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Best remote work books for business in 2024

Remote work is here to stay. However, companies need to ensure remote workers can connect safely and efficiently. Balancing convenience, employee freedom, and data security takes skill and judgment. And it also requires a little creativity to support remote workers while meeting business goals.

If you are grappling with remote work challenges, this blog is for you. We will explore some of the most accessible and informative remote work books. There are plenty of entertaining experts around (and a few imposters). But the books below are all essential additions to your management bookshelf.

Benefits and challenges with remote working employees

Working from home is a fundamental part of modern life. As of 2024, around 33 million Americans work remotely. Virtually all workers would like the option of working remotely sometimes. And almost 30% of workers have adopted a “hybrid work” routine, mixing office time and work from home.

Employees are embracing remote work because they want to. Working from home allows staff to find the right work-life balance. Workers can balance childcare, leisure, and work. And they can forget about stressful commutes.

For companies, remote work boosts employee happiness and reduces the cost of on-premises systems. Home workers are often more productive (although not always), and companies can leverage national or international talent pools.

On the other hand, managing remote teams brings challenges. Managers need to communicate effectively and keep workers motivated. Building teams is tricky without face-to-face contact. And then there are security worries.

Remote work often requires exchanging sensitive data between central or cloud data centers and homes or public networks. Employees need third-party remote access to apps and databases. This access creates new and potentially harmful data risks.

None of these challenges are insurmountable. If they were, millions of employees would permanently return to the office, but that is not happening. Creative companies are finding ways to benefit from working from home without risking their reputations.

Successful firms also leverage expert advice and constantly expand their remote work knowledge. Head straight to the list below for our recommended reading, or check out these related articles to explore remote work further:

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Best books to read about remote work

Titles for remote work managers to dive into:

  • “The Ultimate Guide to Remote Work”

  • “Remote: Office Not Required”

  • “Remote Work: Redesign Processes, Practices and Strategies to Engage a Remote Workforce”

  • “Running Remote: Master the Lessons from the World’s Most Successful Remote-Work Pioneers”

  • “Remote Not Distant: Design a Company Culture That Will Help You Thrive in a Hybrid Workplace”

  • “Office Optional: How to Build a Connected Culture with Virtual Teams”

  • “Leading From Anywhere: The Essential Guide to Managing Remote Teams”

  • “Work Together Anywhere: A Handbook on Working Remotely Successfully”

  • “The Nowhere Office: Reinventing Work and the Workplace of the Future”

  • “Remote Leadership: How to Accelerate Achievement and Create a Community in a Work-from-Home World”

  • “How the Future Works: Leading Flexible Teams to Do The Best Work of Their Lives”

  • “Remote Work Revolution: Succeeding from Anywhere”

  • “HBR Guide to Remote Work”

  • “Virtual Culture: The Way We Work Doesn’t Work Anymore, a Manifesto”

  • “Deep Work”

  • “The Nowhere Office: Reinventing Work and the Workplace of the Future”

That list should occupy even the most voracious readers. So, let’s turn the page and introduce 2024’s best remote work books.

“The Ultimate Guide to Remote Work” by Wade Foster, Alison Groves, and Danny Schreiber

The Ultimate Guide to Remote Work

Billing itself as the “ultimate guide” sets expectations high for this Zapier App publication, but the authors deliver. Based on the real-world experiences of Zapier CEO Wade Foster and his team, the book discusses practical struggles and solutions. Always avoiding jargon, it explains how to build remote teams and make them run smoothly.

Check for the latest Kindle version of the eBook, as the authors update the text frequently. Regular updates mean that few books are as fresh and relevant.

“Remote: Office Not Required”  by Jason Fried and David Heinemeier Hansson

Remote: Office Not Required

First published in 2013, “Office Not Required” set the trend for remote working manuals. Ten years later, it remains relevant and inspirational.

Fried and Hansson used their experiences as founders of project management start-up Basecamp. What makes their argument persuasive is the process Basecamp followed, moving from assumptions about on-premises work to embracing remote alternatives.

Although written from a CEO perspective, the book is equally valid for workers, so anyone can benefit from it.

“Remote Work: Redesign Processes, Practices and Strategies to Engage a Remote Workforce” by Chris Dyer and Kim Shepherd

Remote Work Redesign Processes, Practices and Strategies

Moving to remote work is a business process requiring systematic planning and skill. Dyer and Shepherd know the task inside-out, having shifted their teams to home working during the Covid pandemic.

This book is ideal for managers seeking to structure remote work transitions. For instance, Dyer and Shepherd discuss writing remote work policies and using digital tools to secure workstations. They also discuss HR and management strategies to support employees and delve into measurement techniques to verify remote work productivity. Managers will find it an invaluable companion.

“Running Remote: Master the Lessons from the World’s Most Successful Remote-Work Pioneers”  by Liam Martin and Rob Rawson

Running Remote

Rawson and Martin founded Time Doctor to help workers with time management. However, Time Doctor encountered problems when transitioning to a remote model. “Running Remote” chronicles the experience, adding advice about how to leverage remote workforce technologies. Honest and very readable, it makes a convincing case for going remote. But it also adds context about dangers and challenges.

One of the best aspects of this book is what the authors call the “async mindset.” Stripping away the jargon, this is a valuable framework for managing remote staff and ditching old-style meetings or management techniques.

“Remote Not Distant: Design a Company Culture That Will Help You Thrive in a Hybrid Workplace” by Gustavo Razzetti

Remote Not Distant

As Razzetti observes, one of the best things about remote work is that it separates employees from static offices, allowing them to work wherever they want. However, one of the drawbacks of remote work is the distance between workers and managers. Solving this problem is tricky – at least without the advice contained in this fascinating book.

Easy to read but well-informed, Razzetti’s book explains how to mold remote work mindsets and manage distributed teams. He explores ways to build a remote corporate culture and collaborate seamlessly across continents. In other words, there’s plenty of gold here for managers to discover.

“Office Optional: How to Build a Connected Culture with Virtual Teams” by  Larry English

Office Optional

Larry English blazed a trail in remote work, helping to build one of the first remote-first consultancy firms. He also timed this book perfectly to coincide with the Covid pandemic. More importantly, he filled this primer with invaluable stats and management wisdom.

Readers can glean a lot of insights from “Office Optional”. Some of the most memorable sections deal with building trust across the oceans and maintaining close professional relationships with colleagues you barely ever meet. As English stresses, relationships are everything in remote work. But with the right mindset and skills, a remote leader can unify and inspire even the most dispersed team.

Leading From Anywhere: The Essential Guide to Managing Remote Teams

Leading From Anywhere

Burkus has written the how-to manual for remote managers. “Leading from Anywhere” sets out critical tasks for smooth remote work. It covers employee onboarding, performance reviews, communication, preventing burnout, and building a healthy remote culture.

Burkus tackles each subject with a mixture of best practices and real-life testimonies. By the end of his book, you should be ready for whatever remote work transitions come your way.

