In today’s rapidly evolving cybersecurity landscape, organisations face the daunting task of protecting their digital assets against increasingly sophisticated threats. Amidst this complexity, understanding the distinction between Privileged Access Management (PAM) and Identity Management (IdM) is crucial for implementing robust security measures.

Traditionally, perimeter-based security measures have proven ineffective in combating modern cyber threats. The focus has shifted towards securing communications between users, systems, and networks, highlighting the importance of PAM and IdM in safeguarding access and identities.

Privileged users, often comprising just one out of 200 users, pose significant cybersecurity risks due to their access to critical resources. PAM is primarily concerned with managing these privileged users’ access to critical assets and auditing their activities. On the other hand, IdM focuses on managing basic user identities, authorizations, and access to resources for regular users.

While both PAM and IdM are integral components of a comprehensive cybersecurity strategy, they serve distinct purposes. To effectively bridge the gap between PAM and IdM, organisations must adopt a holistic approach to cybersecurity. This entails leveraging a combination of Privileged Identity Management (PIM), PAM, and Identity and Access Management (IAM) solutions to address varying security needs comprehensively.

Furthermore, in an era characterized by borderless, passwordless, keyless, and biometric authentication, traditional security measures are no longer sufficient. The Zero Trust model emerges as a future-proof cybersecurity framework, emphasising continuous verification and stringent access controls for all users, applications, and devices.

As organisations navigate the complexities of modern cybersecurity threats, integrating PAM and IdM within a Zero Trust framework is essential for enhancing security posture and mitigating risks effectively. By embracing innovative technologies and adopting proactive security measures, organizations can safeguard their digital assets and uphold the integrity of their operations in an increasingly interconnected world.

Keen to find out more about cybersecurity solutions for your organisation? DataGroupIT is a seasoned valued-added cybersecurity distributor with clients throughout South, West and East Africa. Get in touch with us on info@datagroupit.com

The post Bridging the Gap Between Privileged Access Management & Identity Management appeared first on DataGroupIT.

Recently, the Companies and Intellectual Property Commission (CIPC) of South Africa fell victim to a significant data breach, highlighting alarming vulnerabilities in cybersecurity practices. This breach, disclosed on February 29, 2024, has raised pertinent questions about the security of sensitive information held by South African companies and the steps needed to mitigate risks effectively.

The CIPC, entrusted with maintaining business and intellectual property registrations, acknowledged the breach under the Protection of Personal Information Act. Personal information of clients and CIPC employees was unlawfully accessed and exposed, signalling a grave concern for data security in the region.

While the full extent of the breach is still under investigation, it has been emphatically recommended that CIPC account holders take urgent action to safeguard their information. Low hanging fruits include taking the time to change account passwords as well as vigilantly monitoring banking transactions to prevent unauthorized access and potential financial losses.

The hack underscores the broader issue of cybersecurity in South African companies. With the prevalence of hacking incidents and data breaches, organisations must prioritize robust cybersecurity measures to protect themselves and their clients. And although each organisation has its own unique cybersecurity posture needs and approaches, the general best practices to consider include:

Enhanced Data Protection: Implementing stringent data protection measures, including encryption and multi-factor authentication, can significantly reduce the risk of unauthorised access to sensitive information.

Regular Security Audits: Conducting regular security audits and assessments can help identify vulnerabilities in systems and address them promptly, ensuring proactive defence against potential cyber threats.

Employee Training and Awareness: Educating employees about cybersecurity best practices and raising awareness about the importance of data security can empower them to identify and report suspicious activities, thereby strengthening the overall security posture of the organization.

Collaboration with Regulatory Bodies: Collaborating with regulatory bodies and law enforcement agencies can facilitate information sharing and prompt response to cyber incidents, enabling swift mitigation of risks and protection of stakeholders.

Continuous Monitoring and Response: Establishing robust monitoring systems and response protocols can enable organizations to detect and respond to cyber threats in real-time, minimizing the impact of potential breaches on operations and reputation.

Ultimately, companies in South Africa must recognize the critical importance of prioritising cybersecurity measures to safeguard their data and protect the interests of their clients. By adopting a proactive approach to cybersecurity and implementing comprehensive risk mitigation strategies, organisations can mitigate the risks posed by cyber threats and uphold trust and integrity in their operations.

