What We Build With It
We engineer fault-tolerant systems and automated recovery plans that minimize downtime and data loss, allowing your business to operate with confidence.
Comprehensive Disaster Recovery Planning (DRP)
Developing and implementing detailed DRPs including RTO (Recovery Time Objective) and RPO (Recovery Point Objective) definition, automated failover procedures, and regular testing.
Multi-Region & Active-Active Architectures
Designing and deploying systems across multiple cloud regions or availability zones to provide maximum redundancy and immediate failover capabilities.
Automated Data Backup & Restoration
Implementing robust, versioned data backup solutions for all critical data stores, coupled with automated and regularly tested restoration procedures.
Why Our Approach Works
Investing in resilience and disaster recovery is investing in your business's future—protecting revenue, reputation, and customer trust.
Guaranteed Business Continuity
Minimize the financial and reputational impact of outages by ensuring your critical systems and data are always accessible and recoverable.
Reduced Risk & Enhanced Trust
Proactive planning and testing mitigate the risks of system failures, building stronger trust with your customers and stakeholders.
Rapid Recovery from Any Event
Automated recovery processes and well-defined runbooks ensure your systems can be brought back online quickly and efficiently after any disruption.
Our Go-To Stack for Resilience & Disaster Recovery
We leverage native cloud capabilities and specialized tools to build highly resilient and recoverable systems.
Cloud Provider Services
AWS (Route 53, S3 Cross-Region Replication, RDS Multi-AZ), Azure (Site Recovery, Geo-redundant storage), GCP (Cloud Spanner, Multi-regional buckets).
Infrastructure as Code
Terraform, Pulumi for provisioning disaster recovery infrastructure and automating recovery plans.
Container Orchestration
Kubernetes (multi-cluster, multi-region deployments) with tools like Velero for backup and restore of cluster state.
Data Backup & Replication
Database replication (PostgreSQL Streaming Replication, MongoDB Replica Sets), object storage versioning, and backup solutions like Veeam.
Automation
Custom Lambda/Azure Functions/Cloud Functions, Ansible playbooks for automated failover and recovery orchestration.
Chaos Engineering
Gremlin, AWS Fault Injection Simulator, and LitmusChaos for proactive resilience testing.
Frequently Asked Questions
What are RTO and RPO, and why are they important?
+RTO (Recovery Time Objective) is the maximum acceptable downtime after an incident. RPO (Recovery Point Objective) is the maximum acceptable data loss. Defining these metrics with your business is the critical first step in designing an effective DR strategy.
How often should we test our disaster recovery plan?
+Regular testing is paramount. We recommend automated, continuous testing where feasible, and at least quarterly full-scale DR drills to ensure your plans are current and your teams are proficient in executing them.
Is a highly resilient system always more expensive?
+Not necessarily. While redundancy adds cost, a well-architected resilient system can actually reduce overall TCO by preventing costly outages and simplifying recovery. We design solutions that balance your RTO/RPO needs with cost-effectiveness.
What are 'Immutable Backups' and why do we need them?
+Immutable backups are data copies that cannot be changed or deleted for a set period. They are your last line of defense against ransomware, ensuring that even if an attacker gains admin access, they cannot destroy your historical data.
Can we automate a full-region failover?
+Yes. We build ‘Push-Button DR’ solutions using Infrastructure as Code and global traffic management. This allows you to redirect all traffic and spin up your stack in a secondary region in minutes if a primary cloud region goes dark.
How do we protect against a total cloud provider outage?
+For the highest criticality systems, we design multi-cloud resilience strategies. While more complex, this ensures that your business remains online even if an entire cloud provider (like AWS or Azure) experienced a major global disruption.