#SMOAD Networks

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Integrated Network Security is Required Everywhere

A combination of cyber security measures is synergised to mutually support one another to deliver a higher level of protection. A unified system of various network security is called integrated network security. Through integrated network security, multiple levels of protection can be engulfed into a single cohesive system. The different layers coordinate to offer wholesome protection for your enterprise data. Creating an integrated network security system includes selecting the right hardware & software, services, deployment, and configuration.

Integrated network security is also known as the defence-in-depth approach. The focus is on protecting data from different angles in contrast to just a single strategy. With multiple security levels, it is the right way to secure your network.

The significance of Integrated Network Security Architecture It helps to protect from cyber threats. It gives a panoramic view of the network, which is necessary to maintain a reliable and secure network. It is important to include it in your IT infrastructure. It helps to protect the IT resources and data of your enterprise. Every piece of data is crucial and needs to be protected, so this integrated network security architecture is the right choice.

Standard practices in Integrated Network Security Architecture

1. Conducting threat assessment It is crucial to identify the threats before determining how to neutralise them. Identify the potential risks by thinking like the attacker. The threats may be umpteen the company needs to decide on the technology and plug its vulnerabilities. Threats are harmful, while vulnerabilities are weaknesses exploited by the threats. The company should develop a strong response plan to combat threats.

Threats can be categorised into two types: Technical threats are where a network is compromised through malware, interrupting the normal operations of the system. Technical threats include hacking, DoS attack, malware, etc. In this case, security vulnerabilities gain access to the data and IT resources.

Non-Technical threats are the handy work of the insiders involved in fraudulent activities like data theft, etc.

2. Business Impact Analysis It is a useful strategy to identify the impact of the disruption in the event of a cyber-attack. It helps to locate the risk in the network leading to an attack. The analysis should be done in coordination with the risk management team and the stakeholders in the organisation.

3. Strategy for overcoming security incidents Security threats have become common these days; they can negatively impact the reputation of the organisation. Devising suitable strategies with clarity on procedures, responsibilities, and priorities can protect from security incidents.

4. Analyse the intensity of the threat. The primary step while facing a security threat is to analyse the intensity of the threat. Verify if the threat needs scrutiny from an experienced analyst. If the intensity is less, a low-level employee can handle the task.

Integrated Security and SD-WAN When it comes to handling security concerns, SD-WAN is far more agile and reliable when compared to legacy WAN architectures. SD-WAN delivers centralised management making remote working seamless. This can leave room for security threats. If the remote user lacks security controls, the corporate network could be compromised. SD-WAN with integrated security can protect against unforeseen threats.

Remote users and branch offices connect to the central corporate server through dedicated carrier circuits. The internet traffic moving to and fro remote sites are backhauled across these connections. The data centre should have enterprise-class security tools to prevent threats. But as the traffic increased, the organisations looked for alternatives. Now remote users connect directly to the internet to access cloud applications. This has burdened the IT team, as they have to manage, implement and support a stack of security applications and appliances at the remote level. This has given rise to SD-WAN integrated security solutions.

SD-WAN adds next-generation firewalls (NGFW) to secure your local internet connection from threats. The NGFW has an intrusion prevention system (IPS) that monitors the network for any malicious action and violation of security protocols. Not all SD-WAN comes with security tools, and the organisation must implement these tools at an additional cost. SMOAD SD-WAN comes with advanced security features to prevent, identify and block security threats.

Call for a demo now at 1800-419-5119 Or visit us at https://smoad.io/

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Why is my Wi-Fi so slow? Your ISP may be speed-throttling!

There is no denying that the internet has become the force that virtually drives every aspect of our lives. We have come to an age where it is almost impossible to imagine life without the internet. As much as the internet has become an absolute necessity, so has high-speed Wi-Fi connectivity. Read more: https://lnkd.in/eTJN3ZtW

SMOAD Networks www.smoad.io

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How SD-WAN Will Advance in 2023?

The coronavirus pandemic brought many changes, some of them rather drastic. One of these changes was how the organization worked before, during, and after the pandemic. Work from home became the new normal between the pre-pandemic and post-pandemic eras. However, with the advent of working from home, particularly during the pandemic, several changes were witnessed, especially in the in-office IT infrastructure plans. With more and more people working from home and the need for a secured network becoming the order of the day, cloud-based networking architecture has become the top choice of organizations worldwide.

The traditional network technology could not handle the amount of data the pandemic days thrust upon them. This opened the door for various developments in the networking field; one of those was Software Defined Wide Area Networks or SD-WAN. In SD-WAN, data, connectivity, and traffic between the branches and the headquarters are managed by the cloud environment. These hubs are the “edge” and are crucial for cloud security.

