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Be the Champion in a Dynamic Digital Landscape

Say goodbye to wasted time and resources, shying away from the complexities of the digital landscape, or compromising data security due to high operational costs. HyperBDR is your key to leading in a world of constant change and technological advancement

Say No to Expensive, Complex DR Solutions and System Downtime

Replace Data Centers and Colocations

Shift disaster recovery to the cloud to eliminate the need for costly physical data centers or colocation facilities

Decouple Compute and Storage

HyperBDR leverages cloud-native architectures, allowing you to separate compute and storage resources, optimizing usage and cutting expenses

Cost-Effective and Scalable DR

Avoid 1:1 infrastructure duplication with a pay-as-you-go model that scales with your business needs

No Investment in Standby Resources

Provision resources only during an actual disaster recovery event, saving on idle infrastructure costs

Leverage Hyperscaler Discounts

Take advantage of cost-saving options from cloud providers, such as reserved instances or spot pricing for compute resources

Automated, Agentless Solution

Designed for multi-cloud environments, HyperBDR reduces manual intervention and simplifies disaster recovery processes

Compliance with Data Protection Regulations

Safeguard critical assets while meeting regulatory standards, avoiding penalties and maintaining trust

Fast Data Replication and Robust Failover

Minimize system downtime with rapid recovery processes, ensuring seamless business operations during disruptions

Level Up Your Game Plan by Becoming AI-Ready

HyperBDR positions you to fully leverage AI tools and stay ahead of the competition

Secure Cloud-Based Data

Ensure your data is securely stored on the cloud, offering easy access to cloud-native AI tools for smarter decision-making

Harness Advanced Analytics

Enable machine learning and intelligent automation to drive innovation and gain actionable insights

Cost-Effective AI Adoption

Leverage hyperscaler AI capabilities without the need for heavy infrastructure investments

What Makes HyperBDR Stand Out​

Agentless Architecture

Simplify deployment and operations with agentless technology that minimizes overhead and seamlessly integrates with existing environments

Agentless Architecture

Simplify deployment and operations with agentless technology that minimizes overhead and seamlessly integrates with existing environments

Agentless Architecture

Simplify deployment and operations with agentless technology that minimizes overhead and seamlessly integrates with existing environments

Automated Failover and Failback

Ensure fast and reliable recovery with fully automated failover and failback processes, reducing manual intervention and downtime

Automated Failover and Failback

Ensure fast and reliable recovery with fully automated failover and failback processes, reducing manual intervention and downtime

Automated Failover and Failback

Ensure fast and reliable recovery with fully automated failover and failback processes, reducing manual intervention and downtime

Multi-Cloud Compatibility

Enable seamless disaster recovery across multi-cloud environments, providing flexibility and scalability to meet diverse business needs

Multi-Cloud Compatibility

Enable seamless disaster recovery across multi-cloud environments, providing flexibility and scalability to meet diverse business needs

Multi-Cloud Compatibility

Enable seamless disaster recovery across multi-cloud environments, providing flexibility and scalability to meet diverse business needs

Simplicity and Intuitive Interface

HyperBDR offers a user-friendly console with guided workflows, ensuring that even non-experts can manage and execute disaster recovery plans effortlessly

Simplicity and Intuitive Interface

HyperBDR offers a user-friendly console with guided workflows, ensuring that even non-experts can manage and execute disaster recovery plans effortlessly

Simplicity and Intuitive Interface

HyperBDR offers a user-friendly console with guided workflows, ensuring that even non-experts can manage and execute disaster recovery plans effortlessly

Fast Data Replication

Deliver near real-time data replication to safeguard critical business data, ensuring high availability and minimal data loss

Fast Data Replication

Deliver near real-time data replication to safeguard critical business data, ensuring high availability and minimal data loss

Fast Data Replication

Deliver near real-time data replication to safeguard critical business data, ensuring high availability and minimal data loss

Cost-Effective DRaaS Solution

Provide an affordable, subscription-based Disaster Recovery-as-a-Service (DRaaS) offering that maximizes value while reducing infrastructure and operational costs

