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Knowledge base Updated: February 5, 2026

Secure connection from anywhere: Benefits of Check Point Harmony Connect

Wondering how to provide secure access to corporate resources from anywhere?

Justyna Kalbarczyk Justyna Kalbarczyk

The boundaries of the traditional office have blurred irrevocably. We work today from homes, travel, coffee shops - from anywhere with internet access. This new flexibility poses a fundamental challenge for IT and security departments: how do we ensure that employees have secure and efficient access to the resources they need - cloud applications, corporate data, the Internet - no matter where they are or what device they are using? Traditional models based on a central firewall and VPN, requiring all traffic to be routed through a company’s data center, become a bottleneck, slowing down operations and providing insufficient protection in a distributed environment. A new approach is needed that moves security closer to the user, delivering it as a flexible cloud service. This modern vision of secure access is realized by Check Point Harmony Connect. At nFlo, we understand that secure connectivity is the cornerstone of effective hybrid work, so we zoom in on a solution that allows you to connect securely from anywhere, without compromise.

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What is Check Point Harmony Connect and how does it work?

Check Point Harmony Connect is a security platform delivered in a Secure Access Service Edge (SASE) model that combines key network and security functions into a single, integrated cloud service. Instead of deploying and managing multiple separate devices or services, Harmony Connect offers unified protection and access control, enforced across Check Point’s global Points of Presence (PoP) network.

In practice, this means that a user, regardless of his or her location, connects (usually via a lightweight FortiClient agent or by configuring a tunnel from a branch office) to the geographically closest Check Point PoP. There, its network traffic - whether to the Internet, SaaS applications or private company resources - is subjected to a full real-time security inspection by an integrated security stack (including FWaaS, SWG, ZTNA, IPS, among others). After verification and application of appropriate policies, traffic is routed directly to the destination. This ensures that the user always enjoys the highest level of protection, while optimizing connection performance.

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What are the benefits of using Zero Trust architecture in Harmony Connect?

One of the cornerstones of Harmony Connect is the Zero Trust architecture, which is a radical departure from the traditional security model based on trusting devices “inside” the network. Zero Trust is based on the principle of “never trust, always verify.” This means that access to any resource is not granted automatically, but instead requires overt verification of the user’s identity, the security status of his or her device and the context of the request each time access is attempted.

The use of this architecture in Harmony Connect brings huge security benefits. First of all, it minimizes the attack surface. Instead of granting broad access to the entire network (as in a traditional VPN), the user is granted access only to those applications and data to which he or she is authorized, according to the principle of Least Privilege. Second, it significantly reduces the possibility of lateral traffic - even if one device or account is compromised, the attacker has a much more difficult path to other resources on the network. Third, continuous context verification allows dynamic adjustment of access levels in response to changing risks (e.g., restricting access if a device becomes infected). Implementing Zero Trust with Harmony Connect leads to a much more granular, aware and resilient security architecture.

How does Harmony Connect enable secure access to corporate resources without using a VPN?

Traditional remote access to corporate applications and resources hosted in the company’s own data center or private cloud relied on VPN technology. However, a VPN has its limitations - it grants broad access to the network, often slows down the connection and can be complicated to manage. Harmony Connect offers a modern alternative in the form of Zero Trust Network Access (ZTNA), often referred to as “next-generation VPN” or “VPN-free access.”

In the ZTNA model implemented by Harmony Connect, the user does not need a traditional VPN connection to access corporate applications. Instead, once he has authenticated with Harmony Connect and the FortiClient agent has verified the status of his device, he can directly initiate a connection to the specific application he needs. The Harmony Connect platform, acting as a decision point (Policy Decision Point), evaluates the request in the context of defined Zero Trust policies. If access is allowed, Harmony Connect creates a secure, encrypted micro-tunnel directly between the user’s device and an Application Gateway placed near the protected application (this could be a dedicated connector or FortiGate, for example).

This tunnel provides access only to this one specific application, not to the entire network. It is a much more secure, efficient and user-friendly approach than a traditional VPN, especially in the context of accessing distributed applications in hybrid environments.

