Disaster Recovery Checklist: How to Prepare Your Business for the Worst

 

Disasters are never anticipated by anyone. Disasters are inescapable and hardly ever occur at a convenient time, whether they are caused by natural disasters, hardware failures, or even staff negligence. It’s wise to assume the worse while making plans for a disaster. Having a Disaster Recovery Plan at the right place for when your business experiences a power outage, internet outage, phone outage, or complete operational shutdown is part of being prepared for the worst.

Objectives of A Disaster Recovery Plan

A disaster recovery checklist is designed to assist your company in anticipating issues that will arise in the event of a loss of power, internet, and possibly even data. Your data recovery plan needs to do the following to prevent the production and financial loss:

Reduce Risk

Assessing your possible risk is the first step in building your recovery strategy and checklist. What vulnerabilities might your company be exposed to right now if a natural disaster struck? Consider the location of your business. Are you susceptible to flames, tornadoes, or hurricanes? Do you have frequent power interruptions throughout the winter?

Help operations quickly resume

Your team and customers will need to have access to your systems as soon as feasible. Solutions for gaining access to your system without requiring physical access should be part of your plan.

Uphold Compliance

Take into account any rules you might need to abide by to lower your chance of facing consequences for not meeting compliance commitments.

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Unlocking the Potential of AI-Based Technology

 

4 billion+ devices already work on AI-powered voice assistants (source: connect.comptia.org). This clearly suggest how widely AI-based technology is being used. In recent years, AI-based technology has revolutionized how businesses operate, with its ability to streamline operations, enhance efficiency, and improve decision-making. Unlocking the potential of AI-based technology can give organizations a competitive advantage, enabling them to make better-informed decisions, improve productivity, and reduce costs. This article will explore the benefits of AI-based technology and how it can be effectively utilized to drive business growth and success.

What is Artificial Intelligence?

The simulation of human intelligence processes by machines, particularly computer systems, is known as artificial intelligence. Expert systems, natural language processing, speech recognition, and machine vision are examples of AI applications.

Artificial intelligence-focused cognitive abilities

Learning: This element of AI programming is concerned with gathering data and developing rules for turning it into usable information. The rules, known as algorithms, teach computing equipment how to execute a certain task step-by-step.

Reasoning: This part of AI programming focuses on selecting the best algorithm to achieve results.

Self-correction: This element of AI programming is intended to fine-tune algorithms to produce the most accurate results constantly.

Creativity: This branch of artificial intelligence employs neural networks, rules-based systems, statistical approaches, and other AI techniques to generate new images, text, music, and ideas.

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Cyber Security: Your incident vs response plan

The threat of cyberattacks and ransomware assaults has increased significantly as technology continues to permeate more and more aspects of our daily life. Therefore, any organization must have a cyber-incident response plan to defend against and respond to cyber threats.

This manual will walk you through the crucial components of an efficient cyber incident response plan. We also discuss the six stages of a cyber-incident response plan based on NIST incident response guidelines. We’ll also demonstrate how to carry out this plan well and strengthen your incident response capabilities.

Critical Elements of a Cyber Incident Response Plan

We must reiterate right away that building cyber resilience takes time. It is insufficient to only have an efficient incident response plan. This strategy needs to be updated regularly to account for new risks.

Additionally, you may occasionally consult with outside cybersecurity experts to get their expert assessment of your preparedness for a cyberattack. They can also assist in updating your strategies and protocols. Finally, to determine just how vulnerable your organization is in the event of an incident, they can also help you conduct a thorough risk assessment.

Several important components should be present in a thorough cyber incident response plan, including:

• An organized team with defined tasks and responsibilities for responding to incidents.
• The incident response plan is routinely tested and trained. By doing so, it will be guaranteed that the plan would truly limit the harm that data breaches and/or ransomware attacks may do.
• Procedures for locating, stopping, stopping the spread of, analyzing, eradicating, and recovering from an incident.
• Plans for communicating the occurrence and its effects to stakeholders, including employees, clients, and customers.
• Knowing when to contact law enforcement and how to do so in case of a cybersecurity incident.

