Business Continuity

Backup & Disaster Recovery

Prepare for the worst. Recover in minutes. We engineer automated, air-gapped backup systems and rapid failover architectures to guarantee your business continuity.

Enterprise Backup and Disaster Recovery Infrastructure
Survive the Unthinkable

Hope is Not a Strategy for Data Protection

Server hardware fails. Datacenters experience catastrophic outages. Disgruntled employees delete databases. Malicious ransomware encrypts entire file systems. If your organization relies on manual backups, or worse, untested automated backups stored on the same server as your live application, you are one incident away from irreversible data loss.

At PCG Infotech, we treat Disaster Recovery (DR) as a critical engineering discipline. We work with your stakeholders to define strict Recovery Time Objectives (RTO) and Recovery Point Objectives (RPO). Based on these metrics, we architect immutable, off-site backup pipelines and multi-region failover systems. When disaster strikes, our protocols ensure your application can be brought back online in minutes, not days.

Resilience Engineering

Immutable Air-Gapped Backups

Protect against ransomware. We configure storage policies (like AWS S3 Object Lock) that prevent any user—even system administrators or malicious scripts—from deleting or altering backups once they are written.

RTO & RPO Optimization

We architect solutions tailored to your financial threshold for downtime. Need to recover in 5 minutes with zero data loss? We build synchronous, active-active database replication pipelines.

Multi-Region Failover

If an entire AWS or Azure data center goes offline, our intelligent DNS routing automatically detects the failure and instantly redirects traffic to a mirrored, standby environment in a different geographic region.

Automated DR Testing

A backup is useless if it cannot be restored. We implement automated, monthly "fire drills" that spin up a staging environment, restore the database from backups, and verify integrity without touching production.

Frequently Asked Questions

RTO (Recovery Time Objective) is how quickly you need your system back online after a crash (e.g., "We must be back up in 1 hour"). RPO (Recovery Point Objective) defines how much data you can afford to lose (e.g., "We can only afford to lose the last 15 minutes of transactions"). These two metrics dictate the entire architecture and cost of your DR plan.

Absolutely. Cloud providers guarantee the underlying hardware, not your application data. If a developer accidentally drops a production database table, or a malicious actor gains access to your AWS console and deletes your servers, the cloud provider cannot help you if you haven't engineered an isolated backup strategy.

Active-Passive means your primary server handles all traffic, while a smaller, backup server sits idle, updating its database and waiting to take over if the primary fails. Active-Active means you run two or more full-scale environments simultaneously in different regions, sharing the traffic load. Active-Active is more expensive but provides near-instantaneous recovery.