In a world where work happens anywhere, seamless and secure remote network access is no longer a luxury—it’s a must-have. Businesses need to keep their hybrid employees connected to critical internal resources. And they must do so without overstraining IT teams or putting their sensitive data and reputations at risk.

Whether you’re managing remote desktop access, virtual machines, file servers, or network devices, the challenge remains the same: how do we provide reliable, secure local network access without the logistical and security headaches?

Enter Cloud LAN—a modern approach to remote access that combines simplicity with robust security. In this article, we’ll break down the traditional pain points, explore alternatives, and show why Cloud LAN stands out as a smarter network security solution for modern businesses.

What is remote network access?

Remote network access solutions allow users to securely connect to physical or cloud-based networks—or specific devices—from anywhere in the world via the internet. This technology enables employees to access company resources, such as internal servers, printers, or desktop environments, as if they were physically present in the office.

For instance, whether you’re launching a remote desktop session or managing shared drives, remote access ensures seamless interaction with internal infrastructure without being tied to a specific location. Thus, teams can work from home, on the road, or across borders.

This capability is fundamental for enabling hybrid work, supporting branch offices, and securely collaborating with contractors or vendors. It’s also crucial for ensuring that globally dispersed teams have reliable access to the local apps, files, and systems they need to do their jobs.

Key solutions for remote network access

When it comes to implementing remote network access, IT teams often weigh several options. Let’s explore the most common:

• Traditional Virtual Private Network (VPN): VPNs create a secure tunnel between the user and the company network. By masking the user’s IP address, VPNs allow remote connections to appear as if they originate from within the internal network. While effective for security, traditional VPNs can be slow and require manual configuration.
• Remote Desktop Protocol (RDP): RDP allows users to control a remote computer or server via the remote desktop connection. It’s useful for accessing applications or files hosted on a central machine, but exposing it to the public Internet may introduce vulnerabilities.
• Static IP address and port forwarding: Some IT teams assign a static IP address to devices and manually configure port forwarding to allow external access. While this works for certain setups, it’s notoriously difficult to manage at scale and poses security risks if not properly secured.

Why traditional remote access methods fall short

Despite being widely used, traditional remote access tools have critical limitations—especially when applied to fast-growing or remote-first organizations.

• Complex configuration. Legacy VPN appliances, hardware firewalls, and remote desktop gateways require manual setup, network configuration, and ongoing provisioning. This creates an administrative burden and increases the risk of misconfigurations if user counts grow or change frequently.
• High maintenance and overhead. Traditional infrastructure demands constant upkeep. IT teams must patch VPN servers, troubleshoot remote access failures, and monitor performance across on-premise hardware, driving up costs and resource allocation.
• Security concerns. Exposing RDP to the internet, misconfigured VPN tunnels, or weak segmentation policies can all leave organizations vulnerable to breaches. These tools often rely on outdated encryption standards or credentials, increasing the overall attack surface.
• Limited scalability. Most traditional solutions weren’t built for the hybrid or remote-first era. As companies grow and teams become more distributed, these tools often can’t keep pace with modern workforce needs.

Security factors to consider in remote access solutions

Security should be at the heart of any remote network access decision. Here’s what to keep in mind when evaluating solutions:

• Data encryption: Ensure all remote desktop connections and data in transit are encrypted using modern standards.
• Network access control: Role-based permissions, Device Security Posture (DPS), and location policies are vital to prevent unauthorized access.
• Network segmentation: Avoid exposing your entire local network to every user. Instead, use segmentation to limit access to only what’s necessary.
• Visibility & monitoring: Real-time logs and traffic analysis help detect suspicious behavior early.

Many legacy tools offer piecemeal versions of these protections, but they often lack seamless integration or require additional software and manual setup.

Cloud LAN: A simpler way to access your local network remotely

Here’s where Cloud LAN changes the game. Cloud LAN simplifies remote access by creating a virtual private network between enrolled devices.

With NordLayer’s Cloud LAN (previously called Smart Remote Access), users can connect directly to remote devices—computers, tablets, or mobiles—running supported operating systems (Windows, macOS, Linux, Android, iOS). It’s a secure way to access and interact with other devices as if they were on the same local network, no matter where they actually are.