“Work Together Anywhere: A Handbook on Working Remotely Successfully” by Lisette Sutherland and Kirsten Janene-Nelson

Work Together Anywhere

Sutherland is one of the most in-demand virtual team consultants, helping companies worldwide craft functional remote work setups. This book presents advice from the front line about what makes good remote teams and what causes teams to fail.

One of the best aspects of “Work Together Anywhere” is how it breaks down tasks and ideas by role. There are chapters for managers leading remote teams, employees, and even executives. Every stakeholder plays a part in remote work. Sutherland and Janene-Nelson explain what they need to do.

“The Nowhere Office: Reinventing Work and the Workplace of the Future” by Julia Hobsbawm

The Nowhere Office Reinventing Work and the Workplace

Hobsbawm is an experienced communications expert (and a popular podcaster on remote work topics). Her book, “The Nowhere Office,” distills her experiences advising companies about how to embrace hybrid work. Hobsbawm offers a positive vision of employee flexibility that complements corporate goals, provided companies know what they are doing.

Another strong point of “The Nowhere Office” is that it takes on critics of home working. For instance, Hobsbawm accepts that working from home can isolate workers or cause leadership headaches. She has plenty of convincing answers to those problems, along with almost every common argument against hybrid work.

We liked the book so much that we actually spoke to the author in late 2023. Check out the interview before ordering the eBook or paperback, as Hobsbawm delivers some insights that you won’t find in the text.

“Remote Leadership: How to Accelerate Achievement and Create a Community in a Work-from-Home World” by David Pachter

Remote Leadership

When the pandemic hit, marketing agency JumpCrew was still getting started. An intense face-to-face strategy and a close-knit office team had powered rapid growth. However, that had to change as the firm adopted remote working. As the CEO of JumpCrew, Pachter oversaw the transition. And with more than 200 employees at last count, he did pretty well.

“Remote Leadership” tells the story of adaptation under pressure. Pachter explains how a three-part model based on reflective leadership, collaborative learning, and peer coaching helped JumpCrew survive. He also argues persuasively that similar ideas can help remote teams thrive.

“How the Future Works: Leading Flexible Teams to Do The Best Work of Their Lives” by Brian Elliott and Sheela Subramanian

How the Future Works

Approved by the CEO of Slack, “How the Future Works” will inspire anyone who is half-convinced about the virtues of remote working. Elliott and Subramanian explore the benefits of flexibility for workers and companies.

Along the way, they make radical suggestions about the value of letting go – enabling teams to express their creativity without interfering. However, they ground this sense of freedom in hard-headed practical advice about managing remote teams. The result is a fusion of optimism and realism and a great explainer for remote work managers.

“Remote Work Revolution: Succeeding from Anywhere” by Tsedal Neeley

Remote Work Revolution

Written by a professor at Harvard Business School, this Financial Times & McKinsey Business Book Of The Year nominee is a must-read for remote work managers.

Unlike many remote work think pieces, Neeley’s work focuses on data security and technical challenges. Expect step-by-step guides to creating functional teams and plenty of case studies to bring the theory to life. The tone is academic (naturally) but not inaccessible at any stage.

“The HBR Guide to Remote Work” by Harvard Business Review staff

The HBR Guide to Remote Work

It may be a little dry in places, but HBR’s remote work guide is a must-have nonetheless. The reason is that this guide covers a lot of ground concisely but intelligently. Readers learn about setting up home offices, managing teams, ways to run virtual meetings, and choosing remote work technologies. There’s no better nuts and bolts guide to working remotely for bosses and employees alike.

“Virtual Culture: The Way We Work Doesn’t Work Anymore, a Manifesto” by Bryan Miles

Virtual Culture

Based on years of coaching teams, this short but engaging book urges managers to look beyond routines and old-style performance targets.

For Miles, remote working requires a complete change in company attitude. Effective teams are free and autonomous. And managers need to find ways to engage with colleagues without micro-managing their activities. That’s not easy, but “Virtual Culture” offers some handy pointers.

“Deep Work” by Cal Newport

Deep Work

Cal Newport’s modern classic dates back to 2016, but it anticipated the world of remote work in uncanny detail. And Newport’s expert insights are just as relevant as ever.

“Deep Work” argues that elite workers will dedicate their mind power and attention to critical tasks in the future. Trivial meetings won’t steal their time and attention. Instead, they might spend half a day meditating to prepare their minds for a few hours of productive work.

This kind of attitude fits perfectly with remote work. If you have not already done so, be sure to schedule a few hours with Newport soon.

Books for remote employees 

The transition to working from home or any remote location demands a new set of skills and adaptations—from creating an efficient workspace and maintaining ergonomics to mastering virtual communication and ensuring personal well-being. Whether you’re a seasoned remote worker or just starting, understanding the nuances of this evolving work culture is crucial for success. 

We’ve chosen a few books that can guide you to make the shift to remote work manageable and truly rewarding. Here is our list:

  • “The Year Without Pants: WordPress.com and the Future of Work”

  • “Remote, Inc.: How to Thrive at Work . . . Wherever You Are”

  • “Working From Home: Making the New Normal Work for You”

  • “Ready, Set, Remote!: The Fast Guide to Creating a Professional Home Office”

  • “Work from Home Ergonomics 101: Tips to Improve Your Comfort, Productivity, and Safety While Working Remotely”

“The Year Without Pants: WordPress.com and the Future of Work” by Scott Berkun

The Year Without Pants

Back in 2012, ex-Microsoft manager Berkun started working at Automattic (the parent company of hosting giant WordPress). And what he found was a revelation. Automattic pioneered flexible working. The firm has never fixed itself to a central office. Its employees famously barely send emails, let alone attend morning staff meetings.

“The Year Without Pants” is a highly entertaining document from the early years of remote work. It’s an essential read for employees who are toying with home working. But the book is also full of management nuggets (as well as being flat-out entertaining).

“Remote, Inc.: How to Thrive at Work . . . Wherever You Are” by Robert Pozen and Alexandra Samuel

Remote, Inc.

If you are intimidated by asking for more flexible work, this is the book to read. Pozen and Samuel highlight the many benefits of leaving the office behind and explore some common challenges individuals face when they work alone.

Chapters look at managing your time, communicating with managers, and making the most of online meetings. These skills don’t come naturally to everyone. But the techniques and tricks supplied by this book can make the adjustment easier.

“Working From Home: Making the New Normal Work for You” by Karen Mangia

Working From Home

Mangia writes from the standpoint of someone who has tried to work from home but struggled. Most of us can sympathize with her tales about claustrophobic home offices, uncomfortable chairs, and endless distractions. The darker side of remote working can often make life very tricky.

However, Mangia also devises remote work solutions. She discusses striking a healthy work-life balance, staying motivated, and remaining connected with colleagues—everyday tasks that all remote employees face.

