Showing posts with label Storage. Show all posts
Showing posts with label Storage. Show all posts

Wednesday, January 1, 2025

Cloud vs On-premise Security Systems

Cloud vs On-premise Security Systems 

Wishing you a very happy new year 2025. Choosing the right security framework for your data is crucial. Cloud vs on-premise security offers distinct advantages and challenges, shaping how businesses protect sensitive information.

Understanding these differences is key to deploying a strategy that safeguards data and aligns with operational needs.

On-Premise & Cloud Security Compared

On-premise and cloud security solutions represent two fundamentally different approaches to protecting data.

On-premise security, often referred to as on-prem, involves storing data on local servers and managing it directly within the physical premises of a company. This approach provides complete control over security measures and physical security but requires significant investment in infrastructure, ongoing maintenance, and robust security teams.

Conversely, cloud security leverages remote servers managed by third-party cloud providers to store and secure data. This model offloads much of the heavy lifting of data security to the cloud provider, offering scalability, cost savings on hardware, and access to advanced security features without the same capital expenditure.

However, it relies heavily on the cloud provider’s ability to protect data and manage cyber threats effectively, potentially limiting the direct control businesses have over their sensitive data and security infrastructure.

What’s A Cloud Security?

Cloud security refers to the set of policies, technologies, applications, and controls used to protect data, applications, and the associated infrastructure of cloud computing. It is a critical component of any cloud service offered by cloud providers who manage and maintain the cloud infrastructures.

Pros:

  • Scalability: Cloud security scales with your needs, allowing for adjustments in protection as your data storage or security needs change.
  • Cost-Effectiveness: Reduces the need for major hardware investments and lowers ongoing software licenses and system maintenance costs.
  • Advanced Security Features: Typically includes robust security controls, disaster recovery plans, and frequent updates to defend against the latest threats.

Cons:

  • Dependency on Internet Connection: Requires a constant internet connection to access data, which can be a significant drawback during outages.
  • Less Control: Users have less control over their data as it is managed by the cloud service provider.
  • Potential for Data Breaches: Although secure, the external management of data may increase exposure to data breaches if not properly managed.

What’s On-Premise Security?

On-premise security involves managing the IT infrastructure and data storage on-site within a company’s facilities. This traditional IT infrastructure allows companies full control over their data and security measures.

Pros:

  • Complete Control: Organizations have full authority over their security systems, data management, and compliance with industry regulations.
  • Physical Control: Data remains within the company’s physical location, which can enhance security measures and reduce the risk of data breaches from external sources.
  • Customization: Systems can be customized to meet specific security requirements and integrate seamlessly with existing on-premise infrastructure.

Cons:

  • High Initial Costs: Requires significant capital investment in physical servers, cooling systems, and other infrastructure.
  • Maintenance and Upgrades: Responsibility for maintenance, upgrades, and security falls on the organization, requiring dedicated IT staff and additional resources.
  • Limited Scalability: Scaling up requires additional hardware and can be slower and cumbersome than cloud solutions.

Here’s A Quick Look

Feature

Cloud-based Security

On-premise Security

Initial Setup Cost

Lower upfront costs as infrastructure is hosted by the provider.

Higher upfront costs for purchasing and installing hardware and software.

Operational Expense

Ongoing subscription fees; costs spread over time.

Higher initial investment but lower ongoing operational costs.

Scalability

Easily scalable to meet growing needs without physical hardware updates.

Scaling requires additional hardware and can be time-consuming and costly.

Maintenance and Updates

Handled by the service provider, ensuring systems are always up-to-date.

Requires internal resources for maintenance and updates, potentially leading to delays.

Data Control

Data is stored off-site, requiring trust in the provider’s security measures.

Complete control over data storage and security, but requires robust internal security policies.

Access and Availability

Accessible from anywhere with an internet connection, enhancing flexibility.

Access typically limited to the on-site network unless specific remote solutions are implemented

Factors To Consider:

Infrastructure

On-premise solutions require significant local server and storage infrastructure, making them ideal for organizations with established data centers that can securely handle sensitive data.

