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Versa Secure SD-LAN
Cloud-delivered security for the way work happens now — ZTNA, SWG, CASB, DLP and FWaaS enforced close to your users. Retire the VPN concentrators and proxy farms; keep an on-prem option regulators will sign off.
How it’s rated
Full scoreboard ↓Quick answer
Versa Secure SD-LAN is the industry's first software-defined LAN to deliver Zero Trust and IoT security natively at the LAN edge — running the same VOS™ that powers Versa's Gartner-Leader SD-WAN and SSE, now extended down to the switch port. Where SASE secured users and the WAN, the campus and branch LAN stayed a flat, implicitly-trusted world: plug into a switch port and you're on the network. Secure SD-LAN closes that gap — full security inspection (IPS, malware, AV, CASB, DLP, UTM) right at the access switch, AI/ML UEBA that isolates a compromised or misbehaving device into a microsegment in real time (containing the blast radius closest to the host), and native protection for the unmanaged IoT and OT devices that flood modern campuses. It deploys on Versa switches and access points as one converged stack — switching, routing, security and services — managed from the same Director console and policy language as the rest of VersaONE. For organisations extending zero trust from users all the way to the campus LAN, it's the LAN-edge layer of the platform.
The Versa product family
This page covers SSE. Versa also offers:
Quick facts
30-second orientation- Product
- Versa Secure SD-LAN (part of VersaONE)
- Vendor
- Versa Networks (Santa Clara, CA · founded 2012)
- Category
- Software-defined LAN — zero trust + IoT security at the LAN edge
- The first
- Industry-first SD-LAN with native zero trust + IoT security (2023)
- Where security runs
- At the access switch port — IPS, malware, AV, CASB, DLP, UTM
- Microsegmentation
- AI/ML UEBA isolates compromised devices in real time
- IoT / OT
- Discovers and protects unmanaged campus devices natively
- Runs on
- Versa switches + access points — one converged VOS™ stack
- Managed by
- Versa Director — same console & policy as SD-WAN/SSE
- Unique angle
- Extends the SASE zero-trust model down to the switch port
Understand SSE before you buy it
Most product pages skip this. We start here — so you buy a capability, not a buzzword.
What is Secure SD-LAN?
Secure SD-LAN brings zero trust and IoT security natively to the campus and branch LAN — the switch port. Full security inspection runs AT the access switch, and compromised devices are microsegmented in real time.
It runs the same VOS™ as Versa's SD-WAN and SSE — one OS, one console, one policy from port to cloud.
VPN + proxy stack vs SSE — the honest table
The migration driving most SSE projects, dimension by dimension.
| Dimension | Legacy VPN + proxy + CASB | SSE (Versa) |
|---|---|---|
| LAN trust model | Flat, implicit — plug in, you're on | Zero trust at the switch port |
| Where security runs | Backhauled to a central firewall | At the access switch, closest to the host |
| Lateral movement | Happens before inspection sees it | Contained by real-time microsegmentation |
| IoT / OT devices | Unmanaged blind spot | Discovered and protected natively |
| The stack | Switch + firewall + NAC, separate | One converged VOS™ box |
| Policy | A different tool per layer | One language, port to cloud |
| Visibility | Campus LAN is a black hole | Every device and flow, one lake |
| Zero trust reach | Users and WAN only | Users, WAN AND the campus LAN |
Migration is phased — SSE coexists with the legacy stack while user waves move over and appliances retire.
The five pieces of the platform
Vendors love diagrams; buyers need to know what they’re actually operating. Here’s Versa Secure SD-LAN, demystified.
Versa Switches & APs
Ethernet switches and access points running VOS™ — switching, routing, security and services converged in one box, so inspection happens at the very port a device plugs into.
VOS™ at the Edge
The same single-pass OS that powers Versa's Gartner-Leader SD-WAN and SSE now runs at the LAN edge — so full security inspection (IPS, malware, CASB, DLP, UTM) runs at the switch, not backhauled to a firewall.
VersaAI UEBA
Continuously assesses user and device behaviour and posture; when a device is compromised or degraded, it's isolated into a microsegment in real time — the blast radius contained closest to the host.
