Backup & Disaster Recovery Services

Protect Your Data. Recover Your Systems. Keep Your Business Running.

Hardware failures, software problems, cyber incidents, accidental deletion, infrastructure outages, and other disruptions can affect critical business systems.

A strong backup and disaster recovery (DR) strategy helps organizations protect important data and prepare for recovery when technology systems become unavailable or data is lost.

JSR Technologies Pvt. Ltd. provides backup and disaster recovery solutions for servers, applications, databases, enterprise systems, cloud environments, and business-critical infrastructure.

Backup • Disaster Recovery • Business Continuity • Cloud • Data Center • Cybersecurity

Build a Reliable Data Protection & Recovery Strategy

Call: 80549-23303
Email: hrd@jsrsolutions.com

What Is Backup & Disaster Recovery?

Backup is the process of creating additional copies of data or systems so they can be restored if the original data becomes unavailable, corrupted, deleted, or otherwise unusable.

Disaster Recovery (DR) is the broader strategy and set of processes used to restore technology systems and services after a disruptive event.

Backup provides recoverable copies.

Disaster recovery provides the plan, infrastructure, processes, and procedures for restoring systems and business operations.

Both are important components of business continuity.

Our Backup & Disaster Recovery Services

Server Backup

Protect data and system information stored on physical and virtual servers.

Backup strategies can be designed around:

Application servers
Database servers
File servers
Enterprise servers
Virtual machines
Business-critical infrastructure

Database Backup

Databases often contain critical business information.

Backup planning can cover:

Business databases
Application databases
Transactional data
Database configurations
Recovery requirements
Retention requirements

The appropriate backup strategy depends on the database technology, application architecture, data volume, and recovery requirements.

Application Backup

Business applications may depend on more than just application files.

A recovery strategy can consider:

Application data
Databases
Configuration
Application dependencies
Server infrastructure
Network dependencies
Access requirements

This helps ensure that application recovery considers the complete environment rather than isolated files.

Enterprise Application Backup

JSR works with enterprise technology environments including:

ERP
CRM
HRMS
LMS
Custom software
Business applications
APIs
Databases

Backup and recovery strategies can be designed around the requirements and dependencies of these systems.

Cloud Backup

Cloud infrastructure can be incorporated into an organization’s backup strategy.

Cloud backup may be considered for:

Servers
Applications
Databases
Virtual machines
Business data
Infrastructure configurations

Cloud-based recovery environments can also form part of a broader disaster recovery architecture.

Private Cloud Backup

Organizations operating private cloud infrastructure may require backup and recovery for:

Virtual machines
Applications
Databases
Storage
Configuration
Business data

Backup architecture should be designed separately from the production environment where appropriate to improve resilience against infrastructure failures or other incidents.

Hybrid Cloud Backup & Recovery

Hybrid environments may contain workloads across:

On-premises infrastructure
Private cloud
Public cloud
Data centers
Colocation environments
Dedicated servers

A hybrid backup strategy can provide a coordinated approach to protecting data and systems across these environments.

Data Center Backup

Data-center infrastructure can support backup and recovery architectures for business-critical systems.

Potentially protected infrastructure includes:

Physical servers
Virtual servers
Databases
Storage systems
Enterprise applications
Network-dependent applications
AI infrastructure

The appropriate design depends on the organization’s recovery requirements.

Disaster Recovery Planning

A disaster recovery plan defines how an organization will respond when critical technology systems are disrupted.

A DR strategy can identify:

Critical applications
Critical data
Infrastructure dependencies
Recovery priorities
Recovery procedures
Responsible teams
Communication requirements
Backup locations
Recovery environments
Testing procedures

A recovery plan should be documented and periodically reviewed.

Recovery Time Objective (RTO)

RTO — Recovery Time Objective is the target amount of time within which a system or service should be restored after a disruption.

For example, different applications may have different recovery priorities.

A business-critical system may require a shorter recovery target than a non-critical internal application.

RTO should be determined according to business requirements.

Recovery Point Objective (RPO)

RPO — Recovery Point Objective defines how much data loss, measured in time, an organization is prepared to accept following a disruption.

For example:

Some systems may tolerate a longer recovery point.
Critical transactional systems may require more frequent data protection.

