Buildingon the momentum of its recent entry and investments in the Europe, Middle East & Africa (EMEA) market, Safe Security, a pioneer in Cybersecurity & Digital Business Risk Quantification, today announced its presence at GITEX Technology Week 2021. The company will use the event as a platform to showcase its brand and enter into high level discussions with the regional channel community and potential customers around its vision, strategy and roadmap.

Dr. Cherif Sleiman, Chief Revenue Officer, EMEA at Safe Security says, “As organizations across the globe are becoming increasingly impacted and crippled by cyberattacks, our mission is to make the world a safer place. Traditional cybersecurity tools besides being costly, complex and resource-heavy, give a sense of security but lack visibility of enterprise-wide and real-time cyber risk posture. Our ‘SAFE’ platform is a game changer, bringing a shift from detecting to predicting cyber breaches. It offers a unique way to manage, measure and mitigate cyber risks proactively and enable Security and Risk management leaders to not only make cybersecurity an informed business decision, but also helps them communicate more effectively with all stakeholders.”

“GITEX presents us with a great opportunity to evangelize C-level management that bear the onus of risk within a company and expound the importance of a change in mindset from reactive to proactive and predictive cybersecurity strategies, policies and procedures. Channel partners will be key to our success in this endeavour. As such, we will be announcing several exciting initiatives and partnerships, which we believe will help us develop a robust channel ecosystem that will act as an extended arm of our company,” Dr. Sleiman continues.

As part of Safe Security’s drive to get the channel excited about the strong value proposition that the company offers to partners, it will host an exclusive channel briefing event entitled ‘‘Cyber Risk Quantification – The Time is Now’ on October 12. Attending partners will get an understanding of how Safe Security can help their customers digitally transform their businesses with confidence via quantified, consistent and real-time cyber risk metrics. The event will include a live demo of the SAFE platform for partners to observe first-hand how the solution is designed to work.

During GITEX, the company will be launching its regional channel partner program that provides a formalized structure for exclusive incentives, comprehensive education, sales support and marketing resources. The company will also be announcing a strategic partnership with one of its elite cybersecurity-focused distributors in the region. Safe Security has ambitious plans in the next few months of signing several more partnerships with key management consultancy organizations, GSIs, MSPs, security specialist VARs and security alliance vendor partners to institutionalize the practice of Cyber Risk Quantification and Breach Prediction within organizations. In mid-November, the company will host a channel roadshow across Tier 1 countries in Middle East and Africa (MEA) with the intention of recruiting highly focused and specialized partners in the security domain.

“With cybersecurity now being the top priority for enterprises today and with Safe Security’s unique position as a leader in the technology area that is slowly being seen as a critical and indispensable part of every CISO’s and CIO’s security strategy, the future looks very bright for our company. We invite partners and customers to visit us at GITEX and be a part of our success story,” concludes Dr. Sleiman.

By: Amr Alashaal, Regional Vice President – Middle East at A10 Networks

Malware has been playing an important role in the expansion of botnets, automating the process of bot infection and recruitment. These botnets are then used to launch large scale DDoS attacks. One highly prevalent malware in the DDoS world is Mozi.

Mozi is a DDoS-focused botnet that utilizes a large set of Remote Code Executions (RCEs) to leverage CVEs in IoT devices for infection. These IoT devices include readily available and commonly used DVRs and network gateways. Once infected, the botnet uses peer-to-peer connectivity to send and receive configuration updates and attack commands. Mozi was first identified in 2019 and has been evolving and increasing in size ever since. It can now persist on network devices by infiltrating the device’s file system, remaining functional even after the device has been rebooted. During the first half of 2021, Mozi topped out at over 360,000 unique systems using more than 285,000 unique source IP addresses, likely due to address translation.