The issues with conventional networking technology were eliminated with SD-WAN. It helped boost the network speed, minimize downtime, improve efficiency, and cut costs, amongst several other advantages. And now, despite the pandemic slowing and people returning to offices, SD-WAN is here to stay. This is because it has helped the offices to work with better efficiency and security.

SD-WAN is constantly evolving and is expected to do so in the new year. The top four trends in the genre of SD-WAN expected to make significant inroads in the coming year are as follows:

1. Secured Remote Access Security of the network is one of the most significant advantages of SD-WAN. As the employees from the branch offices and remote work setup logged in from different geographical locations, it resulted in serious security issues. SD-WAN helps resolve security concerns. With this architecture, employees could install SD-WAN endpoints in their homes. With SD-WAN, it has become possible for employees to log in to the company’s network with a high level of security, even during travel.

In the coming year, two trends in this particular genre are expected. These are:

An amalgamation of SD-WAN and remote access technology Replacement of SD-WAN with secure remote access

2. SD-WAN As a Service Companies offering SD-WAN solutions highlight management, optimization, and redundancy capabilities in their package. Companies offering SD-WAN solutions are now pitching it as a service, meaning everything with regards to SD-WAN, right from installation to maintenance, is the service provider’s responsibility. With such a solution, businesses can narrow their attention to their core competencies because they have fewer SD-WAN-related concerns to examine and address.

3. Secure Access Service Edge Secure Access Service Edge is a combination of SDN and SD-WAN along with security features. SASE is an ultra-secure, high-on-performance, and highly adaptable network architecture. It is now anticipated that SD-WAN will eventually become a part of SASE. If a business uses SD-WAN as a service, it can quickly upgrade to SASE architecture down the road.

4. Artificial Intelligence in SD-WAN Artificial intelligence is making its presence felt in SD-WAN in significant ways. It is helping in:

Improving the choice of the traffic path Providing improved policy definitions Supplying automatic support for troubleshooting Improved performance and security surveillance

In addition to many other advantages, any new trend in IT networking aids businesses in maximizing their efficiency. Since these kinds of changes herald either partial or complete overhauls in specific IT systems, any organization needs to consult its networking team before deciding on any modification. As an experiment, these kinds of solutions can be used in a sandbox setting, and the same applies to SD-WAN.

Companies using SD-WAN or planning to implement it should focus on the latest trends in the discipline. This will help to maximize the return on investment.

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Reasons Your Broadband Wi-Fi Is Unstable

A stable Wi-Fi connection throughout the day would be such a blessing. Especially if you are a work-from-home pro or a web series lover, you will need an extraordinarily robust and reliable internet connection sans interruptions.

Even the most acceptable network connections falter because of the space in your office or home, called dead zones with the lowest network reception. Numerous factors affect the speed, coverage, and stability of Wi-Fi Connections. If you get to know these factors and improve your network infrastructure, you can enjoy reliable connectivity at an affordable rate.

Significant reasons why your broadband Wi-Fi is unstable

Physical Distance You might face poor connectivity if your device exceeds the Wi-Fi router’s coverage area. The connection would deteriorate further when this distance increases. So, set up your work area closer to your Wi-Fi router.

Obstruction Wi-Fi signals can rather easily flow through walls and other obstructions. But in some barriers, which are thicker or made of reinforced concrete, which could prevent some signals from passing through, Wireless signals can easily pass-through materials including drywall, plywood, other types of wood, and glass.

Radio Interference When you have devices with the same frequency bands, such as microwaves, or cells, your Wi-Fi signals could experience interruption. If you do not have such devices, look for interferences from your neighbour’s devices.

Single Router If you live in a mansion-house and have multiple devices connected to the internet, then a single Wi-Fi router wouldn’t suffice. One router alone cannot guarantee an uninterrupted connection across devices placed at different locations on your property. Consult with your service provider and consider pairing up other technologies to offer holistic coverage across your space. Most importantly, replace your router if you feel it isn’t fulfilling your connectivity goals.

Excessive Bandwidth You cannot expect a stable network connection if the Wi-Fi router is overloaded with devices that consume a lot of bandwidth. Either consider unplugging devices when not in use or investing in increasing the bandwidth capacity.

Damaged Wire Cables and Fibre lines connected with your 4G router are susceptible to wear and tear over time. Harsh weather and lack of maintenance could be possible reasons for cables’ wear and tear. You must frequently check for such signs of damaged wires and replace them if necessary.

Software Issues This may be a rare reason, but if your router is not optimally configured, you might face poor connectivity. If you aren’t that tech savvy, get help from network providers to help optimize your router functionality.

Outdated Router If you believe your router to be the problem, it could be time to start budgeting for a replacement. It’s a good idea to upgrade your router every two years to prevent some issues.

