No formal SOC process
Detection exists but response, escalation and ownership are not documented.
Security operations
A SOC is a capability, not a room full of screens.
The value of a security operations centre isn't the dashboards — it's whether you actually detect and respond to threats. We build the underlying capability: the right logging, a tuned SIEM, defined detection use cases, and clear response playbooks. Whether your team runs it or a partner does, the foundation has to be right first.
Discuss SOC & SIEM
Architecture
flowchart LR
subgraph Sources
CLOUD[Cloud Logs]
EP[Endpoints]
IDS[Identity]
NETS[Network]
end
Sources --> ING[Sentinel Ingestion]
ING --> RULES[Detection Rules]
RULES -->|match| INC[Incident]
INC --> SOAR[Automated Playbook]
INC --> ANALYST[Analyst Review]
RULES -. continuous tuning .-> RULES
Business challenges
SOC & SIEM challenges we solve.
Every recommendation starts with business pressure, technical risk and the operating model required after launch.
Telemetry without a plan
Logs are collected without a clear strategy for what should be monitored and why.
Handover gaps
External or temporary security support ends without a sustainable internal operating model.
Solution overview
SOC & SIEM designed for production readiness.
We build the underlying capability: the right logging, a tuned SIEM, defined detection use cases, and clear response playbooks. Whether your team runs it or a partner does, the foundation has to be right first.
Telemetry strategy
Decide what should actually be monitored and why, before turning on log collection.
Detection engineering
Detection rules built and tuned for your environment, not left generic.
Incident process
Documented escalation, response and ownership for real incidents.
SOC handover
Knowledge transferred so the SOC can be operated internally after launch.
Architecture model
A practical delivery architecture before implementation begins.
We define the target operating model, controls, integration points and ownership path before building, so the solution can be supported after launch.
CloudevTech
Enterprise delivery model
01
Discover
02
Architect
03
Implement
04
Validate
05
Operate
Our approach
Structured delivery from discovery to operational handover.
Every engagement is shaped around the service goal, current constraints and the operating model your team needs after launch.
Define the telemetry strategy
Decide what should actually be monitored and why.
Build detection content
Engineer detection rules for the environment rather than relying on generic defaults.
Establish incident process
Document escalation, response and ownership.
Hand over sustainably
Transfer knowledge so the SOC can be operated internally.
Business benefits
Outcomes designed for decision makers and delivery teams.
Benefits are framed around measurable improvement, operating confidence and reduced delivery risk.
Defined telemetry strategy
Log sources are prioritized by relevance to real detection use cases.
Engineered detection content
Detection rules are built and tuned for the environment, not left generic.
Sustainable SOC handover
Documented process and ownership let internal teams operate the SOC after launch.
Technology stack
Implemented with proven platforms and tools.
Technology choices are confirmed during discovery, with a preference for reliable, maintainable platforms your team can support.
SIEM
SOAR
Microsoft Sentinel
KQL
Playbooks
FAQ
Common questions before engagement.
Short answers to common planning questions for SOC & SIEM.
Do we need a 24/7 team?
Not necessarily — the capability can be built to match your risk and budget, in-house or outsourced.
We have a SIEM but no real SOC. Where do we start?
Detection use cases and response playbooks — the SIEM is only the tooling.
Enterprise consultation
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