Purpose
Clarity
Users should leave this page less confused and more able to act.
Knowledge Center & Help
Platform guidance, methods, and operating knowledge.
A unified help layer for standards, risk reasoning, operational context, and product guidance across CYNAPSE.
Product help, standards, risk methods, and attack understanding
Knowledge Center & Help explains how to use CYNAPSE correctly.
This page should help a new user understand what standards matter, how risk is reasoned about, why controls protect value, and how cyber incidents connect back into governance and operational decisions.
Orientation
Practical
The content should connect directly to projects, assets, risks, controls, and incidents.
Audience
Cross-functional
Useful to consultants, operators, auditors, engineers, and cyber managers.
Outcome
Confidence
Better conversations, stronger reasoning, and improved cyber judgment.
What this center should give a user
This is an explanation layer for the whole product, not decorative filler.
Understand the standards
Users should understand what the standards are for, not just see their names.
Understand risk correctly
Risk is not just a list of threats. It is the relationship between exposure, controls, consequence, and ownership.
Understand how operations connect
SecureOPS should make more sense after a user understands architecture, treatment, and assurance logic.
Knowledge blocks
The content is organized around explanation, not marketing language.
Standards library
What each framework contributes and where it fits.
Risk methods
How to think about risk and treatment in a usable way.
Attack understanding
How attack pathways create engineering and operational consequence.
Platform guidance
How the ideas above translate into work inside Cynapse.
Standards and methods library
Open the sections below for direct, usable explanations.
Each section explains what the standard or method does, why it matters, and how it should affect thinking inside real projects.
What it is
A family of standards centered on industrial automation and control system security across lifecycle, architecture, components, and operations.
Why it matters
It gives structure to security boundaries, trust relationships, security levels, and the logic of separating critical operational environments.
How Cynapse uses it
RABUILD uses it in architecture, zoning, security measures, SL-T and SL-A reasoning, and assurance-oriented project outputs.
What it is
A governance-oriented structure that helps organizations reason about cyber capability and priorities.
Why it matters
It is especially good for leadership reporting, maturity discussions, and prioritization of capability uplift.
How Cynapse uses it
Benchmarking, maturity summaries, portfolio narratives, and improvement roadmaps become easier to structure through CSF logic.
What it is
A management-system standard focused on structured governance, policy, continual improvement, and information security controls.
Why it matters
It supports accountability, process ownership, and the management discipline behind cyber programs.
How Cynapse uses it
It informs governance outputs, evidence handling, review processes, and management-oriented reporting.
What it is
A rail-oriented cybersecurity standard that frames cyber expectations for railway systems and their supporting environments.
Why it matters
It matters when sector-specific operational expectations are required beyond generic governance or IT-oriented references.
How Cynapse uses it
It can guide sector-specific tailoring of architecture, assurance, validation, and customer-facing cybersecurity reasoning.
Threat understanding
Example attack pathways that matter in critical environments.
The goal here is not fear. It is operational clarity about how weaknesses become consequence.
Rail Scenario
Maintenance laptop or remote engineering pathway compromise
A trusted maintenance route becomes the bridge into engineering or supervisory environments when segmentation and operational control are weak.
Initial Access
Laptop or support tool compromise
→
Pivot
Remote engineering path or weak boundary
→
Operational Risk
Signaling or supervision impact
Utility Scenario
Corporate compromise pivoting into OT support services
An enterprise-side breach crosses a weak DMZ or shared service path and begins affecting engineering or operational support systems.
Initial Access
Corporate IT user or workstation
→
Pivot
DMZ or shared service weakness
→
Operational Risk
Engineering support and SCADA support impact
Water Scenario
Supply chain access into operational plant services
A trusted update, supplier dependency, or support mechanism becomes the start of lateral movement into treatment or pumping environments.
Initial Access
Third-party update or tooling
→
Pivot
Historian or operations server
→
Operational Risk
Treatment and pumping control impact
Availability Scenario
DoS and DDoS against service or visibility paths
Availability attacks can degrade monitoring, support pathways, or trust in the communications layer that operations rely on.
Attack Pressure
DoS or DDoS sources
→
Choke Point
Gateway, remote service, or visibility link
→
Operational Risk
Monitoring loss or service continuity degradation
Institutional use
This page should make a user calmer, smarter, and harder to confuse.
The Knowledge Center should improve conversations, onboarding, consulting quality, and platform trust all at once.
For consultants
Use it to align customer discussions, explain standards, and speed onboarding.
For operators
Use it to connect incidents, controls, architecture, and governance into one picture.
For engineers
Use it to link architecture decisions to security consequence and assurance outcomes.
For leaders
Use it to understand why cyber requires ownership, budget, and operational discipline.