Thematic Silo Architecture • Telecom & Infrastructure

Autonomous 5G Network Slicing, RAN Energy Optimization & Optical Fault Localization

Architectural Answer Capsule • Executive Summary

Elesium's telecom AI architecture executes sub-10ms control loops for autonomous 5G network slicing, Open RAN radio unit energy throttling, and optical time-domain reflectometry (OTDR) fault localization under strict DoT Trusted Telecom Portal and TRAI quality-of-service mandates.

Schedule Technical Architecture Audit → View All 13 Industry Silos
Control Loop Latency
< 10ms
O-RAN Near-RT RIC xApp execution
Tower Energy Reduction
18.4%
Autonomous radio frequency micro-sleeps
Fiber Fault Location
< 50m Precision
Sub-minute OTDR spectral trace analysis
SLA Compliance
99.999%
Carrier-grade five-nines availability

Statutory & Regulatory Compliance Matrix

Governing Authorities: DoT, TRAI & Trusted Telecom Portal

Department of Telecommunications (DoT) Trusted Telecom Portal (TTP) Mandate, TRAI Quality of Service (QoS) Regulations, and Indian Telegraph Right of Way Rules.

DPDP Act 2023 Sec 8(5) Automatic statutory data erasure upon workflow execution completion.
Sovereign Data Residency Tier-IV Indian datacenters (CtrlS, Yotta Shakti) with zero foreign telemetry.
Cryptographic Hashing SHA-256 state ledger verification for statutory explainability audits.

Deterministic Multi-Agent Architecture

With the rollout of commercial 5G Standalone (SA) networks and massive densification of cellular base stations, telecommunications service providers face soaring electricity bills, complex multi-vendor Open RAN deployments, and strict TRAI quality-of-service requirements. Manual network operations centers (NOCs) cannot keep pace with dynamic micro-slice provisioning and millisecond packet drops.

Elesium develops carrier-grade, containerized xApps and rApps that run on Open RAN Near-Real-Time and Non-Real-Time RAN Intelligent Controllers (Near-RT RIC / Non-RT RIC). Operating over standardized O-RAN E2 and A1 interfaces, our agents dynamically adjust antenna beamforming weights, carrier aggregation matrices, and power amplifier states in sub-10ms cycles.

During off-peak traffic periods, our Radio Unit Energy Agent triggers micro-sleep modes on idle power amplifiers, slashing base station electricity consumption by up to 18.4% without degrading coverage. In fiber backhaul networks, our Optical Fault Agent ingests high-frequency OTDR trace data, isolating cable cuts and macro-bending losses with sub-50-meter geographic precision to dispatch field restoration crews immediately.

Enterprise Production Capabilities

Autonomous 5G Dynamic Network Slicing

Real-time resource allocation and QoS guarantee for mission-critical enterprise URLLC and eMBB network slices.

Open RAN Power Amplifier Energy Throttling

Micro-second sleep scheduling of cellular radio units based on predictive cell-level traffic volume forecasts.

Optical Fiber Fault Localization

Instantaneous analysis of OTDR backscatter traces, pinpointing fiber breaks to within 50 meters on GIS maps.

Predictive Cell Tower Maintenance

Telemetry analysis of tower battery backups, diesel generators, and RF VSWR ratios to prevent site outages.

Telecom & Infrastructure Production Architectures

Verified production-ready sovereign AI solutions in the Telecom & Infrastructure thematic cluster.

Engagement Tiers & Institutional Pricing

Tier Investment (INR) USD Equiv. Timeline Deliverables
Pilot Sprint ₹1,50,000 – ₹3,50,000 $2,000 – $4,500 14 days Single-process deterministic agent, private cloud staging, production validation
Enterprise Suite Most Deployed ₹6,00,000 – ₹15,00,000 $7,500 – $18,000 30–45 days 3-agent triad, LangGraph StateGraph, ERP integration, zero-data-retention VPC
AI Engineering Pod ₹4,50,000 / month $5,500 / month 12-month retainer 3 AI engineers + 1 principal architect, continuous fine-tuning, 1-hour critical SLA

Frequently Asked Questions

How does Elesium comply with India's Trusted Telecom Portal (TTP) guidelines?
All software binaries are compiled from verified source code within sovereign Indian infrastructure, carrying cryptographic provenance certificates that meet all National Security Directive on Telecommunication requirements.
Can the agents interface with legacy 4G LTE EPC and 5G Standalone core networks simultaneously?
Yes. Our architecture supports hybrid 3GPP Release 15/16/17 standards, interfacing with both 4G Diameter interfaces and 5G Service-Based Architecture (SBA) HTTP/2 REST APIs.
What is the computational overhead of deploying your xApps on a Near-RT RIC?
Our xApps are compiled in optimized C++ and Rust runtimes, consuming less than 2% CPU overhead and executing complete inference cycles in under 8 milliseconds.
How does the system prevent network oscillation during dynamic slicing changes?
State transitions incorporate hysteresis dampeners and deterministic rate-of-change throttles that prevent ping-pong resource reallocations across competing enterprise slices.
What protocols are used for optical fiber network monitoring?
We interface with DWDM and GPON optical transport equipment via standard telemetry streams including gNMI, NETCONF, and SNMP v3.

Deploy a Scoped Telecom & Infrastructure Pilot in 14 Days

30-minute private architecture review with Principal AI Systems Architect Chaman Shah. We evaluate legacy interfaces, data residency requirements, and model your 90-day cash-flow ROI SLA.

Schedule Free Technical Audit → View All Services