Heimdal
An attack does not stay on the endpoint. Your visibility should not either.
Heimdal covers four attack surfaces from one platform: the endpoint, the network, email, and identity. Because the same system watches all of them, an event that looks harmless in isolation is read against everything else happening at that moment, which is usually when an intrusion becomes obvious.
An attack crosses boundaries that most security tools do not
A phishing message leads to a credential. The credential allows a login. The login reaches a machine. The machine calls out to a server for instructions. Four separate systems saw one step each, and none of them saw a break-in.
It starts in email
The first step is almost never technical. It is a convincing message, and the endpoint product has no visibility into it at all.
It moves through identity
With valid credentials an intruder simply signs in. Nothing malicious runs, so tools watching for malicious files see a normal working day.
It phones home over the network
Almost every intrusion eventually contacts outside infrastructure. Watching that traffic catches attacks no file scanner will ever flag.
Cover the whole path, not one step of it
Each layer below is useful alone and considerably more useful together, because the platform correlates what they each observe into a single account of what happened.
Endpoint
Next-generation antivirus, prevention and response, application control, and ransomware encryption protection on every device.
Network
DNS and traffic filtering that blocks malicious destinations and command-and-control activity before a device can reach them.
Inbound protection against phishing and fraud, addressing the vector that begins the overwhelming majority of incidents.
Identity
Privileged access management and identity threat detection, so stolen or over-provisioned credentials stop being a free pass.
What runs across those four surfaces
Consolidation is the headline, but each individual capability has to stand on its own. These do, and they share one console, one agent, and one set of findings.
DNS and network security
Traffic is inspected with machine learning at the DNS layer, stopping malicious destinations before a connection completes. It catches the outbound call that follows a compromise, which is often the clearest evidence that something got in.
Patch and asset management
Automated patching for the operating system and third-party applications, which is where most unpatched risk actually accumulates, plus a live inventory of what you own.
Privileged access management
Admin rights are granted for a task and withdrawn automatically afterwards, removing the permanent local administrator that makes an intrusion trivial to escalate.
Ransomware encryption protection
Watches specifically for the encryption behavior itself and intervenes, independent of whether the particular strain has ever been seen before.
Threat hunting and XDR console
Signals from all four surfaces land in one place, so an investigation follows the actual path of an attack instead of reconstructing it from separate tools.
Remote desktop control
Secure remote access for troubleshooting and support from the same console, so fixing a machine does not require a separate tool and another set of credentials.
Attacks are caught earlier in the sequence
Small signals add up to a verdict
A login, a process, and an outbound connection are unremarkable individually. Correlated across one platform they describe an intrusion clearly enough to act on.
The easy routes get closed
Automated third-party patching and removal of standing admin rights eliminate the two techniques attackers reach for first, because both are reliable and cheap.
Fewer products to license and learn
Replacing separate endpoint, DNS, email, patching, and privilege tools reduces both the licensing bill and the amount of expertise required to run any of it.
Correlation produces answers, and answers need somebody to receive them
A unified platform is genuinely better at telling you something is wrong. That only matters if a person sees the finding, understands whether it is real, and does something about it within the hour rather than the quarter.
The controls that make Heimdal effective are also the ones most likely to be quietly loosened. Privileged access management works until a request goes unanswered and somebody gets permanent admin rights to unblock the day. Patching works until an update is deferred and never revisited. NYN Impact is what holds those in place.
The ongoing work
Suited to organizations consolidating
Businesses replacing point solutions
Where several separate products cover overlapping ground and the effort of keeping them aligned has outgrown the benefit.
Organizations needing XDR
Where detection has to span more than the endpoint, and an investigation needs to follow an attacker across email, identity, and network.
Teams with compliance obligations
Where patch status across operating systems and third-party software has to be demonstrated, along with control over who holds administrative rights.
Four attack surfaces, one platform
Heimdal unifies endpoint, network, email, and identity security in a single XDR console, combining next-generation antivirus, DNS filtering, email fraud prevention, automated patching for operating systems and third-party software, privileged access management, ransomware encryption protection, application control, and threat hunting. Because one platform sees all four surfaces, the small signals that individually look like nothing get correlated into something worth acting on.
Get in touch with NYN Impact
Questions about this solution? Reach us directly.