“Ready, Set, Remote!: The Fast Guide to Creating a Professional Home Office” by Dave Allen

Ready, Set, Remote

Most remote employees are not interior designers, and not all home spaces transform smoothly into offices. Dave Allen’s practical guide will be gold dust for anyone converting a corner of your home into a productivity center. He keeps things down-to-earth and concise, and his cybersecurity reminders are particularly valuable.

“Work from Home Ergonomics 101: Tips to Improve Your Comfort, Productivity, and Safety While Working Remotely” by Morgan Sutherland

Work from Home Ergonomics 101

Back or joint pain can ruin your remote work experience. Poorly designed workspaces can cause a host of physical problems. Morgan Sutherland’s book explains how to apply ergonomic principles to a remote work environment. He draws on extensive physio experience to clarify posture, seating, screen alignment, and destressing techniques. Everyone should read it before ditching the office.

Beyond books: Smart thinking for securing remote workers

Remote work brings many challenges. Home workers often face issues with communication, team building, work-life balance, and staying motivated.

Cultural and organizational questions are critically important. However, remote workers also need to contend with technical matters like cybersecurity and ensuring confidentiality. Books can assist, but solving those problems requires specialist help.

Employees need additional training about handling data at home and connecting safely to central networks. Companies should also extend security tools to remote workers, supplying authentication systems, VPN clients, and malware prevention tools.

Securing remote workers internally can succeed. However, using security partners with remote work experience is often preferable.

NordLayer’s solutions are a case in point. Companies can create flexible network perimeters. Remote Access VPN and access management tools cover remote devices, ensuring only authorized users can access network resources. Flexible tools allow BYOD for office days, while cloud integrations enable remote workers to access assets they need.

Brush up on your knowledge with 2024’s best remote work books. If you need assistance, feel free to get in touch. NordLayer will help you find the perfect remote work solution.

About Version 2 Digital

Version 2 Digital is one of the most dynamic IT companies in Asia. The company distributes a wide range of IT products across various areas including cyber security, cloud, data protection, end points, infrastructures, system monitoring, storage, networking, business productivity and communication products.

Through an extensive network of channels, point of sales, resellers, and partnership companies, Version 2 offers quality products and services which are highly acclaimed in the market. Its customers cover a wide spectrum which include Global 1000 enterprises, regional listed companies, different vertical industries, public utilities, Government, a vast number of successful SMEs, and consumers in various Asian cities.

About NordLayer
NordLayer is an adaptive network access security solution for modern businesses – from the world’s most trusted cybersecurity brand, Nord Security.

The web has become a chaotic space where safety and trust have been compromised by cybercrime and data protection issues. Therefore, our team has a global mission to shape a more trusted and peaceful online future for people everywhere.

About NordLayer
NordLayer is an adaptive network access security solution for modern businesses – from the world’s most trusted cybersecurity brand, Nord Security.

The web has become a chaotic space where safety and trust have been compromised by cybercrime and data protection issues. Therefore, our team has a global mission to shape a more trusted and peaceful online future for people everywhere.

How to analyze network traffic: a step-by-step guide

Network traffic is the data that passes through on-premises, cloud, and hybrid cloud networks. Traffic consists of larger files divided into data packets. Packet data flows between network nodes before being put back together at destination devices.

Network traffic is crucial because it enables users and applications to communicate. Traffic carries data files and queries, extracting data from cloud resources for employees to use. It connects users with devices like cameras and printers, facilitates video streaming, and links local workstations to internet resources.

Understanding and managing network traffic includes learning how to analyze network traffic effectively. This analysis helps monitor and interpret these data flows to optimize performance, ensure security, and manage resources effectively. One method to model and understand network traffic relates to network topography, which illustrates how data moves through the network.

  • North-south data passes from data centers to connected devices on a hub and spoke model. This data class includes web browser traffic originating outside the network.

  • East-west traffic travels inside a data center, such as communications between on-premises workstations.

Another method models network traffic based on priority.

  • Real-time network traffic includes high-priority packet data requiring instant transmission and high levels of accuracy. For instance, voice-over-IP can’t work well without high fidelity, instant transfers.

  • Non-real-time traffic includes routine email transfers and FTP downloads that are not operationally crucial.

Network traffic types also relate to how we inspect data.

  • Flow data aggregates simple information about network traffic. Examples include packet origins and data quantities.

  • Packet data involves granular analysis of individual packets through techniques like deep packet inspection. This level of analysis assists security investigations and micro-level performance optimization.

Engineers must consider how these network traffic types interact. Monitoring systems must take account of network topography and implement solutions to capture relevant, high-value data about network traffic.

What is network traffic analysis (NTA)?

Network traffic analysis applies continuous monitoring of network traffic. This has two main functions: ensuring network availability and securing network assets.

NTA determines the availability of network assets. Tools detect anomalies and performance issues, alerting IT teams to enable prompt responses. For instance, monitoring may identify and suppress high-volume data transfers or bursts of inbound traffic.

Network monitoring tools also have a critical security role. Tracking tools enforce security policies by detecting and blocking threats. They scan for suspicious activity and flag potential issues before data breaches or system outages result.

Monitoring systems check for vulnerable protocols or encryption ciphers, informing administrators if data becomes insecure. Tools also identify blind spots in network architecture. Technicians can plug gaps in the attack surface created by new devices or user activity.

Good reasons to adopt network traffic analysis

Analyzing network traffic is a wise move for all companies. Modern business depends on constant data flows and reliable network performance. Measuring how data travels empowers IT managers to make improvements and optimize network performance. 

Understanding and implementing strategies on how to improve network performance can significantly enhance the efficiency and reliability of data flow. It will also ensure that business operations remain smooth and uninterrupted.

6-reasons-to-adopt-network-traffic-analysis

Beyond that general benefit, network traffic analysis has the following advantages:

#1 Better network visibility

Network visibility tools create inventories of devices connected to the network. Companies can add new devices securely and secure network traffic to existing devices.

#2 Compliance

Businesses that monitor network traffic are well-placed to detect threats and safeguard customer data in line with GDPR and HIPAA regulations.

#3 Robust performance

Continuous monitoring identifies technical problems with the availability of applications and data centers. IT teams can troubleshoot issues before downtime occurs.

#4 Capacity planning

Engineers can model future network traffic loads and plan for smooth change management.

#5 Network analysis

Engineers can leverage monitoring logs to analyze performance and find fixes to improve speed or reliability. Monitoring provides network context to investigate security incidents.

#6 Cost reductions

Monitoring network traffic identifies redundant components and suggests efficient ways to route data, cutting networking costs.

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How to get started with network traffic analysis

The benefits of network traffic analysis are clear. However, analyzing network traffic is harder to grasp. Businesses need monitoring systems that cover relevant data sources. Monitoring must be accurate and deliver usable outputs, but analyzing network traffic must not affect speeds or general performance.

Follow the step-by-step guide below to analyze network traffic in a way that meets those core conditions.

1. Assess your data sources

Before analyzing network traffic, you must understand what data flows through your network. Traffic monitoring can only track visible data flows. A thorough data assessment is essential.