The steps to assess and modify the incident response strategy.

The NIST Computer Security Incident Handling Guide’s advice should be considered.

A CIRP should incorporate specific protocols for other incident types, such as malware, phishing, and natural catastrophes, in addition to these essential components.

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SOC-as-a-Service – Is it the best way for UCBs to adhere to RBI’s revised Comprehensive Cyber Security Framework (CCSF)?

The Reserve Bank of India (RBI) has recently revised its Comprehensive Cyber Security Framework (CCSF) to improve the cyber security of banks, particularly the Urban Co-operative Banks (UCBs). The revised framework highlights the need for UCBs to adopt the SOC-as-a-Service model to ensure compliance with the new norms.

What is SOC-as-a-Service?

SOC-as-a-Service is a managed security service that provides continuous monitoring and analysis of an organization’s security posture. The service is delivered through a Security Operations Center (SOC) which is manned by security experts who use a combination of technologies, processes, and expertise to monitor the security of an organization in real-time.

Can SOC-as-a-Service be the best solution for all UCBs?

Security Operations Center (SOC) as a Service can be a cost-effective solution for primary (urban) cooperative banks (UCBs) to adhere to the new Reserve Bank of India’s (RBI) Comprehensive Cyber Security Framework (CCSF), but it is not necessarily the best solution for all UCBs. It depends on the specific needs and resources of each individual UCB. SOC-as-a-Service provides UCBs with access to a team of security experts who can monitor and manage the bank’s security systems and respond to security incidents on a 24/7 basis. This can be especially beneficial for UCBs that lack the resources or expertise to effectively manage their own security operations.

Additionally, SOC-as-a-Service can be quite costly for UCBs, particularly for smaller banks with limited resources. These banks may prefer to implement more cost-effective security solutions, such as using security software and services, rather than outsourcing their security operations. In short, SOC-as-a-Service can be a cost-effective solution for some UCBs to adhere to the new RBI CCSF, each bank should evaluate their own specific needs and resources and determine the best solution for them to adhere to the new framework.

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Top 10 types of cyber-attacks that can compromise an organization’s security

Cyber-attacks are a growing threat to organizations of all sizes, and it is critical for companies to understand the various types of attacks they may face. Here are the top 10 types of cyber-attacks that can hamper an organization’s security:

Top 10 types of cyber-attacks

Phishing:

This type of attack is used to steal sensitive information or login credentials by tricking individuals into revealing their passwords or other personal information through fraudulent emails or websites.

Here is a list of some key cyberattack statistics as per IBM’s 2022 Cost of Data Breach Report-

• With 16% of breaches, phishing was the second most common cause, costing $4.91 million.
• During this year, 19% of data breaches used stolen or compromised credentials as their main attack vector.
• Averaging $4.5 million, breaches brought on by lost or stolen passwords.
• With a 243-day identification period and an 84-day containment period, this type of breach had the longest life cycle.
• The average amount of time taken to find and contain a data breach is 16.6% longer than this amount of time.
• With a 16% frequency and a cost of $4.91m, phishing was the second most frequent reason for breaches.

Ransomware

In a ransomware attack, hackers encrypt an organization’s data and demand a ransom payment for its release. These attacks can cripple an organization’s operations and result in significant financial losses. In 2022, ransomware remained the most common type of malware. As a result of its capacity to extort large amounts of money, it has grown in popularity among cybercriminals. Cybereason. Ransomware attacks surged dramatically in 2022, with 25% of all breaches involving ransomware attacks, according to Verizon’s 2022 Data Breach Investigations Report.

Malware

Malware attacks involve introducing malicious software into an organization’s systems to steal data or disrupt operations. Common types of malware include viruses, Trojans, and spyware. Viruses are spread more widely by employees with infected machines. 61 percent of organizations experienced malware spread by employees in 2020. By 2021, it had risen to 74 percent; by 2022, it had reached 75 percent – the highest infection rate since the SOES survey began in 2016.

