Simbruini Soccorso works in remote locations, often far from their headquarters. A vital part of their emergency response system is their radio communication network, which needs frequent updates and reprogramming.

In the past, updating these radios required physical access to a central server at headquarters. As a result, teams had to return to base for modifications. This time-consuming process hindered operations, and during emergencies, such delays could negatively impact response efficiency and potentially endanger lives.

The Solution: FlexiHub for Remote Radio Management

To overcome this challenge, Simbruini Soccorso integrated FlexiHub, a solution that enables remote access to USB and COM devices over a network. By using FlexiHub, the team was able to:

• Remotely program and update their radios from any location.
• Access communication devices instantly, ensuring seamless team coordination.
• Eliminate downtime caused by the need for physical equipment access, thereby improving response times.

Now, field teams can connect to the headquarters’ server via FlexiHub, allowing them to update radio frequencies and adjust settings in real-time—without needing to return to base.

The Result

• Faster Deployments: Teams no longer need to return to headquarters for updates.
• Reliable Communication: Ensures seamless coordination in remote areas.
• Improved Efficiency: Reduces equipment-related delays and enhances operational workflow.

"FlexiHub is a handy tool for sharing local devices with remote computers. It is perfect for those who need to work with remote machines using devices physically attached to the client."

— Marco Bogino, Simbruini Soccorso

With FlexiHub, Simbruini Soccorso has successfully streamlined its radio management process, allowing it to focus on its core mission: saving lives and providing critical emergency services in remote areas.

For organizations that rely on remote device management, FlexiHub offers a powerful and efficient solution.

• Global Reach: FlexiHub is now used by customers in over 130 countries, demonstrating its universal appeal and reliability. Nearly 400,000 users worldwide have registered for a FlexiHub account!
• Advanced Security: With end-to-end encryption, FlexiHub ensures that data transferred between devices remains private and protected - an essential feature in today’s cybersecurity-conscious world.
• Cross-platform Support: The platform now supports all major operating systems, including Windows, macOS, Linux, and Android, catering to a wide range of user needs.
• Scalability for Enterprises: FlexiHub has introduced business-ready solutions tailored for large-scale deployment, providing centralized management and multi-user capabilities.

FlexiHub’s journey over the last ten years is a testament to its commitment to innovation, user satisfaction, and technological excellence. As it celebrates this remarkable milestone, the FlexiHub team not only reflects on its achievements but also looks forward to its mission of continuing to connect the world.

To tackle these issues, the team adopted FlexiHub, a secure and versatile remote access solution. FlexiHub stood out by addressing all their pain points while integrating seamlessly with their 3Dconnexion SpaceMouse Wireless. The implementation of FlexiHub alongside the 3Dconnexion SpaceMouse Wireless led to significant improvements:

• 80% Reduction in Travel Costs: Engineers could remotely access and test the devices, eliminating the need for costly on-site visits.
• 25% Faster Project Timelines: Remote testing and maintenance allowed the team to minimize downtime, accelerating project delivery.
• Enhanced Security: Encrypted connections ensured critical data was safe from breaches during transmission.

They also got other benefits. FlexiHub is a cross-platform solution that fits any OS. Its data encryption keeps connections secure and protected. Furthermore, easy-to-configure user roles and permissions allowed team members to securely access devices remotely while restricting unauthorized access.

The team achieved a streamlined, secure, and highly efficient workflow by combining the precision of the 3Dconnexion SpaceMouse Wireless with the remote access capabilities of FlexiHub. Whether for 3D modeling, testing, or maintenance, this integration proved invaluable in overcoming logistical challenges and maintaining data integrity.

Looking for a fast and easy way to share USB devices on machines powered by ARM64 processors? FlexiHub is here to help.

Shortly after the app became available for Apple’s M1-powered devices, Electronic Team is happy to announce a new version for Windows on Arm.

With the new update, you can install FlexiHub on Windows computers with ARM64 architecture and create cross-platform connections to remote USB and serial port peripherals in a totally secure way.

FlexiHub will run with the optimal speed and make any attached peripherals accessible to remote computers, allowing you to enjoy the full power of your ARM machine.

It’s worth noting that the ARM architecture has gained increasing popularity among mobile and portable device manufacturers largely thanks to battery life improvements and support for mobile data networks.

With an ARM PC, you'll use less power than you would with other computers and will be able to connect to the internet wherever your device gets a cellular signal.