In contrast, cloud solutions leverage the cloud infrastructure provided by vendors, reducing the need for physical storage but necessitating a reliable internet connection to access cloud data and services. This decision often depends on the capacity to effectively manage and protect the infrastructure.

Maintenance

Maintenance demands for on-premise vs. cloud security solutions differ substantially. On-premise systems require ongoing maintenance by in-house IT staff to protect the data center, perform regular backups, and update software and hardware. It can be costly and labor-intensive but offers greater control.

Cloud-based services, however, shift the burden of maintenance to the cloud provider. It includes automatic updates and disaster recovery options, reducing the workload on local IT staff and minimizing the direct control organizations have over their maintenance processes.

Compliance

Compliance with industry regulations is critical in deciding between on-premise and cloud solutions. On-premise security solutions often allow organizations to tailor their security measures and data management practices to meet specific regulatory requirements, offering a significant advantage in industries with stringent data protection standards.

While offering robust security controls and compliance with general standards, cloud services may not be suitable for all regulatory environments, particularly where the physical location and data handling are concerned. Companies must assess whether cloud or on-premise solutions align with their compliance needs and security posture.

Connectivity

Connectivity is essential when deploying any security solution. Cloud solutions typically require a strong, consistent internet connection to access data and security controls, making them dependent on the quality of the internet service. It can be a drawback in areas with unreliable connectivity.

On-premise solutions, on the other hand, often rely on internal networks, reducing dependence on external internet services and enhancing control over access management. However, this can limit the ability to remotely manage security unless solutions to incorporate automatic rerouting and other connectivity enhancements are implemented.

Storage

The choice between cloud and on-premise solutions also affects how and where data is stored. Cloud storage offers virtually unlimited capacity and scalability, which can be a significant advantage for organizations dealing with large volumes of data or those requiring the flexibility to scale quickly.

On-premise solutions provide more control over the physical storage infrastructure, which can be crucial for meeting certain regulatory compliance standards or handling highly sensitive data. However, expanding storage capacity on-premise can be costly and requires physical space and additional hardware.

Reliability

Reliability is crucial in maintaining continuous operations, especially with security systems.

On-premise systems allow for direct control over the entire infrastructure, which is more reliable in managing and foreseeing potential failures within the data center. However, these systems are susceptible to physical damage and local disruptions.

While potentially more vulnerable to internet outages, cloud solutions often offer enhanced reliability through redundant systems and data centers in various geographies, ensuring that data remains accessible and protected against single points of failure.

Security Monitoring

Effective security monitoring is vital for identifying and responding to threats in real-time. Cloud-based security solutions often come with advanced security monitoring tools that the cloud provider constantly updates to handle the latest threats. It allows security professionals to focus on strategic security planning rather than the day-to-day updates of security systems.

On-premise solutions, while offering more control over the monitoring process, require significant investment in developing and maintaining these systems.

The organization’s ability to keep pace with rapidly evolving security threats can be challenged unless ongoing updates and training are part of the operational plan.

FAQs

What is the biggest risk with cloud security?

The biggest risk associated with cloud computing is data security. Since data is stored remotely, it often traverses the internet and is managed by third parties, increasing the exposure to potential breaches. Despite robust cloud security controls, the external handling of sensitive data can raise concerns about vulnerability to cyber threats.

Is the cloud more secure than on-premises?

Cloud security has advanced significantly, often offering stronger defenses than traditional on-premises solutions due to the scale and resources of cloud providers. However, the security level can depend on specific use cases and the security measures implemented. On-premises solutions provide physical control over data, which can be crucial for certain regulatory or sensitive environments.

How do you compare cloud and on-premises computing?

Comparing cloud and on-premises computing involves evaluating key differences in cost, control, flexibility, and security. Cloud solutions typically offer greater scalability and cost-efficiency but lack the direct control and customization that on-premises infrastructure provides. On-premises computing requires substantial upfront investment and ongoing maintenance but offers enhanced control over security, making it suitable for organizations with strict data security parameters.