Denial of Service (DoS)

DoS attacks are used to overload a network or website to make it unavailable to users. These attacks can result in significant downtime and lost revenue. Additionally, it makes it challenging for the host to recognize and defend itself against the real source of the attack. Legitimate users cannot access network resources like information systems and devices. That’s terrible news for hosts and their clients. Unfortunately, that’s also the primary security feature many of the best web hosting providers take pride in preventing DDoS attacks from disrupting services. 

It is relatively easy to launch a DDoS attack and extremely difficult to mitigate it. DDoS attacks are often too massive to handle, even with some quality CDN providers. Here are some important cyberattack statistics related to DoS attacks

• In 2022, the YoY DDoS growth is 109%.
• In Q2 of 2021, the average DDoS attack lasted 30 minutes; a year later, they averaged 50 hours.

SQL Injection

In an SQL injection attack, hackers manipulate a database through user input on a website to access sensitive information. These attacks can result in the theft of sensitive data, such as financial information or intellectual property.

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Is Your Organization Ready For the New CERT-In Guidelines?

 Here’s the best way to prep your IT infrastructure and manpower for these new cybersecurity directives

12.67 lakh was the number of Cyber Attacks registered in India till November 2022. With this severity there was a rising need of stringent directives and guidelines in order to enhance and strengthen the cyber security of the country. It was on 28^th April 2022 when the Computer Emergency Response Team (CERT-In), a department working under the Ministry of Electronics and Information Technology (MeitY), issued new policies and procedures under subsection (6) of section 70B of the Information Technology Act, 2000, relating to information security practices, procedures, prevention, response and reporting of cyber incidents for Safe & Trusted Internet. This was in line with the directive to enhance and improve cyber security in the country. The directions were to be effective from 60 days from the date of the issue of the guidelines.

Following are some of the major requisites mentioned in the guidelines

Time Clock Synchronization to NTP servers of NIC

All the service providers, Data Centers, intermediaries, government organizations, and body corporates in India shall compulsorily connect and synchronize their time with either the Network Time Protocol (NTP) server of the National Informatics Center (NIC) or the National Physical Laboratory (NPL), or with servers traceable to these NTP servers.

Cyber Incidents Reporting Within 6 Hours to CERT-In

In case of incidents all the service providers, intermediary, Data Center Government Organization, or a body corporate will here on have an obligation to report these incidents within 6 hours of noticing or being brought to notice about such incidents via email, phone or fax.

Single POC to Communicate with CERT-In

The service providers, intermediary, Data Center, Government Organization, or a body corporate must designate a single point of contact to interface with CERT-In, who when ordered or directed by CERT-In must take action or provide information or any similar assistance in a defined format to CERT-In that will contribute towards cyber security mitigation actions and enhanced cyber security situational awareness.

Maintain 180 Days Logs

It will be mandatory for all service providers, intermediaries, Data Centers, body corporate, and Government organisations to securely maintain logs of their ICT systems for a rolling period of 180 days within the Indian jurisdiction.

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Your ultimate guide to a data backup strategy

Organizations shouldn’t take cybersecurity lightly. Anti-virus software alone is not adequate to protect your critical files. Hackers spend a lot of effort devising workarounds. They eventually will. Once that happens, you won’t have to worry about your data being lost forever if you have a backup strategy in place to protect the data for your business, of course.

Why Having a data Backup Strategy is critical?

Data loss could drastically harm your reputation in addition to endangering the information of your clients. In 2019, the average cost of a breach was $7,000,000. It is estimated that 60% of organizations that experience data loss closes their doors within six months.

You could also run the risk of permanently losing your data. Malware and viruses can damage your gadgets, but these are only some of the most frequent threats. Studies show that hardware problems cause 45% of all unplanned downtime and 60% of IT specialists think that careless employees are the biggest threat to their own data. All of these risks can dearly cost your company money, and if you don’t have a solid data backup strategy in place, you face the risk of losing everything.