RPO should be defined based on the importance of the data and business processes involved.

RTO & RPO Assessment

JSR can help organizations evaluate:

Which applications are most critical
How much downtime is acceptable
How much data loss is acceptable
Backup frequency
Recovery priorities
Infrastructure dependencies
Recovery architecture

This helps align technical recovery planning with actual business requirements.

Disaster Recovery for Cyber Incidents

Cybersecurity incidents can affect the availability and integrity of business systems.

A recovery strategy can include preparation for scenarios such as:

Data corruption
Unauthorized changes
Malware-related disruption
System compromise
Accidental deletion
Infrastructure failure

Backup and recovery should be designed together with cybersecurity and data-security controls.

Recovery copies should receive appropriate protection because backup systems themselves can become important security targets.

Backup Security

Backup is not simply a storage problem.

A secure backup strategy should consider:

Access control
Backup credentials
Encryption where appropriate
Backup isolation
Retention
Monitoring
Recovery testing
Administrative access
Protection against unauthorized modification or deletion

The appropriate controls depend on the organization’s infrastructure and security requirements.

Disaster Recovery for AI & LLM Applications

AI applications can depend on multiple components.

A recovery strategy may need to consider:

AI application infrastructure
Models
Application configuration
Data
Databases
Knowledge sources
APIs
Supporting services
Infrastructure dependencies

JSR’s AI capabilities include LLMs, OCR, ICR, and Drone AI, making AI infrastructure and data protection relevant considerations for organizations deploying such systems.

Backup for ERP, CRM & HRMS

Enterprise applications contain important operational data.

Backup and recovery planning can support systems such as:

ERP

Protect business and operational data supporting finance, inventory, purchasing, sales, production, and related processes.

CRM

Protect customer, lead, sales, interaction, and related business information.

HRMS

Protect employee, HR, attendance, payroll-related, and organizational information according to the application’s architecture and data requirements.

The exact backup strategy should be designed according to the software architecture and business requirements.

Business Continuity

Business continuity is broader than disaster recovery.

Disaster recovery focuses primarily on restoring technology systems.

Business continuity considers how the organization continues critical operations during and after disruption.

A broader resilience strategy may include:

Backup → Disaster Recovery → Business Continuity → Operational Resilience

Disaster Recovery Site & Recovery Infrastructure

Depending on business requirements, organizations may consider different recovery architectures.

Local Recovery

Recovery infrastructure is located within or close to the primary environment.

Data Center Recovery

Recovery infrastructure is hosted in a separate data-center environment.

Cloud Recovery

Cloud infrastructure is used to support recovery workloads.

Hybrid Recovery

Multiple infrastructure environments are combined to provide an appropriate recovery strategy.

The right approach depends on application criticality, RTO, RPO, budget, infrastructure, and business requirements.

Backup & Disaster Recovery for SMEs

Small and medium businesses can also be affected by infrastructure disruptions.

A practical backup and recovery strategy can help protect:

Business applications
Databases
Documents
Customer data
Employee data
Server infrastructure
Website and application environments

JSR can help SMEs evaluate an appropriate level of backup and recovery based on business-critical workloads.

Backup & Disaster Recovery for Enterprises

Enterprise organizations may require recovery planning across complex technology environments.

This can include:

Multiple applications
Databases
Physical servers
Virtual infrastructure
Private cloud
Public cloud
Data centers
Colocation
Network infrastructure
AI systems

A coordinated recovery strategy can help align recovery priorities across these environments.

Our Backup & Disaster Recovery Approach

Assess → Prioritize → Design → Protect → Test → Recover → Improve

1. Assess

Identify applications, infrastructure, data, dependencies, risks, and recovery requirements.

2. Prioritize

Classify systems according to business criticality.

3. Design

Develop backup, recovery, infrastructure, retention, and restoration strategies.

4. Protect

Implement appropriate backup and data-protection mechanisms.

5. Test

Validate that backups and recovery procedures work as expected.

6. Recover

Restore systems and data according to the recovery strategy when required.

7. Improve

Review results, changes in infrastructure, new risks, and evolving business requirements.

Backup Testing & Recovery Validation

Having a backup does not automatically mean that recovery will work.