Key Takeaways

Choosing between cloud and on-premises security solutions depends on specific business needs, security requirements, and operational preferences. Cloud computing offers scalability and advanced security managed by specialists, making it ideal for businesses that need flexibility and state-of-the-art protection.

On-premises solutions, while potentially more costly and complex to manage, provide complete control over data and systems, which can be critical for certain regulatory environments.

If you’re evaluating the best path for your organization’s security strategy and need expert advice, contact us today for a free consultation. Our security professionals are ready to assist you in making an informed decision that aligns with your security posture and business objectives.

Friday, March 1, 2024

Cyber Scams on the Rise in India

Unmasking the Surge: Cyber Scams on the Rise in India 

Cybercrime refers to criminal activities that are carried out using computers, computer networks, or the internet as tools or target.  Thеsе illegal activities can take various forms and can encompass a wide range of actions,  from financial fraud and data theft to online harassment and cybеr espionage.

Alarming reports suggest a surge in cyberattacks in India during the first three months of 2023, with over 500 million attacks thwarted out of a billion global attempts, as per the 'State of Application Security Report'.

Almost half the complaints, 1.56 million, were registered in 2023. Since 2019, more than 66,000 FIRs have been filed across states and Union territories based on these complaints.

Cyber scams have witnessed a significant rise in India, with multiple factors contributing to this concerning trend. Let's delve into a detailed analysis of the reasons behind the increasing prevalence of cyber scams in the country:

1. Rapid Digitalization: 

India is experiencing a massive digital transformation, with a growing number of people embracing online platforms for various activities like banking, shopping, and communication. This increased digitalization has provided cybercriminals with a larger pool of potential targets and opportunities to exploit vulnerabilities in the digital ecosystem.

2. Rising Internet Penetration: 

The widespread availability of affordable smartphones and internet connectivity has led to a surge in the number of internet users in India. As the internet user base expands, so does the potential victim pool for cyber scammers.

3. Lack of Cyber Awareness: 

A significant portion of the Indian population, particularly in rural areas and older age groups, may not have adequate knowledge of cybersecurity best practices. This lack of awareness makes them more susceptible to falling prey to various cyber scams, such as phishing emails, fake websites, and lottery frauds.

4. Sophistication of Cybercriminals: 

Cybercriminals have become increasingly sophisticated in their techniques and tools, making it challenging for individuals and organizations to detect and protect against their attacks. Advanced phishing emails, malware, and social engineering tactics are some of the methods employed by cyber scammers to exploit their victims.

5. Inadequate Cybersecurity Infrastructure: 

Despite the increasing cyber threats, many organizations and individuals in India still lack robust cybersecurity infrastructure and practices. This inadequacy leaves them vulnerable to cyber attacks, data breaches, and financial losses.

6. Lack of Stringent Regulations: 

The absence of stringent cybersecurity regulations and penalties for cybercrime in India can be perceived as an opportunity by cyber scammers. The absence of severe consequences for perpetrators may embolden them to continue their illicit activities.

7. Increasing Online Transactions: 

The rise of e-commerce and digital payment platforms has led to a surge in online transactions. This digital financial ecosystem attracts cyber scammers who seek to exploit security loopholes and trick users into divulging sensitive financial information.

8, Insider Threats: 

Insider threats, where current or former employees with access to sensitive data engage in fraudulent activities, can pose significant risks to businesses and individuals alike.

9. Global Nature of Cybercrime: 

Many cyber scams originate from outside India, taking advantage of the borderless nature of the internet. These international cyber threats may pose jurisdictional challenges for law enforcement agencies and hinder effective prosecution.

Root Cause to this: -

The rapid digitalization, rising internet penetration, lack of cyber awareness, and the increasing sophistication of cybercriminals are some of the key reasons behind the rise of cyber scams in India.

To combat this growing menace, there is an urgent need for enhanced cybersecurity awareness, investment in robust security measures, and the formulation of stringent cybersecurity regulations.

Additionally, continuous education and training in cybersecurity best practices for individuals and organizations can play a vital role in thwarting cyber scammers and creating a safer digital environment for all. Do not install non-NDAA approved IP Camera, NVR etc. Do not use China Based origin brand IP camera NVR etc.

