{ CRITICAL_INFRASTRUCTURE_SECURITY }

Test the systems
you cannot afford to take down.

Mind The Hack validates exposure, attack paths, and operational risk across complex, high-availability environments, and proves what attackers could reach without ever putting the process at stake.

REQUEST DEMO See what we test
Non-disruptiveOT-awareHigh-availabilityAttack-path validated
Safe validation lens Availability preserved
  1. External Internet-facing exposure Remote access, vendor links, edge gateways
  2. IT Enterprise network Corporate systems, identity, email
  3. OT-DMZ Segmentation boundary Jump hosts, historians, data brokers
  4. Supervisory Supervisory control SCADA servers, HMI, engineering stations
  5. Process + safety Process & safety control Controllers, RTUs, safety instrumented systems
Non-disruptiveRead-only where requiredRate-limitedNo control commands
{ CRITICAL_ENVIRONMENT_SCOPE }

The environment is complex.
The test has to respect that.

Critical infrastructure runs across layered, interconnected systems that cannot tolerate disruption. Mind The Hack validates exposure across the whole environment, from the internet-facing edge to supervisory control, while high-availability and safety limits shape every test.

01

Internet-facing exposure

Remote access, vendor connections, and edge systems that reach a high-availability environment from the outside.

02

Segmentation & boundaries

The controls between IT and OT: jump hosts, brokers, and the data paths that are supposed to keep the two apart.

03

Supervisory & control systems

Supervisory servers, engineering stations, and management interfaces that operate the physical process.

04

Operational risk

What an exposure could mean for availability, integrity, and safety, not just a severity score in isolation.

05

Attack paths to critical systems

How a validated weakness connects across systems and privileges toward the assets you cannot afford to lose.

06

High-availability constraints

Every test is shaped by uptime and safety limits, so validation happens without an outage window.

IF IT KEEPS THE PROCESS RUNNING, IT IS PART OF THE TEST.

{ DISCOVERY_TO_SAFE_EXPLOITATION }

From exposure
to proven risk, safely.

One exposed system, carried from surface discovery through safe, non-disruptive exploitation to a confirmed exploitable risk. This is what separates Mind The Hack from tools that stop at discovery: the exposure is proven, not assumed, and proven without disruption.

Following one exposed system access-gw.ot-dmz
01
Asset discovered Internet-facing gateway OT-adjacent, outside the maintained inventory
Attack surface
02
Service identified Remote engineering access Reachable from the external edge
Service discovery
03
Exposure correlated Known weakness matched Validated against the identified stack
Vulnerability intel
04
Safe exploitation Non-disruptive attempt Read-only, rate-limited, no control commands
Safe exploitation
05
PoC evidence captured Reachability and access proven Controlled, synthetic evidence only
Evidence capture
06
Exploitable risk confirmed A validated way in Ranked for action, with path context PROVEN

DISCOVERED IS VISIBILITY. VALIDATED IS PROVEN RISK.

{ EVIDENCE_NOT_OPINION }

Every confirmed risk
comes with proof.

A finding in a critical environment is not a row on a scanner. It is a context-scored, MITRE-mapped report backed by evidence captured safely, so operators and auditors can see exactly what was proven, and how carefully it was proven.

Remote Access Path into the Supervisory Control Segment

Exploitation
Target
access-gw.ot-dmz.local
Asset Groups
Supervisory ControlOperations & ProductionHigh-Availability Systems
CWE
CWE-284
MITRE ATT&CK
T1190T1133T0866T0822
Status
Open
9.4 Contextual Risk
9.1 CVSS

An internet-facing access gateway exposed a remote engineering path that reached the supervisory control segment. Using a validated, exposed access route, Mind The Hack confirmed that the boundary between the external edge and supervisory systems could be crossed. All validation was performed non-disruptively: read-only where systems could not tolerate active testing, rate-limited, and with no control commands issued to operational equipment.

A crossable path from the internet-facing edge into supervisory control places the availability, integrity, and safety of the operational process at risk. An attacker on this route could reach systems that operate physical equipment, where downtime and unsafe states carry consequences far beyond data loss.

Remove or strictly broker the remote access path between the external edge and the supervisory segment. Enforce segmentation at the OT-DMZ boundary, require brokered and monitored access for engineering functions, and retire exposed legacy management interfaces. Re-validate after each change in a scheduled maintenance window.

[+] Validation state: confirmed
[i] Evidence artifact: reachability record [redacted]
[i] Impact boundary: supervisory segment
[i] Operational interaction not performed
[i] Technical reproduction detail withheld

Controlled, synthetic demo data. No real payloads, commands, credentials, or customer systems are shown.

{ OPERATIONAL_RISK }

A vulnerability score is not
an operational risk.

