Tag: networks

Wearable Wellness: Boosting Sobriety with Technology

A detox, offered by an Alcohol Detox Clinic in Surrey, is often a critical first step in the recovery journey for individuals struggling with addiction. While the physical withdrawal symptoms can be daunting, the psychological challenges that follow are equally significant. In this context, wearable technology has emerged as a valuable ally in the fight against alcohol dependence. By providing real-time data, promoting healthy habits, and fostering connections, wearables can play a crucial role in helping individuals maintain their sobriety.

 

  1. Monitoring Physical Health

One of the primary benefits of wearable technology is its ability to monitor various aspects of physical health. Devices like fitness trackers and smartwatches can track heart rate, sleep patterns, and physical activity levels. For individuals in recovery, these metrics can provide insights into how their bodies are responding to sobriety.

During alcohol detox, the body undergoes significant changes, and monitoring these changes can help individuals understand their health better. For instance, irregular heart rates or poor sleep quality can indicate stress or anxiety, which are common during recovery. By using wearables to track these metrics, individuals can identify patterns and take proactive steps to address any issues, such as adjusting their exercise routines or seeking professional help when necessary.

 

  1. Encouraging Healthy Habits

Wearable technology can also encourage individuals to adopt healthier lifestyles, which is essential for maintaining sobriety. Many devices come equipped with features that promote physical activity, such as step counters, activity reminders, and exercise tracking. Engaging in regular physical activity has been shown to improve mood, reduce stress, and enhance overall well-being—all of which are vital for those in recovery.

Additionally, some wearables offer guided breathing exercises and mindfulness prompts. These features can help individuals manage stress and anxiety, reducing the likelihood of relapse. By integrating these healthy habits into their daily routines, individuals can create a more balanced lifestyle that supports their sobriety.

 

  1. Enhancing Emotional Well-Being

The emotional challenges of recovery can be overwhelming, and wearable technology can assist in managing these feelings effectively. Many wearables now include features that monitor stress levels and provide feedback on emotional well-being. For example, devices may use heart rate variability (HRV) to gauge stress and suggest relaxation techniques when elevated stress levels are detected.

By being aware of their emotional state, individuals can take proactive steps to manage their feelings before they escalate. This awareness can be crucial in preventing relapse, as emotional triggers are often significant contributors to substance use. Furthermore, some wearables offer access to mental health resources, such as guided meditations or cognitive behavioral therapy (CBT) exercises, helping users develop healthier coping mechanisms.

 

  1. Building Accountability and Support Networks

Accountability is a key component of successful recovery, and wearable technology can facilitate this process. Many fitness trackers and smartwatches allow users to connect with friends and family, creating a support network that encourages accountability. For instance, individuals can share their progress, such as meeting daily activity goals or practicing mindfulness exercises, fostering a sense of community and support.

Moreover, some wearables are designed specifically for addiction recovery. These devices can send alerts to designated contacts if a user is at risk of relapse, providing an additional layer of support. This feature can be particularly beneficial during challenging moments, reminding individuals that they are not alone in their journey.

 

  1. Utilizing Data for Personal Insights

Wearable technology provides users with valuable data that can inform their recovery journey. By tracking metrics like sleep quality, physical activity, and stress levels over time, individuals can identify trends and make adjustments to their routines as needed. For example, if a user notices that their stress levels spike after a poor night’s sleep, they can prioritize improving their sleep hygiene, which may, in turn, enhance their overall well-being.

Additionally, some wearables allow users to set personal goals related to their recovery, such as committing to a certain number of sober days or engaging in a specific number of healthy activities per week. This goal-setting feature can provide motivation and a sense of accomplishment, reinforcing the positive changes they are making in their lives.

 

  1. Promoting Mindfulness and Self-Reflection

Many wearables now include mindfulness features, such as guided meditation sessions and breathing exercises. These tools can help individuals cultivate mindfulness, which is essential for managing cravings and emotional triggers. Practicing mindfulness allows individuals to become more aware of their thoughts and feelings, enabling them to respond to cravings with healthier coping strategies.