Here are other takeaways for 2023:

  • Imposter scams. Imposter scams remained the top fraud category, with reported losses of $2.7 billion. ...
  • Investment scams. While investment-related scams were the fourth most-reported fraud category, losses in this category grew. ...
  • Social media scams. ...
  • Payment methods. ...
  • Losses by age.

Cybercrime Laws In India

1.   Information Tеchnology Act, 2000 (IT Act): Thе Information Tеchnology Act,  2000,  is thе primary legislation that dеals with cybеrcrimеs in India.  It was amеndеd in 2008 to kееp up with еvolving tеchnology and cybеr thrеats.  Kеy provisions of thе IT Act includе:

2.   Sеction 43: This sеction dеals with unauthorizеd accеss to computеr systеms and data. It providеs for pеnaltiеs for unauthorizеd accеss,  downloading,  or introduction of computеr virusеs.

3.   Sеction 65: This sеction dеals with tampеring with computеr sourcе documеnts, and it imposеs pеnaltiеs for altеring,  damaging,  or dеlеting data with thе intеnt to causе damagе or harm.

4.   Sеction 66: This sеction addrеssеs computеr-rеlatеd offеnsеs, such as hacking,  and prеscribеs pеnaltiеs for unauthorizеd accеss to computеr systеms,  nеtworks,  or data.

5.   Sеction 66A (Rеpеalеd): Sеction 66A was controvеrsial and was struck down by thе Suprеmе Court of India in 2015 bеcausе it was dееmеd to bе infringing on frее spееch rights.

6.   Sеction 66B: This sеction dеals with dishonеstly rеcеiving stolеn computеr rеsourcеs or communication dеvicеs.

7.   Sеction 66C: It pеrtains to idеntity thеft and thе usе of somеonе еlsе’s idеntity for fraudulеnt purposеs.

8.   Sеction 66D: This sеction dеals with chеating by pеrsonation using a computеr rеsourcе.

9.   Sеction 67: This sеction addrеssеs thе publication or transmission of obscеnе matеrial in еlеctronic form and imposеs pеnaltiеs.

10.Sеction 69: This sеction providеs thе govеrnmеnt with thе powеr to intеrcеpt and monitor еlеctronic communications for rеasons rеlatеd to national sеcurity.

11.Sеction 70: This sеction dеals with thе protеction of critical information infrastructurе and providеs for thе appointmеnt of a National Critical Information Infrastructurе Protеction Cеntrе (NCIIPC).

12.Sеction 72: It dеals with thе brеach of confidentiality and privacy and imposеs pеnaltiеs for disclosing pеrsonal information without consеnt.

13.Information Tеchnology (Amеndmеnt) Act, 2008: This amеndmеnt act еxpandеd thе scopе of thе IT Act and introducеd provisions rеlatеd to data protеction,  data brеachеs,  and increased pеnaltiеs for cybеrcrimеs.

Tracking WhatsApp messages or any other form of electronic communication without proper legal authorization is typically illegal and a violation of privacy.  However, undеr certain circumstances and with appropriate legal processes,  law enforcement agencies and cybеr cеlls may bе able to access WhatsApp messages as part of a criminal investigation. WhatsApp usеs еnd-to-end encryption, which means that messages arе scramblеd and can only bе decrypted by thе intended recipient.  WhatsApp itself does not have accеss to thе content of messages. To access WhatsApp messages for investigative purposes’, law enforcement agencies typically nееd to obtain proper lеgal authorization,  such as a court-issued warrant or a lawful court order.

Government of India has banned 17 Chinese companies from participating in tenders in India and warned private companies that do business with government entities against using these Chinese products. This is being seen as a significant crackdown on Chinese products that were entering the country after changing their brand names and tying up with Indian entities, ostensibly to hide their place of origin, and thus impacting the strategic and security interests of India while benefiting the Chinese economy.

The companies that have been banned include Xp-pen, Highvision Hikvision, Lenovo, Dahua, Lava, Ottomate, Xolo, Airpro, Grandstream, Wi-Tek, Realtime, Maxhub, Nokia, Domino, Reputer and Tyco.