How does Harmony Connect protect users from threats such as phishing, malware and ransomware?

Harmony Connect provides comprehensive protection against a broad spectrum of Internet threats by acting as an advanced Secure Web Gateway (SWG) in the cloud. All users’ Internet traffic is routed through the nearest Check Point PoP, where it undergoes multi-layer inspection:

  • Anti-Phishing Protection: Uses AI-based Zero-Phishing technology to analyze sites in real time and block even new, previously unknown phishing attempts.

  • Anti-Malware Protection: Scans downloaded files and web content with an antivirus engine powered by ThreatCloud IQ. It also uses sandboxing (Threat Emulation) to analyze unknown files in an isolated environment and Threat Extraction (CDR) technology to instantly deliver secure versions of documents. This effectively protects against ransomware and other malware.

  • Web/URL Filtering: Blocks access to known malicious sites, C&C servers, and enables enforcement of policies regarding access to unwanted content categories.

  • Intrusion Prevention System (IPS): Monitors traffic for attempts to exploit known vulnerabilities in browsers and operating systems.

  • SSL/TLS Inspection: Provides full visibility of threats hidden in encrypted traffic.

With this integrated security stack, Harmony Connect protects users from most of the common threats they face when browsing the Internet and using web applications.

What are Harmony Connect’s main features for data and application protection?

In addition to protecting against threats from the Internet, Harmony Connect also offers features focused on protecting corporate data and controlling application usage:

  • Cloud Access Security Broker (CASB): The platform provides visibility and control over SaaS application usage. It can identify the cloud services used (including Shadow IT) and allows administrators to define granular access policies for authorized applications (e.g., allowing logins to company accounts only).

  • Data Loss Prevention (DLP): Harmony Connect integrates DLP mechanisms that monitor data sent by users to the Internet and SaaS applications. Can identify and block attempts to send or share sensitive company information (e.g., customer data, intellectual property) in violation of defined policies, preventing data leaks.

  • Application Control: As part of the FWaaS feature, Harmony Connect allows you to identify and control the traffic generated by thousands of applications, not only web-based, but also those running on end devices. This allows blocking or limiting bandwidth for unauthorized or unproductive applications.

These features provide an additional layer of control over how users interact with company applications and data in a distributed environment.

What types of devices and users can use Harmony Connect?

Harmony Connect is a solution designed to protect all users and devices in an organization, regardless of their type or location. The platform supports:

  • Company devices: Windows, macOS and Linux laptops and desktops on which the FortiClient agent is installed.

  • Mobile devices: iOS and Android smartphones and tablets, also protected by the FortiClient agent (or integrated with Harmony Mobile).

  • Private Devices (BYOD): The platform enables the secure use of private devices for business purposes using appropriate security and access control policies.

  • Unmanaged devices/Guests: In some scenarios, it is possible to provide limited, secure access also for devices on which an agent cannot be installed (e.g., through browser-based access to the ZTNA portal).

  • Company Branches (Branch Offices): Traffic from entire branch offices can be routed to Harmony Connect via IPsec/GRE tunnels or through integration with SD-WAN solutions.

This versatility allows Harmony Connect to become a unified secure access platform for the entire organization.

Summary: Key Benefits of Harmony Connect

  • Secure access from anywhere: Consistent enterprise-class protection for remote, mobile and office users.

  • Zero Trust Implementation (ZTNA): Granular, context-sensitive access to private applications without the drawbacks of a traditional VPN.

  • Advanced threat protection: Integrated SWG, FWaaS, IPS, AV, Sandboxing to protect against malware, phishing and zero-day.

  • SaaS and DLP control: Visibility and control over cloud application usage and protection against data leaks.

  • Performance improvements: Optimized SaaS/internet access over global PoP network, lower latency.

  • Simplified management: central cloud console, unified policies, reduced complexity.

  • Flexibility and scalability: cloud service with pay-as-you-go model.

How does Harmony Connect support remote and hybrid working?

