End Point Security

Strengthening organizations against cyber threats with
advanced endpoint security measures.

Compromise Assessment

Comprehensive compromise assessments for proactive
detection and mitigation of security breaches.

Identity And Access Management

Enabling secure user access and data protection through
Identity and Access Management consulting.

Secure Infrastructure Deployment

Empowering organizations with secure infrastructure
design and deployment for robust data integrity.

Ransomware Readiness

Assessing and fortifying ransomware readiness to
minimize threats and enhance recovery strategies.

Purple Team Assessment

Fostering collaborative cybersecurity excellence
through defensive strategies and vulnerability identification.

Enterprise Incident Response

Minimizing damage and ensuring swift recovery with
strategic incident response consulting for enterprises.

Disaster Recovery as a service

Ensuring uninterrupted operations through proactive
disaster recovery consulting for businesses.

Data Migration

Seamless and secure data migration consulting for
efficient transitions with minimal disruption.

Data Recovery

Expert data recovery consulting for swift retrieval of
valuable information and minimal business disruption.

SOC Maturity Assessment

Enhancing cybersecurity readiness through comprehensive
SOC assessment consulting.

Digital Forensics Investigation

We specialize in uncovering, preserving, and securing digital evidence for aiding in cybercrime resolution.

IT Risk Management

Thorough IT Risk Management Assessment
for Nurturing Business Resilience

CCSS Compliance Audit

Assure regulatory alignment, fostering
market legitimacy and investor trust

ISO 22301 Compliance Audit

Advancing the Contemporary Business
Continuity Management process

ISO 27001 Compliance Auditing

Nurturing Maturity Across People,
Processes, and Technology

Cloud Adoption Framework

IT offers a structured plan for organizations to efficiently manage their cloud migration and usage strategies.

GDPR Compliance Audit

Ensures data privacy compliance, mitigates
risks, and enhance customer trust

PCI DSS Compliance Audit

Strengthen payment security, safeguarding
sensitive data & fosters customer confidence

HIPPA Compliance Consulting

Protect the security of healthcare information,
legal compliance, and fosters patient trust.

HITRUST Compliance Consulting

Improve healthcare cybersecurity, streamlines
risk management & boosts credibility

Virtual Data Protection Officer

Remote professional who provides expertise in data protection and compliance.

FINRA Compliance

Reinforces the integrity of financial services,
compliance & nurtures trust among investors.

Fair Risk Assessment

Quantify decision-making with FAIR framework
to assess and manage information risks.

CCPA Compliance Audit

Ensure transparent data handling, respects
consumer rights, and fortify data-driven trust

SOC2 Compliance Audit & Report

Validates operational quality, builds customer
trust & demonstrates dedication to data security

ISO 27701 Compliance Audit

Assesses an organization's adherence to the privacy information management standard.

Industries WeServe

Secure Source Code Review

We identify source code vulnerabilities, ensuring strong defense against critical attacks.

Spear Phishing Simulations

We check the awareness of the people
towards enterprise cyber security policies

Infrastructure Pentesting

Maturing organizational resilience by evaluating the security posture of IT infrastructure.

Mobile Application Pentesting

Strengthens mobile app security by addressing vulnerabilities and ensuring robust protection .

DevSecOps Solutions

Strengthening software development through security-focused testing in DevSecOps.

IOT Security Assessment

Strengthens IoT systems by vulnerability analysis & ensuring defense with hardcore pentesting

Red Team Operations Services

Simulating real-world APT attacks to evaluate an organization's security readiness .

Cloud Pentesting And Security

Ensuring the robustness of cloud infrastructure by pentesting and defending the cloud .

Web Application Pentesting

Detecting issues across various programming languages, frontend & backend environments

Blockchain Penetration Testing

Evaluating blockchain security via vulnerability testing to prevent potential breaches.

Web API Pentesting

Validate API design ,configuration and implementation according to security policies.

ICS SCADA Pentesting

We safeguards industrial control systems by identifying and fixing vulnerabilities 

Security Configuration Review

In-depth inspection of enterprise devices or applications to identify configuration weaknesses .