The Sunday Guardian, last year, had revealed about Chinese products being used in government public sector undertakings that are working in the strategic sectors (Indian PSUs continue reliance on Chinese equipment in strategic sectors, 26 February 2023).

As per the government order released on the last day of January, the Indian sellers of these Chinese brands and the catalogs uploaded by them have been removed from Government e Marketplace (GeM) and they are not eligible for participating in any bid on GeM. The order has also said GeM will cancel those orders where the products of these Chinese companies are found to be used for the bid.

Seventy products, the maximum on the list, that have been banned belong to Hangzhou Hikvision Digital Technology Co., Ltd., often shortened to Hikvision. Its Indian face is Prama Hikvision (India) Pvt. Ltd. It is one of the biggest suppliers to Indian government agencies.

Similarly, DNS overseas, which handles products brought from the Beijing-based Hanvon Ugee Group and is a big player in the tablet market in India, has been removed from the GeM portal.

Twenty two products made by Lenovo, including servers, have been banned. Not many are aware that Lenovo is of Chinese origin.

Lenovo, founded in 1984, is seen as a product of the Chinese Academy of Sciences (CAS)—the Chinese-government’s premier institution of scientific research. CAS is reported to have extensive ties to the Chinese military.

Five products of Zhejiang Dahua Technology Company Limited, a publicly traded company based in Binjiang District, Hangzhou, which manufactures video surveillance equipment and sells its products in India under the brand name “Dahua” also features on the banned list.

Nineteen products of Lava International, whose brand ambassador is actor Kartik Aaryan, and has used cricketer Mahendra Singh Dhoni in the past, too have been banned. Also put on the banned list are products made under the brand name “Ottomate”, which is also a part of the Lava group. The products that have been banned include smart phones, fans and tablets. While Lava is seen as an Indian company, its products are made in China and then sold in India under a new brand name.

Thirteen products of Airpro have been put on the banned list including routers and cameras.

Five products of Grandstream and W-Tek that are sold in India by Cohesive Technologies have been removed from the portal.

Thirty one products made by “Realtime” and sold by Realtime Biometrics India Private Limited companies that include boom barriers, biometric access system, CCTVs have been banned.

The government has also come down heavily on the Chinese entity, Maxhub that sells its products through Shiyuan India Private Limited. A total of 18 of its products have been banned.

Six products sold by Hmd Mobile India Private Limited that are made by Nokia have been banned. According to industry insiders, the banned products are being manufactured in China. The brand had launched a media blitzkrieg a few years ago to convince Indian nationals that it was not making its products in China.

Seven products made by Tyco and marketed in India by Tyco Safety Products (India) Private Limited, two of Domino sold in India by Domino Printech India Llp and one of Reputer sold domestically by Innovitiq have been banned.

However, what has piqued industry insiders and security watchers is that many entities with notable Chinese investments and control that are active in India have not been added to this list.

These include products made by Huawei, Alcatel Lucent—a French company now owned by Chinese promoters, TvT, Tiandy Technologies and Uniview. All these companies have a significant presence in India and have been dealing with government agencies for a long time now.

On 6 August 2020, a Registration Committee under Department of Expenditure Order was constituted under the chairpersonship of Manmeet Kaur Nanda, a 2000 cadre IAS officer, who was then Joint Secretary, Department for Promotion of Industry and Internal Trade, to consider applications received for registration of bidders from countries that share land border with India for participation in public procurement.

It is this committee that keeps an eye on the products from the identified countries and evaluates the risk, if any, that is poised by them. In November 2023, Nanda moved as Joint Secretary to the Cabinet Secretariat. Sources in Government of India said that this is not an exhaustive list and more companies will be added on the list as per inputs that the concerned officials will receive.

Thursday, December 15, 2022

Internet of Things and the Cloud Ecosystem

Internet of Things and the Cloud Ecosystem

Internet of Things or IoT refers to an ecosystem of devices/things that are connected to each other over a network enabling communication among them. These connected devices are equipped with UIDs (Unique Identifiers). Once a device or gadget is represented digitally, it can be controlled or managed from anywhere. This helps to capture and transfer data from different places with minimal human intervention, increasing efficiency and improving decision making.