Even if your company can recover from a data loss, it could be costly. Research has shown that the average cost for corporations to recover from a loss is $7 million. Many firms do not frequently have access to that amount of excess money. Despite how high they are; these costs only provide a partial picture. The additional cost could be something priceless. I’m talking about your clients’ faith and confidence in you. Customers will shop elsewhere if they believe their data is not secure with you. The solution is to develop and implement a data backup strategy. By using the right tools, being prepared, and becoming trained, you can secure your data.

The Components of Efficient Backup Strategies

Before your draught your data backup plan, be aware of what should be included.

Let’s look at some best practices for data backup strategies:

Cost – You’ll need a data backup method that is reasonably priced. It’s a wise idea to think creatively with money. Consider the possible expense of a breach or loss. Then, contrast it with the anticipated cost of your data backup plan. That will help you find your way.

Where should data backups be stored? Some organizations prefer cloud-based backup. A physical backup is preferred by some people. The most cautious companies have many fallback strategies. In the event that the first one fails, they have a data backup.

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Disaster-Proofing Your Bank: A Comprehensive Guide to Recovery

Preparing for the Unexpected: A Guide to Disaster Recovery for Banks 

Disaster recovery is a crucial aspect of any business, but it is especially important for banks. Banks hold a significant amount of sensitive information and financial assets, making them a prime target for natural disasters, cyber-attacks, and other types of crises. Without a proper disaster recovery plan in place, banks can suffer devastating consequences, including loss of customer trust, financial losses, and reputational damage.

In this blog post, we will take a closer look at the importance of disaster recovery for banks and discuss some of the key considerations that should be taken into account when developing a disaster recovery plan. We'll also explore some of the most common disaster recovery strategies used by banks, and highlight some of the best practices that can help banks minimize the impact of a disaster.

First and foremost, it's important to understand that disasters can come in many different forms. A natural disaster such as a flood or a tornado can cause physical damage to a bank's facilities, while a cyber-attack can compromise sensitive information and disrupt operations. Even a simple power outage can have a significant impact on a bank's ability to conduct business.

That's why banks need to take a comprehensive approach to disaster recovery, one that covers all potential scenarios. This includes identifying critical systems and processes, establishing recovery priorities, and developing a clear chain of command to ensure that the right people are in charge during a crisis.

One effective strategy for disaster recovery is to establish a secondary location that can take over operations in the event of a disaster. This can be a physical location, such as a backup data center, or a virtual location, such as a cloud-based system. Having a secondary location in place ensures that the bank can continue to operate and provide services to customers even if the primary location is impacted by a disaster.

Another important aspect of disaster recovery is data backup and restoration. Banks must ensure that they have a comprehensive backup plan in place, one that includes regular backups of all critical data, as well as the ability to quickly restore that data in the event of a disaster. This includes not only financial data but also customer information and other sensitive information.

Overall, disaster recovery is a vital aspect of banking, and one that requires careful planning and attention. By taking the time to develop a comprehensive disaster recovery plan and implementing best practices, banks can minimize the impact of a disaster and ensure that they can continue to provide services to their customers.

In addition, let's be real, who doesn't love a good disaster recovery plan? It's like a fire drill for your bank account. In addition, let's face it, if the apocalypse does happen, you want to know your money is safe and sound.

In conclusion, banks play a crucial role in our economy, it's important for them to have a robust disaster recovery plan in place to ensure continuity of operations during a crisis. In this blog, we've discussed some of the key considerations and best practices for disaster recovery in the banking industry. With the right planning and preparation, banks can minimize the impact of a disaster and protect the financial assets and sensitive information of their customers. So, let's hope for the best but prepare for the worst.

5 Ways Cloud Computing Is Getting Smarter With AI

In a recent report, Statista predicted that by 2025, “the global value of the AI market will surpass an estimation of $89 billion per annum by 2025.” The study contends that a sizeable portion of this will occur due to the accelerated demand for Artificial Intelligence (AI) that powers Cloud computing. Artificial intelligence (AI) and cloud computing have a daily impact on millions of people’s lives in today’s digital world. Every day, digital assistants like Siri, Google Home, and Amazon Alexa demonstrate the power of AI and cloud computing. A seamless operation of verbal commands or data backup over emails, and cloud drives, showcases how AI and cloud-based resources are improving our daily lives. 

