What's the difference between backup and DR?

Backup keeps copies you can restore from; DR keeps a ready-to-run environment at a second site so you can switch over quickly. Most businesses need both.

What does zero data loss mean here?

With active sync, every write is committed at both Ahmedabad and Pilibhit before it's acknowledged, so committed data isn't lost on failover. Synchronous replication adds write latency, so we confirm in design which applications suit it and protect the rest asynchronously.

Where is our data kept?

At our Ahmedabad and Pilibhit sites in India, in different states. Data residency is documented in the engagement terms.

How often do you test failover?

On an agreed schedule — typically quarterly for Tier 1 — using isolated test networks so production isn't affected.

Can we fail over a single application?

Yes. Runbooks are built per application group, so you can fail over one system or the whole estate.

What happens after the incident?

We fail back to the primary once it's healthy, sync the changes made during the outage, and record the event in a post-incident report.

Disaster Recovery as a Service (DRaaS)

When the primary fails,the business doesn't.

Active-sync disaster recovery between our Ahmedabad (Gujarat) and Pilibhit (Uttar Pradesh) sites — replication designed for zero data loss, with failover and failback engineered, documented and rehearsed by our team.

Plan your DR setup Talk to a DR engineer

Fit finder

How much can you afford to lose?

Tap an option — the answer appears instantly.

You picked

Nothing — zero data loss

Recommended: Tier 1 — active sync.

Tier 1: active sync.

What we set up

Synchronous replication between Ahmedabad and Pilibhit
Automated failover runbook
Quarterly failover drills

What you get

Zero data loss for committed writes
Documented, tested RTO
Drill reports for audit

DR sites

Two sites. One live copy.

Ahmedabad · Gujarat

Active sync

Pilibhit · Uttar Pradesh

RPOzero data loss for synchronously replicated workloads

RTOdefined and tested per application tier

Data residencyboth sites in India, in different states

Overview

Everything a real recovery needs.

Active-Sync Replication

Writes are committed at both sites before they're acknowledged.

Orchestrated Failover

Runbooks bring up applications, databases, network and DNS in the right order.

Non-disruptive DR Drills

Test failovers run in isolated networks without touching production.

Failback

Return to the primary after the incident, with changes synced back.

Network & Access Continuity

Site-to-site VPN and IP/DNS cutover so users and integrations reconnect.

Monitoring & Reporting

Replication health, lag alerts and drill reports for audits.

Outcomes

Why teams move DR to us.

Zero data loss where it matters

Tier-1 systems replicate synchronously; lower tiers get right-sized protection.

Recovery you've rehearsed

Failover is tested on a schedule, not discovered during an outage.

Audit-ready evidence

Drill results, RPO/RTO measurements and runbooks your auditors and regulators can review.

Protecting data, not whole sites?

Backup as a Service keeps restorable copies of servers, VMs, laptops and Microsoft 365 — the foundation under any DR plan.

See Backup as a Service

Process

How a DR setup runs.

01
Assess
Business-impact analysis, RPO/RTO per application and dependency mapping.
02
Design
Each workload tiered (active sync, async or backup-based), with the network and DNS plan.
03
Replicate & Test
Initial seeding, sync, then a full failover drill and sign-off.
04
Operate
24/7 replication monitoring, scheduled drills and runbook updates.

Tech stack

What the work is built on.

Synchronous storage replicationAsynchronous replicationVMware vSphereMicrosoft Hyper-VNutanix AHVSQL Server Always OnOracle Data GuardPostgreSQL / MySQL replicationAcronis Disaster RecoverySite-to-site VPNDNS & IP failoverRunbook automationReplication monitoring

Engagement model

Choose the protection per workload.

Active-Sync DR (Tier 1)

Synchronous replication between both sites with automated failover.

Best for: Core banking, ERP, billing, hospital and other zero-data-loss systems.

Asynchronous DR (Tier 2)

Near-continuous replication with orchestrated failover.

Best for: Business apps that can tolerate minutes of data loss.

Backup-based DR (Tier 3)

Acronis backups with cloud failover and full-system recovery.

Best for: File servers, dev/test and lower-priority systems.

Industries served

Downtime costs differ. Data loss costs everyone.

Banks, hospitals, factories and public services each have a different tolerance — we design to yours.

FAQ

Questions teams ask first.

Plan your recovery before you need it.

Tell us which systems can't stop. We'll design the right tier for each and prove it with a drill.

Plan your DR setup Book a DR assessment