Self-reflection is another critical aspect of recovery, and wearable technology can facilitate this process. By encouraging users to track their moods and triggers, wearables can help individuals identify patterns and develop insights into their behaviors. This self-awareness can empower individuals to make informed choices and strengthen their commitment to sobriety.

Conclusion

Wearable technology represents a powerful tool in the fight against alcohol addiction. By monitoring physical health, encouraging healthy habits, enhancing emotional well-being, building accountability, utilizing data for personal insights, and promoting mindfulness, wearables can significantly support individuals on their journey to sobriety. As technology continues to evolve, its potential to aid in recovery will likely expand, offering new opportunities for those seeking to reclaim their lives from addiction. Embracing these innovations can be a vital step toward lasting change and improved mental health.

 

How did Storm Darragh impact Irish mobile operators

Storm Darragh caused the most extensive damage to Ireland’s electricity infrastructure in a decade and widespread mobile network outages over the weekend.

Today, Ookla shares its analysis of the impact on mobile operators in Ireland and Speedtest Intelligence® data revealing a marked and sustained decline in download and upload speeds, as well as increased latency and jitter, across all operators nationally.

Ireland’s three Mobile Network Operators (Eir, Three and Vodafone) all suffered, with median download speeds on Saturday recorded at nearly 70% lower than the 7-day average preceding the storm.  Around 40% of all samples collected by Speedtest failed to meet the minimum thresholds across 4G (5 Mbps download, 1 Mbps upload) and 5G (25 Mbps download, 3 Mbps upload) on Saturday.

This performance analysis is based on the national picture, highlighting that the impact was significant enough to lower the overall country-wide performance profile. A closer examination of the worst-affected areas along the western seaboard revealed even more pronounced declines in performance outcomes in the aftermath of the storm.

Read more here

Read more Ookla news here

How does NTN work? Discussing the best features of Satellite communication

Communication networks are very important in today’s world because they connect people, companies, and governments worldwide. Non-Terrestrial Networks (NTN) are one sophisticated system that has attracted much interest lately. NTN is pushing how we remain connected as satellite communication develops, especially in places conventional networks cannot reach. Emphasizing NTN’s importance in satellite communication, this paper will examine how it operates and its finest characteristics.

What is NTN?

Non-Terrestrial Networks (NTN) is a communication method wherein areas without typical terrestrial networks (such as fiber optics or cell towers) may have internet and network services using satellites, drones, or other aerial platforms. From rural places to even mobile situations like ships and aircraft, NTN provides a way to link far-off or difficult-to-reach locations.

While terrestrial networks run in space or the air, NTN guarantees a wider and more flexible reach, while ground-based infrastructure such as towers and cables forms the foundation of both. This makes military operations, emergency communications, and increasing internet access to underprivileged regions very vital.

How Does NTN Work?

NTN establishes communication linkages mostly via satellites circling the Earth. This is a detailed walk-through of this system’s operation:

  • Communication of Signals

 

In an NTN system, satellites pick up data signals from a base station—an Earth station. These signals might include video streams, audio chats, or internet data.

  • Satellite Relay

After receiving the signals, the satellite forwards them either straight to a ground-based receiver, such as a remote station, mobile device, or aircraft, or another satellite.

  • Ground Communication

These messages are sent back to Earth by the satellite. Ground stations or individual users can then receive the data, such as a phone call, an internet link, or information about guidance.

Best NTN Features for Satellite Communication

NTN is a necessary instrument for satellite communication as it presents various benefits and characteristics and has become more important in worldwide communication networks. Let’s investigate some characteristics:

Reliability and Fortitude

NTN is quite strong. Unlike terrestrial networks, which could be damaged by physical damage to towers or cables, NTN’s satellite-based infrastructure is resistant to many problems afflicting ground networks. Although natural events such as floods, earthquakes, or wildfires could compromise terrestrial communication networks, NTN operates in these circumstances and provides vital communication for emergency services and rescue.

