Bond the links.
Connect the sites.
Govern the AI.

One appliance, one dashboard. SD-WAN, WAN bonding, branch mesh, and AI API governance for every site you manage.

Find your solution ↓
Every request gets a verdict.Illustrated example · sample data
AI GATEWAY / DECISION LOG● policy enforced
TSKEY · MODELPOLICY · VERDICT
12:04:17
caged_sk_…f30aclaude-sonnet-4-6
claims-teamallowed38ms
12:04:18
caged_sk_…a821gpt-4o
claims-teamallowed72ms
12:04:19
caged_sk_…b915o4-mini
eng-readonlydeniedmodel not allowed
AllowedDeniedRedacted

o4-mini denied. Model not allowed by the eng-readonly policy.

Auto tour · 21 seconds per tab
no MPLS required
multiple WAN paths
remote provisioning
AI API policies
link health monitoring
central management
S-01 SD-WAN

Branch-in-a-Box

Provision retail, clinic, and pop-up sites from one portal.

Connect the appliance to power and a supported internet link, claim it in the portal, and apply the site policy. Setup time depends on the connection and deployment configuration.

  • + Zero-touch provisioning
  • + Built-in firewall, routing & networking
  • + Single pane of glass for all branch devices
  • + Configured centrally, enforced locally
deployment
Zero-touch
configuration
Portal
connectivity
Branch mesh
read_the_pilot_guide →

Illustrated workflow · sample data

zero-touch-provisioning · site-1183● example
UNBOXED → ONLINE
12 min
SITE
cleveland-1183
+0:00▸power on …
+0:18○cellular boot
+1:42○fabric handshake
+3:05○policy pull
+7:40○firewall · vlan
+9:22○POS segment up
+11:48○guest wifi up
+12:00○site joined fabric
S-02 SD-WAN

Network Reliability

Multiple WAN paths for more resilient branch connectivity.

Combine supported fiber, cable, DSL, satellite, 4G, or 5G links and steer traffic as link conditions change. Session continuity depends on the bonding topology, application, and available paths.

  • + Per-packet bonding across heterogeneous WAN links
  • + Bonded paths for voice, video, and TCP traffic
  • + Active link probing to detect degraded paths
  • + Works with existing carriers; no MPLS required
WAN links
Multiple
monitoring
Link health
routing
Policy-based

Illustrated workflow · sample data

bonded-uplink · branch-NYC● healthy
fiber · wan0280 Mbps
cable · wan1159 Mbps
lte-att · wan2120 Mbps
5g-vzw · wan3146 Mbps
session_state STABLEfailover_armed
events · last 24h
14:22:01 cable degraded · jitter 84ms · reweighted in 142ms
09:47:18 lte-att carrier handoff · 0 sessions lost
04:12:55 fiber flap 380ms · masked by bond
S-03 SD-WAN

Network Performance

WAN orchestration, QoS, and dynamic inter-branch secure tunneling.

Application-aware shaping pins voice and video to clean paths, batches bulk to cheap ones, and squeezes more throughput from every Mbps you pay for.

  • + Advanced QoS for better end-user experience
  • + Optimized bonding with forward error correction over lossy links
  • + Self constructing inter-branch tunnels supporting full mesh configurations
  • + Mission critical networking, for your mission critical apps
traffic policy
QoS
loss recovery
FEC
site links
Encrypted
view_lab_test_evidence →

Illustrated workflow · sample data

application-qos · branch-LON● example
APPPRIORTT/TPUT
voice/teamsP042 ms
video/zoomP094 ms
salesforceP139 ms
m365/onedriveP267 ms
backups/s3P3116 ms
jitter 2.1msloss 0.02%fec onshaper active
S-04 AI

AI Governance

Route supported AI APIs through one policy-controlled gateway.

AI API requests routed through Caged use virtual keys, model allow-lists, usage budgets, and metadata audit logs. Apply configured PII detection and redaction rules, or route selected requests to a local model. Coverage depends on the supported payload and policy; AI use outside this gateway path requires separate controls.

  • + OpenAI/Anthropic-compatible APIs and configured local model endpoints
  • + Policy-controlled PII detection, redaction, and obfuscation
  • + Virtual API keys with per-team model allow-lists and budgets
  • + Route, redirect, or block AI calls by policy
access controls
Virtual keys
model access
Allow-lists
usage policy
Budgets
read_the_pilot_guide →

Illustrated workflow · sample data

ai-egress-mediator · all sites● example
PROMPTCLASSACTION
routed 4,128redacted 312blocked 17
S-05 MOBILE

Mobile & Vehicular Bonding

Combine supported cellular links for mobile connectivity.

Combine compatible cellular modems and supported satellite links for broadcast trucks, ambulances, transit, and field operations. Modem compatibility, coverage, and the selected hardware determine the available connectivity.

  • + Auto healing transport for mission critical reliability
  • + Compatible cellular modems and supported carriers
  • + Confirm the hardware configuration for mobile and portable use
  • + Central remote management of field units
links
Cellular
deployment
Mobile
management
Remote

Illustrated workflow · sample data

vehicular-bond · unit-47 · I-95● example
// DEPLOYMENT

What each site brings together.

CAPABILITY
CAGED AI
SETUP NOTES
Single appliance for SD-WAN + AI gateway
●
Select hardware and policy
Per-packet WAN bonding
●
Configure bonded paths
AI API access policies
●
Applications use the gateway
Mobile / cellular bonding
●
Compatible modems required
Local model routing
●
Configure a local endpoint
Zero-touch branch provisioning
●
Power, internet, and portal claim
// INDUSTRIES

One network. Many missions.

RETAIL

Central provisioning and network segmentation for point-of-sale, staff, and guest traffic.

HEALTHCARE

Policy-based routing and configured PII controls for AI API requests using the gateway.

FINANCE

Model access policies, usage budgets, and metadata audit logs for routed AI requests.

PUBLIC SAFETY

Vehicular bonding for fire, EMS, and field command.

BROADCAST

Bonded WAN paths for live remotes and broadcast vehicles.

MANUFACTURING

OT/IT split + inline AI for shop-floor copilots.

Pick a job.
We'll wire it.