The control layer above your security tools
Why cybersecurity mesh architecture needs a bidirectional single pane of glass, and how HexaView™ delivers one across IT and OT. Most organisations do not lack security tools. They lack one place to see what those tools are telling them, act on it, and prove that their controls work.
More tools, less control
Security teams have spent a decade adding point solutions, each one justified on its own. Endpoint, identity, cloud, email, vulnerability, operational technology and compliance tools now sit side by side, each with its own console and its own version of the truth.
Every individual control may be sound, but the whole is hard to see, slow to act on and difficult to evidence. The question is no longer which tool to add. It is how to make the tools you already own work as one.
Mesh architecture, and where HexaView fits
Cybersecurity mesh architecture lets security tools contribute to four shared layers: analytics and intelligence, a distributed identity fabric, consolidated policy and posture, and consolidated dashboards. It complements defence in depth and zero trust rather than replacing them.
HexaView does not claim to be the whole mesh. It provides the consolidated policy, posture and dashboard layers, and connects to the analytics and identity tools you already own so that they contribute to one picture. Crucially, that dashboard layer is bidirectional: an authorised user can raise a change, route it for approval and push it to the right tool, with every step recorded.
Closing the loop from policy to proof
The hardest question a CISO is asked is also the simplest: does this control actually work? HexaView is designed to keep the whole chain in one record.
- PolicyWhat you commit to
- ControlHow it is implemented
- EvidenceProof it is in place
- DetectionMonitoring that it holds
- ValidationTesting that it works
Auditors get evidence on demand, the SOC sees detections tied to the controls they protect, and the board gets a resilience view built from the same record.
Built for IT, OT and maritime
Ports, terminals and fleets run operational technology that cannot be scanned aggressively or taken offline, alongside shore systems that face the same threats as any enterprise. HexaView gives one picture across vessel, terminal and shore, with passive, safe-by-design OT collection. CyberDockside.ai brings maritime and port-sector context to every engagement.
Naming the limits
The paper is explicit about where HexaView does not help. It does not replace your detection, identity, endpoint or OT monitoring tools, and it does not fix a misconfigured tool on its own. Connector coverage is confirmed during scoping, not assumed, and it is not a substitute for skilled people: humans own every consequential action.
What is inside
- 01The problem: more tools, less control
- 02Cybersecurity mesh architecture in brief
- 03Defence in depth and mesh: additive, not either-or
- 04Introducing HexaView
- 05What HexaView does
- 06HexaView and the mesh layers
- 07Closing the loop from policy to proof
- 08HexaView and zero trust
- 09Vendor-agnostic by design
- 10Built for IT, OT and maritime
- 11The wider HexaShield ecosystem, and getting started
- 12Where HexaView does not help, and conclusion
The control layer above your security tools
Cybersecurity mesh architecture is described in HexaShield's own words; the term was introduced by Gartner, Inc. in 2021, and this paper is not endorsed by Gartner. Product capabilities describe HexaView's design; availability and timing are confirmed for each organisation during scoping.
Questions, answered
Does HexaView replace the security tools we already run?
What is cybersecurity mesh architecture?
Who is the paper written for?
Where this goes next
See it. Prove it. Secure it.
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