On the device side, data sources include routers, servers, and switches that facilitate data transfers. Firewall appliances and proxy gateways may also be relevant if you use them. User workstations lie inside the scope of network traffic monitoring, as do remote work devices and IoT accessories.

Data sources also include the applications that process or store network data. Include applications stored on-site alongside cloud services that users rely on.

Automation helps you discover connected devices and apps and model device dependencies. Application and network discovery tools scan endpoints, and data flows to assess network topography.

Manually assessing network maps is also possible but time-consuming. Maps also become outdated without regular updates, while automation tools adapt as network traffic changes.

The outcome of this exercise should be a clear map of critical data flows, including a list of device and application dependencies.

2. Decide how to collect network traffic

Now, we need to create systems to extract information from data sources. There are two basic approaches: agent-based collection and agentless collection.

Agent-based systems deploy agents on devices. Agents are tiny apps that continually collect data about performance, availability, traffic volume, and inbound or outbound communications.

Agents are essential to monitor network traffic at the level of network packets. However, they can interfere with network speeds or lead to storage problems.

Agentless collection does not rely on agents to gather information. These solutions generally use protocols like the Simple Network Management Protocol (SNMP) or APIs supplied by data source vendors.

Agentless systems send monitoring queries to apps or devices. Targets respond, supplying data about their availability and security status. Agentless collection is a slightly less detailed way of analyzing network traffic. However, network traffic data is still sufficient for most monitoring purposes.

3. Configure context-based network visibility

Now, set the rules for network traffic analysis. Robust network visibility is not just about collecting masses of network traffic. IT teams must also consider network context to understand the reason for data spikes or speed issues.

Contextual information includes user authentication requests, app usage, or threat intelligence. This information may explain why traffic is spiking on particular devices. The absence of contextual data could indicate an imminent threat.

Combining raw network traffic data with situational knowledge empowers security teams and technicians. The more you know about your network environment, the easier it is to identify problems and avoid security incidents.

Choose a traffic analysis solution that integrates with threat detection and response systems. Even better, opt for a network visibility solution that blends threat detection and performance monitoring.

4. Check network restrictions

Before turning on network traffic monitoring, engineers must check local network restrictions and verify that monitoring will function properly.

For example, encrypted traffic may not be visible to tracking systems without key sharing. Bandwidth restrictions may apply, and some ports may be inaccessible to monitoring protocols. Monitoring cloud data can also be challenging. Providers operate their own data restrictions, potentially compromising network visibility.

Legacy systems often co-exist with cloud implementations. Engineers should ensure traffic monitoring covers all data sources and replace applications or devices you cannot monitor. Firewall appliances and network traffic segmentation can also influence data collection.

Compliance is another consideration. Privacy regulations prohibit the unauthorized collection of private data. Network traffic collection should not extend to user or customer identities without consent.

Finally, network traffic analysis must consider malicious threats. Can monitoring tools identify suspicious traffic and work around obfuscation techniques? If not, alternative solutions may be preferable.

5. Decide how to collect tracking data

Collecting network traffic is useless without a secure and accessible storage solution. This storage facility guards your collection tools and is a reliable destination for harvested traffic.

Separating tracking systems from general network traffic is advisable. Separation protects data from external attacks or outages. The best solution is using a secure cloud-based provider to store tracking data or building separate on-premises hardware.

Virtualized storage solutions suit multi-cloud or single-cloud networks with low on-premises involvement. Hardware is ideal for traditional office networks with few cloud components.

6. Put in place traffic analysis tools

IT teams need the ability to view, analyze, and use network traffic data. Beware: not all monitoring systems include visualization panels and ways to aggregate tracking logs.

Without visualization features, engineers face libraries of text files, and it takes hard labor to extract data from tracking logs. Unless you are comfortable with those processes, choose a tracking partner that makes analysis easy.

Effective solutions allow users to generate reports for audits and investigations. They enable application and user-level traffic analysis. Automating routine security tasks and network traffic map generation are also helpful features.

Don’t forget: Systems for analyzing network traffic also need alert functions to trigger user responses. Choose network traffic analysis solutions with customized alerts and robust measures to detect false positives.

7. Test network traffic analysis before going live

Deploy network traffic analysis gradually. Measured deployment gives you time to check components are functional and deliver the data you need. Rushed implementations waste resources and may lead to inadequate long-term coverage – giving you a false sense of security.

Begin by tracking a small group of data sources. Start with a single data server or cloud-based application. Only expand network traffic analysis when you know that everything works as designed.

How NordLayer can help you achieve network visibility

Network traffic analysis identifies performance and security problems before they impact business operations. In a world of constant data breaches and evolving cybersecurity threats, visibility is everything. Companies that remain in the dark will eventually suffer.

Fortunately, effective network visibility solutions are available for all business contexts. NordLayer’s network visibility tools track relevant traffic and simplify analysis – putting you back in control of network data flows.

Our tools let you dive deep into network activity. Device posture monitoring, server usage analysis, and user activity tracking deliver invaluable insights to guide security teams. Detect suspicious connections, only admit compliant devices, and keep track of network availability.

Network traffic analysis is the key to understanding performance and improving network security

About Version 2 Digital

Version 2 Digital is one of the most dynamic IT companies in Asia. The company distributes a wide range of IT products across various areas including cyber security, cloud, data protection, end points, infrastructures, system monitoring, storage, networking, business productivity and communication products.

Through an extensive network of channels, point of sales, resellers, and partnership companies, Version 2 offers quality products and services which are highly acclaimed in the market. Its customers cover a wide spectrum which include Global 1000 enterprises, regional listed companies, different vertical industries, public utilities, Government, a vast number of successful SMEs, and consumers in various Asian cities.

About NordLayer
NordLayer is an adaptive network access security solution for modern businesses – from the world’s most trusted cybersecurity brand, Nord Security.

The web has become a chaotic space where safety and trust have been compromised by cybercrime and data protection issues. Therefore, our team has a global mission to shape a more trusted and peaceful online future for people everywhere.

About NordLayer
NordLayer is an adaptive network access security solution for modern businesses – from the world’s most trusted cybersecurity brand, Nord Security.

The web has become a chaotic space where safety and trust have been compromised by cybercrime and data protection issues. Therefore, our team has a global mission to shape a more trusted and peaceful online future for people everywhere.

Enhancing your network security: the role of access control lists (ACLs)


Does your business rely on access control lists (ACLs) to manage user access? If not, you’re not alone. Many organizations shy away from using them due to the challenges of maintaining numerous lists across different network areas. However, an access control list can provide an extra layer of security for your network in specific scenarios and can be effectively integrated with role-based groups when needed.

This article will explore how an access control list can streamline your access management processes. We’ll also dive into the benefits of ACLs, including improved security measures and their adaptivity to various environments. Finally, we’ll offer practical insights into how access control lists are used to manage access and protect sensitive information.

Read on if you want to untangle the complexities of ACLs and enhance your network’s security.

What is an access control list (ACL)?