Thick client Security Assessment

Conducting security assessment of local and server-side processing and communication protocols

Web3 Penetration Testing

Securing Web3 by probing and addressing vulnerabilities in decentralized apps and protocols.
corporate services

Disaster Recovery As A Service

Intelligence Driven Cyber Security Operations

Disaster Recovery As A Service

CertCube Labs cloud solutions prioritize Disaster Recovery as a Service (DRaaS), ensuring seamless data replication for physical or virtual servers during man-made or natural catastrophes. Our Disaster Recovery architecture ensures comprehensive data protection and business continuity. It includes data replication to a secure cloud environment, leverages leading hyper scalers for reliability, and supports private, hybrid, or multi-cloud deployments. Enhanced security measures fortify critical data and operations against potential threats.

Unlike traditional models, CertCube Labs’ cost-effective DRaaS delivers best-in-class benefits, avoiding the pitfalls faced by 65% of businesses failing to meet IT disaster recovery expectations. Adopting this solution safeguards your business from potential disruptions and ensures uninterrupted operations in crises. Trust CertCube Labs to protect your valuable data and keep your business running smoothly.

For any organization, a reliable disaster recovery strategy is vital for business continuity. DRaaS effectively backs up data and IT infrastructure in a separate cloud computing environment, with automated data replication, monitoring, and copying mechanisms spread across multiple data centers.

The primary objective of DRaaS is achieving a short recovery point, ensuring data restoration to the nearest “current” point in case of disasters.

CertCube Labs provides Disaster Recovery services designed to ensure maximum availability and near-zero downtime, countering risks such as natural disasters, cyberattacks, terrorist incidents, equipment failures, and power outages.

Disaster Recovery as a Service (DRaaS) is a crucial offering provided by the DRaaS provider, wherein they furnish the necessary infrastructure that serves as the designated disaster recovery site for their customers in times of crisis. This means that in the unfortunate event of a disaster, such as a natural calamity or a man-made incident, the DRaaS provider ensures that the customer’s critical data and virtual machines are replicated and securely stored in a separate cloud environment operated and managed by the provider.

The service includes the provision of software applications or hardware appliances specifically designed to facilitate the efficient replication of data and virtual machines. By leveraging these technologies, the DRaaS provider ensures that the customer’s data is redundantly and reliably stored in the cloud, minimizing the risk of data loss during unforeseen disasters.

The choice between a private or public cloud environment depends on the specific requirements and preferences of the customer. The DRaaS provider’s private cloud offers dedicated resources and enhanced control, while the public cloud provides scalable and cost-effective solutions. In either case, the provider manages and maintains the cloud infrastructure, taking on the responsibility of safeguarding the data and ensuring its availability during disaster scenarios.

This approach to disaster recovery provides customers with peace of mind, knowing that their critical assets and operations are protected by a reliable and expertly managed disaster recovery solution. The DRaaS provider’s continuous monitoring and regular testing of the disaster recovery environment further reinforce its effectiveness, ensuring seamless failover and data restoration when needed most.

Our approach to Disaster recovery as a service


Business Impact Analysis
Business Impact Analysis

Business Impact Analysis

Our team works with business owners to assess existing BCP and DR plans, defining the best approach to safeguard various workloads. They conduct PoC, plan high availability architecture, and ensure continuous improvement for minimizing downtime and protecting data integrity.

Disaster Orchastration
Disaster Orchastration

Disaster Orchestration

Optimized disaster orchestration minimizes downtime, irrespective of the disaster’s magnitude, enabling seamless recovery without productivity losses. Our team takes full responsibility for creating and managing your Runbooks, ensuring effective disaster preparedness and response.

Managed Services
Managed Services

Managed Services

We offer round-the-clock monitoring of your disaster recovery setup, taking complete ownership of DR Service Level Agreements (SLAs). Our approach is centered on focused and efficient delivery, leveraging technologies and services from our DR centers.

Replication and Backup Technologies
Replication and Backup Technologies

Replication and Backup Technologies

We utilize Commvault Replication to ensure data redundancy and continuity. Additionally, we centralize cloud backup operations on platforms like AWS, GCP, Azure, or Oracle, providing a scalable and secure backup solution. To further enhance efficiency, we leverage both cloud-native and third-party tools from market leaders, enabling seamless data management and disaster recovery capabilities.

Cost Optimised
Cost Optimised

Cost Optmised

Our utility-based solution offers enterprises a cost-effective option for disaster recovery through an on-demand model. You only pay for the resources you use, when you use them, ensuring cost-efficiency and flexibility in scaling your DR needs as required.