On top of that, a great bulk of ARM-based devices are ready to support the upcoming Windows 11 update. This highlights the growing importance of FlexiHub’s compatibility with Windows on ARM.

In addition to fast data transfer and failsafe remote connections, here are some other benefits you get when using FlexiHub on ARM:

1. Selection of the desired connection mode. You can set the priority order for connection channels like the TCP and UDP protocols, FlexiHub's Tunnel Server, and the RDP channel.
   
   
2. The traffic compression option for data exchange with bandwidth- and latency-sensitive USB devices.
   
   
3. Completely safe data transfer thanks to 2048-bit SSL encryption, and many more.

Download the new version and check out FlexiHub with your ARM-powered device.

Less data travel time with new dedicated Tunnel Servers

FlexiHub deploys additional servers to ensure flawless and super fast access to remote devices. New Tunnel Servers are now located in Latin America and Australia.

What do all users of remote access software say they want? Time-efficient and fail-safe connections with minimum latency.

Your time is probably better spent working with the desired remote USB and COM port devices than waiting for a connection to these peripherals to be established. Following this idea, FlexiHub offers two more Tunnel Servers that are going to significantly improve the data transfer speed in Latin America and Oceania regions.

As you may already know, when computers cannot communicate directly, (the machines are hidden behind NAT, none of them have a static IP address, or the security policy does not allow accessing external services within a local network) FlexiHub uses an intermediary node referred to as a Tunnel Server.

On average, connections through a Tunnel Server are 75% of all connections created by FlexiHub users worldwide.

Up until recently, FlexiHub relied on two Tunnel Servers located in North America (USA) and Europe (Germany).

With the new additional proxies in Brazil and Australia, it’ll take only half the time to connect to a remote device for users of the respective regions compared to device redirection via the US- or Germany-based servers.

The communication is set up automatically. FlexiHub checks the location of computers taking part in the connection and selects the optimal route for data transfer.

As an option, you can deploy a Private Tunnel Server in your desired location.

Enjoy one-click connections to remote devices thanks to the unique capabilities of FlexiHub!

Yellow lights indicate machines that cannot communicate directly. They need to use the intermediate connectivity offered by a redirect server. This requirement is not based on the physical proximity of the two nodes. The logical network topology is the reason that data transfer needs to be redirected.

Redirected communication can be significantly slower than a direct connection. In extreme cases, using redirection can result in transfer speeds that are 10 times slower than direct connections. Fortunately, two options are available that allow you to keep the lights green and maintain high data transfer speeds.

1. The first option involves opening TCP port 5000 on your router and then obtaining a public IP address for one of the connected computers. You may need to consult your router documentation to perform this task. This is not the most efficient method of improving communication, as the open IP on the router may be used by other computers. Read more in User Manual
   
   
2. The second, and better solution, is to automate router settings through the use of the uPnP communication protocol, eliminating the need for users to change their router configuration. This is the approach taken by the FlexiHub development team. The newest FlexiHub update incorporates uPNP to improve connectivity speeds and make it easier for network-attached machines to share data.

If you’re ready to experience more reliable and faster data transfer speeds, get the latest FlexiHub update as soon as possible. You’ll be amazed at how much more productive you can be with the stable and fast connectivity offered by FlexiHub.

Although it turned out some professional staff members are not particularly pleased with the current working arrangements. 3D designers, for one, can’t possibly take their powerful workstation home, and providing each team member with their own 3D design studio amid an economic slump is off the table, obviously.

That's exactly why remote access technology is a must-have. By applying it in the right way, you can use your local 3D mouse on a high-power computer back in the office through a Remote Desktop session.

With FlexiHub, you’ll have no trouble redirecting a 3D mouse to a remote desktop of your workstation. Only you need to be aware of a minor nuance: latency may slightly increase when connecting through the Internet. It’s a known fact that redirection via LAN works much better for HID devices. That doesn't seem like such a big problem, but can be rather aggravating in the longer run.

In view of this, we’ve introduced a highkey game-changing operation algorithm for the latest FlexiHub version. It’s just so good it can double the device response time performance! Whereas once you were required to have at least 50 msec ping from the host for smooth 3D mouse operation, now a 100 msec ping is more than enough.

That all sounds quite impressive, doesn’t it? Give it a try and spare yourself needless trouble.