Harmony Connect is ideally suited to the needs of the remote and hybrid working era. Traditional security models designed around the physical office became inadequate as workers moved home en masse. Harmony Connect solves the key challenges of this new model:

  • Provides consistent security: Whether an employee connects from a home network, public Wi-Fi or the office, they are always protected by the same corporate security policies enforced in Check Point’s cloud.

  • Improves access efficiency: Eliminates the need to route all traffic through a central VPN (backhauling). Users get direct, optimized access to SaaS applications and the Internet through the nearest PoP, which significantly improves their experience and productivity.

  • Enables secure access to corporate resources (ZTNA): Provides granular and secure access to internal applications without the drawbacks of a traditional VPN.

  • Simplifies management for IT: A centralized console allows easy policy management and security monitoring for an entire, distributed workforce.

This makes Harmony Connect the foundation for safe and productive work in a hybrid model.

What auditing and user activity control capabilities does Harmony Connect offer?

Ensuring visibility and auditability of user activity is critical for both security and regulatory compliance reasons. Harmony Connect provides comprehensive logging and monitoring tools:

  • Detailed traffic logs: The platform records detailed information about all user network traffic passing through the service, including websites visited, applications used, and connections to private resources.

  • Security event logs: All detected threats (malware, phishing, IPS attacks), blocked connections and other security events are recorded.

  • ZTNA Access Logs: Detailed information about private application access attempts, policy decisions and device status.

  • Central console and reporting: all logs are available in the central Infinity Portal console, where they can be searched, filtered and analyzed. The platform also offers predefined and custom reports that summarize user activity, detected threats and security status.

  • SIEM integration: Logs can be easily exported to external SIEM systems for long-term archiving, advanced correlation and auditing.

These capabilities give organizations full visibility and control over how users use network resources and what threats they face.

How does the implementation of Harmony Connect affect productivity and speed of connections?

One of the key advantages of the SASE architecture on which Harmony Connect is based is the potential improvement in performance and connection speed for remote and mobile users compared to traditional architectures based on VPNs and central security gateways.

The traditional model often requires routing all user traffic (known as backhauling) through a company’s central data center, even if the user wants to access a SaaS application hosted in the cloud or a simple website. This causes significant latency and creates bottlenecks in the VPN infrastructure and Internet gateways.

Harmony Connect eliminates this problem. The user connects to the geographically closest Point of Presence (PoP) in Check Point’s global network. Traffic to the Internet and SaaS applications is directly routed from the PoP to the destination, bypassing the company’s data center. Security inspection takes place in the PoP, close to the user. As a result, latency is minimized and users experience much faster and more responsive access to online resources.

How does Harmony Connect integrate with existing IT infrastructure, such as. SD-WAN?

Harmony Connect is designed to work with an organization’s existing IT infrastructure, including Software-Defined Wide Area Network (SD-WAN) solutions, which are increasingly being used to optimize connectivity between branch offices and the cloud.

Integration with SD-WAN (specifically Check Point’s Quantum SD-WAN solution, but potentially others as well) allows intelligent routing of traffic from branch offices. For example, traffic to trusted SaaS applications can be routed directly to the Internet via a local breakout link, but with security inspection performed by the nearest PoP Harmony Connect. Traffic to private applications in the data center can be routed through optimized SD-WAN tunnels.

Harmony Connect can also retrieve contextual information from other IT systems, such as Identity Providers (IdPs) - for example. Azure AD, Okta - for user authentication and enforcement of group-based policies. Integration with MDM/UEM platforms allows mobile device status information to be used in access policies. This integration capability enables Harmony Connect to become a cohesive part of a company’s broader network and security architecture.

What are the technical requirements for implementing Harmony Connect in an organization?

Implementing Harmony Connect as a cloud service has relatively low technical requirements on the customer side compared to building an in-house SASE infrastructure:

  • FortiClient Agent: FortiClient agent installation on managed endpoints (Windows, macOS, Linux, iOS, Android) is required. The agent is lightweight and easy to deploy with standard tools.

  • Internet connectivity: Users and branches must have Internet access to connect to the nearest Harmony Connect PoP.

