For Mobile Network Operators

Turn Idle Capacity into Revenue

TEASOL's AI-powered network sharing exchange enables MNOs to monetize unused spectrum and infrastructure, expand coverage footprint, and reduce operational costs — all through a single, standards-based platform built on GSMA NG.116.

Book a Demo How It Works

The Challenge for MNOs

Mobile network operators face mounting pressure to deliver universal coverage and support new 5G use cases while managing infrastructure costs that continue to climb.

Underutilized Infrastructure

Network utilization across most MNO deployments averages below 40%. Billions in capital investment sits idle during off-peak hours and in low-demand geographic areas, generating no return.

Prohibitive Expansion Costs

Deploying new cell sites to cover rural areas or densify urban zones requires massive CAPEX. For many operators, the business case for greenfield infrastructure simply does not close.

Vendor Lock-in and Fragmentation

Proprietary RAN solutions create technology silos that prevent flexible sharing arrangements. Existing bilateral agreements are rigid, manually negotiated, and slow to adapt to changing demand.

Unpredictable Demand Patterns

Events, seasonal shifts, and emerging IoT use cases create demand spikes that are difficult to forecast. Over-provisioning wastes capital; under-provisioning degrades customer experience.

How TEASOL Helps MNOs

Our platform transforms static network assets into dynamic, revenue-generating resources through intelligent automation and AI-powered matching.

Monetize Spare Capacity

List unused spectrum, RAN, and transport resources on the TEASOL exchange. Our AI-powered matching engine connects your available capacity with demand from MVNOs, enterprises, and other operators in real time.

Expand Coverage Instantly

Access partner networks to fill coverage gaps without building new infrastructure. TEASOL's protocol bridge enables seamless interworking between different vendor equipment, making multi-operator coverage extension practical.

AI-Powered Demand Prediction

Machine learning models trained on network telemetry, events data, and historical patterns forecast demand hours and days ahead. Pre-position capacity where and when it will be needed, minimizing waste and SLA violations.

Automated SLA Management

Define QoS requirements using GSMA-standard GST and NEST templates. TEASOL continuously monitors 5QI parameters, automatically adjusting resource allocation to maintain agreed service levels.

Vendor-Agnostic Integration

TEASOL's protocol bridge connects to any RAN, core, or SMO system regardless of vendor. Standards-based APIs built on GSMA NG.116 and 3GPP specifications ensure interoperability without replacing your existing stack.

Where TEASOL Sits in Your Network

TEASOL Exchange is a neutral broker layer — it is not an OSS, not an orchestrator, not a replacement for your existing systems. It speaks the language of both, translating commercial intent into vendor-agnostic service orders.

SUPPLY SIDE · MNO OSS / BSS Service Catalog (TMF 633) SMO / Orchestrator RAN · Core · Transport BROKER LAYER · TEASOL EXCHANGE Marketplace Offer · Demand · Catalog Brokerage Match · Auction · Reserve Policy & Trust Federation · Contract Rules Intent & Lifecycle Translation · Orchestration Settlement SLA · Blockchain DEMAND SIDE · MVNO · PRIVATE NETWORK · PEER MNO MVNO BSS / Slice Request Private Network Core Peer MNO · Coverage Self-Service Portal TMF 641 / 633 / O-RAN O1 TMF 641 / NG.116 GST / CAMARA

TEASOL Exchange sits between the commercial and technical boundaries — translating GSMA NG.116 GST into 3GPP TS 28.541 ServiceProfile, per-MNO.

Five functional modules inside the Exchange Control Plane

01 · MARKETPLACE

Marketplace Management

  • Offer & Demand intake
  • Resource & Capacity Catalog
  • Availability Window scheduling
02 · BROKERAGE

Brokerage Execution

  • Discovery Engine
  • Multi-variable Match Engine
  • Auction & Pricing Engine
  • Reservation Manager
03 · POLICY

Federation & Policy Control

  • Policy Engine & RBAC
  • Partner Governance
  • Federation Trust Manager
  • Contract Rules
04 · LIFECYCLE

Intent & Lifecycle Coordination

  • Intent Translator
  • Service Request Builder
  • Lifecycle State Tracker
  • Orchestrator Adapter
05 · SETTLEMENT

Settlement & Assurance

  • SLA Monitoring Trigger
  • CDR & Usage Intake
  • Settlement Engine
  • Penalty & Escalation Logic
  • Immutable Audit Trail

How It Works

Getting started with TEASOL's network sharing exchange takes weeks, not months. Our platform integrates with your existing OSS/BSS through standard interfaces.

