we scope it and flag it. A recurring P1 with an open prevention item is an escalation in our protocol. It is never treated as a routine repeat response.

No. Incident response works alongside your team, not instead of it. Most clients use incident response to remove on-call burden from product engineers who should be building, not fielding 3am alerts. Your team stays focused on the roadmap. Our engineer handles production stability. Teams without internal engineers use this service too: we own the full response scope and escalate only for decisions that require product context. See also managed application support for a broader coverage model.

Incident response retainers are scoped based on platform complexity, coverage hours (business hours versus 24/7), and incident volume tier. Retainers typically range from $800 per month for business-hours P1 coverage on a single-platform setup to $2,500 or more for 24/7 multi-platform coverage. Onboarding (runbook development, alert calibration, architecture review) is a one-time fee separate from the monthly retainer. Submit a brief and we deliver exact pricing within 24 hours. No commitment required to receive the scope.

Is This the Right Service for You?

Incident response for software platforms is built for live platforms with revenue at risk.

The clearest signal: you have experienced a P1 that cost you more in lost revenue than a year of this retainer. If that is true, this is the right fit.

Not sure? Tell us about your last incident and we will be direct about whether a retainer makes sense for your platform.

Right fit

Live production platform processing real revenue every hour

Your engineering team spends on-call hours on incidents instead of building product

Your last P1 took more than 2 hours to resolve with improvised triage

No pre-written runbooks or structured incident process in place

Not the right fit

Platform still in development with no live users

Build first: software maintenance

You need a full ops team, not just incident coverage

Consider: managed application support

Get Your Response Retainer

Describe your last incident. We scope your response protocol in 24 hours.

No commitment. No pitch. Tell us your stack and your last P1. We send a written scope with the exact monthly cost before you decide anything.

01

Submit your platform brief and last incident details

Your stack, incident type, resolution time, and what failed. This lets us write your runbook before onboarding starts.

02

Written scope and exact pricing within 24 hours

Runbook plan, coverage tier, onboarding scope, and monthly retainer cost. No estimate. No range. Exact.

03

Engineer assigned and runbooks written within 1 week

Monitoring calibrated. On-call protocol live. Your 60-second P1 SLA starts from day one.

Form

No commitment. No pitch. · Scope in 24 hours · On-call active in 1 week

<60s
P1 acknowledgment
24 hours
Written scope
Every P1
Post-mortem included
Named
Engineer assigned

Get on a call with us to see how we can help you

Get a Quote