This robustness makes NTN an excellent option for humanitarian missions, disaster recovery operations, and any situation where preserving communication is vital.

Enhanced Rural Area Connectivity

Building terrestrial infrastructure like fiber-optic cables is costly and time-consuming, so rural and remote locations can lack high-speed internet and other communication services. By beaming down satellite internet services, NTN closes the connection disparity for rural areas.

For those living in these places, this enhanced connection helps to provide greater access to healthcare, education, and economic possibilities. While telemedicine services enable healthcare practitioners to access patients in remote areas, high-speed internet may aid rural schools in providing online learning tools.

Backing for Mobility

One of NTN’s most vital points is its capacity to provide consumers with on-the-go connections. NTN ensures that lines of contact stay available, whether in distant military operations, aboard ships, or aircraft. For example, aircraft passengers may use NTN satellite systems to access the internet when traveling over the ocean or far-off areas.

Similarly, ships in the middle of the ocean may keep in touch with land utilizing satellite-based data and instruction receipts. For sectors such as aviation, marine transportation, and military, NTN is very essential because of its mobility.

Reasonably Affordable Growth

Expanding terrestrial networks to serve sparsely inhabited or far-off locations may be expensive. Laying cables, erecting towers, and preserving infrastructure needed for large financial outlay. By providing a reasonably priced substitute, NTN enables companies to deliver internet and communication services without requiring significant ground infrastructure.

For nations or areas with few resources to create conventional networks yet need high-quality communication services, NTN is thus a perfect choice. NTN may often be implemented as less expensive and quicker than terrestrial alternatives.

Compatibility with 5G

NTN is positioned to complement and improve 5G services as 5G networks are being rolled out. Through integration with terrestrial 5G networks, NTN can access regions beyond the reach of conventional 5G towers. Faster, more dependable internet services in regions where 5G alone may find it challenging to deliver coverage would be made possible by this alliance between NTN and 5G.

NTN can assist, for instance, distant industrial activities, 5G services for rural areas, or even highway travelers far from cities. This flawless integration guarantees that more individuals might benefit from 5G technology’s speed and efficiency.

Conclusion

Particularly in locations beyond the scope of conventional terrestrial networks, NTN is transforming our communication, Modern communication systems must include it because of its capacity to provide worldwide coverage, durability against natural catastrophes, and support of mobile settings. NTN will become more and more vital as satellite communication technology develops to link the globe and provide a dependable, adaptable, reasonably priced service for both urban and rural areas.

 

Building a Zero Trust Architecture: Key Considerations

Cybersecurity has become a major concern for businesses of all sizes. With the rise of sophisticated attacks, you’ve probably heard the term “Zero Trust” being thrown around. It’s not just a trend in the industry. It’s a shift in how we think about protecting our systems and data. The traditional approach, which assumed everything inside the network was safe, is no longer effective. In today’s world, threats can come from anywhere. So, instead of blindly trusting what’s inside, Zero Trust operates on the principle of “never trust, always verify.”

This article explores key considerations when building a Zero Trust architecture and how it can help protect your business in an ever-evolving threat landscape.

1. Understanding the Need for Zero Trust

In today’s threat environment, cyberattacks have become more complex. Organizations can no longer rely on the old method of building a strong perimeter and assuming everything inside is safe. The rise of insider threats and more advanced attack methods demand a more thorough approach.

One reason Zero Trust has gained so much attention is that attackers are increasingly targeting key identity systems. Common attacks on Active Directory (AD), for example, are on the rise. AD holds essential identity information, making it a high-value target for cybercriminals. Attackers often exploit weaknesses in privileged access management to breach systems. Once inside, they move laterally across the network, often gaining full control of the environment. This makes securing Active Directory critical when considering Zero Trust.

By implementing a Zero Trust model, businesses can better protect their identity systems, such as AD, by ensuring that every action, whether it’s a login or access to a resource, is verified continuously.

