Comparing Speedify vs Peplink for self-hosting means comparing Speedify’s Self-Hosted Server with Peplink’s FusionHub. Speedify Self-Hosted Servers let you run your own private Speedify server infrastructure on a cloud provider or on physical hardware you control; you set them up and maintain them yourself.
Both solve the same core problem: running the server side of a connection-bonding setup on infrastructure you control, which is why both come up when you are evaluating self-hosted bonding servers. But they make very different assumptions about what the rest of your network looks like.
This post compares the two solutions directly across the dimensions that matter most for an IT self-hosted server deployment decision.
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Speedify Self-Hosted Servers and Peplink FusionHub: Overview of Each Solution
FusionHub is Peplink’s virtual SpeedFusion appliance. It runs the server side of Peplink’s SpeedFusion bonding technology, deployable on VMware, Hyper-V, KVM, AWS, Azure, GCP, and other platforms. It requires client devices running Peplink or Pepwave hardware and firmware: SpeedFusion bonding endpoints must be Peplink products on both sides of the connection.
Speedify Self-Hosted Server is the server component of Speedify’s stack for combining connections, installed with Docker Compose on an x86_64 Linux server. Client devices run the Speedify app, which is available for Windows, macOS, Linux, iOS, and Android, as well as OpenWrt-based routers. No proprietary hardware is required on either end. Combining and failover need two or more internet connections on the client; on a single connection Speedify works as an encrypted VPN.
Speedify Self-Hosted Servers vs. Peplink FusionHub: Feature Comparison
|
Speedify Self-Hosted Servers |
Peplink FusionHub |
|
|
Server OS |
Linux (x86_64, Docker Compose) |
VMware, Hyper-V, KVM, OVF/OVA image; cloud via AWS (AMI), Azure and Google Cloud |
|
Client hardware requirement |
None; any device running Speedify will work |
Peplink/Pepwave hardware required on client side |
|
Client platforms |
Windows, macOS, Linux, iOS, Android, OpenWrt |
Peplink routers and Pepwave devices |
|
Bonding technology |
Packet-level combining of internet connections |
SpeedFusion packet-level bonding |
|
Failover |
Packet-level, automatic |
Packet-level failover |
|
Encryption |
DTLS 1.2 with AES-256-GCM or ChaCha20-Poly1305 (client to server) |
SpeedFusion encrypted tunnel |
|
License model |
Subscription by device count (Personal up to 5 devices, Enterprise up to 1,000) |
One-time license by peer count; optional software warranty for updates |
|
Free tier |
No |
FusionHub Solo (1 peer, free) |
|
Air-gapped / offline network support |
Not documented (the server activates through my.speedify.com) |
No: license validation requires connectivity to Peplink’s InControl servers |
|
Centralized management |
Via Speedify Teams’ dashboard |
Via InControl 2 (subscription required for full management) |
|
Deployment complexity |
Docker Compose install on Linux + license key |
OVF/OVA import or cloud marketplace AMI; more involved configuration |
The Client Hardware Question: Speedify Self-Hosted Server vs. Peplink FusionHub
FusionHub is the server side of a Peplink ecosystem. The client side (the device that combines the connections) must run Peplink or Pepwave hardware and firmware. If you want to combine connections on a laptop, a smartphone, or a non-Peplink router, FusionHub isn’t the answer. You’d need SpeedFusion Cloud (Peplink’s hosted service) or a different solution entirely for those devices.
Speedify’s Self-Hosted Servers work with the Speedify client app running on any supported platform. A field team using a mix of Windows laptops, Android phones, and OpenWrt routers can all connect to the same Speedify Self-Hosted Server without purchasing specialized hardware.
This distinction matters significantly when you’re evaluating total deployment cost. A Peplink deployment that includes FusionHub also requires Peplink or Pepwave client hardware at every bonding endpoint. That’s a capital expenditure beyond the FusionHub license itself. Speedify’s self-hosted server adds cost only at the server level; existing devices at the edge continue to work.