On the business side, AI technology, coupled with cloud computing, is making organizations become more efficient, strategic, and insight-driven. With the Cloud comes more flexibility, agility, and cost reduction, while artificial intelligence allows for better data management, analytics, and insights, improving customer experience and workflow optimization.

While it is well known that AI works on the ideology that machines can mimic human intelligence and can be programmed to think and act like humans, blending it with Cloud Computing has proven to be quite beneficial for businesses and organizations. With faster innovation, flexibility, agility, and scalability than any other platform, cloud computing—which is the delivery of computing services like servers, storage, databases, networking, software, analytics, and intelligence—ensures better business growth.

Experts believe that AI has the potential to revolutionize cloud computing services. AI as a service improves Cloud Computing and opens up new avenues for innovative development. Merging cloud technology and AI is an indispensable component of business and commerce in the modern world. Better data management, storage, organization, optimization, and real-time insights are made possible by the seamless, adaptable environment it creates. A significant reduction in infrastructure management enables businesses to be more agile, flexible, and cost-efficient, improving the day-to-day experience.

The integration of AI infrastructure with public, private, and hybrid clouds offers many advantages, including:

• Enhanced Data Management
• Better Security
• Intelligent Automation
• Accelerated Productivity
• Deeper Actionable Insights
• Cost-Effectiveness
• Reliability

The future belongs to AI and cloud computing. In many ways, it will revolutionize data management, storage, and processing. The five ways artificial intelligence enhances cloud computing are listed below:

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Fortifying the Virtual Frontline: Network Security for Virtualized Data Centers

“Cyberattacks are rising, and the data breach cost is higher than ever before. According to reports, the average data breach cost in 2022 was $3.86 million, with the healthcare industry being the most affected. In addition, with remote work becoming the norm due to the pandemic, securing networks and protecting sensitive data have never been more important. So don’t let your business become a statistic – take action now to secure your network.”

Want to know how you can secure your Data center network?

Here is a blog helping you to secure your virtual data centers network.

What is network security?

Network security is the process of securing a computer network from unauthorized access, misuse, malfunction, modification, destruction, or disruption. It involves a variety of technologies, tools, and processes to protect a network and the devices connected to it from cyber threats, such as hacking, malware, and ransomware. Network security includes the physical security of the network infrastructure, as well as the software and protocols used to protect the network, such as firewalls, intrusion detection and prevention systems, and encryption. The goal of network security is to ensure the confidentiality, integrity, and availability of data and resources on a network.

What is network security in Cloud Computing?

Network security in cloud computing refers to the measures and technologies implemented to protect the integrity, confidentiality, and availability of data and resources stored and processed in the cloud. This includes protecting the cloud infrastructure from unauthorized access, attacks, and breaches and ensuring that data is appropriately encrypted and transmitted securely between different components of the cloud environment. Network security in cloud computing also involves monitoring and detecting any suspicious activity on the network and implementing incident response and disaster recovery plans to minimize the impact of any security breaches.

Some examples of network security measures in cloud computing include firewalls, virtual private networks (VPNs), intrusion detection and prevention systems (IDPS), and encryption technologies.

What is the use of network security in cloud computing?

Network security in cloud computing is to protect the cloud infrastructure and the data stored and processed in it from unauthorized access, attacks, and breaches. This is important because cloud computing environments often involve shared resources and multi-tenancy, which can introduce new security risks. Network security measures in cloud computing help to ensure that only authorized users and devices have access to the cloud infrastructure and that data is transmitted securely between different components of the cloud environment.

Organizations can protect their sensitive data from unauthorized access, breaches, and attacks by implementing network security measures, leading to data loss, intellectual property, and financial losses. It also ensures that the cloud infrastructure is available to legitimate users and that the performance and integrity of the data are not affected by malicious activities. Network security also enables organizations to comply with regulatory and industry standards and to maintain the trust of their customers and clients.

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