2. Identity and Access Management (IAM) at the Core

At the heart of any Zero Trust architecture is Identity and Access Management (IAM). IAM ensures that only the right people, devices, and applications can access your systems, and it does so by verifying them continuously, not just once. In the past, a user would log in and, once inside, be trusted until they logged out. Zero Trust changes that by constantly checking if the user should still be granted access.

One critical element of IAM is multi-factor authentication (MFA). MFA requires users to verify their identity through more than one method, such as a password and a mobile app confirmation. Relying on passwords alone is risky, as passwords can be stolen, guessed, or reused across multiple accounts.

Zero Trust takes identity management a step further by ensuring that users only have access to what they need, nothing more. This limits the scope of potential damage in the event of a breach.

3. Microsegmentation: Controlling Access to Network Resources

Microsegmentation is another key principle in a Zero Trust environment. In simple terms, it means breaking your network into smaller, more secure segments. This way, even if an attacker gains access to one part of your network, they can’t easily move to another part. Each segment acts like a locked room that the attacker would need additional verification to enter.

This approach helps limit lateral movement, a common tactic used by cybercriminals once they’ve breached a network. By limiting what users and devices can access, you make it much harder for attackers to navigate and compromise other parts of your environment.

Microsegmentation also works hand-in-hand with the idea of least-privilege access. Users and systems should only be granted access to the resources they absolutely need to do their job and nothing more. By applying this concept, you reduce the chances of attackers gaining access to critical resources even if they breach a less important part of the network.

4. Monitoring and Logging Everything

In a Zero Trust architecture, monitoring and logging play a critical role. Continuous monitoring allows organizations to track every request, transaction, and action happening on the network. This ensures that nothing goes unnoticed, and any suspicious behavior can be caught and responded to quickly.

Logging is equally important. By keeping detailed logs of all network activity, security teams can trace the steps of an attacker and better understand how they gained access and what they did once inside. This information is invaluable for both preventing future attacks and improving your current security measures.

Advanced monitoring tools can also help by sending real-time alerts when something unusual happens. For example, if a user suddenly tries to access a part of the network they’ve never accessed before, a security team can be notified immediately and take action to verify whether it’s legitimate.

5. Enforcing Least Privilege Access

“Least privilege” is a core principle of Zero Trust. This means that users and systems should only have the access they need to perform their tasks and nothing more. If a user needs temporary access to a resource, they should be given it for the time required and then have that access revoked.

By limiting the scope of access, even if an attacker gains control of an account, they can’t use it to access critical systems or sensitive data. Regularly reviewing access permissions is important to ensure that users aren’t sitting on permissions they no longer need.

Admins are especially important to monitor. Admin accounts often have access to sensitive data and system controls, making them prime targets for attackers. Ensuring that admin privileges are tightly controlled helps minimize the risks of a breach.

6. Protecting the Network Edge

In today’s remote work world, the network edge has expanded beyond the physical office. Employees are accessing company resources from home, cafes, and various other locations. With this in mind, Zero Trust needs to protect not just the internal network but also the devices and users accessing the network from the outside.

This means verifying users and devices every time they connect, no matter where they are. Whether it’s a cloud service, a remote worker, or an external partner, Zero Trust ensures that access is always verified, regardless of the location or device being used.

7. The Role of Automation in Zero Trust

Automation can play a significant role in enforcing a Zero Trust architecture by handling the heavy lifting of continuous verification. In a Zero Trust environment, every action, login attempt, and data access request requires validation. With hundreds or even thousands of users making requests every minute, managing these processes manually is not just inefficient—it’s practically impossible. This is where automation steps in to streamline the workload.

Automation tools can be programmed to enforce security policies consistently, ensuring that no exceptions or mistakes slip through the cracks. For instance, they can instantly revoke access for users exhibiting unusual behavior, preventing potential threats from escalating. Additionally, automated systems can monitor for known attack patterns, like credential stuffing or lateral movement, and block such actions before they cause damage.