An access control list (ACL), sometimes called just an access list, filters network traffic based on source and destination. It’s a set of rules that determines which users can access particular network objects or devices. Users not included on the list are denied access to these resources.

Moreover, an access list can enhance role-based access control (RBAC). For example, they can be configured to allow only members of a development team to access a specific codebase while blocking access to all other users with DevOps roles who aren’t involved in the project.

Additionally, implementing network access control best practices involves using ACLs to manage user access and enhance security across the network.

What are ACLs used for?

An access control list (ACL) is a vital tool for managing permissions in computer systems and networks. It is mainly used for essential network security tasks, like controlling user access, protecting data, and preventing intrusions.

ACLs are also key for meeting cybersecurity standards and certifications, such as those related to network access control and network segmentation. Implementing ACLs is often a necessary step on the path to compliance, ensuring an organization fulfills required regulations.

ACLs help regulate the flow of data in and out of network components that users directly access, such as gateways and endpoints. For instance, a network administrator might have the permissions to read, write, and edit sensitive files, while a guest user may only view these files. An access control list ensures such selective control access based on specific criteria like IP addresses, protocols, or ports. This enhances network security by allowing precise control of who can access what.

Additionally, ACLs can be set up on various network devices, including routers, switches, VPNs, or databases. This provides a clear and effective way to manage access, improving traffic flow for better efficiency and security. By blocking malicious traffic and giving IT admins granular control, ACLs play a key role in keeping network systems safe and running smoothly.

How ACLs work

Access control lists manage access and monitor traffic within networks and systems, ensuring that only authorized interactions are permitted. Primarily installed in routers and switches, ACLs play a critical role in traffic control by guiding the flow of data throughout the network.

Each ACL contains access control entries (ACEs), which list user or group names along with their granted access rights. These rights are organized in a string of bits known as an access mask. Whether used for packet filtering or file access, ACLs provide a structured, rule-based security approach that helps administrators maintain control over network and system resources.

Rule creation and ordering

ACLs function by using predefined rules to allow or deny packets, with the order of these rules being critical in determining how traffic is managed. The process starts with rule creation and ordering, where admins set up ACL rules in a specific sequence that prioritizes certain traffic over others based on security policies.

Packet evaluation

This is another key function of ACLs, where the data within each packet is checked against the ACL rules to decide if it should be allowed through or blocked. This evaluation is based on criteria like IP addresses, port numbers, and packet content, aligning with established security measures.

Default actions

For file systems, ACLs detail specific user access privileges to system objects such as files and directories, dictating actions like reading, writing, or executing based on the user’s role (e.g., administrator or guest).

This granularity extends to default actions, where ACLs enforce predetermined responses when a packet or access request does not meet any of the specified rules. Typically, this results in a denial of access to protect the network’s integrity.

An access control list: various types

Access control lists come in various types, each serving a unique purpose based on functionality and scope.. There are two basic ones:

  • File system ACLs manage access to files and directories within an operating system. They dictate user access permissions and privileges once the system is accessed.

  • Networking ACLs regulate network access by providing instructions to network switches and routers. They specify the types of traffic allowed to interface with the network and define user permissions within the network. Networking ACLs function similarly to firewalls in controlling network traffic.

Additionally, ACLs can be categorized according to their traffic filtering capabilities:

  • A standard ACL does not differentiate between IP traffic. Instead, it allows or blocks traffic based on the source IP address.

  • An extended ACL offers a more granular level of control. It uses both the source and the destination IP addresses, such as a source IP address, destination IP addresses, port numbers, and protocol types (ICMP, TCP, IP, UDP). It can differentiate IP traffic to dictate what is allowed or denied access.

The advantages of using an access control list

An access control list isn’t a one-size-fits-all solution for network security. However, using roles for access management offers several benefits:

  • Enhanced security. Users access only resources aligned with their roles, minimizing the risk of credential theft or phishing attacks. ACL implements separation of duties, reducing the threat posed by privileged users.

  • Improved efficiency. ACLs streamline access control maintenance. Admins can assign new hires to role groups, granting them associated permissions without creating individual profiles.

  • Optimized network performance. With ACLs, admins can define criteria such as source and destination IP addresses, ports, and protocols to regulate traffic flow. By restricting access to certain resources based on these criteria, ACLs help prevent unnecessary network congestion and improve overall network performance.

  • Scalability & flexibility. ACLs allow for flexible role adjustments as organizations evolve. Changes can be applied globally, reducing the chance of security vulnerabilities.

  • Compliance & auditing. ACLs help meet regulatory requirements like HIPAA. Healthcare entities, for example, can limit access to patient records through role-based restrictions. Additionally, ACLs simplify auditing access, making it easier to track access requests and user activity.

Enhancing device security with ACLs

While ACLs offer significant advantages in network security, it’s essential to extend this protection to device-level security. By adopting Device Posture Security (DPS), your organization can evaluate the security of devices connecting to the network.

Through DPS, you can evaluate and monitor devices according to your predefined rules. But that’s not all. You can also automatically restrict network access for accounts using non-compliant devices. This integrated approach enhances overall network security by addressing vulnerabilities at both the network and device levels.


IT administrators can easily implement ACLs for Device Posture Security using our web-based Control Panel. To enable DPS checks, create various rules such as existing file check, OS version, jailbreaking or rooting status, and device location. Setting up ACLs in the panel is simple. Just create a profile and specify the desired rules. Once configured, it’s important to test the ACL to ensure that it is functioning as expected. Finally, activate the ACL to start enforcing the specified access control rules on your network.


ACLs for internal network segmentation

Protecting your data from leaks and insider threats is more crucial now than ever. It’s not just about safeguarding information; it’s about maintaining the credibility of your business. That’s where access control lists (ACLs) come in. They act as gatekeepers, deciding who gets access to what within your network. By setting up ACLs, you can stop unauthorized users from moving laterally through your network, helping to prevent data breaches.

Additionally, when you combine ACLs with role-based access control (RBAC), you gain even more control over who can access different parts of your network. With our Cloud Firewall feature, you can optimize your network by implementing granular segmentation using ACLs. These lists act as virtual bouncers, controlling who can access which parts of your network.

Our intuitive Control Panel facilitates the creation and management of ACLs, providing a streamlined and centralized approach to network security management.

ACLs in external access control

Managing network access isn’t just about your team. You also have to consider third-party vendors, contractors, and other external partners who might need access to your systems. With access control lists, you can ensure that these third parties only have access to the specific resources they need, minimizing the risk of unauthorized access and potential security breaches.

By setting up granular segmentation and ACL rules, you can protect your network against potential threats while enabling collaboration with external partners. Our Cloud Firewall feature makes managing external access easy, ensuring your network is protected from all angles.

Boost your network security with NordLayer’s ACLs

Access control lists (ACLs) make role-based access control more precise, ensuring only the right people have access to your data and resources, and improving network performance. They’re the frontline defense against unauthorized access and potential breaches.