Learn more at https://smoad.io/blog/reasons-your-broadband-wi-fi-is-unstable/

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With SDN, new vulnerabilities open up in the form of malware, ransomware and viral worms due to direct Internet access. This direct Internet access does not fall under the existing network security. Hence, it is essential to secure the SDN.

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5g is coming to India! Should you upgrade?

Today, 5G is the buzzword among smartphone users. Since the 5G launch in India on October 1, 2022, users have been going gung-ho about it. Its launch has generated a frenzy. But the moot question remains; does it need an upgrade?

Before we delve into the answer, there are a few points to clarify. It is a no-brainer to state that internet speed is the most significant factor that impacts telecom services today. Because of this, one sees a technological advancement in the genre every few years. An upgrade from 4G to 5G will have the maximum impact on the internet speed.

5G is expected to provide about 10 to 15 times better network speed than 4G, which is a vast improvement. 4G was launched in India in 2010, but customers took time to adhere to the then-new technology. The reasons behind it could be its price compared to the 3G networks and the requirement for a device upgrade.

On this occasion, the wait time is longer; 5G is making its way into the market a decade later. Today people are more aware of the costs of such network and device upgrades. Just like in the case of 4G, consumers may take some time to adapt to 5G, but the transition may be quicker.

The 5G Specifics in India

In India, three telecom companies, Bharti Airtel, Vodafone, and Reliance Jio, will roll out their 5G network services post-October 4th, 2022. Bharti Airtel and Vodafone plan to use their existing 4G infrastructure for 5G services, whereas Reliance Jio has planned for standalone services, and Airtel has already rolled out its usefulness.

In the case of telecom operators planning for non-standalone infrastructure, the cost of availing the network for the consumers may be affordable. But in the case of a sophisticated standalone network designed by Reliance Jio, the price could be a matter of concern. Since Reliance is known to be a mass player and for its aggressive pricing, alarming tariff rates are not expected.

For 5G services, most of the telecom operators have been allotted a sub-6GHz 5G assortment of bandwidths. This network bandwidth would benefit both the telecom companies and the consumers. For telecom companies, Sub-6GHz 5G networks shall help use existing towers; for consumers, it shall help with better penetration through concrete walls. This will result in a more stable network inside buildings. The speed of a network with such bandwidth is expected to touch 300 Mbps, equivalent to any high-speed fibre line. Processes like streaming and data transfer shall be accomplished in a blink of an eye with 5G. The 5G shall offer the kind of benefits that any high-speed broadband connection provides.

That availing of a 5G network connection in the initial phase could benefit immensely compared to consumers joining late. This is because airwaves allocated for 5G would not face the congestion that 4G networks face. It may take at least several months for a sizeable chunk of the population to switch to 5G; the initial consumer of 5G would enjoy far greater speed in this phase.

5G bands Essentials

In India, n78/n77 bands can support frequencies to a maximum of 3300 MHz. In this connection, the major players have opted for this band. Meanwhile, the available 700 MHz, 800 MHz, and 900 MHz bands will continue. To plug the gap in the low-end frequencies, n28, n5, and n8 bands are required. Smartphones launched in 2022 will be compatible with these bands. As a smartphone user, check your devices to see if you have these bands.

Is An Upgrade To 5G Required For 4G Consumers?

The answer lies with the user. If a user wants better network speed and connectivity in comparison to 4G and has the potential to invest in 5G-compatible devices right away, the answer would be a resounding yes. In any case, time is of the essence as change is inevitable, with the next in line, 6G, expected to be launched before 2030.

SMOAD SD-WAN ready for 5G

SMOAD Network devices use proprietary technology to aggregate several internet connections’ bandwidth and route the network traffic intelligently. The various connections can be 3G, 4G, or even 5G.

SMOAD can run multiple Virtual Machines at the edge level already. This gives SMOAD an advantage in performing various functions on the device itself. Also, the technology used for aggregation of wireless/wired connections is generation agnostic.

In other words, yes! SMOAD is 5G enabled!

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TOP 5 SOLUTIONS FOR SLOW INTERNET AT HOME

Tips that work to resolve slow internet issues at home

Nancy was all geared up to watch her favorite reality show on an OTT platform. Her excitement turned so cold when she faced continuous buffering that she decided to change the service provider. Well, many of us face the same problem with slow internet connectivity at home making us wonder if we have compromised at one point of time or other by choosing either a slow connection or the wrong router. If you are sailing in the same boat, here are some tips that can help you get your internet connection back on track.

Fixing buffering issues: Videos are buffered by streaming devices to give you continuous video experience. If the streaming is not smooth your viewing experience is compromised. Sometimes, an unknown or unwanted app could be stealing your bandwidth compromising the performance of the streaming app which requires real time network performance. It could even be something like your laptop or your phone downloading and installing an automatic update! Whatever the issue, some actions you can take to fix the problem are listed below.