Building a Zero Trust architecture may seem like a big task, but it’s one of the best ways to protect your organization in today’s threat landscape. By focusing on identity verification, limiting access, and constantly monitoring activity, you can secure your network without relying on outdated assumptions of trust.

As cyberattacks continue to evolve, so should your approach to security. Zero Trust offers a modern, proactive way to defend against attackers, making it an essential strategy for businesses looking to protect their data and systems effectively.

Trinity College Dublin Launches €1.3M ‘Twilight’ Project: Revolutionising Optical Networks with Digital Twins

Trinity College Dublin announces the launch of the €1.3 million ‘Twilight’ project, aiming to revolutionise optical networks with cutting-edge digital twin technology, enabling rapid and disruption-free advancements.

Minister for the Department of Further and Higher Education, Research, Innovation and Science, Patrick O’Donovan TD, has recently announced 28 funding awards valued at €34 million to support research across seven Higher Education Institutions.

One of the awarded projects is Twilight: Twin Lightpaths, A Digital Twin Framework For Full Automation Of Disaggregated Optical Networks. Marco Ruffini, Professor at Trinity College Dublin (TCD), Principal Investigator in the CONNECT Centre, and lead author of the project proposal, emphasises the project’s transformative potential:

“Optical networks are the lifeblood of the internet. They must evolve to support the ever-increasing usage of the internet and digital innovations like Smart Cities and Virtual/Augmented Reality. Twilight’s digital twin project will ensure safe, rapid advancements without network disruption.

We are grateful to Minister O’Donovan for supporting this important initiative. I would also like to thank our colleagues from HEAnet and GÉANT who supported us and are going to be collaborating with us on this project.”

HEAnet, Ireland’s National Education and Research Network, manages a national optical network of over 2,500 km, which is a central part of Ireland’s national research infrastructure. HEAnet has collaborated with the SFI Connect Centre over many years, providing connectivity services and research demonstrations on the HEAnet production network. .

In 2022, HEAnet connected directly to Prof. Ruffini’s Open Ireland test network at Trinity College Dublin. This has provided Prof. Ruffini’s group with access to the production HEAnet optical network while also enabling HEAnet to gain valuable insights into the characteristics of the HEAnet production network. HEAnet connects to the GÉANT pan-European research and education network in both Dublin and Cork. The Twilight project will provide optical connectivity from the Open Ireland test bed to the GÉANT optical network via the HEAnet network for the first time.  

Eoin Kenny, Innovation and R&D Manager at HEAnet, highlights the project’s efficiency: 

“Planning network changes has always been challenging. Twilight’s digital twin will streamline this process, save time and help HEAnet to optimise our network resources.

We are very pleased with the work carried out on the OpenIreland research infrastructure and look forward to continuing this close collaboration.”

HEAnet is a member of GÉANT, the collaboration of European National Research and Education Networks (NRENs), who interconnects Europe’s NRENs with the high bandwidth, high speed and highly resilient pan-European backbone, together connecting Europe’s researchers, academics and students to each other, and linking them to over half the countries in the world.

Guy Roberts, Senior Transport Network Architect at GÉANT also expressed enthusiasm for the Twilight project: 

“The future for anyone working with optical networks looks bright with all the new technologies on our side. We are continually dealing with the issues of dynamic provisioning of optical paths. Despite making extensive use of optical equipment vendors’ planning tools, we have discovered anomalous situations that can lead to some level of service disruption.

GÉANT will work with TCD and HEAnet to provide measurements to train the digital twin algorithms, help with any fine-tuning and carry out experiments on the use cases we have jointly defined.”

To learn more about the Twilight project or to get involved, contact marco.ruffini@tcd.ie. 

