Your team's work doesn't stop at the office network anymore, and neither should your monitoring. We watch your cloud accounts and identities with the same discipline as your on premises environment: one coverage picture, no blind spot where the office ends and the cloud begins.
Sign ins, permission changes and unusual account behavior are watched continuously across your SSO/SAML identity provider, often where an attacker's presence shows up first. That includes impossible-travel logins, a dormant admin account suddenly active at 3 a.m., new MFA devices registered without a help desk ticket behind them, RBAC/permission changes that widen access beyond least-privilege, and conditional-access policies quietly loosened. Each of those is a normal, everyday event in isolation, which is exactly why they need a trained analyst watching the pattern, not a raw alert feed nobody reads.
Cloud environments drift. We flag exposed settings and risky configurations before they become the way in, a storage bucket accidentally left open to the internet, TLS misconfigured on a public endpoint, a file-share link set to "anyone with the link," audit logging quietly disabled on a subscription, or a default setting that was secure on day one and permissive by month six. Drift like this rarely announces itself; it's found by someone actively looking, on a schedule, not by hoping it surfaces on its own.
Office and cloud are monitored as a single environment, not two separate systems you have to reconcile yourself. A user's on-premises account activity and their cloud sign-in behavior land in the same investigation, so an analyst piecing together an incident isn't switching between two disconnected views and hoping the timeline lines up.
Onboarding starts with an inventory, not a sales pitch: which cloud platforms your team actually uses for email, file storage, identity, and line-of-business apps, and which accounts hold administrative privilege in each, including where least-privilege access could be tightened. From there we connect read-only monitoring integrations (via API and cloud audit logs) to the platforms already in place, this is additive to your existing setup, not a rip-and-replace of tools your team already relies on. Most environments are fully connected and generating a baseline of normal activity within the first two to three weeks, with anomaly-detection tuning continuing quietly in the background after that as we learn what "normal" looks like for your organization specifically.
Once baselined, cloud findings route into the same 24/7 SOC queue as your network alerts, triaged by an analyst before anything reaches your inbox. You get a call or ticket for what actually needs a decision, not a raw feed of every sign-in anomaly the platform's default rules flag. Monthly reporting summarizes what was watched, what was flagged, and how it was resolved, in plain language a board can read without a security background.
The most common misconception is that "we're already in Microsoft 365 / Google Workspace, so we're already covered." Those platforms log a great deal, but logging isn't the same as someone reviewing the logs around the clock and knowing what a genuine anomaly looks like versus a traveling executive or a new hire's first week. Coverage means a person is watching, not that a dashboard exists.
It's also worth being clear about what this doesn't replace. Your team still owns day-to-day administration: provisioning new employees, retiring departing ones, setting up new applications. What changes is that every one of those routine actions, and every abnormal one, is now visible to a monitoring team that knows what your organization's baseline actually looks like, and can tell the difference between a legitimate change and one that isn't.
Email, file storage, identity, and line of business apps: a lot of it already lives outside your four walls. Attackers know that, and increasingly target cloud identity first because it's often watched less closely than the network.
A preparedness call gives you a clear read, no pressure, no jargon.