SOC as a Service

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A Security Operations Center That Works Your SIEM, Not Its Own

24x7 Analysts. Written Triage Times. Detections Mapped to ATT&CK.

Buying a SOC should not mean moving your logs into someone else’s platform and losing sight of them. RCV World is a SOC-as-a-service provider that staffs a 24×7 security operations center within your SIEM and EDR, tunes detections to your environment, and triages every alert by severity within written time targets.

250+

Engineers across AI

2000+

Projects Delivered

30%

Cloud-cost reduction

92%

Client Retention

12+

Countries Catered

2 Weeks

Average Staffing Timimg

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IT Consulting Companies

2k+

Completed Projects

What SOC as a Service Covers

SOC as a service covers the round-the-clock operation of a security operations center without building one in-house: log source onboarding, detection engineering, 24×7 alert triage and investigation, escalation inside written severity targets, threat intelligence enrichment, SOAR playbook automation, and monthly reporting on coverage and performance. RCV World analysts work in your SIEM, EDR, and identity tooling under your licenses, so detection history and investigation records stay in your tenant. You make containment decisions that affect the business and have the final say on escalation contacts; the SOC runs the queue, investigations, and tuning. Every engagement has a named SOC lead, a detection coverage map, and severity definitions that your security leadership signs off on.

Technologies We Work With

Our engineering expertise spans the platforms, frameworks, and protocols enterprises are actually standardizing on right now.

Smarter Systems.
Faster Decisions.

We build with the same models and protocols now standard in production agentic AI, not last year’s chatbot stack. Multi-agent orchestration and governance are part of the build, not an afterthought.

  • OpenAI
  • Anthropic Claude
  • Google Gemini
  • Meta Llama
  • Mistral AI
  • PyTorch
  • TensorFlow
  • LangChain
  • LlamaIndex
  • MLflow
  • Pinecone
  • Weaviate
  • ChromaDB
Technologies We Work With​

Written to Last.
Not Just Shipped.

AI writes a growing share of the code today. Our engineers still own the architecture it lands in, the part that decides whether a system holds up in year three, not just at launch.

React Next.js Angular Vue.js TypeScript Tailwind CSS Flutter React Native Node.js NestJS Express.js Python Django FastAPI Java Spring Boot .NET Go PostgreSQL MySQL MangoDB Redis Elasticsearch REST GraphQL gRPC WebSockets

Always Deploying.
Never Guessing.

Platform engineering and FinOps discipline keep releases moving fast and the cloud bill explainable, tied to what’s actually driving cost, not a surprise at month’s end.

AWS Microsoft Azure Google Cloud Platform Docker Kubernetes Helm CSS Mistral AI Terraform Pulumi AWS CloudFormation GitHub Actions GitLab CI/CD Jenkins Azure DevOps Prometheus Grafana Datadog Go New Relic ELK Stack

Trusted Data.
Traceable Always.

Manual data cleanup is disappearing into automation. What’s left, lineage, governance, and integration your team can actually audit, is where we put senior engineers.

Apache Spark Apache Kafka Apache Airflow dbt Snowflake BigQuery Amazon Redshift Azure Synapse Microsoft Power BI Tableau Looker Apache Superset Salesforce SAP Microsoft Dynamics 365 Oracle

On Call.
Even When You're Not.

Predictive monitoring catches most incidents before an alert fires. When one does reach a person, it’s already been triaged, not sitting in a queue.

Microsoft 365 Google Workspace VMware Citrix Microsoft Defender CrowdStrike SentinelOne Palo Alto Networks Fortinet Okta

Our SOC as a Service Capabilities

Seven functions of a working SOC, with the tooling and time targets written down.

SIEM operation and log onboarding

Log sources onboarded, parsed, and health-checked in the SIEM you already run, with gaps in coverage called out rather than assumed away. Platforms operated include Microsoft Sentinel, Splunk, Elastic Security, and Google Security Operations. Silent log sources raise their own alert, because a source that stopped sending is a detection blind spot.

Detection engineering mapped to MITRE ATT&CK.

Detection rules written and tuned for your environment, each mapped to MITRE ATT&CK techniques, so coverage gaps are visible on a single matrix. False-positive rates are tracked per rule, and rules that constantly alert without finding anything are fixed or retired rather than left to bury real threats.

24/7 alert triage and investigation

Every alert is triaged by an on-shift analyst, enriched with asset, identity, and threat intelligence context, and either closed with a documented reason or escalated with an investigation summary. Escalations arrive with what happened, what is affected, and the recommended action, not a forwarded raw alert.