1. It is commonly believed that signing up for high speed internet can resolve the issue, but the buck does not stop there, the DNS server could also be a reason. Poor signal can be attributed to slow connectivity. Choose a service provider who provides high speed internet in your locality with on demand data upgrade option. You can play high resolution games and watch high definition videos simultaneously without seeing white circles on your screen.

2. Choosing the right Wi-fi router is the key to top notch internet connectivity, there should be no compromise on this front. Use of a dual band Wi-fi router that offers 5G network is the best choice. For example, SMOAD network devices are perfect for the home and 5G ready too. Using the right routers can help with 99.99% uptime.

3. Anti-malware and antivirus software can protect your device from malicious software. Post cleanup the internet speed is increased significantly.

4. Routers with inbuilt firewall and security can secure your network from hacks. SMOAD Beetle comes with inbuilt firewall and content filter.

5. Switch to a wired connection temporarily if your wireless connection is disrupted due to obstruction or frequency issues. Try with wireless connection a little later. Trying these tips sure helped Nancy improve her viewing experience a great deal. You too can say good bye to slow internet connections with these simple adjustments.

For customized solutions and enquiries, get in touch with us.

Paul Samuel

info@smoad.io

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How SD-WAN is transforming network security: Zero-trust architecture and more

Businesses are expanding into new geographical boundaries, increasing the need for a hybrid IT environment. The traditional network infrastructure is choking under pressure, unable to match the growing demands. The need for multiple sources has resulted in the growth of Software Defined Wide Area Network (SD-WAN) technology.

Can SD-WAN transform network security? SD-WAN promotes secure vendor and agnostic data transport across WAN or internet connectivity increasing hybrid cloud adoption. SD-WAN can aggregate multiple network technologies like MPLS, broadband, LTE, and 5G to connect to branches and remote offices. Compared with MPLS, SD-WAN is 2½ times cost effective due to secure edges, limited staff and router service costs.

Security is the top priority in SD-WAN. Organisations are keen on understanding the security impacts of installing SD-WAN as it should not expose the network to vulnerabilities while connecting to the cloud or embracing new endpoints. In an Enterprise Management Associates (EMA) report, respondents placed security on the top in SD-WAN.

Zero Trust Model in SD-WAN The security of SD-WAN increases with Zero Trust Model. So, what is Zero Trust Model? It is the security feature that stops trusting applications, networks, users or devices by default and introduces a host of verifications. In this model, authentication is given priority, followed by network security.

A secure SD-WAN architecture promotes agility and performance of your WAN network by establishing security-rich features that can be embraced with your present infrastructure. For on-premises to cloud end-to-end circuit encryption, the model uses IPSec 256-bit protection. The model assists IT managers to monitor and control the access points on the application and network. Firewalls and edge devices must be deployed for foolproof security.

How can the zero trust model replace traditional WAN? SMOAD SD-WAN enabled security and performance, helping save money. It encompasses all security SD-WAN solutions an organisation seeks. Zero trust principles are brought to every connectivity and not just users. All IoT/OT devices and servers are brought under the ambit of the model. It eliminates any threats and surface attacks using a router WAN network. Now you can convert your branch offices into modern branches using SaaS and cloud app deployments. Automated and integrated connectivity can reduce internet outbreaks and provides smarter and faster service.

New architecture needs new security with transactions moving to the cloud and internet; there is a need for a highly secure environment to protect distributed users from the vulnerabilities of attack. Today, applications, data and devices are moving out of the perimeter of security as they breach the traditional line of control. As the trusting enterprise perimeter is violated, there is a need for modern defence strategies for distributed workforces. It is here that the Zero Trust Model comes into play. Some of the tenets of this model include:

Securing resources and accesses irrespective of hosting model or location

Adopting default deny strategy while establishing application access

Traffic logging and inspection for applications you control and don’t in order to monitor any malicious activity.

Zero Trust Security components The Zero Trust Security components include:

Secure Internet Gateway (SIG): The ultimate idea of Zero Trust security is to protect the user while accessing applications beyond your control. A simple click can unleash cyber threats on your connectivity. With remote offices set in, the devices are unmanaged, and the internet is the choice of the corporate network. SIG is simple, quick and cheap while securing Direct Internet Access (DIA) traffic. SIG is safe, as it proactively protects users irrespective of location. Every DNS request is inspected, and malicious domains are blocked.

Identity Aware Proxy (IAP): The architecture provides application access through a cloud-based proxy. In this architecture, identity and authorisation happen at the edge and are only on a need-to-know basis. It uses standard HTTPS protocol at Layer 7 or the application layer. IAP identifies the source and verifies the user and device trust. It checks the security criteria like certification, password protection, endpoint direction, response solutions and installation of the latest OS. The user traffic is inspected, and any application request can be examined, authorised and terminated. After terminating the transaction on the proxy, additional features are integrated for better user experience and protection of the application.