It’s ideal for remote troubleshooting, file sharing, virtual desktop use, or collaborating across distributed endpoints—without exposing your broader infrastructure.

Setting up remote access with NordLayer Cloud LAN

NordLayer makes remote connectivity simple—without the usual complexity of network reconfiguration. Cloud LAN securely links distributed devices into a virtual private network, enabling direct access from anywhere.

Getting started is easy. Just create a Virtual Private Gateway, add your team members, and enable Cloud LAN in the Control Panel. Admins can also manage access via user groups, integrate with identity providers (like Okta, Azure AD, or Google Workspace), and monitor device posture and activity.

Cloud LAN is fast to set up, secure by design, and intuitive to manage—ideal for teams looking to simplify remote collaboration without relying on outdated or overcomplicated remote desktop solutions.

Cybersecurity risks affect every economic sector, and the construction industry is no exception.

Digital technology is embedded in how we build. From home building to delivering complex infrastructure, constructors rely on connectivity and data storage to manage material flows, coordinate projects, and communicate with clients.

Cyber-attacks can disrupt these critical functions, raising costs and, potentially, creating physical security risks.

This blog will look at cybersecurity for construction companies. We will discuss general cybersecurity risks that all companies must mitigate, alongside construction-specific risks that require targeted security solutions.

Why do construction companies face cybersecurity risks?

The construction industry consistently attracts cyber criminals for several reasons. Most importantly, construction firms have embraced digitalization. Companies store valuable financial and client information, the type of data that data thieves love to discover.

Construction companies also store infrastructure plans and project schematics. These data types appeal to threat actors linked to hostile states or terrorist collectives. Cyber-attacks on corporate archives could enable and amplify devastating strategic attacks.

Digital transformation has introduced IoT sensors, drone footage, Building Information Modeling (BIM) systems, environmental modeling, and many radical new technologies. Innovation boosts productivity but also creates new targets for cyber criminals.

Competitors are another source of cyber-attacks in the construction industry. Construction is a competitive world where businesses compete for contracts based on reputation and track record. Sabotage or data theft can ruin a firm’s chances of successful tenders.

Data security studies back up these concerns. PwC’s 2024 Cyber Threats report finds that 76% of cyber-attacks against construction companies are motivated by financial gain. But 12% are linked to espionage, and 9% are connected to sabotage.

Attacks are also becoming more frequent. The security consultancy Kroll reports that phishing attacks on construction companies doubled from 2023-24. With criminals introducing sophisticated new techniques, the threat landscape is becoming more complex and hazardous. Threat mitigation strategies are essential.

Understanding cybersecurity threats for construction companies

Every economic sector faces slightly different adversaries. Cybersecurity measures should avoid generic solutions and rely on knowledge about relevant threats. With that in mind, critical cybersecurity threats in the construction industry include:

Ransomware attacks

Ransomware is the most common attack type against construction industry targets. In these attacks, criminals deploy malware to encrypt victims’ devices. Malware then denies access to encrypted data until attackers receive ransom payments, typically in cryptocurrencies.

Ransomware attacks are more than a financial headache. They disrupt project timelines, putting completion at risk. Attackers may also extract data even if victims agree to pay.

Data breaches

Modern construction companies rely on data flows to monitor projects, maintain quality control, protect the environment, and ensure employee safety. Companies handle vast streams of financial and client data as well. All of this sensitive data can be useful for cyber attackers.

Criminals understand how to compromise construction industry targets with social engineering attacks and malware. Data breaches are inevitable without strong information security measures and employee training processes.

Supply chain attacks

Construction companies depend on complex networks of suppliers to provide material inputs, personnel, and digital services. But criminals can compromise vendors and launch cascading attacks against downstream clients.

This is why construction firms must integrate third parties into their cyber risk assessments. Partner companies represent vulnerable entry points for malicious actors, making robust access control systems essential.

Internet-of-things (IoT) attacks

IoT devices track equipment locations, monitor temperatures and pressure levels, track fleet performance, and provide early safety warnings against vibrations or toxins. These functions cut costs and improve productivity. However, IoT also introduces network security cyber risks.

Direct access to Internet-of-Things devices enables surveillance and data collection. Attackers can also combine IoT devices in botnets to launch denial-of-service attacks and damage network assets.