Senao Networks Unveils SX904 SmartNIC: A Breakthrough in High-Performance Networking

Senao Networks, a leading network solution provider, proudly announces its launch of SX904 SmartNIC based on the Intel NetSec Accelerator Reference Design. This cutting-edge NIC, harnessing the power of PCIe Gen4 technology and fueled by the Intel XeonD processor, sets an unprecedented standard in high-performance network computing. Senao will showcase a system demonstration at the Intel booth during the upcoming MWC in Barcelona, 26th to 29th of February, 2024.

As transformative shift in networking edge, enterprises are increasingly leaning on scalable edge infrastructure. In order to cater the demands of workloads, low latency, local data processing, and robust security, SX904 marks a significant leap forward.

The combination of Intel XeonD processor, PCIe Gen4 technology, dual 25G SFP28 support, and DDR4 ECC memory support enables the SX904 to achieve unparalleled data transfer rates and maximum bandwidth utilization, ideal for modern server architectures. It provides higher performance from the latest Intel Xeon D processor and Intel Ethernet Controller E810 and supports the latest Intel Platform Firmware Resilience, BMC, and TPM2.0. SX904 enables the seamless offload of applications optimized for Intel architecture with zero changes, optimizing performance transmission effortlessly into an Intel-based server in PCIe add-in-card form factor.

“Senao Networks is proud to introduce the groundbreaking SX904 SmartNIC, setting a new standard in high-performance networking. Our collaboration with Intel has propelled us to redefine industry benchmarks, delivering unparalleled excellence in networking technology.” –  Bou Lin, President of Senao Networks.

Smart Networks and Services Joint Undertaking (SNS JU) to participate in the 2023 EuCNC & 6G Summit Event

The Smart Networks and Services Joint Undertaking (SNS JU) is proud to announce its participation in the upcoming European Conference on Networks and Communications (EuCNC) and 6G Summit joint event in Gothenburg, Sweden, from 6-9 June 2023. This event will bring together experts in the field of networks and communications from across the world to discuss the latest research and innovations in 5G, 6G and future communications systems.

Launched in 2022, the Smart Networks and Services Joint Undertaking (SNS JU) is an EU funding body that drives research and innovation in the field of smart networks and services, with the ultimate goal of enhancing the digital infrastructure of the future and building Europe’s leadership in this area. The SNS JU currently supports 35 Research and Innovation (R&I) projects across 9 key technological areas and with over €250 million of investment. These ongoing projects are now reaching milestones in their respective fields. Some 25 more projects should start at the beginning of 2024.

The SNS JU was instrumental in advancing the field of networks and services – particularly in the context of the upcoming 6G technology. It works closely with the 5G Public-Private Partnership (5G PPP) to ensure a seamless transition from 5G to 6G, with the aim of creating a robust and reliable digital infrastructure in Europe.
The 2023 EuCNC & 6G Summit focuses on all aspects of telecommunications ranging from 5G deployment and mobile Internet of Things (IoT) to 6G exploration and future communications systems and networks, bringing together cutting-edge research, and world-renowned industries and businesses. In past editions, the event has attracted over 1,300 delegates from 40 countries and featured over 70 exhibitors.

Director for Future Networks at the European Commission’s Directorate-General for Communications Networks, Content and Technology (DG CONNECT) Pearse O’Donohue will open the event.
“We are all using 4G. 5G is being introduced. And 6G is something that is coming at the end of the decade. So it is important that we already start the research in this area, so we make sure we have the necessary technology ready for our economy, services and our society”, Peter Stuckmann, Interim Executive Director of the SNS JU stated in a recent interview.

Colin Willcock, Chairman of the SNS JU Governing Board and the 6G Industry Association (6G-IA) will also participate in the event. He underlines “what is unique about the SNS JU is that it’s a Public Private Partnership”. Indeed, funding for the SNS JU comes from both the public side (European Commission) and the private (European industry). “This way, we make sure we look at the right problems, so we create the right technology for European industry going forward”, Willcock concluded.
SNS projects will present their latest developments at the event. The full programme and speakers can be found here: https://www.eucnc.eu/programme/

Host Ireland rebrands as Elio Networks ahead of Cork launch

Host Ireland has rebranded as Elio Networks ahead of its launch into the Cork market in April. The connectivity service provider is investing and expanding across Ireland in 2023, with launches in Limerick and in Galway later this year too

Elio Networks worked with Tribe, a Dublin based digital agency, to develop the rebrand.