Transform your business into a modern network model by protecting the line of defence. SMOAD believes SD-WAN with Zero Trust Security is the initial step to moving to a safe and threat-free internet.

Call us for a demo!

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SMOAD SD-WAN AND THE INTERNET OF THINGS (IOT): ENHANCING CONNECTIVITY AND CONTROL

There’s no denying that SD-WAN has indeed enhanced the quality of connectivity and the business application experience. The continued evolution of SD-WAN has also enabled enterprises to take advantage of new customised IoT devices. The health industry greatly benefits from remote monitoring systems that report a patient’s vital signs to medical care providers within seconds. Retail stores can now automatically alert their warehouses with the list of products that need replenishment. The magnitude of IoT has constantly been on the rise since its creation, and it is estimated that the size of IoT gadgets may reach 500 billion by the end of 2030. Thanks to SD-WAN-enabled IoT! Flexibility, centralised management, and high security offered by SD-WAN solutions have enabled IoT devices to perform better and be more productive.

Networking Challenges Faced by IoT Low-latency connectivity, high cost, and poor management of IoT applications spread across multiple locations are the major challenges faced by IoT applications. Let’s take the surveillance camera, for example – the considerable quantity of data that public surveillance cameras transfer can overwhelm the traditional WAN network connections.

You need a solution that prioritises traffic and chooses the right WAN path according to the quantity of traffic transferred. Software-defined WAN (SD-WAN) does the same and streamlines connectivity effortlessly and cost-effectively.

Security is another great challenge faced by IoT applications. Developers usually leave backdoor access open for further development purposes. This makes IoT devices vulnerable to hacks and cyber-attacks. SD-WAN offers advanced security functionalities, and since it can be easily integrated with new devices, security-related challenges can be overcome with ease.

Why is SD-WAN considered the Key Enabler of IoT By now, you might be aware that SD-WAN offers flexibility which is much needed for the smooth running of numerous IoT devices connected over a wide range of networks. Besides that, it also makes the management of distant IoT applications easy. This is possible because SD-WAN can adapt to devise necessity and application requirements. Here’s how SD-WAN plays an essential role in simplifying IoT management:

1) Reduces Complexity IoT devices rely on a range of connections, including wireless, mobile, wired, static, and even cellular. Each connection has its speed, protocol, and agility. While some IoT devices may run on a specific type of connection, most others rely on a combination of one or more connectivity options. This can complicate the connectivity process and pose challenges when it comes to troubleshooting or ensuring a consistent performance from the IoT device.

SD-WAN does away with this complexity by enabling the combination of a range of connections into one hybrid network. SD-WAN allows management of the network from one interface and also makes routing decisions while trying to prioritise traffic.

2) Enhances Security As mentioned earlier, IoT devices are subject to hacks and attacks. The developer may leave endpoints open for further developmental processes, and these endpoints ultimately serve as vulnerable loopholes for hackers. Improper penetration testing of IoT applications can be another reason IoT devices suffer security issues.

SD-WAN offers high-quality security features through fine-grain segmentation of WAN. Through fine-grain segmentation of WAN, IoT devices are isolated or detached from the rest of the network, thus preventing hackers from accessing extremely secure and sensitive information. Moreover, SD-WAN also enables the virtualisation of security services so that they are deployed across a range of networks in a software format.

3) Enhances Network Visibility Real-time visibility is another challenge faced by IoT devices dependent on a spectrum of connections. Poor visibility results in the inability to identify the performance attributes of the IoT devices. This could prevent an information officer from gaining access to important metrics and ultimately result in poor device performance.

Most service providers offer SD-WAN solutions embedded with real-time visibility functionality that allows capturing the application and network performance in real-time. Even data such as the total bandwidth consumed by the IoT device can be captured using this functionality. This data can further be used to troubleshoot existing application issues or eventually enhance the device’s performance.

Adopting SD-WAN for your business can provide uninterrupted connectivity keeping your IoT devices on the toe round the clock. For more information on SD-WAN for your IoT devices, contact SMOAD.

Call us for a demo now!

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THE CHANGE IN SECURITY, 5G, AND SD-WAN

The 5G is a complex technology making its security overwhelming. Enterprises are faced with the immense challenge of resolving security concerns of 5G; if you don’t, you are risking the growth of your organisation. The increased urgency to deploy new services adds to the risk. 5G network manufacturers and service providers are responsible for integrating security while deploying 5G. They must assess security effectiveness and focus on innovation rather than worrying about risks.