Moreover, IoT devices often lack native security measures. Companies struggle to update firmware and keep pace with emerging threat vectors. They may even rely on default passwords, opening the door to opportunistic attacks.

Physical security

The construction sector is particularly prone to physical security risks. Members of the public may gain unauthorized access to work sites, putting their safety at risk. Expensive on-site equipment requires security from theft or damage.

Even worse, hybrid cyber-physical attacks can compromise devices that protect work sites. For instance, attackers may use malware to damage air conditioning or dust extraction systems. Insider threats can also introduce malware via USB devices, giving outsiders access to IT systems.

Best practices to mitigate construction industry cybersecurity risks

A single ransomware attack could lead to missed deadlines, contractual fees, loss of personal information and crippling reputational damage. Given these risks, cybersecurity should be a top priority for all construction companies and third-party suppliers.

However, many constructors are poorly prepared for cyber threats. According to insurance firm Travelers, over half of construction companies lack endpoint security controls or post-breach response plans. The best practices below will help you fill those gaps and secure construction industry assets:

Train employees to raise cybersecurity awareness

Phishing emails are the most common way for attackers to access construction industry networks. Clicking on malicious attachments or following fake links allows criminals to implant surveillance tools and launch ransomware attacks.

One of the most effective solutions to phishing risks is comprehensive employee training. Teach staff how to recognize dangerous emails and avoid unsolicited files or documents. Train employees to raise security concerns and follow password security best practices. And use phishing simulations to war-game real-world threats.

If you use IoT devices, training should cover updating firmware and ensuring security. Regularly reiterate the need to avoid default passwords and check devices.

Implement network security controls

Network security measures detect, assess, and neutralize cyber threats before they cause harm. Construction companies need robust firewalls, intrusion detection systems (IDS), and endpoint monitoring tools.

Uncontrolled access is another critical cybersecurity vulnerability. Use multi-factor authentication to request additional credentials for every login. Manage user permissions according to the principle of least privilege, allowing access to essential resources while blocking everything else.

Security teams must also update operational technology and network assets to minimize exploit risks. Attackers will leverage outdated firmware or operating systems. It’s essential to implement software updates and avoid using obsolete legacy systems.

Manage third-party security risks

Construction sector supply chains often become vectors for cyber attacks. This makes vendor and supply chain management a critical challenge.

Third-party risk assessment is critical. Assess vendors based on their cybersecurity controls and compliance records. Build cybersecurity into vendor contracts to encourage secure practices and prompt notification of security incidents.

Manage vendor access carefully according to Zero Trust security models. Assign sufficient privileges to carry out core tasks, without granting third parties extensive network access.

Follow an efficient incident response plan

Construction companies should assume that security incidents will occur. Security teams need a prepared incident response playbook to organize responses and safeguard sensitive information, such as client data or intellectual property.

Response plans should detect breaches, identify attack vectors, and determine the correct response. Depending on the nature of the threat, responses could entail system downtime, quarantine processes, or ongoing monitoring.

Response plans should also include data backup procedures. Regular backups of critical data allow construction companies to restore operations, even during ongoing ransomware attacks.

Ensure response plans meet regulatory compliance requirements (for example, notifying customers or regulators). Use response outcomes to improve security measures and cut future cybersecurity risks.

Managing IoT security

Secure Internet of Things devices with secure zones guarded by firewalls and access controls. Network segmentation allows authorized access and contains DDoS attacks or malware infections, effectively confining IoT attacks.

Extend IDS monitoring to IoT devices, and encrypt data transfers (such as monitoring data or video feeds).

Use industry frameworks to assist compliance

The construction industry does not fight cyber threats alone. For example, the National Institute of Standards and Technology (NIST) provides a Cybersecurity Framework to guide construction firms. Employ the framework as a checklist to source essential tools and implement security measures.

Construct a cybersecurity strategy with NordLayer

Digital transformation in the construction industry brings many benefits, but also comes with a price tag: increasing exposure to cybersecurity risks. NordLayer can help you manage those risks and enjoy the benefits of technological innovation.

NordLayer provides a comprehensive cybersecurity solution for manufacturing companies of all sizes, from single-building sites to nationwide construction enterprises.