Severity targets and escalation

Triage and escalation times are written into the service agreement by severity and reported monthly as measured results. The targets are the starting point for SOC as a service at RCV World, as confirmed with the client during Design & Capability Match.

EDR and identity telemetry integration

Endpoint and identity telemetry correlated with SIEM data, so an alert on one host is read alongside the account and network activity around it. Supported EDR platforms include Microsoft Defender for Endpoint, CrowdStrike Falcon, and SentinelOne. When endpoint containment is required, MDR Security extends the service with pre-approved response actions.

SOAR playbooks and automation

Repetitive triage steps automated through SOAR playbooks: enrichment lookups, indicator blocking, ticket creation, and notification routing. Automation handles predictable work in SOC as a service, so analysts can spend their time on investigations that require judgment, and every automated action is logged for audit purposes.

Threat intelligence and reporting

Threat intelligence feeds are matched against your telemetry, with sector-relevant campaigns turned into new detections. Monthly reports cover alert volumes, triage times against targets, changes in detection coverage, notable investigations, and recommended improvements, written for both the security team and leadership.

The RCV Delivery Model™

One Disciplined Framework. Every Engagement.

01

Diagnose

RCV World reviews your log sources, SIEM, and EDR configuration, existing detections, alert volumes, and incident history before committing to a coverage plan: the step most providers skip on the way to a contract.

02

Design & Capability Match

Severity definitions, triage and escalation targets, escalation contacts, detection priorities, and the coverage map get signed off with your security leadership before an analyst works a live alert.

03

Mobilize & Deliver

Log onboarding, detection tuning, playbook build, and a tuning period to reduce false positives before the clock starts on triage targets, beyond what a tool license covers.

04

Govern & Optimize

Governance isn’t a status meeting. It’s executive steering, a live risk register, quality gates, and value tracking on every engagement.

05

Transition & Scale

Knowledge transfer, operational hypercare, and a plan for extending SOC as a service coverage to new business units, adding managed response, or moving functions in-house, once they are proven in production.

 

One Framework, Three Shapes.

Every engagement runs on the RCV World Delivery Model™ underneath. Which shape your outsourced SOC takes depends on the problem, not a package RCV World defaults to.

Model Best Fit When What You Get Buyer Proof Artifact

RCV Outcome Delivery Pods

The SOC has to prove measurable results, such as triage times met and false positives reduced, not just keep a queue moving
KPI framing, a product pod, delivery analytics, value reviews, and release telemetry
Product KPI scorecard and release-health dashboard

RCV Platform Accelerator

Several business units or tenants need one detection library and logging standard built once and reused
Platform diagnostic, foundation sprint, golden paths, onboarding, and adoption telemetry
Platform catalog, adoption metrics, golden-path demo

RCV Governance Assurance Model

Monitoring must satisfy a regulator, auditor, or multi-vendor governance model.
Governance handbook, cadence map, RAID log, quality gates, architecture controls, transition pack
Real dashboard pack, escalation matrix, sample exit/transfer pack

Who This Is For

Most organizations that need a SOC already own the tools. What they lack is analysts on shift at 3 a.m. and the detection engineering to make those tools worth watching.

A good fit if... A better RCV World route if…
You run a SIEM or plan to, and need analysts working it around the clock

You need analysts also to contain threats on endpoints, not just detect and escalate; see MDR Security

Alert volume outpaces your team, and real threats risk getting lost in the noise

You want detection, vulnerability management, and compliance run as one program; see Managed Cybersecurity Services

An auditor, insurer, or customer requires evidence of 24/7 monitoring

You do not yet know which assets and log sources matter most; start with Cybersecurity Risk Assessment

You want the detection history and investigation records to stay in your own tenant

The request is audit readiness for a named certification; see Cybersecurity Compliance

Multiple Industries.
One SOC Standard.

RCV World runs SOC as a service across sectors where an unaddressed alert can lead to a regulatory, financial, or safety incident.

HIPAA and HITRUST-compliant systems, EHR integration, and data privacy from day one.
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KYC/AML tooling, embedded finance, and payment integrations built for regulatory speed.
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Core-banking modernization, regulatory reporting, and wealth management platforms.
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POS, inventory, and commerce platforms that hold up under real peak load.
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ERP, MES, and industrial IoT integration across the entire plant floor.
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EDI, carrier integration, and real-time tracking across the supply chain.
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Grid analytics, asset optimization, and sustainability reporting systems.
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Claims automation, underwriting modernization, and audit-grade policy data.
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Precision agriculture platforms, traceability, and satellite data pipelines.
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Frequently Asked Questions

Straight answers to what security leaders ask a SOC as a service provider before signing.