Cost-Effective DRaaS Solution

Provide an affordable, subscription-based Disaster Recovery-as-a-Service (DRaaS) offering that maximizes value while reducing infrastructure and operational costs

Cost-Effective DRaaS Solution

Provide an affordable, subscription-based Disaster Recovery-as-a-Service (DRaaS) offering that maximizes value while reducing infrastructure and operational costs

HyperBDR Practical Application

Unlimited Drills, Unmatched Readiness

Empower businesses with unlimited disaster recovery drills without incurring additional cost, ensuring readiness and confidence with every test, reduced risk and ensure operational resilience

Cross-platform

Supports automated DR across 40+ platforms, reducing the difficulty of cross-platform disaster recovery.

Optimal TCO

No consumption of instances during the backup phase, significantly reducing the overall cost of disaster recovery.

Speed Meets Reliability: The Cloud Race Redefined​

Speed Meets Reliability: The Cloud Race Redefined​

Discover how major cloud platforms stack up in recovery speed with HyperBDR. By sharing real-world results, HyperBDR aims to help organizations make informed decisions in forming disaster recovery strategies, ensuring they choose a solution that seamlessly aligns with their business environment

Discover how major cloud platforms stack up in recovery speed with HyperBDR. By sharing real-world results, HyperBDR aims to help organizations make informed decisions in forming disaster recovery strategies, ensuring they choose a solution that seamlessly aligns with their business environment

Cost-Effective DR: Smarter, Leaner, and Greener​

Traditional DR

10 Hosts

20 ECS

10 DR Licenses

10 Hosts

20 ECS

10 DR Licenses

10 Hosts

20 ECS

10 DR Licenses

HyperBDR

10 Hosts

10T OBS

10 DR Licenses

10 Hosts

10T OBS

10 DR Licenses

10 Hosts

10T OBS

10 DR Licenses

50

%

HyperBDR eliminates the need to configure 1:1 instances on the target platform during data replication, reducing costs by up to 90%

Cost Reduction
50

%

HyperBDR eliminates the need to configure 1:1 instances on the target platform during data replication, reducing costs by up to 90%

Cost Reduction
50

%

HyperBDR eliminates the need to configure 1:1 instances on the target platform during data replication, reducing costs by up to 90%

Cost Reduction
40

%

Its efficient approach avoids instance consumption during replication, achieving up to 80% carbon reduction

Carbon Reduction
40

%

Its efficient approach avoids instance consumption during replication, achieving up to 80% carbon reduction

Carbon Reduction
40

%

Its efficient approach avoids instance consumption during replication, achieving up to 80% carbon reduction

Carbon Reduction

Supported Platforms

Source Platform

Source Platform

Public Cloud
Private Cloud
HCI
Virtualization

Target Platform

Target Platform

Public Cloud
Private Cloud
Virtualization

How HyperBDR Works

1

Production Side Configuration

2

Configure Target Platform

3

Configure DR Strategy

4

Initiate Disaster Recovery

5

Takeover / Drill

6

Failback

7

Group Recovery

Production Side Configuration

Configure the production platform by selecting the platform type and choosing either agent or agentless mode.

1

2

3

4

5

6

7

Production Side Configuration

Configure the production platform by selecting the platform type and choosing either agent or agentless mode.

1

Production Side Configuration

2

Configure Target Platform

3

Configure DR Strategy

4

Initiate Disaster Recovery

5

Takeover / Drill

6

Failback

7

Group Recovery

Production Side Configuration

Configure the production platform by selecting the platform type and choosing either agent or agentless mode.