5G and SD-WAN The rise in user expectations has increased the complexity of WAN. SD-WAN monitors the performance of mixed connections like MPLS, internet, dedicated circuits, and satellite, selecting the most appropriate connection according to the traffic type. The SD-WAN makes decisions based on link performance, connection cost, and application needs. Traffic can be prioritised based on time-sensitive applications like VoIP over less urgent email.

SD-WAN built-in security The advantage of SD-WAN security is that it is built from the ground up. It is not an addition after the organisation is exposed to threats. A secure SD-WAN connection supports 5G speed without hampering business critical communication or breaching security gaps.

Security should match 5G Active traffic inspection at 5G speeds slows down the performance of next-generation firewalls (NGFW). Depending on native security functions of 5G networking solutions alone may not be sufficient, and organisations should adopt integrated, end-to-end security solutions to protect from threats. A secure SD-WAN solution can prepare the 5G to combat new world risks.

The security should be robust, integrated, and multilayered regarding internet branching. While combining SD-WAN and 5G solutions includes an integrated group of multilayered security controls and native controls for a secure solution. If you are experiencing local breakouts in your wired and wireless connections, integrate NGFW, DNS, SWG, IPS, and others for automated protection.

While bringing 5G into SD-WAN, the security concerns only increase. 5G means speed, and security bottlenecks must be addressed while keeping up with speed. SD-WAN security must be fast enough for 5G. With the volume of encrypted traffic increasing, the TLS adoption rate is faster. It is always important to support 5G without disturbing business-critical communications.

It is not easy to achieve this security standard as it is perceived. The NGFW performance takes a huge toll while inspecting encrypted traffic. Monitoring high volumes of encrypted traffic using TLS 1.3 encryption protocol to protect 5G connections from threats will harm SD-WAN and firewalls, putting both speed and security at risk.

So, how do we tackle this situation? Organisations must adopt Secure SD-WAN solutions from the ground up to improve performance. The answer is to use purpose-built security architecture instead of commercial processors. Ensuring the SD-WAN solutions are designed to manage critical security functions without compromising performance rates.

It is important to integrate security into the network seamlessly. With a unified management interface, changes in the SD-WAN environment are visible and managed from one interface. So, both can respond as one consolidated system when a connection requires a change.

The role of secure SD-WAN in 5G must be supported. SD-WAN integrating security and networking, along with hardware created for maximum performance and scalability to power 5G network, is perfect for organisations transitioning to 5G to look for advanced functions to avoid security concerns. Transcend into 5G smoothly with secure SD-WAN solutions for uninterrupted connectivity at an affordable cost.

SMOAD offer state-of-the-art SD-WAN solutions to integrate with 5G securely.

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Wi-Fi vs Ethernet: Which Connection is best to use?

Gone are the days of dangling wired technology to connect your computer to the internet. Today technology has embraced wire-free connectivity and this is true for your internet as well. When a multi-national gaming company wanted to setup a new branch office in Chennai, the first thought that came to the mind of the IT department is whether to opt for Ethernet or Wi-Fi. Almost all the employees use smart devices and connecting to internet and working wirelessly seemed to be the wise option. Does this mean that the Ethernet is no longer an option? The CEO directed the IT team to do some research on both these technologies and get back to him with their findings and also the right solution.

The Ethernet is an age-old technology introduced in 1973 and is used to connect devices via LAN (Local Area Network). Using a router, hub, ethernet cable and crossover cable, data can be transmitted via the network. On the other hand,Wi-Fi was introduced in 1999 to connect devices to the internet without the use of cables and over the years has turned out to be the most popular option among both home/office users.

Ethernet comes with faster data transfer speed and consistency. While there are no hassles of encryption in Ethernet the latency is lower. The dangling cables all over the place can cause inconvenience. Ethernet can help stream high-definition videos and high-resolution games without any snags and the Ethernet port can be used to configure devices individually.

Wi-Fi comes with lower data transfer speed, though multiple devices can be connected leaving it accessible to every nook and corner of your home/office. You can enjoy the convenience of being connected to the internet no matter where you are. Even the Coffee Shop you frequent is capable of offering free internet to customers thanks to this Wi-Fi technology!

Though environmental factors like heavy rain and strong wind can cause signal interruptions, Wi-Fi technology has been improving in leaps and bounds over the recent years. Better speeds, better reliability, better security can all be built into connections these days.

During their research, the IT team also stumbled upon SMOAD, a Networking that helps organizations build high performance networks using their ingenious SDWAN routers, BEETLE and SPIDER. Their research findings clearly showed a pre-configured network router like the SMOAD Beetle or the SMOAD Spider ensures stable connectivity, security and an uptime of 99.95% with aggregation of 4G LTE and broadband.

With these findings they presented the right solution to the CEO and now the choice was very simple; no choice needed! Both SPEED and CONVENEINECE in one!