Director
The same console and uniform policy language that manage SD-WAN and SSE now manage the LAN — one policy model from the switch port to the cloud, single pane of glass.
Analytics
Complete LAN visibility — every device (managed and IoT), every port, every flow — in the same data lake as the WAN and user security telemetry.
One engine, one policy — enforced at the PoP, in your DC, or both.
Twelve capabilities. One switch port.
Everything the user-security stack used to need — VPN, proxy, CASB, DLP, sandbox — in one service.
Zero Trust at the Switch Port
No implicit trust from a network connection — identity, posture and policy decide access the moment a device plugs in. Zero trust, extended to the LAN edge.
Real-Time Microsegmentation
AI/ML UEBA and device posture isolate a compromised or degraded device into a microsegment in real time — the blast radius contained closest to the host.
IoT & OT Security
Discovers, profiles and protects the unmanaged IoT and OT devices flooding modern campuses — cameras, sensors, badge readers — that can't run an agent.
Inline IPS at the Edge
Intrusion prevention runs at the access switch — threats detected at the first port where traffic enters the network, not after they've traversed the LAN.
Malware & AV Inspection
Anti-malware and antivirus inspection at the switch port — the full UTM stack applied at the LAN edge, no backhaul to a central firewall.
CASB at the LAN Edge
Cloud-app visibility and control applied right at the switch — the same CASB engine as Versa SSE, now enforcing on LAN-originated SaaS traffic.
DLP at the Port
The same DLP dictionary as SSE, enforced at the LAN edge — sensitive data controlled from the switch port, not just at the cloud gateway.
Converged Switch/Router/Security
Switching, routing, security and network services in one VOS™ stack per box — collapsing the access switch, the LAN firewall and the NAC appliance into one.
AI/ML Behaviour Analytics
Continuous user- and entity-behaviour analytics on LAN traffic — flagging compromised accounts and misbehaving devices by anomaly, not signature.
One Policy, Port to Cloud
The same uniform policy language and Director console as SD-WAN and SSE — zero trust defined once, enforced from the switch port to the cloud gateway.
Complete LAN Visibility
Every device, port and flow — managed and IoT alike — in the same analytics lake as the WAN, ending the campus-LAN blind spot.
One Platform, User to LAN
The final piece of single-vendor zero trust: users (SSE), sites (SD-WAN) and now the campus LAN (SD-LAN), all on one OS, one console, one policy.
Watch Versa Secure SD-LAN in action
Official use-case demos plus an architect-level walkthrough — the fastest way to judge a console is to see it.
Versa SASE Platform Overview
The VersaONE platform Secure SD-LAN extends — one OS from user to WAN to LAN.
Versa Monitoring & Visibility Overview
Complete visibility — including the campus LAN — in one analytics console.
Versa Solution Overview for the Network Architect
How the VersaONE pieces fit, LAN edge included — for technical evaluators.
Want a live, India-context walkthrough on your own use case?
Book a guided demo →Every SSE secures users. Few respect your architecture.
Cloud-only, users-only, premium-only — the big SSE names make you fit their model. Here’s how Versa differs.
The LAN was the last flat, trusted world
SASE secured users and the WAN, but the campus and branch LAN stayed implicitly trusted: plug into a switch port and you're on the network. That flat trust is exactly where a compromised device or rogue IoT gadget spreads. Secure SD-LAN extends zero trust down to the switch port — closing the last implicitly-trusted layer.
Security at the port, not backhauled
Traditional LANs send traffic to a central firewall for inspection — lateral movement happens before anything sees it. Versa runs full inspection (IPS, malware, CASB, DLP, UTM) at the access switch, so threats are caught at the first port they enter, closest to the host.
IoT and OT, finally covered
Modern campuses are flooded with unmanaged devices — cameras, sensors, badge readers, medical and OT gear — that can't run an agent and are attackers' favourite foothold. Secure SD-LAN discovers, profiles and protects them natively at the LAN edge, closing a blind spot NAC bolt-ons never fully solved.
Real-time microsegmentation contains the blast
AI/ML UEBA watches every device; the moment one is compromised or degraded, it's isolated into a microsegment automatically — the blast radius contained at the host, not after it's spread across the LAN. Containment by architecture, not by incident response.