But the benefits of ACLs don’t stop there. By combining ACLs with our Cloud Firewall feature, you’re not just building walls—you’re creating an impenetrable fortress around your devices and network. With NordLayer, setting up and managing ACLs is a breeze, giving you peace of mind knowing your network is fortified against any threats that come its way.

About Version 2 Digital

Version 2 Digital is one of the most dynamic IT companies in Asia. The company distributes a wide range of IT products across various areas including cyber security, cloud, data protection, end points, infrastructures, system monitoring, storage, networking, business productivity and communication products.

Through an extensive network of channels, point of sales, resellers, and partnership companies, Version 2 offers quality products and services which are highly acclaimed in the market. Its customers cover a wide spectrum which include Global 1000 enterprises, regional listed companies, different vertical industries, public utilities, Government, a vast number of successful SMEs, and consumers in various Asian cities.

About NordLayer
NordLayer is an adaptive network access security solution for modern businesses – from the world’s most trusted cybersecurity brand, Nord Security.

The web has become a chaotic space where safety and trust have been compromised by cybercrime and data protection issues. Therefore, our team has a global mission to shape a more trusted and peaceful online future for people everywhere.

How to use a static IP address for businesses

Are you looking to secure a permanent spot on the internet for your business? Consider getting a static Internet Protocol (IP) address. 

Think of IP addresses as the digital equivalent of your home address but for your online devices. Yet, with each internet connection, a dynamic IP address changes like a rented place, while a static IP remains the same as a residential address.

This permanent address makes your business easy to locate and connect with online. Fixed IP is perfect for hosting websites, enabling remote work, or using voice-over-internet protocol (VoIP).

Let’s explore whether a static IP fits your business needs, how to get one from your internet service provider (ISP), and how to set it up quickly with NordLayer.

When your business should use a static IP

Top reasons your business needs a static IP

A static IP, or dedicated IP, is a fixed numeric combination that doesn’t change over time. Thus, its consistency is the main advantage for businesses needing stable and dependable internet access.

Choosing to use a static IP address is crucial for enterprises that want to improve their online presence. If your business needs a constant, unchanging internet address, ensure this choice aligns properly with your network’s technical requirements, including the internet protocol version (IPv4 or IPv6) it uses.

Choosing a static IP over a dynamic IP depends on what your business does and the benefits you’re looking for. Here are some clear reasons why choosing a static IP might be right for you:

  • Remote work. A static IP helps remote employees connect securely to your network, making it easier for them to access files and applications just like they would in the office.

  • Hosting servers. If your business runs its own email, website, or file transfer protocol (FTP) servers, a static IP means customers and employees can connect without interruption.

  • Online services. For services needing constant connection, like VoIP (internet calls) or online gaming, a static IP reduces the chance of losing connection, similar to how a steady electricity supply keeps the lights on.

  • Network management. With a fixed IP, managing your network and solving problems is easier since each device’s address doesn’t change.

  • Security. Static IPs make it simpler to control who can access your network, which enhances security.

  • E-commerce. For online shops, a static IP can help secure transactions.

  • Communication. Keeping email and collaboration platforms running smoothly is easier with a static IP.

  • IoT devices. For businesses using smart devices, a static IP ensures they stay connected and work correctly, much like ensuring delivery trucks follow the same route every day.

  • DNS management. Managing your online domain is simpler with a static IP, making your website more reliable for visitors.

Businesses that need stable internet for remote work, hosting, and security benefit from a static IP. It keeps you visible and reachable online.

Yet, small startups or local shops not focused on web presence might do well with dynamic IPs, enjoying simplicity and cost savings. If you don’t host servers or need constant online access, a dynamic IP address could suit your needs just fine.

How to set a static IP address for your business

Setting up a static IP address for your company is like assigning a permanent street address to your business in the online world. This makes sure that your business is easily found and always reachable on the internet.

Remember, setting up a static IP is different from setting up a private IP address, which is only for internal use in places like your home or office network.

How to set up a static IP addressHere’s how you can set up a static IP address, step by step:

  1. Ask for a static IP address. Start by requesting a static IP address from your internet service provider (ISP).

  2. Configure your router. Your ISP will assign a unique, unchanging IP address to your router. This is your company’s address on the internet.

Next, you’ll need to manually configure each device that will use this static IP address by entering the latter and other networking details.

Manual setup

Imagine you’re giving each device in your office its own specific spot on the internet, much like assigning each employee their own desk. Here’s how to manually set a static IP address on each device:

  1. Gather information. First, you need the unique address (static IP), subnet mask, default gateway, and DNS server information from your ISP. Ensure compatibility with your network adapter. Think of this as the address, zip code, city, and phone directory for your device’s location on the internet.

  2. Access device IP settings. On the device you want to set up, find the network settings. This is usually under ‘Settings’ or ‘Control Panel’. Ensure your network adapter is properly configured.

  3. Enter the information. Look for the option to configure IP settings manually on a device; enter the static IP address, subnet mask, default gateway, and DNS information you got from your ISP. Make sure it’s compatible with your internet protocol version.

  4. Save and restart. After entering the information, save your changes. You might need to restart the device for the new IP settings to take effect.

If your company’s network automatically assigns IP addresses (using DHCP), you can adjust your router’s settings. This way, it will always give the same specific static IP address to certain devices, like a reserved parking spot.

Automatic setup

Let’s say you want to automatically assign a special spot on the internet to certain devices. This is how you can set a static IP up using DHCP on your router:

  1. Access your router. Enter your router’s IP address into a web browser. You’ll need the login details, usually found on the router or in its manual.

  2. Find DHCP settings. Look for the DHCP or network settings menu in your router’s settings. DHCP is like a parking attendant who assigns spots to devices.

  3. Reserve an IP. In the DHCP settings, look for an option to reserve IPs or assign a fixed IP. Here, you can choose which devices get which fixed IP addresses, based on their MAC address (a unique identifier for network devices).

  4. Enter device details. For each device you want to assign a static IP address, enter its MAC address and the fixed IP you wish it to always use, which ties back to the network adapter’s configuration.

  5. Save and restart. Save your changes and restart your router. Some devices might also need a restart to recognize their new reserved spot.

To wrap it up, assigning a fixed IP address establishes a clear, permanent online presence. It makes your business easy to find and reach on the internet.

The steps include asking your ISP for a static address, setting up your router, and getting your devices ready, either one by one or all at once, using DHCP.

The time needed might vary, from just a few minutes to a couple of hours, based on how many devices you have and how complex your network is.

Is it safe to use a static IP address?

Using a dedicated IP address for your business is mostly safe, but you need to be careful. A fixed IP stays the same, making it a bit easier for threat actors to spot and possibly attack your network if you’re not protected well.

To keep your network safe, it’s important to use strong security practices.

  1. Set up firewalls to watch over your internet traffic.

  2. Use VPNs to securely connect remote employees and devices to internal network resources from any location, as VPN encryption obscures network traffic in transit, functioning somewhat like a tunnel to safeguard sensitive data traveling outside your protected business environment.

