Find Out Which Pillar Deserves Your Attention First
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We deliberately break your systems in controlled conditions — before the real world does it for you. The outcome is validated availability, proven recovery, and business continuity you can quantify and commit to your customers and regulators.
Structured, hypothesis-driven failure injection — following the Netflix Simian Army model — to systematically expose every failure mode in your systems before customers do. GameDays built around your business-critical journeys.
Verify your HA design actually delivers the "nines" you've promised — testing failover paths, load balancer behaviour, database replication lag, and active-active/passive configurations under real conditions.
Validate RTO and RPO commitments under realistic failure scenarios — not theoretical. Know your actual recovery time, not your planned one. Identify the gap between design intent and operational reality.
End-to-end DR testing that validates your runbooks work in practice, your backup integrity is sound, and your recovery sequencing meets regulatory requirements. Regulators audit DR evidence — we create it.
Four-nines reliability validated through chaos engineering and HA architecture testing — the availability standard that 90% of enterprises now require.
Proactive failure injection identifies and fixes failure modes before they manifest as customer-impacting incidents.
Tested, optimised runbooks and automated recovery sequences reduce recovery time from hours to minutes — validated in advance, not discovered under pressure.
Evidenced DR testing and availability proof satisfies FCA, PRA, DORA, and other regulatory resilience requirements — avoiding fines and enforcement action.
Unplanned outages during claims processing peaks were creating regulatory scrutiny and damaging customer trust. Our resilience team introduced structured chaos engineering — running GameDays that revealed 12 previously unknown single points of failure across the claims platform. DR runbooks were rewritten and automated, cutting recovery time from 4 hours to 22 minutes.
| Maturity Level | Performance | Reliability | Security | Observability | Business Risk |
|---|---|---|---|---|---|
| Level 1 — Reactive | Ad-hoc testing before release | No DR testing | Annual pen test only | Siloed server monitoring | High — incidents discovered by customers |
| Level 2 — Defined | Load tests in staging | DR plan exists, untested | SAST in pipeline | APM on key apps | Moderate — issues caught late, costly to fix |
| Level 3 — Proactive | Perf gates in CI/CD | Chaos experiments quarterly | SAST + DAST in pipeline | Full-stack observability | Low — issues caught early, rapidly resolved |
| Level 4 — Continuous | Real-time CX + capacity AI | Continuous chaos + SLO error budgets | Security as code, always-on VAPT | AI-powered anomaly prediction | Minimal — revenue-protective, regulation-ready |
Answers to the questions we hear most often from engineering, operations, and technology leaders.
Find Out Which Pillar Deserves Your Attention First
Our free NFE Maturity Assessment takes less than 2 weeks and gives you a clear, prioritised view of your non-functional risk exposure — and a roadmap to address it.
Suite 21 Beaufort Court, Admirals Way
London, England, E14 9XL.