Continuous Learning
Continuous Learning

Continuous Learning

We have implemented a robust Change and Learning Management process to ensure efficient disaster recovery operations. Our half-yearly drills involve simulating various DR events, allowing us to test and improve our disaster recovery strategies, validate our procedures, and continuously enhance our response capabilities.

Governance and Compliance
Governance and Compliance

Governance and Compliance

We conduct compliance analysis to ensure adherence to relevant regulations and industry standards. Our infrastructure monitoring enables real-time surveillance of critical systems and services. Architecture health checkups assess the performance and security of the infrastructure. Through auto governance, policy, and compliance assessments, we automate the evaluation of adherence to internal policies and industry best practices.

Implementation , evaluation and restoration
Implementation , evaluation and restoration

Implementation , evaluation and restoration

In our implementation process, we manage the entries application efficiently, ensuring smooth operations. We conduct regular evaluations to assess the system’s performance and make necessary adjustments through performance tuning. In the event of a disaster, our restoration process extends to the primary site, ensuring a seamless recovery and continuity of operations post-DR.

Choose the Right DRaaS Management Model

Why Opt for Fully Managed Services?

Managed DRAAS


In this Disaster Recovery as a Service (DRaaS) model, a third-party provider assumes complete responsibility for all disaster recovery tasks. While it may demand a higher investment compared to other DRaaS models, it offers the advantage of aligning precisely with your specific business needs. The recovery Service Level Agreement (SLA) is tailored to meet your unique requirements, ensuring that the provider takes charge of the recovery process in the event of a disaster.

Assisted DRAAS


In this model, the company and a third-party vendor share the responsibilities for disaster recovery. It requires a lower investment when compared to fully-assisted DRaaS. However, it's important to consider that managing the model independently might become costly in the long run.

Unlike fully-assisted DRaaS, this model does not provide a recovery Service Level Agreement (SLA). The client remains responsible for handling recovery during an event, but the service provider may step in to assist when the client's IT team is unavailable.

Self-Service DRaas


This model involves a shared responsibility for disaster recovery between the company and a third-party vendor. It offers a cost advantage over fully-assisted DRaaS. However, it is crucial to take into account that managing the model independently could lead to higher long-term expenses.

Unlike fully-assisted DRaaS, this model does not come with a recovery Service Level Agreement (SLA). The client retains the responsibility for managing recovery during an event, while the service provider may step in to offer support if the client's IT team is unavailable.

Frequently Asked Questions

What is Disaster Recovery (DR), and why is it important for businesses?
Disaster Recovery (DR) is the process of planning, implementing, and managing strategies and solutions to ensure the recovery of IT systems and data following a disaster or disruptive event. It is essential for businesses to minimize downtime, data loss, and financial impact during and after disasters.

What technologies are commonly used for data replication in DR, and how do they differ in terms of speed and data consistency?
Technologies like synchronous replication, asynchronous replication, and continuous data protection (CDP) are used for data replication in DR. They differ in terms of speed, with synchronous being the fastest but potentially introducing latency, and asynchronous and CDP offering more flexibility but with some data loss.
What is the role of data encryption in DR, and how can organizations ensure the security and integrity of data during transit and storage in a DR scenario?
Data encryption helps protect sensitive information during DR. It should be implemented for data at rest and in transit, and encryption keys must be securely managed.
What are Recovery Time Objective (RTO) and Recovery Point Objective (RPO), and how do they impact DR planning?
RTO represents the maximum allowable downtime for a system or service, while RPO is the maximum tolerable data loss. These metrics guide DR planning by defining how quickly systems need to be recovered and how much data can be lost.
What are the key considerations when selecting a DR site location, and how does geographic diversity impact DR resilience?
The selection of a DR site should consider factors like geographic location, climate, network connectivity, and proximity to the primary site. Geographic diversity enhances DR resilience by reducing the risk of both sites being affected by the same disaster.
Can you explain the concept of disaster recovery testing, and why is it essential for DR preparedness?
Disaster recovery testing involves simulating disaster scenarios to ensure that DR plans and procedures work as expected. Regular testing is crucial for identifying and addressing weaknesses in the DR strategy.