Licensing Structure: Speedify Self-Hosted Server vs. Peplink FusionHub
FusionHub uses a peer-based licensing model. You purchase a license that supports a maximum number of simultaneous connected devices, with tiers available from a single peer (the free Solo license) up to 4,000 peers for large-scale enterprise deployments. The license is a one-time purchase, but software updates and InControl 2 management access require an ongoing software warranty.
Speedify’s Self-Hosted Server is a subscription priced by the number of devices it serves: Personal (up to 5 devices) at $40 a month or $300 a year, and Enterprise (up to 1,000 devices) at $120 a month or $900 a year.
One notable FusionHub constraint: the license validation mechanism requires the FusionHub server to communicate with Peplink’s public InControl servers over the internet. A Private InControl Virtual Appliance (ICVA), which is a separate product, does not remove that need: Peplink’s instructions are to open UDP port 5246 so the ICVA can reach the public InControl and update FusionHub licenses. Peplink does not describe a fully offline option for networks isolated from the internet (air-gapped networks, restricted government environments, certain industrial networks).
Speedify’s Self-Hosted Server keeps traffic off Speedify’s infrastructure, but it still activates through my.speedify.com, and offline or air-gapped operation is not documented. Check with Speedify before planning an isolated-network deployment.
Deployment Complexity: Speedify Self-Hosted Server vs. Peplink FusionHub
FusionHub deploys as a virtual appliance: an OVF/OVA image that you import into a hypervisor, or a marketplace AMI for cloud deployments. The installation process involves provisioning a VM, importing the image, configuring network interfaces, and registering with InControl 2. For organizations with existing VMware or cloud infrastructure and staff familiar with those platforms, this is standard work. For organizations that prefer simpler deployment paths, the process has more moving parts than a package install.
Speedify’s Self-Hosted Server installs with Docker Compose on an x86_64 Linux server with at least 2 CPU cores, 4 GB of RAM, 20 GB of storage and a static public IP address, with port 8443/TCP and ports 32768 to 65535 (TCP and UDP) open. The process is the Docker Compose install, license activation through my.speedify.com, and pointing clients at the server’s IP address. It does not require a hypervisor or a VM image; it runs on bare metal or a standard cloud VM.
When Speedify Self-Hosted Server Makes More Sense
- Your clients are a mix of platforms (laptops, phones, tablets, or non-Peplink routers) and you can’t or don’t want to standardize on Peplink hardware
- You want a simpler deployment path without the overhead of provisioning and managing a virtual appliance
- You’re already running Speedify for client-side bonding and need the server component in a specific location or compliance boundary
- Your use case centers on individual devices bonding multiple connections (cellular + Wi-Fi, for example) rather than site-to-site WAN connectivity
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Speedify Self-Hosted Server vs. Peplink FusionHub: Conclusion
FusionHub and Speedify’s self-hosted server are both legitimate answers to the same underlying question: how do you run a bonding server on infrastructure you control? They arrive at different answers because they’re built for different network architectures.
FusionHub is designed for organizations building on the Peplink ecosystem: where the hardware on both ends is Peplink, where InControl 2 is the management plane, and where SD-WAN is primarily a site-to-site problem. It’s a complete solution within that ecosystem, and within that ecosystem it works well.
Speedify’s Self-Hosted Servers are designed for businesses where bonding happens at the device level across heterogeneous hardware, where the clients are laptops, phones and embedded systems running Speedify, and where the server needs to live inside a specific infrastructure boundary. Speedify does not require buying into a hardware ecosystem.
If you have existing infrastructure, mixed client hardware, or requirements that push against FusionHub’s constraints (particularly around client hardware or deployment simplicity), Speedify’s Self-Hosted Servers are worth a closer look.
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Add Speedify to your own app or hardware with the Speedify SDK. Your product then combines internet connections, fails over automatically when one drops, and encrypts the traffic, using the same technology as the Speedify app.