A SOC as a service provider runs the operational work of a security operations center on your behalf. Each shift, analysts work the alert queue: triaging each alert, enriching it with asset and identity context, determining what needs investigation, closing benign alerts with a documented reason, and escalating real threats with a written summary. Between alerts, detection engineers tune noisy rules, write new detections for emerging threats, and verify that every log source is still sending data. The work is measured monthly against written triage targets, false-positive rates, and detection coverage, so you see what the SOC did rather than just that it was on.

The terms overlap almost completely. An outsourced SOC traditionally meant a provider running monitoring from its own facility and platform, with your logs shipped to it. SOC as a service more often refers to a subscription model in which analysts and detection engineering are delivered as a service, frequently within the customer's own tooling. RCV World works the second way: analysts operate in your SIEM and EDR under your licenses, so detection history, investigation records, and tuned rules stay yours if the contract ends. When comparing providers, ask where the data lives and who owns the detections, since that decides how portable the service is.

Triage and escalation targets are written by severity into the service agreement. Starting targets are 15 minutes to triage a critical alert and 30 minutes to reach your named contact by phone, with longer written targets for high, medium, and low severities. Targets are confirmed per client during Design & Capability Match, because they depend on your escalation contacts and the containment actions you pre-approve. Performance is reported monthly as measured results against those targets, not as averages that hide misses. A tuning period at the start cuts false positives down before the clock begins, so the numbers reflect real alerts.

The SOC operates in the platforms you already run rather than requiring a migration. Supported SIEM platforms include Microsoft Sentinel, Splunk, Elastic Security, and Google Security Operations; supported EDR platforms include Microsoft Defender for Endpoint, CrowdStrike Falcon, and SentinelOne. Where no SIEM exists yet, the Diagnose phase produces a written recommendation that weighs log volume, licensing costs, and the skills your team will need to maintain it, and provisions the platform in your tenant under your license. Detection content is written specifically for your platform, not ported generically, so it performs well on your data.

The core SOC service detects, investigates, and escalates, with your team or a named responder taking containment actions. Where you want the SOC to act directly, containment can be added via pre-approved playbooks: isolating a host with your EDR, suspending an account, or blocking an indicator at the firewall, each logged with its reason. Decisions with wider business impact, such as taking a production system offline, always stay with your leadership. With full managed response, threat hunting, and endpoint containment as standard, MDR Security offers an extended service. The boundary is written into the scope, so nobody discovers it mid-incident.

Cost depends on log volume and the number of sources, the number of endpoints and users in scope, the coverage window, whether containment actions are included, and your retention requirements. A single cloud tenant with a few hundred endpoints is a smaller program than a hybrid estate with several SIEM instances, OT monitoring, and long regulatory retention. Pricing scales with those factors rather than a flat per-device rate card, and is set in the scoping proposal. SIEM licensing and ingestion costs are handled by your platform vendor and modeled separately. The fastest route to a real number is a scoping call or the cost calculator.

Onboarding for SOC as a service typically runs 4 to 8 weeks, depending on how many log sources need to be connected and how much tuning the existing detections require. The sequence is fixed: log source discovery and coverage mapping; severity and escalation sign-off; tooling access; log onboarding and health checks; detection tuning; playbook build; then a tuning period with analysts working on alerts alongside your team before triage targets start counting. Coverage for the highest-risk sources, such as identity and internet-facing systems, can go live first while the rest onboards. The SOC is declared live against a checklist that your security lead signs off on.

A SOC as a service provider should demonstrate performance through measured metrics reported monthly, not through assurances. Reports show alert volumes by severity, triage, and escalation times against written targets, with every miss listed; false-positive rates per detection rule; detection coverage against MITRE ATT&CK and how it changed; log source health; and notable investigations with outcomes. A named SOC lead reviews the report with your team and agrees on the tuning and coverage priorities for the next month. Because everything happens in your own SIEM, your team can independently verify any number. Exit terms are set at contract, detections and history stay in your tenant, and no exit fee attaches to leaving.

Bring Your Alert Queue and Your Log Source List

Book a scoping call with an RCV World security engineer, not a salesperson. Bring your SIEM and EDR details, your log source list, and a rough count of the alerts your team closed without investigating last month. The call ends with a clear view of your detection coverage gaps and the SOC-as-a-service setup that fits: 24×7 monitoring on your current tools, monitoring plus managed response, or a full managed security program.