In order to protect their networks and resources, organizations need to take the following steps to block systems infected by Mozi and the malicious traffic generated by them:

1. Never Trust, Always Verify: Incorporate the Zero Trust model and its key principles into your security strategy. Create micro-perimeters within your networks. Limit access to your resources and invest into modern, AI/ML-based solutions. Ensure visibility into not only the endpoints and network nodes, but also into users, their activities, and workflows.
2. Investigate Whether You are Already Infected: The initial infection of Mozi comes in the form of RCEs sent using ports 80, 8080, 8443, etc. This can make initial infections stand out, which can help in tracking them with low false positives. If your network devices suddenly start generating abnormal amounts of TCP or UDP traffic, immediately isolate suspicious devices and limit the traffic originating from them. If this is not possible, then apply global rate limiting on all traffic until you track the source.
3. Observe and Block Commonly Exploited Ports: Incorporate the Zero Trust Closely monitor any traffic using TCP ports 60001, 37215, 5555, 52869, 49152, both before or after a suspected infection. While these aren’t the only ports Mozi uses, they may help find the needle in the haystack. As a general good practice, monitor and block sources that send TCP SYNs to ports 23 and 2323 as most malwares use Telnet to initiate IoT device infections.
4. Take a Closer Look at the Payloads: If your network devices are generating large amounts of traffic, look at the payloads (i.e., the HTTP POST as shown on page 13). RegEx can be used to filter these malicious traffic requests out and block them before they infect other devices.
5. Block BitTorrent: Since BitTorrent is one of the most common peer-to-peer networks used by Mozi for Command and Control (C2) communications, any BitTorrent traffic coming into or going out of the network should be blocked. The sheer amount of BitTorrent traffic could be a dead giveaway of an infection depending on your customer type.
6. Ensure Your Security is up to Date: Make sure your security infrastructure is updated regularly and that your IoT devices are running the latest version of firmware with all the necessary security patches applied. Keep track of CVEs for your network devices and seek out help if there are any patches available. If fixes are not readily available, take appropriate action based on the particular CVEs.
7. Employ or Review DDoS Baselining and AI/ML Techniques: Using modern DDoS techniques like baselining to see anomalous behavior versus historical norms, and AI/ML techniques, for detection and zero-day attack prevention, can be a force multiplier for your security team as manual tasks can be discovered and dealt with efficiently and 24×7.

Business leaders must strike a balance between flexibility and security to address risky behaviours and evolving expectations of today’s tech-savvy workforce

After years of responding to the needs of Gen X and Gen Y, a new study from Aruba, a Hewlett Packard Enterprise company, suggests employers have a whole new generation to grapple with post-pandemic – with 85% of hybrid workers saying they identify with the traits of the emerging Generation Novel (Gen-N).

Coined by digital anthropologist Brian Solis, Gen-N describes a cross-generational cohort of people who thrive on digital-first experiences, and place greater value on personalization, customization, and transparency from the brands they buy from, work for, and support. Above all else, they also understand, use and demand more from technology than ever before – both at home and work.

According to the study of 5,018 hybrid workers across EMEA, 78% of respondents say they use technology more now than they did before COVID-19, and 75% consider themselves to be ‘digitally savvy’. Sixty-nine percent of respondents agree they now have more of an opinion on the technology they use at work and 71% feel it’s important to be able to customize their workplace tech set-up to suit their individual preferences.

The survey also revealed the risks this new generation will bring to the workplace if their expectations continue to go unmet. As it stands, only 38% of respondents say they have any significant choice in their workplace technology. Without the right technology, workers indicated they will experience decreased productivity (35%) and a poorer work/life balance (23%). Gen-N’s expectations around increased flexibility and confidence in their technical abilities also opens businesses up to a number of security risks relating to where, when, and what employees connect to the network – with 50% of respondents, for example, claiming they are more likely to try to resolve a tech issue themselves now than they would have been before the pandemic.

Additional key findings from the report reveal:

Hybrid workers have a new perspective on the role of workplace technology:

• 80% of our respondents say their company must maintain policies that encourage healthy technology use.
• While 73% believe technology has a role to play in fostering an inclusive environment in the new hybrid workplace, 44% believe it is not currently doing so.

Hybrid workers bring new risks to the workplace if their needs go unmet:

• When encountering a tech issue at work, nearly three quarters (74%) of hybrid workers say they expect it to be resolved in 20 minutes or less – and over two fifths (42%) in under 10 minutes.
• Over half (55%) of our survey respondents admit to connecting to a non-password protected public network at least once a week, but only a third (33%) consistently think of the security risks in doing so.
• Meanwhile, as many as 82% are still using their personal mobile device to access work information.