Keen to find out more about cybersecurity solutions for your organisation? DataGroupIT is a seasoned valued-added cybersecurity distributor with clients throughout South, West and East Africa. Get in touch with us on info@datagroupit.com

The post The CIPC hack and what it means for South African companies appeared first on DataGroupIT.

The rise of digitalization and digital economies is shaping a dynamic digital landscape across Africa. Software engineers play a pivotal role in this transformation, driving economies through the design, development, testing, and maintenance of software applications that impact various facets of life, such as agriculture, healthcare, education and even banking. It’s on the same ambition that the World Bank’s Digital Economy for Africa Initiative aims to ensure digital enablement for every individual, business, and government in Africa by 2030, aligning with the African Union’s Digital Transformation Strategy for Africa.

However, as governments increasingly shift towards digital service delivery and participation in initiatives like the African Continental Free Trade Area (AfCFTA), cybersecurity becomes a critical concern. Focusing on Kenya, with a current internet penetration of 32.7 percent and a projected significant increase in internet users by 2028, the country must address cybersecurity issues. The success of Mpesa, Safaricom’s mobile money service, with an impressive 2,600 transactions per second, underscores Kenya’s prominence in the digital world.

This digital transformation extends beyond the telecommunication and financial sector to the public sector, where the Kenyan government has digitized a substantial portion of its services through the e-citizen platform. Even educational institutions, traditionally resistant to technological integration, have embraced digital tools, emphasizing their importance during events like the COVID-19 pandemic.

The widespread use of mobile internet has facilitated online shopping, with categories like fashion and electronics dominating the space. Social media has become a dominant mode of communication, and even dating apps, once considered Western, are gaining acceptance in the country.

Behind these positive trends, however, looms a significant threat – cybersecurity attacks.

In 2023, Kenya experienced 860 million cyberattacks, ranking among the top three most targeted countries in Africa, according to the Communication Authority (CA) of Kenya. In January of that year, CA identified sectors such as financial services, healthcare, education, energy, utilities, and government agencies were particularly targeted. In July same year, a multitude of government services through e-citizen were paralyzed due to a cyber-attack by hackers identifying themselves as “Anonymous Sudan,” fortunately without any reported data loss, according to the Cabinet Secretary Ministry of Information, Communications & the Digital Economy, Eliud Owalo.

Addressing challenges in the IT sector, especially cybersecurity, necessitates a robust response. This involves not only implementing but also revising, monitoring, and evaluating cybersecurity policies, frameworks, and regulations. It requires a focus on developing cybersecurity skills and fostering collaboration between the private sector and government.

Kenya, being a leader in internet usage in Africa, has the opportunity to enhance its cybersecurity capabilities. This includes promoting in-country developed cybersecurity experts through skills audits in collaboration with the government and private sector. Establishing a cybersecurity professional certification/accreditation framework under the National Information, Communication, and Technology policy is a viable option to regulate the space.

Collaboration between the private sector and government is crucial, not only in training and capacity building but also in benchmarking and resourcing institutions for a secure cyberspace.

As Kenya continues its role as a digital leader in Africa, recognising the interconnectedness of software engineering and cybersecurity is crucial. The success story in digital transformation should be accompanied by a parallel commitment to fortify the nation’s cyber defences. Through collaborative efforts, policy enhancements, skills development Kenya can navigate the dynamic digital era with resilience and security.

The post Fortifying Kenya’s Digital Frontier: Navigating the Evolving East African Cybersecurity Landscape appeared first on DataGroupIT.

As the digital landscape evolves, so to do the threats that businesses in Nigeria face. In recent years, the country has witnessed a surge in cyberattacks, with ransomware emerging as a particularly formidable threat. The rise of Ransomware-as-a-Service (RaaS) presents a concerning trend, amplifying the risk of cyber incidents and underscoring the need for robust cybersecurity measures.

The National Cyber Threat Forecast 2024 from the Cyber Security Experts of Nigeria (CSEAN) highlights the pervasive impact of ransomware groups and other malware variants on both public and private sector organisations. These attacks, facilitated by factors such as poor patching practices and reliance on cracked software, have resulted in significant operational disruptions and financial losses.

Ransomware-as-a-Service operates on a business model where cybercriminals sell or lease their malware variants to affiliates, enabling them to execute sophisticated cyberattacks with ease. This accessibility, coupled with the prevalence of outdated software and unaddressed security vulnerabilities, poses a persistent and growing threat to Nigerian businesses.

