Cloud Security for AWS, Azure, and Microsoft 365 — posture, identity, and a SOC that actually closes tickets
CSPM, CNAPP, SaaS posture and identity governance across your clouds — monitored 24/7 by a US-based SOC and mapped to SOC 2, HIPAA, and PCI evidence. Since 1986.
No credit card. Read-only role install, scan completes in about 20 minutes. You get a top-20 risk report the same day.
under CSPM
last quarter
with zero cloud-posture findings
Tampa · Orlando · Chicago
Three lanes for cloud security. One contract. Pricing you can send to the CFO.
Every tier runs on the same SOC and the same remediation playbooks. The difference is how many clouds you need covered, whether SaaS posture is in scope, and if you need full CNAPP runtime protection.
- CSPM across AWS, Azure, GCP, or Microsoft 365 (pick one)
- CIS Benchmark + cloud-native baseline auto-scanned every 4 hours
- Identity posture: MFA gaps, stale keys, over-privileged roles
- 24/7 SOC monitoring with 15-min P1 response
- Monthly executive report + quarterly posture review
- Onboarding in 10 business days or first month credited
- Everything in Foundations, across multiple clouds
- SSPM across Microsoft 365, Google Workspace, Salesforce, Slack, GitHub, and 40+ SaaS apps
- Pre-approved auto-remediation runbooks (rotate leaked keys, close public buckets, revoke sessions)
- Continuous evidence collection for SOC 2, HIPAA, PCI-DSS, CMMC L2
- Dedicated cloud engineer on your account
- Cyber insurance questionnaire completed on your behalf
- Everything in SaaS Posture
- Full CNAPP: workload runtime protection, container/K8s, serverless
- Cloud DLP for PHI, PCI, and PII data classes
- Infrastructure-as-code (Terraform, CloudFormation, Bicep) pre-deploy scanning in CI
- Named incident lead with direct line during P1 cloud incidents
- Quarterly cloud penetration test by a CREST-certified team
AWS secures the rack. Microsoft secures the data center. You still own the config, the identity, and the data.
Cloud providers cover the infrastructure. Every breach headline you've read was a customer mistake in the layer above that line. Here's exactly which line items we take off your plate.
| Layer | Your cloud provider | You | Us (managed) |
|---|---|---|---|
| Physical + hypervisor | Hardware, data center, network fabric, hypervisor | — | Verify provider attestations (ISO, SOC 2) on your behalf |
| Identity & access | IAM service availability | Who has what, MFA, SSO, role hygiene | CSPM + SSPM monitoring; auto-revoke stale keys; privileged-access reviews |
| Configuration | Default service config | Every setting you change | CIS Benchmark auto-scan every 4 hours; pre-deploy IaC checks in CI |
| Data | Encryption keys (if you use KMS) | Classification, retention, sharing, sovereignty | Cloud DLP for PHI/PCI/PII; public-bucket auto-close; shadow SaaS discovery |
| Workloads | Base image patching (managed services only) | App code, libs, containers, serverless functions | Runtime CNAPP, vuln scanning, image signing (Enterprise tier) |
| Incident response | Platform-level abuse reports | Your breach, your legal exposure, your insurance claim | 24/7 SOC, 15-min P1, named IR lead, evidence pack for insurance |
The full control-mapping matrix (90+ line items across AWS/Azure/GCP/M365) is in every proposal. Ask for the sample packet.
One leaked AWS access key. Seven minutes from public commit to revoked.
A junior developer at a 90-person SaaS company pushed a commit with a live AWS access key to a public GitHub repo on a Wednesday night. This is what happened. Names changed, timing real.
"Relay Analytics" SaaS · AWS org, 3 accounts · Austin, TX
- 23:07:14 GitHub push triggers our secret-scanning webhook. Detects pattern matching AKIA... access key in a public repo.
- 23:07:41 Auto-remediation runbook fires (pre-approved during onboarding). Key identified as belonging to prod-data-ingest IAM user. Revoke + rotate action queued.