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5g is coming to India! Should you upgrade?

Today, 5G is the buzzword among smartphone users. Since the 5G launch in India on October 1, 2022, users have been going gung-ho about it. Its launch has generated a frenzy. But the moot question remains; does it need an upgrade?

Before we delve into the answer, there are a few points to clarify. It is a no-brainer to state that internet speed is the most significant factor that impacts telecom services today. Because of this, one sees a technological advancement in the genre every few years. An upgrade from 4G to 5G will have the maximum impact on the internet speed.

5G is expected to provide about 10 to 15 times better network speed than 4G, which is a vast improvement. 4G was launched in India in 2010, but customers took time to adhere to the then-new technology. The reasons behind it could be its price compared to the 3G networks and the requirement for a device upgrade.

On this occasion, the wait time is longer; 5G is making its way into the market a decade later. Today people are more aware of the costs of such network and device upgrades. Just like in the case of 4G, consumers may take some time to adapt to 5G, but the transition may be quicker.

The 5G Specifics in India In India, three telecom companies, Bharti Airtel, Vodafone, and Reliance Jio, will roll out their 5G network services post-October 4th, 2022. Bharti Airtel and Vodafone plan to use their existing 4G infrastructure for 5G services, whereas Reliance Jio has planned for standalone services, and Airtel has already rolled out its usefulness.

In the case of telecom operators planning for non-standalone infrastructure, the cost of availing the network for the consumers may be affordable. But in the case of a sophisticated standalone network designed by Reliance Jio, the price could be a matter of concern. Since Reliance is known to be a mass player and for its aggressive pricing, alarming tariff rates are not expected.

For 5G services, most of the telecom operators have been allotted a sub-6GHz 5G assortment of bandwidths. This network bandwidth would benefit both the telecom companies and the consumers. For telecom companies, Sub-6GHz 5G networks shall help use existing towers; for consumers, it shall help with better penetration through concrete walls. This will result in a more stable network inside buildings. The speed of a network with such bandwidth is expected to touch 300 Mbps, equivalent to any high-speed fibre line. Processes like streaming and data transfer shall be accomplished in a blink of an eye with 5G. The 5G shall offer the kind of benefits that any high-speed broadband connection provides.

That availing of a 5G network connection in the initial phase could benefit immensely compared to consumers joining late. This is because airwaves allocated for 5G would not face the congestion that 4G networks face. It may take at least several months for a sizeable chunk of the population to switch to 5G; the initial consumer of 5G would enjoy far greater speed in this phase.

5G bands Essentials In India, n78/n77 bands can support frequencies to a maximum of 3300 MHz. In this connection, the major players have opted for this band. Meanwhile, the available 700 MHz, 800 MHz, and 900 MHz bands will continue. To plug the gap in the low-end frequencies, n28, n5, and n8 bands are required. Smartphones launched in 2022 will be compatible with these bands. As a smartphone user, check your devices to see if you have these bands.

Is An Upgrade To 5G Required For 4G Consumers? The answer lies with the user. If a user wants better network speed and connectivity in comparison to 4G and has the potential to invest in 5G-compatible devices right away, the answer would be a resounding yes. In any case, time is of the essence as change is inevitable, with the next in line, 6G, expected to be launched before 2030.

SMOAD SD-WAN ready for 5G SMOAD Network devices use proprietary technology to aggregate several internet connections’ bandwidth and route the network traffic intelligently. The various connections can be 3G, 4G, or even 5G.

SMOAD can run multiple Virtual Machines at the edge level already. This gives SMOAD an advantage in performing various functions on the device itself. Also, the technology used for aggregation of wireless/wired connections is generation agnostic.

In other words, yes! SMOAD is 5G enabled!

For customized solutions, get in touch with us.

SMOAD Networks www.smoad.io

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Performance, Reliability, and Security: SD-WAN + 5G

With SMOAD SD-WAN and 5G, you can have it all!

The mobile data service takes a new leap with 5G, with speed being a concern. The new buzzword is 5G in the internet space, thanks to the recent launch early this month. The recent introduction of 5G offers faster data services equal to wired WAN. In the near future, 5G radio deployments can push the bandwidth over 1GB with low latency.

Does SD-WAN fit in 5G networks? When SD-WAN is combined with 5G services, branch offices stand to gain enhanced reliability, high-speed bandwidth, and rapid provisioning. Large enterprises can benefit from SD-WAN and 5G services, providing faster connectivity. The new technology can replace wired services with wireless services facilitating LTE at remote locations. For instance, chains of hotels, retail stores, telemedicine, etc., can benefit immensely from SD-WAN in 5G networks during downtime or slow connection in the wired circuits.

