Downtime costs. Reputation matters. Our resilience practice ensures your cloud
infrastructure becomes a competitive advantage, not a risk.
Multi-AZ and multi-region deployments with automated failover mean your applications stay up even when entire AWS availability zones experience disruption. No manual intervention required.
We design recovery automation and warm/hot standby strategies that get your services back in minutes, not hours — aligning with your SLAs and business continuity obligations.
Auto Scaling, health-check driven recovery, and Lambda-based remediation automation mean failures are detected and corrected before your customers ever notice.
Continuous monitoring with Amazon CloudWatch and AWS Config gives you early-warning signals and compliance drift detection — so you remediate issues before they become outages.
Documented resilience frameworks, tested DR runbooks, and audit-ready evidence give your leadership team confidence and help satisfy regulatory and compliance requirements.
Amazon S3 Cross-Region Replication and Route 53 geo-routing ensure your data and services are resilient across geographies, enabling global expansion without availability trade-offs.
Every hour of downtime carries direct and reputational cost. Our resilience architectures reduce your mean-time-to-recover (MTTR) and eliminate costly manual recovery procedures.
We run Game Day exercises and chaos engineering scenarios on your architecture so that when real failures happen, your systems — and your teams — are ready to respond.
Our resilience engineering covers the full spectrum — from infrastructure design to
automated recovery and continuous validation.
Before we design, we work with your business stakeholders to define precise Recovery Time Objectives (RTO) and Recovery Point Objectives (RPO) for every workload tier — critical, important, and standard. These targets drive every architecture decision we make, from database replication strategy to backup frequency and failover automation.
Maximum acceptable downtime after a failure event
Maximum acceptable data loss measured in time
ELB-balanced EC2 fleets and Amazon RDS Multi-AZ with synchronous replication eliminate single points of failure at every tier.
Amazon Route 53 with health-check routing, failover policies, and latency-based routing for zero-downtime DNS-level failover.
Dynamic scaling policies ensure capacity adjusts to demand automatically, preventing resource exhaustion under traffic spikes.
Pod disruption budgets, node affinity rules, and horizontal pod autoscaling ensure containerised workloads are fault-tolerant.
Event-driven functions with DLQs, retry configurations, and cross-region redundancy for resilient serverless architectures.
Continuous block-level replication with sub-second RPO and rapid instance launch in a secondary region for fast, reliable failover.
We design the right DR tier — Backup & Restore, Pilot Light, Warm Standby, or Multi-Site Active-Active — matched to your RTO/RPO requirements.
Automated object-level replication ensures data redundancy and compliance across geographic boundaries with version protection.
AWS CloudFormation templates ensure your secondary environments can be spun up rapidly and consistently — no manual steps, no configuration drift.
Pre-built SSM Automation documents execute failover and failback procedures with full audit trails and approval gates.
Policy-driven backup plans across EC2, RDS, EFS, DynamoDB, and EBS — with lifecycle management, cross-region copy, and vault lock for immutable backup.
RDS automated backups with continuous transaction log archiving enabling granular restoration to any second within the retention window.
Regularly scheduled restore tests with automated pass/fail verification ensure your backups are actually recoverable when needed.
WORM (Write-Once Read-Many) protection for critical data assets, guarding against accidental deletion and ransomware threats.
Comprehensive metrics, composite alarms, and Contributor Insights for real-time visibility into availability, latency, and error rates across all layers.
Continuous evaluation of resource configurations against resilience best practices — with auto-remediation for non-compliant resources.
CloudWatch Events + Lambda functions provide automated incident response — restarting unhealthy services, scaling out under load, and isolating failing components.
Integrated incident response with escalation plans, on-call runbooks, and post-incident analysis to continuously improve your resilience posture.
We leverage the full depth of AWS's resilience-focused services, integrating them
into a coherent architecture aligned to your business requirements.
Health-check driven DNS failover and latency-based routing
Application & Network load balancing across AZs with health checks
Dynamic capacity management with predictive and scheduled scaling
Centralised backup orchestration with cross-region vault copy
Full-stack observability, alarms, and anomaly detection
Continuous replication with sub-second RPO for rapid failover
Synchronous standby with automatic failover in under 60 seconds
Object-level replication with versioning and Object Lock
Immutable infrastructure templates for DR environment automation
Continuous compliance monitoring and auto-remediation rules
Resilient container orchestration with multi-AZ node groups
Fault-tolerant serverless functions with DLQs and retry logic
Automated runbooks, patch management, and incident response
A structured, six-phase engagement that takes you from assessment to
continuously validated resilience.
Evaluate current architecture against AWS Resilience best practices. Identify single points of failure and gaps in DR readiness.
Work with business stakeholders to establish recovery objectives per workload tier aligned to real business impact.
Design multi-AZ, multi-region, and self-healing architectures using the right AWS resilience services for each workload.
Deploy infrastructure as code, configure AWS Backup policies, DRS replication, and CloudWatch alarm hierarchies.
Run Game Day exercises, chaos experiments, and failover drills to validate that your architecture behaves as expected under failure.
Ongoing monitoring, quarterly resilience reviews, and post-incident analysis ensure your posture improves over time.
Our resilience frameworks are tailored to the specific compliance, availability, and
data protection requirements of each industry.
We don't just implement AWS — we engineer reliability into every layer of your
cloud environment.
Recognised AWS partner with deep competency across resilience, security, and cloud operations — backed by certified engineers and real-world delivery experience.
We have designed and operated multi-region active-active and active-passive architectures for production workloads across healthcare, fintech, and enterprise sectors.
From initial assessment through architecture, deployment, testing, and ongoing operations — we are your end-to-end resilience partner, not just an implementer.
We eliminate manual recovery steps. Every failover, remediation, and backup verification is automated, documented, and tested — reducing human error when it matters most.
Our resilience architectures are designed with HIPAA, SOC 2, ISO 27001, and sector-specific compliance requirements in mind from day one — not bolted on after.
Monthly resilience scorecards, RTO/RPO validation reports, and availability dashboards give your leadership clear visibility into your recovery posture and progress.
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