To mitigate the risk posed by ransomware attacks and other cyber threats, organisations must prioritize proactive cybersecurity measures. Prompt patching, avoidance of unauthorised software, and implementation of robust monitoring practices are essential steps recommended by CSEAN to bolster cybersecurity defences.

Moreover, the use of AI-powered scams presents another dimension to the cybersecurity landscape in Nigeria. Attackers are leveraging AI tools to orchestrate personalised phishing attacks and automate large-scale cyberattacks, thereby increasing the sophistication and efficacy of their tactics. Addressing these evolving threats requires a comprehensive approach, encompassing collaboration between public and private sectors, adoption of updated computing resources, and adherence to cybersecurity best practices.

As businesses navigate the complex cybersecurity landscape, staying abreast of emerging threats and implementing proactive measures will be crucial in mitigating risks and safeguarding against potential cyber incidents.

By prioritizing cybersecurity readiness and adopting a proactive stance, Nigerian businesses can fortify their defences and uphold the integrity of their digital infrastructure amidst evolving cyber threats.

Keen to find out more about cybersecurity solutions for your organisation? DataGroupIT is a seasoned valued-added cybersecurity distributor with clients throughout South, West and East Africa. Get in touch with us on info@datagroupit.com

The post Nigeria’s Cyber Security Battleground: Inside the Rise of Ransomware and AI-Powered Scams appeared first on DataGroupIT.

Cybercriminals are no longer relying on the conventional “spray and pray” tactics. Instead, they are investing time and effort in crafting attacks tailored to specific targets, resulting in potentially larger payoffs. This change is facilitated by advanced tools such as CAPTCHA-breaking AI techniques and Generative AI, which allow attackers to conduct detailed reconnaissance on their targets’ digital footprints.

The Challenge of Traditional Security Tools

Many current security platforms are grounded in a combination of supervised machine learning, deep learning, and transformers. This traditional approach, which often involves merging a company’s data with a larger, cloud-based dataset, is increasingly ineffective against novel attacks. These methods, based on historical data, struggle to recognise, and counteract new and unique threats.

Darktrace’s latest white paper, “The CISO’s Guide to Cyber AI,” highlights a ground-breaking approach to cybersecurity – Self-Learning AI. This AI paradigm is designed to continuously adapt and learn from an organisation’s unique digital environment. Unlike conventional methods, Self-Learning AI does not rely on pre-existing data or patterns. It creates a dynamic and constantly updated understanding of what constitutes ‘normal’ behaviour, enabling it to detect and respond to anomalies in real-time.

Recent analytics from Darktrace indicate a significant rise in novel cyber-attacks. These attacks are becoming faster, smarter, and more personalized, challenging the traditional cybersecurity defences. The trend towards multistage payload attacks, QR code phishing, and sophisticated automation tactics is accelerating, necessitating a more advanced and proactive response.

The Need for a Tailored Cybersecurity Approach

The one-size-fits-all mindset is no longer viable in the face of these evolving threats. Cybersecurity solutions must be tailored to an organisation’s specific needs and environment. This bespoke approach is the only way to effectively identify and neutralise unique threats that have not been seen before.

Darktrace is leading the way with its autonomous response technology. This technology does not merely alert analysts to potential threats but actively responds to them. Depending on where it is deployed, Darktrace’s solutions can take specific actions like blocking anomalous network connections, isolating compromised cloud assets, or neutralising threatening email elements, all while ensuring normal business operations continue uninterrupted.

In this new landscape, where generative AI enables cybercriminals to launch highly personalised attacks, cybersecurity must also become personal. Darktrace’s Self-Learning AI offers this personalised security, learning and adapting to an organisation’s unique environment. This approach is critical for identifying and countering novel threats, from sophisticated phishing attacks to advanced automated malicious code.

For CISOs and security teams, understanding and leveraging the right AI tools is key to staying ahead in this new era of cyber threats because as cyber threats continue to evolve, so must our defences, and embracing intelligent, adaptive AI is the way forward.

The post Navigating the Evolving Cybersecurity Landscape with AI appeared first on DataGroupIT.

The Call for Pause and Governance

A pivotal moment occurred in March 2023 when over 30,000 people, including prominent technology leaders, advocated for a temporary halt in AI development beyond ChatGPT-4’s capabilities. This bold initiative, rooted in a profound understanding of AI’s potential risks, urged a collaboration between policymakers and AI developers to establish robust AI governance mechanisms. The proposal emphasised the necessity of overseeing and tracking high-risk AI systems, exploring watermarking technologies to differentiate real from artificial, implementing stringent auditing systems, and enforcing AI-specific risk management.