1

Connect and Publish

TEASOL's protocol bridge integrates with your SMO and OSS systems through vendor-agnostic APIs. Define which resources you want to share — by geography, time window, capacity threshold, or service type. Your available inventory is automatically published to the exchange with real-time availability updates.

2

AI Matches Demand to Supply

TEASOL's matching engine analyzes incoming requests against your published capacity, evaluating technical fit, SLA requirements, geographic overlap, and pricing parameters. AI-powered demand forecasting helps you anticipate needs before they arise, enabling proactive capacity allocation rather than reactive provisioning.

3

Automated Fulfillment and Monitoring

Once a match is confirmed, TEASOL automatically provisions the network slice or shared resource across both parties' infrastructure. Continuous monitoring tracks 5QI performance metrics, SLA compliance, and utilization in real time. The platform dynamically adjusts allocation to maintain service quality and generates transparent usage reports for billing.

Built on Open Standards

TEASOL does not invent new protocols. It uses the standards your OSS, orchestration, and RAN vendors already support — so integration is measured in weeks, not quarters.

Standard Scope How TEASOL uses it
GSMA NG.116 v10.0
GST / NEST		 Generic Slice Template — 42 attributes describing a slice at the business level. Canonical data model for every capacity offer, request, and bid on the marketplace.
3GPP TS 28.541
v17.8.1 NRM		 5G Network Resource Model — ServiceProfile and SliceProfile data models. The Translation Engine produces TS 28.541 ServiceProfile as output, ready for your CSMF.
3GPP TS 28.530 Four-phase slice lifecycle — Preparation, Commissioning, Operation, Decommissioning. TEASOL's service lifecycle state machine aligns with TS 28.530; no proprietary state model.
3GPP TS 28.531 / 533 Provisioning of network slicing — NSI lifecycle procedures and orchestration framework. NSI Create / Modify / Terminate events are raised and consumed via standard 28.531 interfaces.
3GPP TS 28.552 / 29.520 Performance measurements and NWDAF analytics service. SLA dashboards ingest KPI streams from your PM Server and NWDAF via standard 28.552 / 29.520.
3GPP TS 28.312
TMF 921		 Intent-Driven Management Service — express intent as machine-readable objects. Where your orchestrator supports intent, TEASOL expresses provisioning as TS 28.312 Intent NRM.
TM Forum Open APIs
TMF 622 / 641 / 628 / 632 / 633 / 642 / 635		 Product ordering, service ordering, performance, party, catalog, alarm, usage. Northbound service ordering (TMF 641) and catalog (TMF 633) integrate directly with your BSS.
O-RAN Alliance
O1 · A1 · R1		 Interface specifications for SMO and Non-RT RIC — config, fault, AI/ML policy, rApp/xApp. Where your RAN is O-RAN compliant, TEASOL uses O1 for config, A1 for AI/ML policy, R1 for xApps.
GSMA CAMARA
QoD · Network Slice Booking		 Open Gateway APIs for SLA assurance — QoS on Demand, Connectivity Insights, Device Reachability, Network Slice Booking. TEASOL Canary Probing polls sampled UEs via CAMARA to validate live service quality independent of OSS counters.
ETSI SOL005 NFV MANO Or-Vnfm reference point — VNF / CNF lifecycle management. Where your NFV MANO is ETSI-compliant (OSM, Tacker), southbound lifecycle ops use SOL005.

Ready to Monetize Your Network?

Discover how leading MNOs are generating new revenue streams and reducing costs with TEASOL's network sharing exchange.

GSMA NG.116 Standards-based
Weeks to deployment
Any vendor Protocol bridge
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