  3. Also, make sure all your devices that connect to the network, like computers and phones, have the latest security updates installed.

That’s how to use a fixed IP address. It allows you to have a permanent, reliable spot on the internet for your business while keeping the risks low. Just remember to keep everything secure.

Get a static IP address with NordLayer

Setting up a dedicated IP address for your business with NordLayer is easy and straightforward. It boosts your network’s security and makes sure only your team can access it.

Here’s a simple way to do it:

  1. Pick a plan. First, choose a NordLayer plan that fits your business needs. You can choose from Core or Premium plans, both of which let you set a static IP address.

  2. Create a Virtual Private Gateway in the Control Panel. Simply name it, assign teams, and choose your preferred server location. The process is user-friendly and guided.

  3. Access your static IP address. Once your gateway is set up, your fixed IP address will be visible. With this fixed IP, you can whitelist resources, connect to remote networks, implement network segmentation policies, and apply DNS filtering, among other tasks.

It’s all about making your business more secure and flexible with easy-to-follow steps. Our sales team is always here if you need any help along the way.

About Version 2 Digital

Version 2 Digital is one of the most dynamic IT companies in Asia. The company distributes a wide range of IT products across various areas including cyber security, cloud, data protection, end points, infrastructures, system monitoring, storage, networking, business productivity and communication products.

Through an extensive network of channels, point of sales, resellers, and partnership companies, Version 2 offers quality products and services which are highly acclaimed in the market. Its customers cover a wide spectrum which include Global 1000 enterprises, regional listed companies, different vertical industries, public utilities, Government, a vast number of successful SMEs, and consumers in various Asian cities.

About NordLayer
NordLayer is an adaptive network access security solution for modern businesses – from the world’s most trusted cybersecurity brand, Nord Security.

The web has become a chaotic space where safety and trust have been compromised by cybercrime and data protection issues. Therefore, our team has a global mission to shape a more trusted and peaceful online future for people everywhere.

Future trends for MSPs: evolving network security with SSE

In the evolving MSP market, network security is undergoing a revolution thanks to Security Service Edge (SSE). This new approach, vital in a cloud-centric world, replaces outdated perimeter-based models with a more integrated, flexible strategy.

SSE combines multiple security services for comprehensive protection across all locations. This shift towards agility, scalability, and user focus is crucial for MSPs to meet their clients’ changing needs.

Let’s see what trends emerge in the future of the MSPs market and what experts have to say about it.

Is the MSP market growing?

Managed services involve outsourcing various IT and computing processes like cloud computing, IT infrastructure, and managed IT security.

In 2022, the value of the global managed services market approached $279 billion, with North America leading (a share of 36.6% in 2022 and a projected CAGR of 10.6%) and Asia Pacific emerging (a projected CAGR of 11.2%) as the fastest-growing region. By 2026, this market is projected to surpass $400 billion.

The managed services market is projected to expand to $680.08 billion by 2030, advancing at a Compound Annual Growth Rate (CAGR) of 11.9% from 2023 to 2033.

In 2022, the Banking, Financial Services, and Insurance (BFSI) sector dominated the managed services market with the largest revenue share of 18%, and it is anticipated to grow at a CAGR of 11.6% during its forecast period of 2023-2033.

What products will MSPs focus on selling?

In terms of popular products, security, and business applications lead in Europe and North America as of 2023.

These services offer the advantages of extensive IT infrastructure without requiring substantial in-house hardware. Additionally, managed services in the cloud are poised for growth due to their increasing adoption in organizations’ digital transformation strategies worldwide.

IT security services encompass various sectors, including:

  • cloud security

  • data protection

  • identity access management.

These tailored managed security services are essential for businesses globally to defend against cyber threats, comply with regulations, and secure their digital assets.

In 2023, Statista survey participants from North America and Europe indicated that they plan to allocate, on average, 12 percent of their 2024 IT managed services budget to both security and hosting services. Conversely, data analytics is expected to receive a smaller portion, with an average allocation of just 6 percent of their companies’ managed services budgets.

The future of MSPs, driven by technological advancements and evolving business needs, indicates a strategic shift toward more sophisticated, integrated, and efficient approaches, such as adopting the SSE framework.

From the surge in automation and cloud-based security services to the harmonization of diverse tools and infrastructures, these developments signal a new era of agility and resilience for MSPs.

Automation

Embracing technologies like AI for improved efficiency and task management. This trend indicates a shift towards automated processes for routine tasks, enhancing operational productivity.

Moreover, tools that provide automation solutions besides AI also help minimize repetitive tasks and increase attention to detail. It allows security administrators to avoid overlooking or missing important indications that may lead to a data breach.

MSPs as service providers will benefit from platforms that allow bulk onboarding of an organization’s users, whether tens or hundreds of them.

From the security perspective, for instance, setting up internal rules, if a non-compliant device tries to access the company network with a feature like Always On VPN, it will be automatically rejected, and the user account will be blocked until further admin action is taken. Such functionalities help reduce manual monitoring and resources, preventing human errors that could lead to incidents.

Reliance on security as a service

With cybersecurity threats evolving, MSPs will likely increase reliance on cloud-based security services. This shift highlights the importance of robust, scalable cybersecurity measures in a digitally interconnected landscape.

Cloud-based solutions like a cloud firewall help transition existing infrastructure to a more modern and up-to-date setup, adapted to contemporary technological and security challenges. These solutions are easy to deploy as they don’t require hardware or manual labor, and they can be launched and operational without needing on-site presence.

More importantly, security as a service is instant. When the right solution to the existing problem is selected, MSPs can onboard entire organizations within hours, if not minutes, rapidly shrinking the attack surface and enforcing security policies to protect a business. Meanwhile, MSP customers are safe without having specific knowledge of network security.

Cross-platform tools and infrastructure deployment

The anticipated growth in integrating diverse tools and infrastructure systems indicates a move towards more cohesive and flexible IT solutions. In this case, smooth integrations of different vendors’ tools and solutions are critical for seamless implementation, ensuring successful business continuity.

Compatibility with existing tools is beneficial, for example, to simplify the process of user management. SCIM user management with market leaders Okta and Azure AD (now Entra ID) allows smoother user provisioning by reducing manual handling time case by case and improving security levels by sorting access right effectively.

Besides user onboarding and offboarding processes, integrations with JumpCloud, OneLogin, Google, or the same Okta and Entra ID enable more secure access to the systems as Multi-factor authentication (MFA) and Single sign-on (SSO) are implemented for strong user authentication.

Adoption of managed cloud security services

There’s an expected rise in the adoption of cloud-based security services, reflecting the growing need for specialized security solutions in cloud environments. This trend underscores the recognition that cloud security needs specialized solutions beyond standard IT security measures.

Multi-cloud strategies, hybrid models, and an array of diverse services and apps require stepping up the game in cloud security to meet the specific needs of these environments.

