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Every iboss customer runs on dedicated containerized gateways: isolated Policy Enforcement Points that perform all security and logging, hold their own SSL keys and IP addresses, and stretch to wherever your traffic lives. No other SASE platform is built this way.
Most cloud security platforms run giant proxies and gateways that process every customer's traffic together. It was the fast way to build a cloud service, and it locked in compromises only a re-architecture can undo.
Every customer's data flows through the same gateways. Complete segregation cannot be guaranteed, only promised.
Decryption keys for many organizations are loaded into the same shared gateways. One compromise becomes everyone's compromise.
Another tenant's traffic spike is your performance problem. Dedicated IP addresses for resource anchoring cost extra, if they're available at all.
A giant shared gateway can't relocate into your office, your datacenter, or a specific country. The best it offers on-premises is a limited local proxy with a fraction of the capabilities.
iboss runs a multi-tenant cloud the way it should have been built: shared economics, zero shared processing. Every customer gets dedicated containerized nodes for gateways, reporting, and browser isolation. Nothing of yours ever touches another tenant.
Each PEP performs the complete stack: decryption, DLP, CASB, malware defense, ZTNA, and logging. Your policies run on your containers with your dedicated resources, and scale independently as your traffic grows.
Your SSL keys are only ever loaded into your own dedicated gateways, which process no one else's traffic. Dedicated IP addresses come standard for resource anchoring and conditional access. Traffic, logs, and isolated browser sessions stay inside your node collection, always.
Because your gateways are containers, they spin up close to users and resources: across the iboss global cloud, on gateways inside your offices, and in your datacenters. Full feature parity in every location, managed from one console, under one policy.
100+ points of presence for users anywhere
Security next to users, minimal network changes
Local traffic stays local, no hairpinning to the cloud
Onsite gateways retire aging proxy and security hardware without losing capability.
Cloud Connectors give managed devices on-demand access to everything; browser isolation covers contractors and BYOD without agents.
Complement what you keep, replace what you're done paying for. The architecture doesn't force the sequence.
The world is moving from borderless cloud to jurisdiction-bound control, and organizations everywhere are geo-patriating workloads onto infrastructure their own region governs. Storing data locally is no longer enough: if the platform that inspects your traffic is managed from another jurisdiction, foreign legal mandates can still reach it, no matter where the servers sit.
This is exactly what containerization solves. Because every PEP and reporting node is a container, iboss stretches the entire stack, data plane, logs, and administration, into a region or country and keeps it there. Platforms built on fixed shared gateways can route around a region. They can't live in one.
Any region your compliance requires, aligned with mandates like GDPR, NIS2, and DORA. And because each region runs on its own containers, local inspection and enforcement keep operating even if the region is cut off from everything else. Read the full sovereignty story →
On fragmented platforms, the path your traffic takes decides how much visibility you get. On iboss, every path terminates in your dedicated containers, so security applies identically for office, remote, and OT/IoT, and every byte of signal lands in one place.
That single pool of rich, decrypted signal is what feeds iboss AI. The architecture isn't a compliance feature. It's the reason the platform can answer questions your current stack can't.
See the full story →Financial data never mixes with other tenants' traffic, meeting the strictest regulatory requirements.
Customer-dedicated processing with geo-regional controls for sovereignty requirements.
Patient data never crosses customer boundaries, by construction rather than by policy.
We'll walk through the architecture live: your dedicated containers, your keys, your IPs, stretched to wherever your traffic needs to be.