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QDT-SALABS
Software Architecture
Architecture that business, delivery and operations can all sign up to.
View detailsSecurity
Telecom Security
Availability, access, identity and integrity controls for telecom networks.
Overview
Telecom-oriented security capabilities spanning availability, access, identity, and integrity concerns.
QDT telecom security work draws on company-described experience in telecommunications environments. Capabilities include detection of denial-of-service conditions, configuration verification, access control, traffic isolation, link security, identity verification, location security, mobile terminal security, integrity verification, and service access control. These are capabilities that can be applied in an engagement; they are not guarantees of outcome. Specific product names and mitigation techniques are defined during scoping.
Listed items are capabilities, not guaranteed outcomes. Experience described in company materials should be validated for the specific network and regulatory context.
Use cases
- Telecom network security programmes
- Site and service access control
- Availability and integrity reviews
Features
What it does
Capabilities are configured per deployment and agreed during scoping.
- 01DoS and DDoS detection
- 02Configuration verification
- 03Access control
- 04Traffic isolation
- 05Link security
- 06Identity verification
- 07Location security
- 08Mobile terminal security
- 09Integrity verification
- 10Service access control
Benefits
What it means for your teams.
- Telecom operators and related organisations can address a structured set of security concerns rather than a single control.
- Architecture discussions can cover availability, access, identity, and integrity together.
In practice
What Telecom Security looks like day to day
An illustrative walkthrough of typical use, based on the product's features. Not a customer case study.
Illustrative scenario
Protecting a network with Telecom Security
A telecom operator strengthening network security (illustrative).
Phase 1
Detect
Denial-of-service detection watches for abnormal traffic.
How it works
Layered protection
How controls sit between users, networks and services.
Layered protection
How controls sit between users, networks and services.
Press Play the flow, or hover and click any step to see what it does.
Our approach
Step by step, with you.
Each stage ends with something you can review, so decisions stay visible and reversible.
- 01
Assess
Review architecture, traffic and current controls.
- 02
Design
Design network security architecture, including next-generation firewall environments.
- 03
Implement
Deploy hardware and virtual security appropriate to your operating model.
- 04
Operate
Where agreed, provide managed monitoring on a consumption-based model.
What you get
Deliverables
- Security assessment
- Network security architecture
- Implementation plan and deployment
- Optional managed monitoring scope
FAQ
Questions we hear
What threats does it address?
Capabilities include DoS detection, configuration verification, access control, traffic isolation, link and identity security.
Do you provide 24/7 monitoring?
Monitoring scope is defined per agreement; continuous 24/7 coverage is not assumed.
Which vendors do you use?
Company materials reference the SonicWall ecosystem; designs are matched to your environment.
Collateral
Collateral
Product brochure
Ask us for the latest material on Telecom Security, and a specialist will send it along with answers to your questions.
Start a conversation
See Telecom Security in your context.
Tell us about your sites, users and systems, and we will walk you through a configuration that fits.