The benefits of using SD-WAN in 5G networks SD-WAN is the preferred technology to channel traffic across WAN links. The internet link security and performance are enhanced significantly to increase the bandwidth of the WAN at an affordable price. SD-WAN offers complete visibility from LAN, WAN, cloud, and devices. 5G gives the advantage of adding SD-WAN-driven architecture. The 5G links protect from cable cuts and outages as it is simple and offers link diversity.

The cableless option is an excellent alternative to MPLS, Integrated Service Digital Networks, DSL, and broadband. Without cables, 5G is easier to manage, deploy and buy. SD-WAN comes with multiple links for redundancy, traffic segmentation, and balancing. 5G is seen as WAN transport, but did you know that it can offer out-of-band management potentiality, where network resources can be accessed through external means?

The advantages include the following:

Simple link provisioning QoS and link redundancy Diversified connectivity options for remote locations Network slicing offers superior application performance Enhanced visibility, security, and traffic management Supports edge computing Functionality of branch sites is increased Affordable costing

Read full article at https://smoad.io/blog/performance-reliability-and-security-sd-wan-5g/

[smoadnetworks]

Performance, Reliability, and Security: SD-WAN + 5G

With SMOAD SD-WAN and 5G, you can have it all!

The mobile data service takes a new leap with 5G, with speed being a concern. The new buzzword is 5G in the internet space, thanks to the recent launch early this month. The recent introduction of 5G offers faster data services equal to wired WAN. In the near future, 5G radio deployments can push the bandwidth over 1GB with low latency.

Does SD-WAN fit in 5G networks?

When SD-WAN is combined with 5G services, branch offices stand to gain enhanced reliability, high-speed bandwidth, and rapid provisioning. Large enterprises can benefit from SD-WAN and 5G services, providing faster connectivity. The new technology can replace wired services with wireless services facilitating LTE at remote locations. For instance, chains of hotels, retail stores, telemedicine, etc., can benefit immensely from SD-WAN in 5G networks during downtime or slow connection in the wired circuits.

The benefits of using SD-WAN in 5G networks

SD-WAN is the preferred technology to channel traffic across WAN links. The internet link security and performance are enhanced significantly to increase the bandwidth of the WAN at an affordable price. SD-WAN offers complete visibility from LAN, WAN, cloud, and devices. 5G gives the advantage of adding SD-WAN-driven architecture. The 5G links protect from cable cuts and outages as it is simple and offers link diversity.

The cableless option is an excellent alternative to MPLS, Integrated Service Digital Networks, DSL, and broadband. Without cables, 5G is easier to manage, deploy and buy. SD-WAN comes with multiple links for redundancy, traffic segmentation, and balancing. 5G is seen as WAN transport, but did you know that it can offer out-of-band management potentiality, where network resources can be accessed through external means?

The advantages include the following:

Simple link provisioning QoS and link redundancy Diversified connectivity options for remote locations Network slicing offers superior application performance Enhanced visibility, security, and traffic management Supports edge computing Functionality of branch sites is increased Affordable costing

Read full article at https://smoad.io/blog/performance-reliability-and-security-sd-wan-5g/

[smoad]

HOW TO ADAPT TO A HYBRID WORK MODEL?

The work place challenges are getting tougher with the new norms of work from home setting in. Though, to a certain extent it was experimented in the past, transferring a huge number of work force into the new system has led to greater security constraints. Recent research reveals that financial sector is the most affected during the pandemic due to their inability to adapt to hybrid work model as the risks are high.

Recently, the HSBC CEO has embraced hybrid work model and says that there are lessons to be learned from the past 18 months’ experience. The CEO says that over 70% of HSBC employees who prefer hybrid model want three days a week in the office. This way the bank plans to cut on 40% of office space thereby saving on their overheads. Meaning the savings can be used to update their remote working security system.

So, what are the security risks to be combated while adapting a hybrid work model?

Working from a remote setup means the employees are connecting from an unsecured network. This means the company is unsure who is on the other side of the network. To address this risk the employees are trained in remote management tools but this may not be sufficient to plug the security gaps in the remote work environment.

The data in an organization can be divided into shareable and sensitive. When you want to share sensitive information via online conferencing and collaboration platforms, tools like TLS and 256 encryption can protect both static and dynamic data. SMOAD devices provide a seamless set of solutions to empower your business with uninterrupted connectivity. Moreover, the SMOAD SD-WAN provides centralized control over networks. SMOAD plugs lag and intrusive IPs from external networks keeping your data safe from the hands of malicious users.

A sturdy security infrastructure is the key to successful business. The overlaps in the office and home network setups and the use of recreational platforms like WhatsApp, online portals, online video conferencing portals are reason for 80% of the phishing attacks. Installing a secure sandbox to access data and application is a way to prevent breaches. Use of advanced Firewall protection and MAC address filtering can plug in vulnerabilities.