“Our research suggests that this emerging generation of hybrid workers, with its evolving behaviours and heightened expectations, will put new demands on employers when it comes to workplace technology,” said Morten Illum, Vice President, EMEA for Aruba, a Hewlett Packard Enterprise company. “In order to mitigate the security risk that Gen-N poses, as well as boost efficiency within their workforce and support their employees, businesses must address these new needs. Striking the balance between an open but secure network will afford employees the flexibility, freedom and personalization they now seek, without compromising on security.”

To read the full report, including recommendations on the actions business leaders much take to meet the needs of Gen-N in a hybrid workplace, visit https://www.arubanetworks.com/assets/eo/eBook_Hybrid-Workplace-Generation-Novel.pdf

Company Recognized for its Ability to Execute and Completeness of Vision

Nutanix (NASDAQ: NTNX), a leader in hybrid multicloud computing, announced today it has been has been named as a Visionary in Gartner, Inc.’s October 2021 Magic Quadrant for Distributed Files and Objects Storage. This is the first time the company has been recognized in this report. Nutanix believes that the company continues to expand the use cases for its technology and the inclusion in this Magic Quadrant demonstrates how Nutanix addresses additional critical functionality for enterprises.

“We believe being named in the Gartner Magic Quadrant for Distributed Files and Objects Storage is a significant recognition of Nutanix’s storage offerings, which aim to simplify and lower operating costs. Our software-defined storage provides a solution for customers looking to modernize and unify their unstructured data storage, including those not ready to move to HCI,” said Rajiv Mirani, Chief Technology Officer at Nutanix. “Of course Nutanix Files and Objects also builds on the rest of the Nutanix Cloud Platform that thousands of customers rely on for their entire compute, network, and storage needs in an easy-to-operate platform that reduces the cost of management.”

The Nutanix unstructured data storage offerings, well suited for hybrid cloud and cloud native application storage, were recognized for product ease of use, simplicity of management, and for delivering rich data analytics and security tools that help customers monitor and report on abnormal user behavior, performance anomalies, and audit trails. Customers also benefit from built-in ransomware protection with the ability to detect and block attacks. Nutanix Files and Nutanix Objects also offer existing HCI users an easy way to enable enterprise-grade software-defined distributed file or object services at any scale.

In March, Nutanix was also designated as a 2021 Gartner Peer Insights Customers’ Choice vendor for Distributed File Systems and Object Storage. Today, Nutanix Files and Nutanix Objects hold an average of 4.8 out of 5 star rating as of October 4, 2021*.

Nutanix customers frequently highlight simplicity as a key benefit to enable easier day-to-day management, faster deployment, and reduced maintenance activity. Data analytics and security are also frequently mentioned, along with flexibility, including the ability to support a wide range of deployments. Finally, customers identify a robust feature set to rival any enterprise storage system, including space reduction and efficiency technologies, integrated resilience features, and data lifecycle management capabilities.

Nutanix continues to build its offerings outside of the core HCI software, including unstructured data storage. Notably, in its most recent fiscal quarter the company saw 100+% Y/Y growth in New ACV Bookings¹ from emerging products. Additionally, last month, the company announced strengthened data services for structured and unstructured data, including accelerated performance for modern analytics applications, unstructured data tiering from on-premises to cloud and a new unstructured data governance service, Nutanix Data Lens.

More information on Nutanix and a complimentary copy of the report are available at: www.nutnaix.com/gartner

¹ New ACV Bookings, for any given period, is defined as the sum of the New ACV booked during the given period. New ACV is defined as the ACV pertaining to sales to a new customer, or any up-sell / expansion sales to an existing customer. Annual Contract Value, or ACV, is defined as the total annualized value of a contract, excluding amounts related to professional services and hardware. The total annualized value for a contract is calculated by dividing the total value of the contract by the number of years in the term of such contract, using, where applicable, an assumed term of five years for contracts that do not have a specified term.

Source:

Gartner, Magic Quadrant for Distributed File Systems and Object Storage,Julia Palmer, Jerry Rozeman, Chandra Mukhyala, Jeff Vogel , October 1, 2021.

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