Verified IP Portfolio

Our Patents

Explore Noisy Atom's intellectual property portfolio and international patents co-created for tier-one clients including Vodafone and Samsung.

Patented Innovation for Global Enterprises

At Noisy Atom, we do not just implement standard frameworks — we co-create breakthrough telecommunications and networking intellectual property alongside industry giants like Vodafone and Samsung.

Granted Patent Client: Vodafone Group Domain: Telecommunications & IoT
US 9,407,575 B2 | GB 1207671.7

Intelligent IoT & M2M Telecommunications Routing

Lead Inventor: Nicholas Herriot (Noisy Atom Founder)

The Challenge: Deploying millions of agricultural sensors or smart meters over cellular networks is cost-prohibitive if every SIM card requires a standard phone number (MSISDN) or expensive public IP stack.

The Patented Solution: This invention establishes an external management gateway that intercepts cloud commands and dynamically encapsulates payloads into low-cost carrier bearers like SMS and USSD. The core network routes packets directly to unroutable IoT devices with zero public IP overhead.

Key Patented Benefits
Massive Cost Reduction: Eliminates public IP address overhead and MSISDN licensing fees for millions of deployed SIM cards.
Low Power & High Reliability: Small sensors can stay dormant or operate on battery for years while still receiving critical cloud commands.
Patented System Architecture Active Flow
IP Payload
SMS/USSD Bearer
01
Data Sources (IP Packets)
Cloud & Mobile
Servers
Cloud IP Packets
Phones
App Commands
IP Data Packets ↓
02
Intelligent IoT & M2M Routing Node
Intercepts IP commands → Encapsulates to SMS/USSD
Low-Cost Bearers ↓
03
Small IoT Devices
Zero Public IP
Sensors
Environment
Monitoring
Remote Meters
Collection
Data Nodes
Granted Patent Partner/Client: Samsung & R&D Network Domain: 5G Mobile Edge Computing (MEC)
GB 2001210.0

Edge Enabler Server Lifecycle Management

Co-Inventor: Nicholas Herriot (with Walter Featherstone, Nishant Gupta et al.)

The Challenge: Next-generation 5G applications (such as autonomous robotics, AI vision, and real-time network outage prediction) require sub-millisecond compute directly at the cell tower. Orchestrating thousands of edge server instances dynamically across mobile towers as demand shifts is highly complex.

The Patented Solution: This invention establishes a standardized, automated orchestration protocol where central network management nodes request, spawn, and supervise Managed Object Instances (MOIs) on Edge Enabler Servers with precise, guaranteed latency criteria.

Key Patented Benefits
Guaranteed <1ms Latency: Ensures critical applications process data right at the network edge without delays.
Automated 5G Scaling: Eliminates manual intervention when orchestrating edge computing across thousands of base stations.
Core Bandwidth & Cost Reduction: Spawns edge workloads locally right where roaming customers camp (e.g., dynamically deploying container nodes locally), avoiding massive core backhaul bandwidth requirements and non-linear data costs.
5G Edge Roaming & MOI Orchestration Live Roaming Offload
Phase 1: UK Geographical Roaming Map London → Aberdeen (~540 Miles)
BBC Streaming Subscriber
Aberdeen 5G Tower
North Scotland • Edge Enabler Server
BBC K8s Node (MOI)
London Central Cloud
Original Core Cluster • South England
Core Backhaul (~540 Mi Distant)
Central 5G Orchestrator
Detects Aberdeen camping → Spawns local MOI container
<1ms Guaranteed
Phase 3: Bandwidth Offload & SLA Impact Active Local Loop
Core Backhaul Transit (Aberdeen ↔ London: ~540 Mi)
Eliminated after local edge node instantiation
-92% Core Load
Local Edge Processing (Aberdeen EES)
Zero cross-country core transit • Instant QoE
0.8ms Latency

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