Managed SOC
Managed EDR services: your SOC operating endpoint detection around the clock
In short
Alpha Code's Jakarta SOC deploys, monitors, and responds to EDR alerts 24/7. An EDR tool alone needs analysts watching it. That is what managed EDR provides.
An EDR tool is not the same as a managed EDR service. The tool detects. The service responds. This distinction matters because most serious breaches are not stopped by the tool generating the alert; they are stopped, or not stopped, by whether a qualified analyst was watching when the alert fired.
This page explains what managed EDR actually involves, why EDR without continuous monitoring fails in practice, and how Alpha Code's SOC delivers it from Jakarta.
Why endpoints remain the primary attack surface
Endpoints are where user sessions live, where browsers run, where email is read, and where credentials are entered. They are the point of interaction between people and systems, which makes them the most direct route into an organisation.
Ransomware reached 44% of all confirmed breaches analysed in the 2025 Verizon Data Breach Investigations Report, up from 32% the year before. The report also found that 88% of breaches at small and medium-sized businesses included a ransomware component. Ransomware cannot execute without first gaining a foothold on at least one endpoint, so endpoint visibility is not optional if you are trying to detect and contain attacks before they spread.
IBM's Cost of a Data Breach Report 2024 found that organisations took an average of 194 days to identify a breach and a further 64 days to contain it. That 258-day window is the gap that endpoint monitoring and fast analyst response is designed to close.
The gap between having EDR and being protected
EDR tools do their job. They record what endpoints are doing, flag behaviour that looks like an attack, and provide the means to isolate a compromised machine and trace what the attacker did. The problem is that none of that protects you automatically. Someone has to read the alerts.
Without continuous analyst coverage, an EDR deployment has a predictable set of failure modes. Our antivirus vs EDR guide goes into the detection differences in depth; the section below focuses on what happens when detection is in place but monitoring is not.
Alerts nobody reads
EDR platforms generate a large volume of alerts, many of which are low fidelity. Without a trained analyst reviewing them continuously, the high-fidelity signals that indicate real intrusions sit in the queue alongside hundreds of false positives. They age out without anyone acting.
After-hours exposure
Attacks are not scheduled around business hours. An attacker who gains access at 02:00 on a Saturday and finds no response in the first hour will have spread far further by Monday morning. A business-hours-only monitoring model leaves a predictable gap attackers can exploit.
Tuning drift over time
Detection rules that were accurate at deployment become less accurate as the environment changes. New software is installed, new services come online, team behaviour shifts. Without ongoing tuning, the EDR generates more noise and misses more real signals, degrading the value of the tool over time.
Response paralysis
When an alert does reach someone, isolating an endpoint, initiating a forensic investigation, and coordinating a response are not tasks that can be improvised. Without trained responders who have done this before, teams often wait too long before taking containment action, allowing the attacker to establish persistence or exfiltrate data.
EDR tool versus managed EDR: the core distinction
| EDR tool, unmanaged | Managed EDR (SOC-operated) | |
|---|---|---|
| Who watches alerts | Your internal team, when available | Dedicated SOC analysts, 24/7 |
| After-hours coverage | Gap unless you staff a night shift | Continuous, no gap |
| Alert triage | Manual, ad hoc | Systematic triage with documented escalation paths |
| Threat containment | Depends on who picks up the alert and when | Defined response playbooks, executed by trained analysts |
| Ongoing tuning | Only when someone makes time for it | Regular tuning as part of the service |
| Forensic investigation | Requires internal expertise or third-party engagement | Handled by the SOC team within the service |
| Time to respond | Hours to days, depending on staffing | Minutes for containment decisions |
How Alpha Code delivers managed EDR through the SOC
The service operates in four continuous phases, each running in parallel rather than sequentially.
The first is deployment. Our team installs and configures EDR agents across your endpoint estate, sets up integrations with your existing SIEM or logging infrastructure if present, and establishes baseline profiles for normal behaviour across your users and systems. This step is not something we hand off after completion; our analysts need to understand your environment in order to triage accurately.
The second is monitoring. From the moment agents are reporting, the Jakarta SOC has eyes on your endpoint telemetry around the clock. Alerts are reviewed as they arrive, triaged by severity and context, and correlated against other signals in the environment. An alert that looks routine in isolation may look different when it appears alongside unusual authentication activity or outbound traffic to a known-bad destination.
The third is response. When an alert warrants action, analysts do not wait for the next business day. Containment decisions, including isolating a compromised endpoint from the network, are taken by the SOC team according to agreed playbooks. For more serious incidents, the response escalates to our incident response team, which handles full investigation and recovery.
The fourth is tuning. Managed EDR is not a fixed configuration. As your environment changes and as our analysts accumulate knowledge of your specific patterns, detection rules are adjusted, thresholds are refined, and coverage gaps are identified. The goal is reducing false positive volume while keeping genuine threat detection sharp.
How managed EDR relates to XDR and MDR
These terms are often used interchangeably but they describe different things.
EDR is the tooling layer on the endpoint. It gives you visibility into what is happening on devices. XDR extends that visibility by pulling in signals from other sources: network traffic, cloud workloads, identity providers, and email. A managed EDR service can evolve into a managed XDR service as you add telemetry sources.
MDR, managed detection and response, is the service level: a SOC team that operates detection tooling on your behalf, whether that tooling is EDR, XDR, or a combination. Alpha Code's managed EDR service is an MDR delivered at the endpoint layer. If you need broader cross-layer detection, that is a scope conversation, not a different category of vendor.
Our MDR vs MSSP guide covers the service-level distinctions in more detail.
What the service includes
44%
of confirmed breaches involved ransomware in 2025, up from 32% the year before (Verizon, DBIR 2025)
258 days
average time to identify and contain a breach in 2024: 194 days to identify plus 64 days to contain (IBM, Cost of a Data Breach 2024)
References
Reviewed by Mohit Bhansali, Head of Technology
Frequently asked questions
An EDR tool records endpoint activity and generates alerts when suspicious behaviour is detected. Managed EDR means a team of security analysts operates that tool on your behalf: they watch the alerts continuously, investigate the ones that matter, contain threats, and tune detection rules over time. The tool without the team is a camera that records everything but has no one watching the footage.
Related
Solutions
From the blog
Our services
Ready to strengthen your security posture?
Talk to our Jakarta-based team about your requirements.
Jakarta-based team. We reply within one business day.