How ORBTR stacks up
against the alternatives
Most enterprise tools bolt networking onto device management or vice versa. ORBTR was built from day one as a single agent that does both — with a mesh-first architecture, zero gateway appliances, and unlimited users on every plan.
At a glance
Seven competitors, one table. See where ORBTR leads.
| Capability | ORBTR | FortiZTNA | Microsoft Intune + Entra |
Cloudflare Zero Trust |
Tailscale | ZeroTier | Zscaler ZPA |
|---|---|---|---|---|---|---|---|
| Architecture | Mesh P2P | Hub & spoke | Cloud proxy | Cloud proxy | Mesh P2P | Mesh P2P | Cloud proxy |
| Gateway appliance required | No | Yes (FortiGate) | Connector agent | Connector tunnel | No | No | Yes (App Connector) |
| Device management | Built-in | FortiClient EMS | Intune (full) | Basic posture | — | — | Basic posture |
| Network layers | L3 – L7 | L3 – L7 | L7 only | L4 – L7 | L3 | L2 – L3 (TAP) | L7 only |
| Direct P2P connections | ✓ | — | — | — | ✓ | ✓ | — |
| Setup difficulty | Simple | Complex (appliance) | Moderate (AAD req.) | Moderate | Simple | Simple | Complex (connector) |
| Policy propagation via mesh | ✓ | — | — | — | — | — | — |
| Cross-platform agent | macOS · Linux · Win | macOS · Linux · Win | All + mobile | All + mobile | All + mobile | All + mobile | All + mobile |
| Encrypted transport | Noise + Ed25519 | IPSec / SSL | TLS | WireGuard / TLS | WireGuard | Curve25519 + Salsa20 | TLS |
| Pricing model | Per device, unlimited users | Per appliance + user | Per user (M365) | Per seat | Per user | Per node | Per user |
| Users included | Unlimited (all plans) | Per license | Per E3/E5 seat | 50 free, then per seat | Per user | 1 admin (free), per seat (paid) | Per user |
| Networks included | Unlimited | Per VDOM license | Per policy | Per tunnel | 1 tailnet (free), 3+ (paid) | 1 (free), more on paid | Per policy |
| Free tier | 9 devices forever | — | — | 50 users | 100 devices | 10 nodes · 1 network · 1 admin | — |
Mesh-first vs hub-and-spoke
Most enterprise products route all traffic through a central gateway. ORBTR connects devices directly.
Distributed mesh
Devices connect peer-to-peer over an encrypted VL1 overlay. No single point of failure, no bandwidth bottleneck, and no gateway appliance to manage. Relay nodes provide fallback only when direct paths fail.
- ✓ Direct device-to-device connections
- ✓ No central choke point
- ✓ Sub-5ms P2P latency
- ✓ Operates during control plane outages
Hub-and-spoke / cloud proxy
Traffic is routed through a central gateway or cloud proxy — adding latency, creating a single point of failure, and requiring dedicated hardware or connector agents at every site.
- × All traffic hairpins through a gateway
- × Latency scales with distance to gateway
- × Gateway outage = total outage
- × Appliance licensing, patching, capacity planning
Competitor deep-dives
ORBTR vs Fortinet FortiZTNA
FortiZTNA requires a FortiGate appliance at every network edge plus FortiClient EMS for endpoint management. It's powerful but hardware-bound — capacity planning, firmware patching, and appliance licensing dominate the operational cost.
ORBTR replaces the appliance stack with a lightweight agent and distributed Edge Endpoints. The same agent handles device management, mesh networking, and L3–L7 policy — with zero hardware to rack.
ORBTR vs Microsoft Intune + Entra Private Access
Microsoft's story spans Intune for device management and Entra Private Access (formerly Azure AD App Proxy) for zero-trust networking. Together they're comprehensive — if you're all-in on Microsoft 365 and Azure AD.
ORBTR is platform-agnostic. It doesn't depend on a directory provider, runs on any OS without Azure AD, and provides direct device-to-device networking instead of routing everything through Microsoft's cloud proxy. For mixed environments or teams that don't want vendor lock-in, it's a lighter path.
ORBTR vs Cloudflare Zero Trust
Cloudflare Zero Trust (WARP + Access + Gateway) leverages Cloudflare's global edge network to proxy traffic and enforce policy at L4–L7. It excels at web application access but treats device management as a posture check, not a first-class concern.
ORBTR provides both networking and full device management in one agent — jobs, scripts, inventory, remote access — not just posture signals. And traffic flows device-to-device, not through a cloud proxy.
ORBTR vs Tailscale
Tailscale is the closest architectural peer — a WireGuard-based mesh VPN that enables direct P2P connections. It's excellent for developer access and simple networking.
Where ORBTR diverges: it adds full device management (jobs, scripts, policy bundles, inventory, remote access), L3–L7 Virtual Wire networking with per-flow policy and DNS enforcement beyond Tailscale's L3, and mesh-based policy propagation that works offline. Tailscale is a mesh VPN; ORBTR is a mesh VPN + device management platform.
ORBTR vs ZeroTier
ZeroTier is an open-source virtual network platform that creates flat L2 Ethernet networks across devices. It's developer-friendly, supports P2P connections, and offers a generous free tier — making it popular for homelab and small-team use cases.
ORBTR goes further: full device management (jobs, scripts, inventory, remote access), L3–L7 Virtual Wire networking with per-flow transport policy and DNS enforcement, mesh-based policy propagation, and enterprise controls. ZeroTier provides L2 Ethernet bridging that ORBTR doesn't; ORBTR provides L4–L7 policy, device management, and enterprise controls that ZeroTier doesn't.
ORBTR vs Zscaler Private Access
ZPA is a pure cloud-proxy ZTNA — all traffic routes through Zscaler's cloud, with App Connectors deployed at each application site. It's mature and well-suited for large enterprises with complex web app access patterns.
ORBTR takes a fundamentally different approach: direct mesh connections, no App Connectors, and full device management built in. For teams that want both networking and endpoint control without a cloud proxy tax, ORBTR is the simpler path.
Where ORBTR stands apart
No gateway appliances
No hardware to rack, patch, or capacity-plan. The agent is the entire data plane — Edge Endpoints provide relay only when direct P2P fails.
One agent, both jobs
Device management and zero-trust networking in a single binary. No pairing FortiClient with FortiGate, no coupling Intune with Entra.
L3 – L7 Virtual Wire
Encrypted mesh overlay at L3, per-flow transport policy at L4, Noise-encrypted sessions at L5, and a full DNS policy engine at L7 — all agent-native with no gateway appliance.
Offline-resilient mesh
Policies propagate via mesh gossip. Devices keep working during control plane outages — something cloud-proxy architectures fundamentally cannot do.
Transparent pricing
Per-device, not per-user or per-appliance. Unlimited users on every plan — add your whole org at no extra cost. Free tier forever with 9 devices. No bundled licensing, no FortiCare renewals, no M365 E5 upsell.
No vendor lock-in
Works with any identity provider, any OS, any cloud. No Azure AD requirement, no Cloudflare dependency, no Fortinet hardware stack.