Identity & access
Network exposure
Privilege & RBAC
Secrets & credentials
Configuration drift
Backup & recovery
Across Azure · AWS · VMware / VCD · on-prem
Who it's for
Teams that want an honest check on how exposed their environment really
is — without hiring a dedicated security vendor or sitting through a
compliance-flavored audit that doesn't speak to actual risk. Especially
useful where cloud and on-prem are stitched together and nobody is sure
where the real trust boundaries are anymore.
What you actually get
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Access review
Who can do what, where long-lived credentials live, and where privileges have quietly accumulated over time. Service accounts, break-glass identities, stale admins included.
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Exposure analysis
What's reachable from the public internet and from inside the network — intentionally or not — including paths nobody intended to expose: misrouted VPN, over-broad peering, forgotten jump hosts.
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Configuration weaknesses
Defaults left in place, forgotten debug endpoints, services running as root, and configurations nobody has revisited in years — the kind that silently become the weakest link.
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Backup & recovery gap check
Whether your backups would actually get you back online — and how long it would really take. Most haven't been tested end-to-end. Some can't be, and nobody knew until the first real incident.
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Prioritized findings
Ranked by real-world impact, not generic CVSS scores, with clear next actions you can actually hand to a team.
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Written findings
Short report focused on what matters: what's exposed, what would break, what to fix first, what can wait.
Typical findings
Every environment is different, but these show up almost every time.
Most of them were technically "known" — but nobody treated them as real risk.
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Long-lived credentials nobody rotates
Shared service accounts, hard-coded secrets, certificates that quietly expire into outages, PATs older than the people who created them.
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Public exposure through unintended paths
VPNs that route more than anyone realized, peerings that connect networks they shouldn't, load balancers quietly listening on an extra port.
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Overly permissive access that "just worked"
Wide-open RBAC or network rules someone added during an incident years ago and never walked back. Nobody remembers why.
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Backups that exist but haven't been tested end-to-end
They run green. Nobody has actually restored a full system from them, so nobody knows what's missing until they need it.
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Internal trust assumptions that break under compromise
"Anyone on the corporate network can…" — fine until one machine gets popped and the blast radius is the entire environment.
What usually comes out of this
What you can reasonably expect from a full review:
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A clear picture of where the real risk is
What to fix first, what can safely wait, and what's not worth fixing at all — without trying to fix everything at once.
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A small number of high-impact issues, not hundreds of low-value findings
Usually 5–15 things that actually matter, with context, not a 200-page audit nobody will read.
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Known blast radius
If an account or machine gets compromised, you'll know what it reaches and what it doesn't — before you have to find out the hard way.
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Backup & recovery reality check
Honest answer on whether you can actually recover from a real incident, and how long it would take.
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Findings your team can actually act on
Each item ranked by impact and effort, with enough context to fix it without a follow-up call.
Engagement scale
Typical engagements run 3–8 days depending on
environment size and how much read access is available on day one.
Shorter for a focused review of identity or exposure; longer where
multiple environments, hybrid trust paths, or backup validation are
in scope.
Curious how exposed you actually are?
Let's take an honest look — no alarmism, no sales pitch.
Find the real risks