Resilience as a Continuous Practice
A monthly retainer that embeds chaos engineering into your development cycle — continuous experiment execution, resilience scoring, CI/CD chaos gates, and audit-ready evidence for SOC 2 and ISO 27001.
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A resilience retainer transforms chaos engineering from a one-time project into a continuous engineering practice. Architecture changes every sprint, and the failure modes from last quarter’s chaos sprint may not cover the service you deployed last week. Continuous experimentation keeps your resilience posture aligned with your architecture.
The most valuable outcome of ongoing chaos engineering is not individual experiment results — it is the resilience trend. A scorecard that tracks five dimensions of resilience month-over-month gives engineering leadership a concrete measure of whether the system is getting more or less resilient over time. It also provides a feedback loop for architectural decisions: does adding a new microservice increase or decrease overall resilience?
CI/CD chaos integration is the highest-leverage practice in the retainer: fast chaos experiments that run on every significant deployment mean that resilience regressions are caught before they reach production. A service deployed without a circuit breaker, a timeout configuration that was accidentally removed, a PDB that no longer protects the critical path — these are caught in staging, not in a 2am incident. SOC 2 and ISO 27001 evidence is produced as a byproduct of continuous testing, eliminating the annual scramble to document resilience practices.
Engagement Phases
Monthly Experiment Cycle
We run 8 new chaos experiments per month targeting recent deployments, architecture changes, and open findings from the previous cycle. Experiments are scoped based on your change log and risk register.
Resilience Scoring & Trend Analysis
We update your resilience scorecard across five dimensions: failure detection, recovery speed, blast radius containment, dependency resilience, and operational readiness. We track trends month-over-month and flag regressions.
Reporting & Planning
We deliver a monthly resilience report with experiment results, score trends, and a recommended experiment backlog for the next cycle. We attend your monthly engineering review to present findings and align on priorities.
Deliverables
Before & After
| Metric | Before | After |
|---|---|---|
| Resilience score | Baseline (month 1) | Trending up monthly |
| New failure modes tested | 0 per month | 8 per month |
| SOC 2 evidence | None | Continuous |
Tools We Use
Frequently Asked Questions
What is the minimum commitment period?
We ask for a 3-month initial commitment to establish a baseline, run an initial experiment cycle, and show meaningful trend data. Most clients continue on a rolling monthly basis after that. We provide 30 days' notice if you want to pause or stop.
How does CI/CD chaos integration work?
We configure a subset of fast chaos experiments (typically 3–5 minutes) to run as part of your deployment pipeline against a staging environment. If a deployment causes a resilience regression — for example, a new service without a circuit breaker — the gate fails and the deploy is blocked. We maintain the gate configuration as your architecture evolves.
Does this replace our on-call rotation or incident response process?
No. The retainer complements your existing on-call process by continuously validating that your systems behave as expected under failure. We feed findings into your incident response runbooks and ensure they stay accurate as the architecture changes. We are engineers, not on-call responders.
Know Your Blast Radius
Book a free 30-minute resilience scope call with our chaos engineers. We review your architecture, identify your highest-risk failure modes, and recommend the experiments that will give you the most signal.
Talk to an Expert