Case Study

Case Study

HyperBDR enhances business continuity for Haitong Bank with Huawei Cloud in Brazil

Learn More

Learn More

Case Study

Case Study

Estate Group

HyperBDR empowers real estate group with efficient cloud disaster recovery and cost savings

Learn More

Learn More

Case Study

HyperBDR enhances business continuity for Haitong Bank with Huawei Cloud in Brazil

Learn More

Case Study

Estate Group

HyperBDR empowers real estate group with efficient cloud disaster recovery and cost savings

Learn More

Partner with Us for Next-Gen Disaster Recovery​

Partner with Us for Next-Gen Disaster Recovery​

Partner with Us for Next-Gen Disaster Recovery​

Reseller

Expand your portfolio with HyperBDR, offering cutting-edge disaster recovery solutions to your clients

Service Partner

Collaborate with us to deliver seamless HyperBDR implementations that drive customer success in multi-cloud environments

DRaaS Partner

Elevate your Disaster Recovery as a Service offerings with HyperBDR’s cost-effective, AI-ready, and compliance-driven solutions

Contact Us to Talk More

Contact Us to Talk More

Contact Us to Talk More

Frequently Asked Question

Frequently Asked Question

Frequently Asked Question

What environments does HyperBDR support?

HyperBDR supports various environments, including physical machines, virtualization platforms (such as VMware and KVM), hyper-converged systems, as well as public and private clouds. It enables disaster recovery and cross-platform migration between these different environments, making it suitable for enterprises with hybrid cloud and multi-cloud architectures.

What is HyperBDR's Boot-in-Cloud technology?

“Boot-in-Cloud” is a key technology of HyperBDR that allows users to start hosts in the cloud with a single click. This feature combines cloud API orchestration and driver adaptation technology, ensuring that systems can be quickly restored and launched after a disaster, without needing to prepare the target environment in advance.

How does HyperBDR handle driver issues in cross-platform recovery?

HyperBDR's “Driver Adaptation” feature automatically adapts drivers for different platforms. When migrating from one platform to another (e.g., from VMware to KVM), it automatically injects the relevant drivers to ensure the host can start and run normally. It also supports boot conversion from UEFI to BIOS to ensure compatibility.

What storage mode does HyperBDR support?

HyperBDR supports two main storage mode: block storage and object storage. In block storage mode, data is written directly to the cloud platform's block storage location, while in object storage mode, data is split into multiple small blocks stored in object storage, making it suitable for scenarios that require more flexible storage.

What is the “agentless” feature, and how does it help?

The agentless mode allows for backup and disaster recovery operations without the need to install any software (i.e., an agent) on the source host. HyperBDR communicates directly with the host's operating system or virtualization platform to retrieve data and perform incremental backups. Since there’s no need to install agent software on the source host, it avoids consuming CPU, memory, and disk resources, maximizing the performance and stability of the production environment. This greatly simplifies deployment and maintenance for IT teams, especially in large-scale data centers and cloud environments. Without requiring source-side agent installation, HyperBDR can seamlessly integrate with various operating systems, virtualization platforms, and cloud environments, making it suitable for complex and diverse IT infrastructures.

How does HyperBDR simplify disaster recovery operations?

HyperBDR provides a wizard-based interface that allows disaster recovery configuration and initiation in just three steps: select the host, configure disaster recovery, and start recovery. Users can complete the operation without frequently logging into the production environment or target cloud platform.

What environments does HyperBDR support?

HyperBDR supports various environments, including physical machines, virtualization platforms (such as VMware and KVM), hyper-converged systems, as well as public and private clouds. It enables disaster recovery and cross-platform migration between these different environments, making it suitable for enterprises with hybrid cloud and multi-cloud architectures.

What is HyperBDR's Boot-in-Cloud technology?

“Boot-in-Cloud” is a key technology of HyperBDR that allows users to start hosts in the cloud with a single click. This feature combines cloud API orchestration and driver adaptation technology, ensuring that systems can be quickly restored and launched after a disaster, without needing to prepare the target environment in advance.

How does HyperBDR handle driver issues in cross-platform recovery?

HyperBDR's “Driver Adaptation” feature automatically adapts drivers for different platforms. When migrating from one platform to another (e.g., from VMware to KVM), it automatically injects the relevant drivers to ensure the host can start and run normally. It also supports boot conversion from UEFI to BIOS to ensure compatibility.

What storage mode does HyperBDR support?

HyperBDR supports two main storage mode: block storage and object storage. In block storage mode, data is written directly to the cloud platform's block storage location, while in object storage mode, data is split into multiple small blocks stored in object storage, making it suitable for scenarios that require more flexible storage.