Regulatory responses to AI have been brewing for some time. The European Union, always a step ahead, introduced the comprehensive AI Act, imposing hefty penalties for non-compliance. Similarly, financial regulators in the U.S. and the UK have equated AI model governance with other critical risk management processes. The White House’s AI Bill of Rights further hints at upcoming, more stringent AI regulations.

The essence of AI governance lies in its ability to prevent harm and foster trust. Organisations should embrace a “do no harm” principle, acknowledging the potential impacts of AI across all societal segments throughout its lifecycle. Trustworthy AI, as defined by the EU AI Act and NIST’s AI Risk Management Framework (AI RMF), encompasses legal compliance, technical robustness, ethical soundness, and various other attributes like reliability, security, accountability, transparency, privacy, fairness, and the management of harmful bias.

Practical Steps for Implementing AI Governance

Identification: It’s crucial to know and document your AI systems. This includes understanding the context, development details, monitoring information, risks and impacts, and change management processes. Resources like the NIST AI RMF and the EU AI Act can provide valuable guidance.

Risk Assessment: Assessing AI systems’ risks is vital to understand potential harms and necessary controls. This involves considering data classification, functional importance, and specific AI usage. The EU AI Act and other frameworks provide guidelines for categorising risks and prohibited AI uses.

Implement and Assess Controls: Controls should be implemented across all AI lifecycle stages, tailored to identified risks. This includes policy drafting, ethical assessments, data governance, risk management, model reviews, and clear deployment strategies. The EU AI Act’s conformity assessment is a critical step for high-risk AI systems.

Ongoing Monitoring: Continuous monitoring of AI systems in production is essential, encompassing control reassessment, regular reviews, incident tracking, and risk identification. Proactive incident reporting and effective communication strategies are key.

Ultimately risk managers must utilise existing frameworks to govern AI effectively while adapting to AI’s unique challenges. By identifying, assessing, controlling, and monitoring AI systems, organisations can harness AI’s benefits while mitigating risks. Given the rapid advancements in generative AI, staying agile and forward-thinking in regulatory compliance is crucial for effective AI governance.

The post AI Governance: Navigating the New Frontier of Technology appeared first on DataGroupIT.

1. Ensuring Business Continuity

In today’s fast-paced digital world, downtime is not an option. A DDoS attack can cripple your network, leading to significant service disruptions. Imperva’s Contingency DDoS Protection acts as a vital component of your business continuity strategy. It ensures uninterrupted service delivery to your customers, even in the face of software or hardware failures. This secondary layer of protection means that your business remains operational, maintaining your reputation and revenue streams.

2. Increased Network Resilience

With regulations like the EU’s Digital Operations Resilience Act (DORA) emphasizing operational resilience, it’s clear that having a robust defensive strategy is not just a choice but a necessity. Imperva’s solution enhances your network’s resilience, providing a safety net when your primary DDoS protection falters. This added layer of security is crucial, especially as digital service outages increasingly impact businesses and economies globally.

3. Thwarting Opportunistic Attackers

Cybercriminals often exploit vulnerabilities during unexpected service disruptions. Imperva’s solution counters this by offering near-instant crossover, ensuring continuous mitigation capacity. This rapid response capability is crucial, as every second of downtime can result in substantial financial and reputational losses. With Imperva’s Contingency DDoS Protection, your network remains shielded against such opportunistic attacks.

4. Cost-effective Recovery

The aftermath of a DDoS attack can be financially draining. Redirecting resources to service restoration and recovery incurs additional costs, often exceeding those caused by the outage itself. Imperva’s solution mitigates this by providing ongoing protection, eliminating the need for extensive recovery efforts. This proactive approach not only saves costs but also ensures peace of mind.

Imperva’s Contingency DDoS Protection includes built-in connectivity monitoring at no extra cost. The user-friendly, real-time dashboards keep you informed about the health of your deployment. This feature ensures that the solution is always ready to meet your service demands. Additionally, regular testing as part of a contingency playbook guarantees solution availability, ensuring that it functions seamlessly when most needed.

Ultimately, Imperva’s Contingency DDoS Protection is a strategic investment for any organization with a digital presence. It’s not just about having a backup; it’s about ensuring uninterrupted service, enhancing network resilience, deterring attackers, and minimizing recovery costs. With regulations tightening and cyber threats escalating, Imperva’s solution stands out as an essential component of a comprehensive cybersecurity strategy.