Broadly, Internet of Things can be classified into Consumer IoT (CIOT)) and Industrial or Enterprise IoT (IIoT). The key difference between CIoT and IIoT mainly lies in the type of devices, application and the technologies that power them.

Consumer IoT

Home Security and Smart Homes is one of the major areas where Consumer IoT is becoming very important.  Monitoring intrusions, authorizing entries, controlling appliances remotely, all these are examples of Consumer IoT applications.  Personal Healthcare is another area, which has benefitted extensively from Consumer Internet of Things. Personal wearable healthcare devices like fitness bands, track and monitor performance over time, providing information on progress and improvement. Blood pressure and heart rate bands powered by IoT can connect us directly to the healthcare system and provide timely assistance and alerts when needed. Other areas in the healthcare industry wherein IoT can play a crucial role include patient surveillance, care of the elderly and the disabled.

Industrial IoT

Enterprise and Industrial IoT applications can automate business processes that depend on contextual information provided by embedded devices such as machines, vehicles and other equipment. In recent years, Internet of Things has been gaining wide applicability, notably in Industrial and Enterprise environment as it provides a convenient mechanism to connect devices, people and processes. Organizations are looking at upgrading their existing resources to bring all their legacy systems under the IoT ecosystem. The key here is to ensure seamless interoperability, connectivity, scalability, and stability among various components in the ecosystem.  Some of the areas where organizations can bring in easy, yet beneficial changes with IoT are,

o   Asset tracking

o   Resource Management

o   Inventory management

o   Job/Task distribution

Cloud Ecosystem

The cloud ecosystem offers a platform to connect, collaborate and innovate. While IoT generates data from various physical systems in the ecosystem, cloud enables a seamless data flow and quick communication among these devices. It’s a complex system of connected devices that work together to create an efficient platform. The resources that can be delivered through cloud ecosystem include computing power, computing infrastructure (servers and storage), applications, business processes and more. Cloud infrastructure has the following characteristics, which differentiate it from similar distributed computing technologies:

o   Scalability

o   Automatic provisioning and de-provisioning of resources

o   Cloud services accessible through APIs

o   Billing and metering in a pay-per-use model

o   Performance monitoring and measuring

o   Security to safeguard critical data

How do IoT and the Cloud go hand in hand?

Internet of Things and cloud computing are complementary in nature. IoT benefits from the scalability, performance and pay-per-use model of cloud infrastructure. The cloud reduces the computational power needed by organizations and makes data processing less energy-intensive. These facilitate business analytics and collaborative capabilities which help organizations in rapid development of new products and services. The benefits of combining IoT and the cloud are:

o   Quicker deployment of data and thus, quicker decision making

o   Easy navigation through data

o   Flexible payment options

o   Decreased costs on hardware and software

o   High degree of scalability

Conclusion

According to SoftBank, by 2025 about 1.0 trillion devices are expected to be connected over Internet of Things. The rapid development in the field of IoT technology and the fast-paced business environment has made IoT an inevitable choice for organizations. IoT is bridging the gap between physical systems and digital world, hence increasing productivity in both consumer and industrial environment.

IoT service providers assist organizations to transform their infrastructure by providing IoT sensor nodes and IoT Gateway Devices, integrating the communication Frameworks and protocols and providing the Applications [Web/Cloud Applications and Client Applications], to bridge the legacy systems to the IoT infrastructure. IoT Service Providers identify congestions in the enterprise functioning and help the organization to achieve increased efficiency by enabling systematic and intelligent tracking, monitoring, communication and decision-making system. Mistral, as a technology service provider can help you realize your IoT strategy by providing IoT Device Designs and IoT Gateway Designs based on powerful processors from Intel, Texas Instruments, Qualcomm, NXP/Freescale and open source platforms. We can help you through IoT Protocol Development, Web/Cloud/PC Applications integrating with the legacy system to provide a seamless IoT enabled solution for enterprise and industrial automation.

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