David Russell, CEO of Elio Networks said: “Host Ireland is 25 years old. It grew out of a hosting business, but the name does not reflect what we do. We believe our new trading name and identity better communicates our goals and aspirations; it demonstrates our complete focus on offering better business connectivity solutions”.

“We worked to develop something clean, confident, and clear, that could be used across multiple jurisdictions. Our ambition isn’t just the Irish market; we want to look at a larger international expansion. We needed a brand and a name that would travel.”

The name is derived from Helios, the mythological sun god.

“If we don’t have the sun, we cannot live. Business cannot trade if it doesn’t have broadband. We are a connectivity and broadband player, but our business is moving towards business connectivity holistically,” Russell says.

Last year Elio Networks was acquired by Digital 9 Infrastructure, an investment business listed on the London Stock Exchange. Elio Networks currently operates its own fixed wireless network across Dublin and provides fibre connectivity globally.

“We believe in putting control back into the hands of our customers. We communicate throughout the install process, provide an install date that works for the customer, and have developed Elio Instant Fibre which is a unique industry product allowing next-day connectivity for customers,” Russell expands.

“We are uniquely positioned to do that because of our wholly-owned network and commitment to build out in urban areas. We want to change how businesses view connectivity.”

Countrywide Roll-Out

Elio Networks is investing and building infrastructure across Cork and is launching there next month. This will be followed by further investment and a launch in Limerick and in Galway before the end of the year.

“After that, we have an eye on international expansion. We believe that what we do, and the control we provide customers, isn’t replicated in many other countries, so we’re in a very good position to expand, backed by Digital 9 Infrastructure,” Russell continued.

“This time next year we will have an All-Ireland presence, servicing businesses across multiple connectivity options. Our focus is on challenging the Irish market, as we believe connectivity can be much better here; then we will look to international expansion.”

Palo Alto Networks Strengthens Its Protection for SaaS Applications and Reinforces ZTNA 2.0 With New Capabilities

With hybrid work well established as the norm for the post-pandemic workforce and vast amounts of sensitive data now stored in SaaS apps, the risk of SaaS misconfiguration poses a serious security threat to businesses. According to Statista, as of 2021 the average business now has over 110 SaaS applications (apps) that must be secured.

Misconfigurations in SaaS apps are a common problem. To address this, Palo Alto Networks (NASDAQ: PANW) announced today new innovations in Prisma® SASE that enable customers to identify and remediate misconfigurations in SaaS apps using SaaS Security Posture Management (SSPM) capabilities.

“SaaS apps have given organizations the freedom to have their workforce work from wherever they are most productive. The vast amounts of sensitive data being created, held, and shared via SaaS applications, however, expose a serious risk of data breach due to SaaS misconfiguration. Simply put, the world needs a SASE solution that can manage the configuration and security of SaaS applications,” said Anand Oswal, senior vice president, Network Security at Palo Alto Networks. “With today’s Prisma SASE updates, we are significantly strengthening the security posture of SaaS apps through the Palo Alto Networks Next-Gen CASB, which allows customers to easily view and configure security settings for multiple SaaS apps in a single place.”

In addition to SSPM, the company announced new ZTNA 2.0 security inspection capabilities, including ML-powered Advanced URL Filtering and Advanced Threat Prevention as well as the industry’s first natively integrated artificial intelligence for IT operations (AIOps) solution for SASE, simplifying networking and security operations for customers.

