Your cloud tenants stop taking the password's word for it. Access is granted to devices you've approved, so a stolen credential arrives with nothing to use it on.
Your email, your files, and your line-of-business apps moved to somebody else's servers, and the only thing standing between an attacker and all of it is a login page that anyone on earth can reach. MFA raised the bar, and attackers cleared it — real-time phishing proxies relay the code, and a lifted session token skips the prompt altogether. Zero Trust Cloud adds a check that a remote attacker can't satisfy: the session has to come from a device you approved.
Locking a company out of its own email is a memorable way to start an engagement. We build the device list before anything starts being refused.
We map what's already signing in to your tenants: which people, which devices, and from where. This alone tends to surface a few surprises — the personal iPad reading company mail, the contractor account nobody closed.
We go through that list with you and decide what belongs on it. What survives becomes the approved device set, and we agree the rules for the awkward cases: travel, contractors, and the executive who genuinely does work from a personal machine.
Enforcement comes on per service and per group, starting somewhere the blast radius is small. From that point a session from an unapproved device is refused, whatever credentials it presents.
We run the device list from there: new hires added, lost hardware revoked the hour you tell us, requests answered 24/7, and reporting on who reached what from where.
Every session is checked on four things before it reaches your data — the device, the path it arrived by, the policy that covers it, and the request itself.
Cloud services open for devices on your approved list and no others. Credentials remain necessary — they simply stop being sufficient, which is the whole point.
There's no awareness training in this control and no filter deciding which mail looks suspicious. The credential simply has nowhere to be used, so whether the lure was convincing stops mattering.
A session token lifted from a browser or an infostealer log is worthless replayed from the attacker's own machine, because that machine was never approved.
Not every platform needs the same treatment. Access is scoped by service and by group, so the finance system can be held tighter than the shared calendar without making everything painful.
New laptops approved, lost ones revoked, and the traveller with a dead machine sorted out — day, night, or holiday. Access control that can't keep up with hardware turnover gets switched off within a quarter.
A record of which devices reached which services, and every addition or removal from the approved list. Useful the day you're asked to prove it, and more useful the day you need to reconstruct an incident.
Attackers adapted to multi-factor the way they adapt to everything: they stopped trying to beat it and started going around it. Binding access to a device closes the road they went around on.
Speak with an expertFully managed from the first device inventory to the 3am replacement laptop. Book a walkthrough and we'll show you what's signing in to your tenants right now.
Cloud decides which devices may reach your tenants. The other two decide what is allowed to run in the first place, and what can be reached across your network.
Controls what is allowed to run. Only approved software executes, and each approved application is fenced in so a hijacked one still can't reach the files or the network it was hijacked for.
See how it worksControls what can be reached. Internal systems stop listening to the internet entirely, so there's no open port to find, and access is granted per user, per device, per resource.
See how it works