There’s an increasing need for continuous monitoring, real-time threat detection, and rapid response mechanisms. Managed cloud security services are equipped to handle these demands, offering round-the-clock surveillance and immediate action against potential breaches to protect sensitive data and ensure uninterrupted business operations in the cloud.

Tendencies clearly direct us to cloud-based services and infrastructures. SSE framework fully addresses projected needs, so more and more managed service providers will incorporate it into their client offerings.

SSE dominance naturally raises questions about its potential to replace a VPN and what its strongest attributes are that MSPs can benefit from.

We asked our internal experts on the matter to understand the benefits and potential of the SSE framework for MSP partners. One thing is clear: the framework in question holds the future of cybersecurity. It supports various business models and needs, providing an integral approach to security challenges.

Zero Trust, and more specifically, Zero Trust Network Access (ZTNA), is one of the core SSE framework components. Alongside Secure Web Gateway (SWG), Firewall as a Service (FWaaS), and Cloud Access Security Broker (CASB), ZTNA is the most advanced and prominent part of the framework.

The following question is whether the SSE framework is capable of replacing Virtual Private Network (VPN) tools. While both solutions ultimately serve the same purpose of securing the network, they have quite different roles in cybersecurity.

A VPN tool connects devices, while SSE ensures overall security layers essential for devices’ and, ultimately, networks’ security. They complement rather than replace each other. Thus, VPN tools that go beyond primary connection and encryption but evolve into solutions with functionalities of SSE ensure more robust protection against digital threats.

Industry experts’ perspectives

We asked major MSPs in the industry to share their view regarding SSE adoption in a modern business environment.

With the subject focusing on SSE popularity and adoption, experts reveal what tendencies show clients’ demand for cloud security services and what implications create the need for such technology integration in the infrastructure.

Has adopting remote work and cloud services impacted MSP clients’ demand for SSE solutions?

Impact of remote work and cloud services on Managed Security Service Provider clients' demand for SSE solutions

Are there any specific industries, sectors, or types of businesses where SSE adoption will be particularly critical in the near future?

What are the predictions for cloud and network security in the next 5 years? How can MSPs prepare for this change?

Experts predictions and MSP industry trends for the next 5 yearsWhy should MSPs offer solutions to their clients based on an SSE framework?

Explanations why MSPs should offer solutions to their clients based on an SSE framework

The experts’ insights highlight the growing demand for SSE solutions among MSP clients, driven by the widespread adoption of remote work and cloud services.

Both TEKRiSQ and Sequentur emphasized that while remote access increases vulnerability to security breaches, implementing SSE frameworks can mitigate these risks through layered security controls, such as phishing-resistant MFA and stringent device usage policies.

Key expert insights

1. Increased demand for security: the shift to remote work has made SSE solutions more critical for ensuring secure access to networks and protecting against breaches.

2. Industry-specific needs: sectors with sensitive data, like healthcare, finance, and accounting, face higher regulatory pressures, making SSE adoption crucial for compliance and protection against financial penalties.

3. Future security trends: the next five years will see a focus on enforcing basic security measures, such as phishing-resistant MFA and tighter controls on how employees use their devices. Regular cyber risk assessments will become essential for identifying and addressing security gaps.

4. MSP engagement and compliance: MSPs must regularly reassess their clients’ security needs in light of technological changes and regulatory requirements. Ensuring the implementation of recommended security measures is crucial, rather than merely suggesting them.

5. Layered security approach: with hackers employing increasingly sophisticated tactics, MSPs need to offer solutions that provide multiple layers of security, addressing both digital and physical vulnerabilities.

6. Staying relevant: offering SSE solutions is not just about enhancing security. It’s also critical for MSPs to remain competitive and relevant in the industry.

The insights underscore the importance of proactive security management, the need for continuous reassessment of security protocols, and the critical role of MSPs in guiding their clients through these challenges to ensure robust protection against evolving threats.

The primary goal of Managed Security Services Providers (MSSPs) is to proactively protect organizations from cyber threats and ensure regulatory compliance through a blend of technology and expert analysis.

Implementing SSE framework-based tools into the clients ‘ infrastructure is an effective and trusty way to achieve these goals. Luckily, NordLayer’s secure remote network access solution is built using technology-forward SSE design. It makes the tool comprehensive and robust for securing and enabling businesses of all sizes and industries.

A cloud-based network security tool for data protection and access control

Since MSPs will mainly focus on cloud security, data protection, and identity access management in 2024, NordLayer offers a solution that is exactly for it.

  • Being a cloud-native solution, NordLayer is hardware-free, thus deployable remotely from any location to any setup.

  • Built on the SSE framework, NordLayer’s design combines security services based on SSE’s components like ZTNA, SWG, and FWaaS.

  • The features and capabilities can scale and add up to create a layered network security shell against digital internal and external threats.

  • Seamless integration with identity management tools enables smooth user identification and robust access controls.

  • The ability to set up and implement a set of security rules and policies allows automated monitoring and actionable network protection.

  • Functionalities that are based on automation ensure every connection is encrypted and secure from malicious actors whether the team is working remotely or in a hybrid setup.

  • Online browsing on untrusted networks is secure whether employees work from a coffee shop, home, or hotel while on a business trip.

  • 24/7 active tech-savvy customer support and an extensive materials base don’t leave partners and users alone in the unknown.

  • Easily deployable and manageable, NordLayer doesn’t require manual work and maintenance, letting it optimize resources and not rely on the user’s extensive expertise.

  • NordLayer helps companies adhere to ISO 27001, GDPR, HIPAA, SOC 2 Type 2, and PCI-DSS regulatory requirements and stay compliant in the market.

The key takeaway is that NordLayer is extremely easy to use, manage, and deploy while ensuring stress-free and robust security implementation to any infrastructure, industry sector, or organization size.

Try it yourself—book a demo call with our tech-savvy experts and get all the answers you need to become a member of the NordLayer Partner Program.

About Version 2 Digital

Version 2 Digital is one of the most dynamic IT companies in Asia. The company distributes a wide range of IT products across various areas including cyber security, cloud, data protection, end points, infrastructures, system monitoring, storage, networking, business productivity and communication products.

Through an extensive network of channels, point of sales, resellers, and partnership companies, Version 2 offers quality products and services which are highly acclaimed in the market. Its customers cover a wide spectrum which include Global 1000 enterprises, regional listed companies, different vertical industries, public utilities, Government, a vast number of successful SMEs, and consumers in various Asian cities.

About NordLayer
NordLayer is an adaptive network access security solution for modern businesses – from the world’s most trusted cybersecurity brand, Nord Security.

The web has become a chaotic space where safety and trust have been compromised by cybercrime and data protection issues. Therefore, our team has a global mission to shape a more trusted and peaceful online future for people everywhere.

About NordLayer
NordLayer is an adaptive network access security solution for modern businesses – from the world’s most trusted cybersecurity brand, Nord Security.

The web has become a chaotic space where safety and trust have been compromised by cybercrime and data protection issues. Therefore, our team has a global mission to shape a more trusted and peaceful online future for people everywhere.