Recovery validation can help determine whether:

Backups are available
Backup data is usable
Applications can be restored
Databases can be recovered
Required dependencies are available
Recovery procedures are practical
Recovery targets can be achieved

Organizations should periodically test their recovery procedures according to their risk and business requirements.

Backup Retention Strategy

Different data may require different retention periods.

Retention planning can consider:

Business requirements
Data importance
Application requirements
Storage capacity
Recovery requirements
Legal or regulatory requirements where applicable

A retention policy should be documented rather than relying on ad-hoc backup practices.

Backup & Disaster Recovery for Server Hosting

Organizations using server hosting may require protection for:

Dedicated servers
VPS environments
Application servers
Database servers
Web servers
Enterprise applications

Backup requirements should be established according to the hosted workload and service arrangement.

Backup & Disaster Recovery for Colocation

Organizations operating their own equipment in a colocation environment can incorporate backup and recovery into their infrastructure strategy.

Possible architectures include:

Primary Colocation Infrastructure
↓
Backup Infrastructure
↓
Separate Recovery Environment

The actual design depends on business continuity and recovery requirements.

Why Choose JSR Technologies?

Infrastructure + Security

JSR combines cloud, data-center, server, infrastructure, and cybersecurity capabilities.

Enterprise Application Understanding

JSR understands infrastructure requirements around ERP, CRM, HRMS, and custom enterprise applications.

Cloud & Data Center

Backup and recovery strategies can be considered across:

Dedicated servers
VPS
Private cloud
Hybrid cloud
Data centers
Colocation
Cloud infrastructure

AI-Aware Infrastructure

Organizations deploying AI systems can consider backup, recovery, data protection, and infrastructure resilience as part of their AI architecture.

Business-Focused Recovery

The objective is not simply to create backups—it is to design a recovery strategy around the systems that matter most to the business.

Who Needs Backup & Disaster Recovery?

Backup and DR can be important for:

SMEs
Enterprises
Manufacturing organizations
Educational institutions
Healthcare organizations
Retail businesses
Professional services
Technology companies
Organizations running ERP, CRM, or HRMS
Businesses operating critical databases
Organizations deploying AI applications
Companies operating physical or cloud infrastructure

Frequently Asked Questions

What is the difference between backup and disaster recovery?

Backup creates recoverable copies of data or systems. Disaster recovery is the broader strategy for restoring technology and services after a disruption.

Is backup enough for disaster recovery?

Not always. A backup is only one part of disaster recovery. Organizations also need appropriate recovery procedures, infrastructure, priorities, and testing.

What are RTO and RPO?

RTO defines the target time for restoring a system. RPO defines the acceptable amount of data loss measured in time.

How often should businesses back up their data?

There is no universal frequency. Backup frequency should be based on data importance, how frequently data changes, recovery requirements, and business risk.

Can cloud be used for disaster recovery?

Yes. Cloud infrastructure can form part of a disaster recovery architecture depending on workload, security, connectivity, and recovery requirements.

Can private cloud be used for disaster recovery?

Yes. Private cloud infrastructure can potentially serve as part of a recovery environment.

Can hybrid cloud support disaster recovery?

Yes. Hybrid cloud can combine different infrastructure environments for backup and recovery according to the organization’s architecture.

Can ERP, CRM and HRMS systems be backed up?

Yes. These systems can be included in backup and recovery planning according to their application architecture and data requirements.

Should backups be tested?

Yes. Organizations should periodically validate backups and recovery procedures to ensure that recovery is practical when required.

Can backup help after a cyber incident?

A properly designed and protected backup strategy can provide an important recovery option after certain cyber incidents, although recovery planning should be integrated with cybersecurity controls.

Does JSR provide disaster recovery planning?

JSR can assess infrastructure and business requirements and help organizations plan appropriate backup and disaster recovery architectures.

Protect Your Data. Prepare for Disruption.

Your business depends on its applications, data, infrastructure, and technology systems.

A well-designed backup and disaster recovery strategy helps you prepare for unexpected disruptions and improve your ability to restore critical systems.

JSR Technologies Pvt. Ltd.

Backup + Disaster Recovery + Cloud + Data Center + Cybersecurity + Enterprise Technology + AI

Talk to JSR Technologies