  • Infinity Portal account: An organization needs an account on Check Point’s cloud-based Infinity Portal management portal to configure and manage the service.

  • (Optional) Integration with IdP: Integration with an existing identity provider (e.g., Azure AD, Okta, Ping Identity) to leverage Single Sign-On (SSO) and group-based policies is recommended.

  • (Optional) ZTNA gat eway**:** To provide access to private applications, it is necessary to deploy a ZTNA application gateway (e.g. FortiGate) at the location of these applications.

  • (Optional) SD-WAN/Network Integration: For connecting entire branches, IPsec/GRE tunnel configuration or integration with SD-WAN solution is required.

In general, the requirements are much lower than if you build and maintain your own distributed security infrastructure.

What are the costs associated with implementing and maintaining Harmony Connect?

Harmony Connect is offered on a subscription model , usually based on the number of protected users. This is an OPEX (operating cost) model, which eliminates the need for large upfront investments (CAPEX) in hardware or software.

The cost of a subscription depends on several factors:

  • Number of users: Primary determinant of price.

  • Selected functionality package: Check Point offers different levels of Harmony Connect, varying in the range of security features available (e.g., basic SWG, full NGFW, ZTNA, CASB, DLP).

  • Subscription period: Longer subscription periods (e.g., 3 years) usually offer a lower annual price.

  • Additional services: Possible costs for professional services related to implementation, configuration or training.

The subscription model provides cost predictability and flexibility, allowing the number of users to scale up or down easily. While the cost of a SASE subscription may seem higher than the cost of a VPN alone, consider the significant savings from consolidating multiple tools (VPN, SWG, CASB, firewall, etc.) and reducing operational costs associated with managing a distributed infrastructure.

Why choose Check Point Harmony Connect over traditional VPN solutions?

The choice between the modern SASE/ZTNA approach offered by Harmony Connect and the traditional VPN is a strategic one. Harmony Connect offers a number of fundamental advantages over VPNs:

  • Higher level of security: The Zero Trust model and granular per-application access control significantly reduce the attack surface and risk of lateral traffic compared to the broad network access offered by VPNs.

  • Better performance: Direct access to SaaS/internet via local PoPs eliminates delays associated with traffic backhauling through central data centers, improving user experience.

  • Consistent protection: A single set of advanced security features (SWG, FWaaS, IPS, etc.) applied to all user traffic, regardless of location, unlike the often limited capabilities of VPN gateways.

  • Simplified management: a central, cloud-based policy management console for all users and devices is much simpler than managing multiple VPN hubs and associated firewall policies.

  • Better scalability: cloud-based SASE architecture offers much greater flexibility and scalability than traditional VPN infrastructure.

  • Support for modern work: The SASE model is much better suited to the realities of hybrid work, mobility and the dominance of cloud applications.

While a traditional VPN may still have its uses, for most organizations needing to provide secure and efficient remote access, Harmony Connect represents a more modern, secure and effective approach.

Summary: Harmony Connect - secure access for the modern enterprise

  • SASE architecture: Convergence of network and security delivered from the cloud.

  • Zero Trust Network Access (ZTNA): Secure, granular access to applications without the drawbacks of a VPN.

  • Comprehensive Internet Protection (SWG/FWaaS): Phishing, malware, zero-day protection for all web traffic.

  • SaaS application control (CASB) and DLP: Visibility and security of data in the cloud.

  • Global PoP: Low latency and high performance for users around the world.

  • Unified agent and management: ease of use for users and administrators.

  • Ideal for hybrid work: Consistent security and superior experience regardless of location.

All in all, Check Point Harmony Connect is a powerful SASE platform that is revolutionizing the way organizations approach secure access in the era of hybrid and cloud working. Combining advanced network security features with the flexibility and scalability of the cloud and the Zero Trust philosophy, Harmony Connect provides consistent protection, superior performance and simplified management for all users and devices, regardless of their location.

Ready to transform your secure access model? Contact nFlo experts. We’ll help you understand how Check Point Harmony Connect can secure your distributed workforce and support you through every step of the implementation.

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