- 23:08:02 Access key deactivated in AWS IAM. Fresh key generated, pushed to Secrets Manager, ingest service restarted with new credential. Zero customer-facing downtime.
- 23:08:29 Priya Venkatesh (Tampa SOC) pages on-call dev, confirms the commit was accidental. Dev force-pushes sanitized history.
- 23:09:50 CloudTrail sweep for the compromised key — last 48 hours. 7 API calls detected from 2 Russian IPs between 23:07:38 and 23:07:58. All were ListBuckets / DescribeInstances recon calls.
- 23:14:03 Full blast-radius analysis. No write actions logged. No data exfiltration. GuardDuty shows the scanners moved on within 20 seconds of the 403s.
- 23:14:17 Contained. 7 minutes 3 seconds from commit to revoked. Incident closed. Post-mortem scheduled for Thursday 10:00.
- Thursday Pre-commit git hook deployed across all repos (gitleaks). Secrets Manager rotation schedule shortened from 90 to 30 days. CI/CD pipeline updated to fail on any AKIA-pattern match. Incident filed to cyber-insurance carrier, no claim opened.
We don't sell "compliance." We deliver the packet your auditor actually wants.
Every quarter we drop a ready-made evidence package into your portal: control mapping, log samples, policy attestations, tested backups, and user-access reviews. Your staff stops fighting spreadsheets. Your assessor finishes in days, not weeks.
When it's 2 AM and your screens go dark, these are the people picking up the phone.
Our SOC is staffed in-house across Tampa, Orlando, and Chicago. No overseas tier-1 wall. Every analyst holds at least one current certification and has incident response experience before they take a shift.
Five questions. Honest answers.
Do you cover all three clouds, or just AWS?
All three, plus Microsoft 365 and Google Workspace SaaS posture. Our CNAPP stack (Wiz + Defender for Cloud) covers AWS, Azure, and GCP under one policy library. SSPM (Nudge Security) discovers and remediates config drift across M365, Google Workspace, Salesforce, GitHub, Okta, and ~150 other apps. If you're multi-cloud, you get one dashboard and one ticket queue, not three.
How is this different from just using the native security tools (GuardDuty, Defender, SCC)?
Native tools generate findings. We deliver closed tickets. GuardDuty will tell you an S3 bucket went public. Our workflow auto-closes the bucket within 60 seconds of detection, notifies the owner, records the change in an audit trail, and moves on. Same for exposed keys, MFA gaps, privileged role drift, and public snapshots. You're paying for the response, not the alert volume.
How long does onboarding take?
Read-only visibility in 48 hours. Full posture baseline and first evidence packet in 14 days. Auto-remediation enabled after a joint playbook review (usually day 21-30). We do not push auto-fix into production without your written approval on each runbook. Onboarding is a fixed-fee engagement, scoped per cloud account count and not hourly.
Will you touch production without asking?
Only on runbooks you pre-approve. During onboarding we walk through every auto-remediation (rotate leaked key, close public bucket, revoke over-privileged role, disable compromised user) and you sign off on which ones we're allowed to execute without a human in the loop. Anything else is a ticket with a recommended action. We log every automated change to an append-only audit trail your auditor can read.
Which compliance frameworks do you map cloud controls to?
SOC 2 Type II, HIPAA, PCI-DSS v4.0, CMMC Level 2, ISO 27001, NIST CSF 2.0, CIS Benchmarks (AWS/Azure/GCP/M365/Kubernetes), and FedRAMP Moderate for federal-adjacent work. We ship a quarterly evidence packet pre-mapped to your primary framework so your audit prep shrinks from weeks to days. Ask for a redacted sample packet at sales@1800officesolutions.com.
Find out what's exposed in your cloud before an attacker does.
Our free cloud posture scan checks AWS, Azure, or M365 for the 15 issues attackers look for first: public storage, leaked access keys, MFA gaps, over-privileged service accounts, open security groups, and stale admin users. Read-only, 24 hours end-to-end, 1-page report back.