One OS, user to LAN — the whole picture
This is the final piece of single-vendor zero trust: users on SSE, sites on SD-WAN, and now the campus LAN on SD-LAN — all VOS™, all one Director console, all one uniform policy language. Zero trust defined once and enforced everywhere, instead of a NAC vendor, a switch vendor and a firewall vendor arguing at the port.
Converged hardware, collapsed stack
One VOS™ box does switching, routing, security and services — collapsing the access switch, LAN firewall and NAC appliance into one. Fewer boxes, one console, one policy, and the sharp challenger commercials TechBag negotiates from, with GST-compliant Indian quotes.
Outcomes real enterprises reported
What your SSE journey looks like
Campus & IoT discovery
TechBag advisors map your campus LANs, device inventory (managed + IoT/OT), and zero-trust gaps at the port; define a pilot site and success criteria.
Pilot site SD-LAN
Versa switches/APs deployed at one site; zero trust at the port live; IoT devices discovered and profiled; microsegmentation tested.
Inspection & policy
Full UTM inspection at the switch enabled; unified policy extended from SSE/SD-WAN to the LAN; the campus blind spot closed in analytics.
Campus rollout
Sites converted in waves; access switches, LAN firewalls and NAC appliances collapsed into the converged stack. TechBag models it in INR/GST.
Trusted by global enterprises
The review scoreboard
Modelled on Gartner Peer Insights structure. *Counts and breakdowns are illustrative pending verified review collection.
Quick poll — what’s driving your evaluation?
Talk to an advisor“The campus LAN was our last flat, trusted world — SD-LAN put zero trust at the switch port. A device plugging in earns access by identity and posture now, not by being plugged in.”
“Full inspection at the access switch meant a compromised laptop got contained at its own port — microsegmented in real time before it moved laterally. Blast radius: one host.”
“IoT was our nightmare — cameras and sensors no agent could touch. SD-LAN discovered and protected them natively at the LAN edge. The blind spot NAC never fully closed, closed.”
“One OS from user to WAN to LAN, one Director console, one policy language — no more a NAC vendor, a switch vendor and a firewall vendor arguing at the port.”
“It collapsed our access switch, LAN firewall and NAC appliance into one converged box. Fewer boxes, one policy — the operational simplification was immediate.”
“Being the first SD-LAN with native zero trust, it's newer than a Cisco campus stack — but for a Versa shop extending zero trust to the LAN, it was the obvious, coherent choice.”
“Complete device visibility — managed and IoT — in the same analytics as our WAN. The campus finally stopped being a data black hole.”
“For a Versa SASE customer this is the missing piece — zero trust that finally reaches the switch port, not just the user and the branch.”
Where everyone sits — the grids
Analyst firms bury this view behind paywalls, and G2 retired its Grid. So here’s TechBag’s synthesis of the SSE market — tap any vendor to see why it sits where it does.
TechBag SSE Market Grid
Execution strength vs product vision — the classic market map, minus the paywall.
The zero-trust-to-LAN pioneer: industry-first SD-LAN with native ZT + IoT security, on the same OS as its Gartner-Leader SD-WAN. Younger in campus mindshare than Cisco/Aruba — pricing and platform-unity reflect it, in your favour.
Deployment Flexibility × SSE Depth
The grid nobody publishes — who can enforce where YOU need it, not just in their cloud.
The unified corner: zero trust and full security inspection AT the switch port, on the same OS as user (SSE) and site (SD-WAN) security. Nobody else runs one policy from port to cloud.
Positions are TechBag’s illustrative synthesis of public analyst positioning (Gartner®, GigaOm, Forrester) and vendor documentation — not a reproduction of any analyst graphic. Verify before relying on it.
