Protecting the machine itself, and reading the alerts it raises

ILS Networks deploys, manages and monitors endpoint protection: Sophos, ESET and SentinelOne, one policy across workstations and servers, and alerts that reach us in real time — not a licence that gets installed and forgotten.

Illustration: monitoring desks facing a wall of screens showing dashboards, an infrastructure map and alerts flagged in red

Overview

A good firewall does not help once the attack is already inside

Most incidents today do not come through the wall — they come through a person: a file that got opened, a phishing message that worked, a password that leaked. Once that has happened, what decides the outcome is what you can see inside the machine itself, and how quickly you can isolate it.

So endpoint protection is not a licence you install and forget. It is deployed to a defined policy, it covers servers as well as desktops, it connects to what you can see on the network, and somebody is named as the person who reads its alerts.

That last part is usually the one that fails. An organization buys the licences, installs them, and the alerts land in a mailbox nobody opens. In our MDR service the alerts are wired through to us: detection runs continuously on the platform, and when something fires we know immediately and act — isolate the machine, establish what happened, close the hole.

What the service covers

Deployment, policy and operation

Deployment

  • Sophos, ESET or SentinelOne, matched to the environment
  • Coverage across workstations, servers and virtual environments
  • Orderly removal of the previous product with no exposure window
  • A pilot before any organization-wide rollout

Policy

  • One policy across the organization, not per-machine settings
  • Separation between user groups and server groups
  • Exceptions documented and reviewed, not accumulated
  • Alignment with requirements set by external bodies

Managed detection and response (MDR)

  • The platform deployed and tuned by us — Sophos or ESET
  • Alerts wired through to us, not to an inbox nobody opens
  • When something fires: isolate the machine, establish what happened, clean up
  • No manned SOC — continuous detection, immediate alerting and our response

Ongoing operation

  • Alert monitoring and incident handling
  • Version updates and coverage checks — who has stopped reporting
  • Integration with firewalls and the network estate
  • Support alongside the rest of the infrastructure

Proof

Security in operating enterprise environments

Ariston Group

A centrally managed security stack

A Sophos-based security infrastructure as the central protection layer, alongside ten branches connected under a single, centrally managed security policy.

  • Sophos
  • Unified policy

CooperVision

Threat detection in network traffic

An NDR solution deployed for threat detection in network traffic, as a layer complementing endpoint protection and the network we built.

  • NDR
  • Arista Networks

The projects shown here are based on work delivered by the ILS team in customer environments.

FAQ

Frequently asked questions

What is the difference between antivirus and EDR?

Classic antivirus recognises known files by signature. EDR watches behaviour on the endpoint — which processes ran, what they tried to change, where they connected — so it catches attacks nobody has seen before and lets you investigate what happened after the fact. For most organizations the right answer is not to choose, but to deploy a platform that does both.

Which endpoint products do you work with?

ILS Networks is an official partner of Sophos, ESET and SentinelOne. The choice between platforms comes from the environment: workstation and server counts, the operating systems actually in use, regulatory requirements, and who operates the system day to day.

Does the protection cover servers, or only workstations?

Servers too. A policy that covers only workstations leaves the layer that actually holds the data exposed. Deployment is planned so workstations, servers and virtual environments run under the same policy and the same management.

How does this fit with the firewall and the network?

The endpoint layer and the network layer should tell the same story. We design them together — segmentation in the network, firewalls at the edge and endpoint protection inside the machine — so an incident looks the same from both angles instead of falling between them.

What is the difference between EDR and MDR?

EDR is the platform — what runs on the machine, spots unusual behaviour and lets you investigate it. MDR is somebody running that platform for you. In our MDR service we deploy the platform (Sophos or ESET), set and tune the policy, and wire its alerts through to us — so when something fires we know immediately and act on it: isolate the machine, work out what happened, clean up and close the hole. Without that, EDR is a licence nobody reads.

Do you have someone watching a screen 24/7?

No, and we would rather say so up front. We do not staff a manned security operations centre with analysts on shifts. What we do have: detection running continuously on the platform, alerts wired to reach us the moment they fire, and support that acts on an incident. In practice we know about a real incident immediately. If your organization is required to have a manned SOC — by regulation or by a customer — we will tell you that in the first conversation rather than sell you something else.

Who operates the system after deployment?

That is agreed up front. At some clients the internal team operates it and we advise; at others operation is part of our managed IT service or of our MDR service. What matters is that someone is defined as watching the alerts — an EDR nobody reads is a licence, not a defence.

Do you serve organizations in Israel?

Yes. ILS Networks is an Israeli IT infrastructure company, and an official partner of Sophos, ESET and SentinelOne.

What is the difference between business antivirus and EDR?

Antivirus recognizes a malicious file it already knows; EDR watches behaviour on the endpoint and catches attacks never seen before — a process encrypting files, a legitimate tool used for intrusion, an unusual outbound connection. EDR also keeps the telemetry needed to reconstruct what happened afterwards. We deploy ESET and SentinelOne at this layer.

Is endpoint protection enough against ransomware?

Not on its own. Endpoint protection detects and stops a great deal, but a full ransomware scenario is contained by several layers together: segmentation that stops lateral spread, access control that limits privilege, backup with a copy that cannot be deleted from the compromised machine, and a restore test proving the backup works. We build those layers together rather than separately.

Want to know what is actually protected?

A short technical call with the team: what is installed today, how much of it is live, and what is missing — no commitment.

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