INDUSTRY BLUEPRINT — TELECOM & 5G NETWORKS

Cryptographic Discovery Across Signalling, Edge, and a Generation of Legacy Protocol Debt.

5G core infrastructure, cellular signalling, and eSIM provisioning sit alongside protocol layers — SS7, Diameter — that predate modern cryptographic standards by decades, all inside the same network.

Explore Blueprint Architecture ↓
  • DoT Licensing Conditions & TRAI Security Aligned
  • Passive Non-Intrusive SPAN/TAP Observation
  • CycloneDX CBOM Delivered Inside Your Perimeter
0 KB
Carrier Telemetry Egress
6–12 Wks
Engagement to CBOM Delivery
100%
DoT & TRAI Security Mapping
100 Gbps
Passive SPAN/TAP Capacity

WHY THIS MATTERS HERE

The Sector-Specific Risk Factors That Shape This Engagement

Each of the three factors below directly affects which systems are in scope, how the discovery must be conducted, and what the CBOM output is mapped to in the regulatory report.

01 LAYERED PROTOCOLS

Layered generations, layered risk

2G/3G-era signalling protocols remain load-bearing infrastructure well into the 5G era, carrying cryptography nobody has re-evaluated since original deployment. The legacy layer and the modern layer share the same physical infrastructure.

02 EDGE SCALING

Network edge sprawl

Distributed edge nodes multiply the number of places cryptographic material lives, each a separate discovery target that manual audit cannot exhaustively cover. Passive SPAN/TAP mirroring is the only non-intrusive approach at this scale.

03 SUBSCRIBER IDENTITY

eSIM and subscriber identity — priority harvest targets

eSIM provisioning and authentication protocols carry long-lived key material that a quantum-capable adversary would specifically prioritise for HNDL. Subscriber identity data has relevance windows of 10+ years.

DEPLOYMENT MODEL

Where AQRA Runs in This Environment

Discovery spans cellular signalling infrastructure, network edge nodes, and legacy protocol stacks via passive network mirroring — deployed inside the operator's own network perimeter, with no external connectivity required for core-network-adjacent systems.

IN-SCOPE ASSETS

Systems Typically in Scope

Comprehensive cryptographic visibility across cellular signalling nodes, edge hubs, and core network functions:

Cellular Signalling (SS7/Diameter) eSIM Infrastructure Network Edge Nodes Legacy Encryption Protocols 5G Core Network Components BGP Route Security
COMPLIANCE MAPPING

Regulatory Framework Alignment

Telecom security mandates and critical communications infrastructure compliance with verifiable CBOM deliverables:

DoT Licensing Conditions TRAI Security Requirements CERT-In CII Framework NIS2 (Telecom — Annex I)

INDUSTRY SECTOR ECOSYSTEM

Other Regulated Infrastructure Blueprints

Banking & Financial Services

Cryptographic discovery for core banking platforms, SWIFT, and payment networks.

Explore Banking →

Defense & Strategic Commands

Quantum-ready security for disconnected tactical networks and C2 environments.

Explore Defense →

Power & Utilities (SCADA)

Protect the cryptographic foundations of SCADA platforms and field controllers.

Explore Power & Utilities →

NEXT STEP

Request a Telecom Sector Scoping Call

We scope the engagement for your specific regulatory context and infrastructure in 30 minutes. Engagement start to CBOM delivery: 6–12 weeks, inside your perimeter.

Back to All Sectors →