Disaster Recovery & BCP

Ensuring business continuity with robust backup and recovery strategies.

We design, implement, and test disaster recovery programmes — backup architectures and failover systems — so you can recover from any incident.

RTO
Recovery Time Objective defined and tested
RPO
Recovery Point Objective engineered
Tested
Annual DR drills, not theoretical plans
3-2-1
Backup rule enforced across all data

A Disaster Recovery Plan That Has Never Been Tested Is Not a Plan

Most organisations have some form of backup, but few have tested their recovery process under realistic conditions. We build plans that are engineered and tested.

Every system gets a defined RTO (how long until it is back online) and RPO (how much data can be lost), and every procedure is validated against those targets.

Business Continuity Planning covers operational procedures your business needs during an incident — communications and manual fallback processes.

Service Inclusions

Backup Architecture

3-2-1 backup strategy: automated backups, off-site replication, and regular restoration testing.

Failover Systems

Active-passive failover for critical systems with automated health check-triggered triggers.

RTO/RPO Engineering

Recovery objectives defined per system and engineered using the right replication strategy.

DR Runbooks

Step-by-step recovery procedures for every critical system, written for clear execution during an incident.

DR Testing Programme

Annual full DR drill with simulated production failure and timed recovery execution.

Communication Plan

Stakeholder notification matrix and customer communication templates for incident scenarios.

A Process Built for Clarity

No black boxes. No surprise invoices. Every project at Codewingz follows a disciplined four-phase process designed to reduce risk and maximise value at every stage.

01

Impact Analysis

Critical system inventory and RTO/RPO target definition based on business impact.

02

Current Assessment

Audit of existing backup configurations and recovery procedures — identifying gaps.

03

Architecture Design

Backup architecture, failover strategy, and recovery procedure design approved.

04

Implementation

Backup jobs configured, replication enabled, and monitoring set up.

05

Runbook Development

Step-by-step recovery runbooks written and validated by the engineering team.

06

DR Test

Full DR test conducted: production traffic shifted to DR, RTO measured, and gaps identified.

The Tech Stack

We select technologies based on performance, scalability, and long-term maintainability, not trends.

AWS / Azure Backup

Specialized implementation of AWS / Azure Backup in the Managed Backup space.

Velero

Specialized implementation of Velero in the Kubernetes Backup space.

Terraform

Specialized implementation of Terraform in the IaC space.

Route 53

Specialized implementation of Route 53 in the DNS Failover space.

Real-World Impact

EduPath Learning

The Challenge

An EdTech platform had backups but never tested recovery. A region maintenance window caused 6 hours of unexpected downtime.

The Solution

We implemented cross-region automated backups, Route 53 DNS failover, and conducted a full DR test achieving a 47-minute RTO.

Key Performance Indicators

6 hours → 47 minutes
Tested RTO
14
Runbooks documented
100% of backups
Monitoring coverage
PASS
DR test result

Common Inquiries

Everything you need to know about our specialized services.

When Did You Last Test Your Recovery Plan?

Tell us your most critical systems and we will design a DR programme with a tested RTO.

Talk to an Expert