The post Securing Digital Resilience: The Essential Role of Contingency DDoS Protection in Business Continuity appeared first on DataGroupIT.

The Ransomware Reality: More Than a Digital Nuisance

Ransomware, a formidable predator in the digital realm, takes vital data hostage, demanding hefty ransoms for its release. Its impacts are devastating, causing not just financial losses but also operational paralysis, eroding customer trust, and inflicting long-term reputational damage. These attacks can create a ripple effect, plunging every facet of a business into strategic chaos.

To combat this, a proactive, layered defence strategy is essential, combining advanced technology and a culture of cyber security awareness to counter ransomware tactics.

Check Point’s Vanguard Approach to Ransomware Defence

In the frontline against ransomware, Check Point stands out with its comprehensive, multi-layered defence solutions. These are designed to protect endpoints, mobile devices, emails, and network perimeters, offering a robust security system that’s always one step ahead of ransomware threats.

For instance, Check Point’s Harmony Endpoint serves as a critical line of defence. It offers runtime protection against ransomware attacks, even offline, and includes a Behavioural Guard that detects, blocks, and remediates ransomware activity. This ensures system integrity and prevents potential damage.

Harmony Mobile addresses the increasing threats in mobile security. It safeguards against malicious downloads and scans for threats in mobile apps, ensuring your mobile workforce remains productive and secure. While Harmony Email & Collaboration uses advanced sandboxing techniques to intercept ransomware-laden emails and extends protection across productivity apps like Teams, SharePoint, and OneDrive.

Quantum Security Gateways provide a comprehensive defence against external cyber threats. These gateways proactively use AI to identify and stop zero-day threats and phishing attempts, not just react to them.

Best Practices for Ransomware Prevention

Beyond employing the right tools, prevention also involves cultivating proper cyber security habits. This includes:

Cyber Awareness Training: It is important to educate your workforce on cyber security basics, such as phishing recognition and password security, and keep them updated on the latest threats.

Regular Data Backups: Strive towards implementing encrypted backups of critical data and regularly test them for reliability.

System Patching: It is also imperative to regularly update systems, focusing on security patches to protect against vulnerabilities.

Robust Endpoint Protection: Use sophisticated antivirus and antimalware programs, like the Check Point suite, for ongoing surveillance and threat detection.

Ultimately, as ransomware becomes more sophisticated, protecting your organisation transitions from a necessity to a responsibility. Cyber security solutions like Check Point’s provide advanced strategies and solutions for safeguarding networks, endpoints, mobile devices, web browsers, emails, and collaboration tools. They are an indispensable resource for CISOs and security teams aiming to stay ahead of cyber threats.

The post Ransomware on the rise: How to safeguard your organisation appeared first on DataGroupIT.

AI and Machine Learning: Embracing the Power and Perils

Artificial intelligence and machine learning are set to dominate the cybersecurity conversation in 2024. The rise of AI-directed cyberattacks will see threat actors leveraging AI for rapid development of new malware and ransomware variants. Cyber defenders are not far behind, investing significantly in AI for cybersecurity to guard against advanced threats. As regulations on AI use in cybersecurity take shape, responsible and ethical deployment becomes a crucial focus.

“Our reliance on AI for cybersecurity is undeniable, but as AI evolves so will the strategies of our adversaries. In the coming year, we must innovate faster than the threats we face to stay one step ahead.” – Sergey Shykevich, Threat Intelligence Group Manager, Check Point Software Technologies.

GPU Farming: The Cloud as a Lucrative Battlefield

As the popularity of generative AI continues to soar, the cost of running massive models skyrockets. In response, hackers eye cloud-based AI resources as a lucrative opportunity, with a focus on establishing GPU farms to fund their AI activities. Drawing parallels to past trends like Crypto Mining, 2024 anticipates GPU Farming as the latest and most sought-after target in cloud-based cyberattacks.

Supply Chain and Critical Infrastructure Attacks: A Call for Stricter Protocols

The increase in cyberattacks on critical infrastructure prompts a shift towards “zero trust” models. These models necessitate verification from anyone attempting to connect to a system, regardless of their network location. Stricter evaluations of third-party suppliers become crucial as the supply chain remains a weak link. Recent breaches emphasise the critical importance of stronger security protocols in the supply chain.