The full set of product announcements are:

  • SaaS Security Posture Management (SSPM): Powered by Palo Alto Networks Next-Gen CASB, the SaaS Security Posture Management capabilities go beyond CIS and NIST compliance checks and move to comprehensive security, allowing customers to configure security settings for multiple SaaS apps in one location. In an effort to reduce remediation time, SSPM can help fix misconfigurations with a single click and helps prevent configuration drift by allowing users to lock critical security settings in place.
  • Advanced URL Filtering: Prevents new, highly evasive phishing attacks, ransomware and other web-based attacks through the use of inline deep learning, rather than a URL database — preventing 40% more threats and detecting 76% of malicious URLs up to a full day before traditional web filtering solutions.
  • Advanced Threat Prevention: Provides the only intrusion prevention system (IPS) solution that can stop unknown command-and-control (C2) attacks in real time — 48% more than other IPS solutions. New capabilities bring security analysis from “offline” to “inline” using machine learning techniques — improving detection rates for zero-day threats without sacrificing performance.
  • AIOps for SASE: Palo Alto Networks natively integrated AIOps into its secure access service edge to significantly reduce manual operations and enable faster troubleshooting. AIOps for SASE provides automated root cause analysis, rapid problem remediation and guided best practice adoption. Predictive analytics enable more efficient capacity planning and anomaly detection, preventing business disruptions. A simple query-based interface empowers the IT service desk with automated troubleshooting and change analysis.

In addition to these software enhancements, Palo Alto Networks is introducing new hardware appliances — ION 1200-S and ION 3200 — to help organizations modernize their small to midsize branches. These new appliances include a fully integrated switch and Power over Ethernet (PoE) ports to connect and power endpoints within the local area network. Additionally, integrated WAN capabilities like 5G and LTE on the ION 1200-S and fiber ports on the ION 3200 allow customers to improve WAN availability, performance and speed. ION 1200-S and ION 3200 can help significantly reduce operational complexity by eliminating multiple point products while providing power redundancy with a built-in dual power supply that ensures network uptime and consistent connectivity.

“As one of the largest cinema chains and theme park operators in Australia, we started our journey with Palo Alto Networks by deploying Prisma SD-WAN to improve the reliability and throughput of our WAN connections,” said Michael Fagan, chief transformation officer, Village Roadshow. “Since then, we have added Prisma Access to complete our SASE architecture and secure both our remote locations and our hybrid employees. We are pleased to see the introduction of 5G and PoE switching into the Prisma SD-WAN appliances to help us further consolidate our branch infrastructure, and simplify our operations with AIOps for SASE. Our team loves the fact that they no longer need to remember usernames, pins, passcodes, tokens and have different multi-factor authentication apps. Performance and uptime has improved to allow our staff to continue working without disruption to services, thereby reducing the amount of calls through to our service desk team.”

“Protecting sensitive data, especially data in SaaS applications, is paramount for us. As we continued to utilise more cloud services we knew we needed to implement a SASE framework and provide Zero Trust Network Access to protect our users and applications,” said Simon Hibbert, general manager of IT, Chemist Warehouse Group. Implementing Prisma SASE has enabled our employees to do their jobs more efficiently, and enabled new ways for us to engage with our customers. Not only has it improved our security posture, but it also provides highly reliable and smooth connectivity.”

“The usage of SaaS applications continues to expand at a faster rate than security teams can keep pace with. As more applications are introduced and ownership becomes distributed across organizations, the risk of misconfigurations grows, which increases the likelihood for security incidents to occur. A SASE solution like Prisma SASE by Palo Alto Networks provides a logical consolidation point for all the capabilities needed for complete SaaS security, including SSPM. However, functionality cannot be sacrificed for efficiency,” said John Grady, ESG senior analyst. “Palo Alto Networks provides comprehensive SaaS security through its security-focused SSPM capabilities coupled with comprehensive application coverage and a history of analytics-led threat prevention.”

More information on Prisma SASE is available here and on their blog. Additionally, Palo Alto Networks will be hosting SASE Converge 2022, the premier summit for SASE, September 13-14 to discuss what’s next for SASE, and more.