What is the “agentless” feature, and how does it help?

The agentless mode allows for backup and disaster recovery operations without the need to install any software (i.e., an agent) on the source host. HyperBDR communicates directly with the host's operating system or virtualization platform to retrieve data and perform incremental backups. Since there’s no need to install agent software on the source host, it avoids consuming CPU, memory, and disk resources, maximizing the performance and stability of the production environment. This greatly simplifies deployment and maintenance for IT teams, especially in large-scale data centers and cloud environments. Without requiring source-side agent installation, HyperBDR can seamlessly integrate with various operating systems, virtualization platforms, and cloud environments, making it suitable for complex and diverse IT infrastructures.

How does HyperBDR simplify disaster recovery operations?

HyperBDR provides a wizard-based interface that allows disaster recovery configuration and initiation in just three steps: select the host, configure disaster recovery, and start recovery. Users can complete the operation without frequently logging into the production environment or target cloud platform.

What environments does HyperBDR support?

HyperBDR supports various environments, including physical machines, virtualization platforms (such as VMware and KVM), hyper-converged systems, as well as public and private clouds. It enables disaster recovery and cross-platform migration between these different environments, making it suitable for enterprises with hybrid cloud and multi-cloud architectures.

What is HyperBDR's Boot-in-Cloud technology?

“Boot-in-Cloud” is a key technology of HyperBDR that allows users to start hosts in the cloud with a single click. This feature combines cloud API orchestration and driver adaptation technology, ensuring that systems can be quickly restored and launched after a disaster, without needing to prepare the target environment in advance.

How does HyperBDR handle driver issues in cross-platform recovery?

HyperBDR's “Driver Adaptation” feature automatically adapts drivers for different platforms. When migrating from one platform to another (e.g., from VMware to KVM), it automatically injects the relevant drivers to ensure the host can start and run normally. It also supports boot conversion from UEFI to BIOS to ensure compatibility.

What storage mode does HyperBDR support?

HyperBDR supports two main storage mode: block storage and object storage. In block storage mode, data is written directly to the cloud platform's block storage location, while in object storage mode, data is split into multiple small blocks stored in object storage, making it suitable for scenarios that require more flexible storage.

What is the “agentless” feature, and how does it help?

The agentless mode allows for backup and disaster recovery operations without the need to install any software (i.e., an agent) on the source host. HyperBDR communicates directly with the host's operating system or virtualization platform to retrieve data and perform incremental backups. Since there’s no need to install agent software on the source host, it avoids consuming CPU, memory, and disk resources, maximizing the performance and stability of the production environment. This greatly simplifies deployment and maintenance for IT teams, especially in large-scale data centers and cloud environments. Without requiring source-side agent installation, HyperBDR can seamlessly integrate with various operating systems, virtualization platforms, and cloud environments, making it suitable for complex and diverse IT infrastructures.

How does HyperBDR simplify disaster recovery operations?

HyperBDR provides a wizard-based interface that allows disaster recovery configuration and initiation in just three steps: select the host, configure disaster recovery, and start recovery. Users can complete the operation without frequently logging into the production environment or target cloud platform.

ONEPRO CLOUD PTE. LTD.

Address:

1 RAFFLES PLACE #21-01 ONE RAFFLES PLACE Singapore 048616

Email:

enquiry@oneprocloud.com

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ONEPRO CLOUD PTE. LTD.

Address:

1 RAFFLES PLACE #21-01 ONE RAFFLES PLACE Singapore 048616

Email:

enquiry@oneprocloud.com

X Logo
Instagram Logo
Linkedin Logo
Products

HyperBDR

HyperMotion

Where to Buy
Resources

Doc

Blog

White Paper

About Us

Privacy Policy

ONEPRO CLOUD PTE. LTD.

Address:

1 RAFFLES PLACE #21-01 ONE RAFFLES PLACE Singapore 048616

Email:

enquiry@oneprocloud.com

X Logo
Instagram Logo
Linkedin Logo
Products

HyperBDR

HyperMotion

Where to Buy
Resources

Doc

Blog

White Paper

About Us

Privacy Policy