Cyber Insurance: Balancing Security and Convenience

AI is poised to transform how insurance companies assess cyber resilience, providing opportunities for direct cybersecurity services. To combat rising costs and talent shortages, organisations will shift from reactive to more effective defensive security. By demonstrating preventative action against cyberattacks, organisations may see a reduction in their cyber insurance premiums.

Nation State Attacks and Hacktivism: Blurring Lines in Cyber Warfare

The Russo-Ukraine conflict marks a milestone in cyber warfare, highlighting the staying power of nation-state cyberattacks. Geo-political instability is expected to fuel hacktivist activities, particularly Distributed Denial of Service (DDoS) attacks. The lines between hacktivism and commercialism blur, with ransomware attacks becoming a revenue stream for ulterior motives.

Weaponised Deepfake Technology: The Rise of Manipulative Content

Deepfake technology is advancing, with threat actors weaponising it for social engineering attacks. The aim is to create content that sways opinions, alters stock prices, or gains access to sensitive data. Readily available online, deepfake technology poses a significant threat that organizations must address in their cybersecurity strategies.

Phishing Attacks: A Constant Threat Evolves

Phishing, now more personalised and effective due to AI enhancements, is expected to originate more frequently from credential theft than vulnerability exploitation. As software exploits become more challenging, phishing campaigns will continue to exploit human vulnerabilities, making them a persistent threat.

Ransomware: Stealthy Exploits, Enhanced Extortion, and AI Battlefields

The adoption of “living off the land” techniques, leveraging legitimate system tools for attacks, is anticipated to surge. Despite organisations bolstering their defenses against ransomware, incidents of data loss or leakage are likely to increase. Interpreting ransomware attack statistics will require discerning analysis due to reporting nuances, urging organisations to evolve their approach to security.

“The use of artificial intelligence by ransomware attackers will become more advanced, requiring organisations to not only focus on preventing attacks but also enhancing their incident response and recovery plans to mitigate the potential impact.” – Daniel Wiley, Head of Threat Management and Chief Security Advisor, Infinity Global Services at Check Point Software Technologies.

As the methods and tools of cybercriminals evolve, organisations must adapt their cybersecurity measures accordingly. The year 2023 witnessed several large-scale attacks, emphasising the need for companies to prioritise their security protocols and scrutinise the practices of third-party suppliers. With the rise of AI-enhanced cyberattacks, zero trust models, and the weaponisation of deepfake technology, investing in collaborative, comprehensive, and consolidated cybersecurity solutions has never been more critical.

The post Navigating the Cybersecurity Horizon: Check Point’s Projections for 2024 appeared first on DataGroupIT.

Firewall security standards serve as a critical framework for securing network firewalls and shielding against unauthorised access, malware, and other threats. This in-depth exploration covers the nuances of these standards, including best practices, firewall rules, routers, types of firewalls, and more.

Internationally recognised standards like ISO and NIST provide specifications for network firewalls, covering technical and operational requirements. From network address translation to intrusion detection and VPNs, these standards offer comprehensive guidance for configuring and managing firewalls.

Essential components of firewall security standards, rules and rulesets define how firewalls handle network traffic. Explore the four fundamental firewall rules—Deny all, Least Privilege, Explicit allow, and Stateful inspection—and understand how they contribute to data security, bandwidth control, and overall network protection.

Beyond standards and rulesets, organisations should embrace best practices to fortify information security. Regular firewall audits, comprehensive security policies, and advanced solutions like SecureTrack+ are integral to enhancing security management and safeguarding against evolving threats.

Firewall security standards are the cornerstone of network protection, providing a robust framework to shield against a spectrum of cyber threats. By immersing in these standards, implementing best practices, and leveraging advanced solutions, organisations can optimise their security posture, ensuring a resilient defence against the dynamic landscape of cybersecurity.

Considering this solution for your organisation? DataGroupIT is Africa’s leading Value-Added Distributor (VAD). By partnering with the best selection of established and emerging technology vendors across the globe, we, provide complex solutions for any size business, including Enterprise and SME markets across the African continent.

Our product portfolio offers comprehensive solutions for IT Security, Infrastructure and Enterprise Software.

We are fully committed to our business partners. Channels & vendors success is our #1 mission. Our professional teams across Africa deliver exceptional sales, presale, logistic, marketing and financial support that create the ultimate platform to accelerate our business partners’ success.

The post Decoding Firewall Security Standards: A Comprehensive Guide to Network Protection appeared first on DataGroupIT.