Two students in their shared room, one on the bed with a tablet and one studying at the desk
EasyPSK · Personal Wi-Fi Segmentation

One SSID. Thousands of private networks.

Provide personal Wi-Fi experiences while keeping operations simple and scalable.

Read the docs
Apt 412 Astrid blue-otter-42
Apt 204 Mohammed silver-fjord-08
Apt 318 Julia amber-pine-17
Apt 501 Raj copper-gull-91
Apt 127 Sofia white-aurora-23
Apt 089 Henrik iron-puffin-64
Apt 156 Linnea lime-glacier-05
Apt 233 Erik north-fox-77
Apt 304 Sigrid pearl-mountain-31
Apt 411 Mikael moss-eagle-46
Apt 522 Tove granite-trout-12
Apt 618 Bjørn cobalt-reindeer-58
Apt 412 Astrid blue-otter-42
Apt 204 Mohammed silver-fjord-08
Apt 318 Julia amber-pine-17
Apt 501 Raj copper-gull-91
Apt 127 Sofia white-aurora-23
Apt 089 Henrik iron-puffin-64
Apt 156 Linnea lime-glacier-05
Apt 233 Erik north-fox-77
Apt 304 Sigrid pearl-mountain-31
Apt 411 Mikael moss-eagle-46
Apt 522 Tove granite-trout-12
Apt 618 Bjørn cobalt-reindeer-58

The home Wi-Fi experience, without giving everyone their own network.

In multi-dwelling, student housing, elderly care, and co-working spaces, every resident needs their Wi-Fi to feel personal: their devices on their network, their casting working, their printer reachable.

EasyPSK gives each resident a unique passphrase on a shared SSID, and isolates them from everyone else automatically.

No per-room AP. No per-tenant SSID list. No quarterly password reset chaos.

Built for shared environments

One platform. Many shared spaces.

Resident at home in a multi-dwelling unit 01

Multi-Dwelling Units

Apartments, condos, and rental buildings. One SSID across the property, a private network per unit.

Student studying with books and laptop in shared housing 02

Student living

Campus housing and student dorms. Each student gets their own private network: same SSID, full isolation.

Senior using a personal device on Wi-Fi 03

Elderly homes

Care facilities and senior living. Easy onboarding, predictable access, comfort of a personal home network.

Three people collaborating at computers in a shared office 04

Co-working

Shared offices, hot-desks, and event spaces. Per-user keys with isolation between tenants.

Two professionals reviewing data on a laptop in a corporate setting 05

Corporate IoT

Sensors, printers, badge readers, smart locks. Pre-register MACs per group for iPSK-style enforcement on headless devices. Same EasyPSK platform.

How it works · three flavors

Same SSID. Different network for everyone.

You choose the flavor when you set up EasyPSK.

One Wi-Fi name across the entire building. Each resident is on their own private network: invisible to everyone else, fully L2-isolated, roaming from apartment to lobby to laundry without re-typing a key.

SSIDpeak-residents2,184 private keys

Select a resident to see their private network

Built for Cisco

RADIUS at the core. Cisco Meraki and Catalyst 9800.

Cloud · native

Cisco Meraki

Available now

EasyPSK acts as the SSID's RADIUS server (Identity PSK with RADIUS) and resolves each key at connection time on Meraki MR access points. The Dashboard-API path, Meraki WPN, remains available as a secondary cloud-to-cloud option.

  • RADIUS-driven per-user PSK on Meraki MR
  • Optional Meraki WPN via the Dashboard API, no RADIUS path
  • Bulk import and self-service onboarding
  • Works on every Meraki MR access point
RADIUS · enterprise-scale

Cisco Catalyst 9800 WLC

Available now

For enterprise estates running Cisco's Catalyst 9800 wireless controllers, EasyPSK acts as the SSID's RADIUS server and resolves each key at connection time: a personal key for everyone on one SSID, at any scale. EasyPSK via RADIUS runs on the EntryPoint engine, licensed on its own per Unit (a group of up to 30 devices) or from your shared EntryPoint endpoint pool. Meraki WPN is licensed per access point.

  • RADIUS-driven per-user PSK on Catalyst 9800
  • Keys resolved over RADIUS at connect time; scales past 100,000 keys
  • Three security flavours per group: Instant, Approved, and Dedicated
  • RadSec, or a private IPSec path via Service Connector
Same per-user keys · Same self-service · Same admin
Self-service that scales

Residents onboard themselves. IT keeps the overview.

No device registration. Residents just type their personal PSK and they're on. The Self-Service Portal shows them every device that joined under their key. Block a stranger, see traffic per device, scan a QR for the next phone.

  • Personal PSK per resident, visible only to them
  • Connect any device by typing the PSK, no pre-registration
  • See each device by type, traffic, and last activity
  • Block any MAC that's joined the group, straight from the phone
  • QR-code or Apple Wallet for fast onboarding, optional time-bound keys
  • First login can create the group automatically, even from an on-site kiosk
Self-Service Portal · resident view
Admin Portal · property manager view
Admin without the friction

Provision once. Manage at any scale.

From a single property to a portfolio of buildings, EasyPSK admin keeps the same shape. Group properties by building, floor, or organization. Delegate site-level access. Audit who did what, when.

  • Group-based provisioning: one click per group, not per resident
  • Optional IoT-lock per group: pre-register MACs for headless devices that can't change keys, like iPSK
  • Per-group controls: device caps, schedules, validity windows and block lists
  • Optional four-eyes approval: a second admin acknowledges each device registration
  • Delegated administration per building or organization
  • Live visibility into connected devices, traffic, and device types
  • Audit trails for every key creation, rotation, and revocation
Why EasyPSK

Home-like connectivity, at building scale.

1
Shared SSID across the entire property
Every
Resident, student or fan gets a personal key and a private network
0
Per-room access points required to segment

Safe. Simple. Smooth. — see for yourself.

A short demo, anywhere from 30 minutes to an hour, depending on what you want to dig into. Bring your toughest requirements. We'll show you how Netgraph handles them.

Book a demoRead the docs