Here is what NordLayer offers:

• Zero Trust Network Access (ZTNA) enables you to restrict access to specific applications and prevent threats from spreading within the network.
• Web Protection effectively blocks phishing links and sites.
• Identity and Access Management (IAM) allows you to manage user identities and access for your employees and third parties with multi-factor authentication (MFA), biometric authentication, and Single Sign-On.
• Cloud Firewall ensures granular access control and helps secure workflows across remote, hybrid, and on-site environments.
• Endpoint security protects endpoints through traffic encryption and access control.

Cybersecurity should not compromise project delivery or data security. Contact NordLayer’s team to explore flexible and effective cybersecurity solutions for the construction industry.

SoundCloud is one of the largest cloud-based music streaming platforms in the world, connecting millions of listeners and creators across the globe. The company has more than 130 million monthly users and hosts over 250 million audio tracks.

Headquartered in Berlin, with offices in London, Los Angeles, and New York, SoundCloud operates in over 190 countries. Each region brings unique markets and localization needs, requiring a flexible, secure solution to keep teams connected and protected.

With SoundCloud expanding globally, their marketing team needed a reliable business VPN with broad location coverage. The company chose NordLayer to provide its marketing and developer teams with an easy setup, strong connectivity, and seamless protection.

The challenge: failing VPN connections and limited geographic coverage

SoundCloud faced several challenges with VPN reliability and geographical coverage. The company was looking for an easy-to-use solution that could provide stable, secure VPN connections in specific markets for localization and marketing purposes. Rafał Kamiński, IT Director at SoundCloud explains:

To find the right fit, SoundCloud evaluated several VPN tools, focusing on strong security credentials, ease of use, and simple deployment for non-technical users. After shortlisting and testing a few options, they selected NordLayer. It stood out as a reliable, easy-to-use, and budget-friendly solution that met all their requirements.

How NordLayer helped SoundCloud

By switching to NordLayer, SoundCloud simplified VPN use for employees, improved global connectivity, and saved time and resources. What started with just one team quickly expanded to around 90 users across departments.

Key benefit 1: Fast deployment across teams

SoundCloud’s IT team deployed NordLayer in less than a day. With bulk user uploads and simple installation on MacBooks, the setup was effortless. Most users needed only a short tutorial and could log in instantly via Google SSO.

Key benefit 2: VPN-based, reliable geo-access for global workflows

Some teams, like the designers in Berlin, needed to access vendor servers that only accepted U.S. IP addresses. With NordLayer, they could switch VPN locations in seconds and connect instantly, bypassing location restrictions without manual workarounds.

Key benefit 3: Reduced workload and operational costs

By removing the need for internal VPN infrastructure, international travel, or manual system setup, NordLayer helped SoundCloud save both time and money. IT teams could focus on strategic tasks instead of troubleshooting VPN usage.

Key benefit 4: Smooth scaling of VPN access across departments

Adoption started small with the marketing team, then expanded organically as more employees saw the benefits. Today, nearly 90 users rely on NordLayer’s Business VPN to stay connected securely and easily.

Key benefit 5: Easy user management with SSO integration

With NordLayer, managing users is straightforward. IT manually creates and deactivates accounts, while Google SSO enables secure, one-click login, which is easy even for non-technical users.

Results: 95% of admin time saved

• 95% admin time saved
  NordLayer eliminates the need for manual VPN setups or cloud configurations, enabling instant, secure access to remote systems.
• Ease of NordLayer’s use

• Seamless operations and a reliable, secure VPN connection
  Teams can now quickly switch locations to access region-specific content.

Why NordLayer works for SoundCloud

SoundCloud has been using NordLayer for five years now. With employees working remotely or across multiple global locations, SoundCloud needed a flexible Business VPN solution that did not require heavy admin work. NordLayer made a perfect fit.

Pro cybersecurity tips from SoundCloud

Conclusion

SoundCloud switched to NordLayer’s Business VPN, which provided secure, reliable connectivity and saved the company many hours of IT work.

NordLayer also allows users to easily change IP addresses to access region-restricted servers, which is critical for teams working with vendors or platforms based in other countries.

Does your business need secure and reliable connections? NordLayer provides fast deployment, flexible plans, and strong data security.

Visit NordLayer to find the best plan for your needs.