Versa vs the SSE heavyweights
Zscaler and Netskope built magnificent clouds. The question is whether their architectural bets — cloud-only, users-only — match your constraints.
| Dimension | Versa Secure SD-LAN | Cisco (Catalyst + ISE) | HPE Aruba (CX + ClearPass) | Fortinet (FortiSwitch) | Juniper Mist |
|---|---|---|---|---|---|
| Architecture & heritage | SD-LAN on one OS (VOS™) | Campus networking leader | Enterprise campus (HPE) | Security-fabric LAN | AI-driven campus |
| Zero trust at the port | Native | Via ISE | Via ClearPass | Via the fabric | Growing |
| Security inspection at the edge | Full UTM at the switch | Backhaul to firewall | Backhaul to firewall | FortiGate inline | Partner/central |
| IoT / OT security | Native discovery + protect | ISE + Cyber Vision | ClearPass + IoT | FortiNAC | Growing |
| Real-time microsegmentation | AI/ML UEBA, automatic | TrustSec/SGT | Dynamic segmentation | Fabric segments | Policy-based |
| Unified user→WAN→LAN policy | One OS & console | Multiple consoles | Aruba Central | Security Fabric | Mist cloud |
| Best fit | Versa / zero-trust-to-LAN | Cisco estates | Aruba estates | Fortinet fabric | AIOps-led campus |
Which SSE is right for you?
Honest fit signals — because the fastest way to lose your trust is to pretend one product wins every scenario.
Choose Versa Secure SD-LAN if…
- ✓You're extending zero trust from users all the way to the switch port
- ✓You want full security inspection AT the access switch, not backhauled
- ✓IoT/OT device sprawl on your campus is a real risk
- ✓You want one OS, one console and one policy from user to LAN
Choose Cisco (Catalyst + ISE) if…
- ✓You're a Cisco campus estate deeply invested in ISE
Choose HPE Aruba if…
- ✓You run Aruba CX switches and ClearPass NAC
Choose Fortinet if…
- ✓You want a security-fabric-first LAN under FortiGate
Choose Juniper Mist if…
- ✓AI-driven campus operations (Mist AI) lead your priorities
What would replacing the VPN stack save you?
Drag the sliders. Estimates use a blended 40% saving from consolidating VPN, proxy and CASB spend onto one SSE service.
Include VPN licences + concentrator amortisation, proxy appliances/licences and CASB per-user costs. Illustrative only — your TechBag quote models actual licences.
Three ways to consume it
Versa tiers SSE by the services you enable. TechBag turns any combination into a clear, GST-compliant quote.
ZTNA-first
Best for VPN replacement programmes
- Per-user ZTNA licence to start
- Fastest, most visible zero-trust win
- Grow into SWG/CASB tiers later
Full SSE suite
Best for platform consolidation
- SWG + CASB + ZTNA + DLP + ATP
- DEM & analytics included, not add-ons
- One policy across users and data
Hybrid estate
Best for regulated / data-resident workloads
- Cloud gateways + on-prem enforcement
- Same policy plane across both
- Unique among the SSE leaders
Buy it for less — TechBag pricing beats list
Whatever the list prices above, TechBag negotiates a significantly better deal — with GST-compliant INR invoicing and local support. Ask us for your discounted quote.
Get an India-ready quote
Tell us your users and current VPN/proxy/CASB stack — we’ll model the consolidation over 3 and 5 years.
The 8 questions to ask every SSE vendor
Take this into your next vendor call — including ours.
Does a device earn access by identity and posture at the switch port — or does plugging in still grant implicit trust?
Is full UTM (IPS, malware, CASB, DLP) applied AT the access switch, or backhauled to a central firewall?
Are unmanaged devices (cameras, sensors, OT) discovered and protected natively — or is that a separate NAC product?
When a device is compromised, is it isolated into a microsegment in real time and automatically — or manually, later?
Is LAN policy the same OS, console and language as your user (SSE) and site (SD-WAN) security — or a different tool?
Does one box do switching, routing and security — or do you still run separate switch, firewall and NAC appliances?
Do you get every device and flow (managed + IoT) in one analytics lake with the WAN — or is the campus a black hole?
Model the collapsed-stack TCO: switch + firewall + NAC replaced by one converged VOS™ box. TechBag quotes it in INR/GST.
Questions buyers ask
Ready to evaluate Versa Secure SD-LAN?
Get a quote, scope a ZTNA proof-of-concept, or bring your VPN renewal and let a TechBag advisor model the replacement.
Stats, ratings, review counts and pricing are illustrative and sourced from public materials; verify before purchase.