In a plant, a substation, or an airport, the real question is not how severe a finding looks. It is what a validated exposure could do to availability, integrity, safety, and the ability to recover. Mind The Hack scores exposure the way operators think about risk, and proves it without ever putting the process at stake.

Operational-risk exposure By zone and dimension, from validated findings
Critical zone
Availability
Integrity
Safety
Recoverability
Enterprise IT
Moderate Availability: Moderate
Moderate Integrity: Moderate
Contained Safety: Contained
Moderate Recoverability: Moderate
OT-DMZ boundary
Elevated Availability: Elevated
Elevated Integrity: Elevated
Moderate Safety: Moderate
Elevated Recoverability: Elevated
Supervisory control
Critical Availability: Critical
Elevated Integrity: Elevated
Elevated Safety: Elevated
Critical Recoverability: Critical
Process & safety
Critical Availability: Critical
Critical Integrity: Critical
Critical Safety: Critical
Elevated Recoverability: Elevated
Contained Moderate Elevated Critical

AVAILABILITY IS NOT A CONSTRAINT WE WORK AROUND. IT IS THE FIRST REQUIREMENT.

{ ENTRY_POINT_TO_PATH }

The perimeter is only
the beginning of the path.

A single validated external entry point rarely stays external. Mind The Hack analyzes how a proven exposure connects across systems and privileges toward the assets that keep the process running.

Following one attack path external edge to critical asset
01
Entry point External access path Validated internet-facing exposure
Exploited
02
Compromised host OT-DMZ jump host Foothold in the boundary segment
Lateral move
03
Lateral movement Into the supervisory network Across a weak segmentation control
Privilege
04
Privileged access Engineering station Control of supervisory functions
Reaches
05
Critical asset Process & safety control The system the business cannot lose CRITICAL ASSET

THE RISK IS NOT THE FINDING. IT IS WHERE IT LEADS.

{ RISK_TO_TOP_ACTIONS }

Validated exposure becomes
a short list of moves.

Proven risk and attack-path context feed the Decision Engine, which ranks the actions that reduce organizational risk the most. Not another backlog, the few changes that matter first in an environment where every change is planned.

  1. Top action 01 Highest impact

    Remove the external access path into the supervisory segment

    Closes the validated route from an internet-facing gateway to supervisory control, breaking every attack path that depends on it.

    Organizational risk
    Highest reduction
  2. Top action 02

    Enforce segmentation at the OT-DMZ boundary

    Cuts lateral movement between enterprise IT and operational systems, isolating the process network from a compromised corporate host.

    Organizational risk
    High reduction
  3. Top action 03

    Retire the exposed legacy management interface

    Eliminates a proven foothold on an engineering station without touching the running process.

    Organizational risk
    Moderate reduction

Relative impact from validated exposure and attack-path context. Illustrative ranking, not a numeric guarantee.

{ RETEST_AND_VERIFY }

Closing the ticket is not
closing the exposure.

A fix in a critical environment is only real when exploitation fails. Mind The Hack re-runs the same safe validation after remediation, in a scheduled window, so the risk closes on evidence, not on a status change.

Following one fix TOP ACTION 01
01
Exposure confirmed Validated exploitable risk Proven, with PoC evidence attached
Prioritized
02
Ticket raised Assigned to the owner With attack-path context attached
Remediated
03
Fix deployed In a maintenance window Change planned around availability
Retested
04
Non-disruptive retest The same safe validation Re-run against the fixed system
Confirmed
05
Verified closed Exploitation fails Or regressed, and reopened automatically VERIFIED

THE TICKET CLOSES ONLY AFTER THE RISK FAILS TO EXPLOIT.

{ CRITICAL_INFRASTRUCTURE_REPORTING }

One assessment.
Evidence for every audience.

The same validated dataset produces the report the board reads, the evidence an operator trusts, and the detail engineering needs, without re-running the work or over-claiming what the platform can promise.

Critical Infrastructure Assessment Non-disruptive
  1. Executive summary Operational risk in language leadership can act on.
  2. Critical-system scope What was in scope, and how it was protected during testing.
  3. Validated findings Exploited and exploitable, scored by contextual risk.
  4. PoC evidence Proof captured safely, with no control commands issued.
  5. Attack path context How exposure connects toward critical assets.
  6. Operational risk Availability, integrity, safety, and recoverability.
  7. Top actions The ranked moves that reduce organizational risk the most.
  8. Remediation status Open, resolving, resolved, or regressed on retest.
{ PROVE_YOUR_OPERATIONAL_RISK }

See what an attacker could reach.
Without taking anything down.

Run Mind The Hack against your real, high-availability environment. Validate exposure safely, reveal the paths to critical systems, and see the actions that reduce operational risk the most.

REQUEST DEMO
Non-disruptive by design. Based on your real infrastructure.