RAN OPTIMIZATION & NETWORK INTELLIGENCE
Transform live mobile network data into precise, geolocated insights for network optimization.
By combining MDT and L3 measurements with network performance, configuration and topology data, advanced analytics and AI/ML help operators identify complex RAN issues, understand real subscriber experience, optimize existing infrastructure and make better network investment decisions.
UP TO 30% ADDITIONAL RAN CAPACITY · WITHOUT NEW INFRASTRUCTURE · RESULTS WITHIN 1–3 MONTHS*
By combining MDT and L3 measurements with network performance, configuration and topology data, advanced analytics and AI/ML help operators identify complex RAN issues, understand real subscriber experience, optimize existing infrastructure and make better network investment decisions.
UP TO 30% ADDITIONAL RAN CAPACITY · WITHOUT NEW INFRASTRUCTURE · RESULTS WITHIN 1–3 MONTHS*
*Results demonstrated in commercial deployments. Actual results depend on network conditions, baseline performance and project scope.
FROM NETWORK DATA TO ACTION
Millions of measurements generated across the live mobile network provide visibility far beyond isolated field measurements.
The platform correlates network measurements with performance, configuration and topology data, precisely geolocates network events and converts them into actionable engineering insights and prioritized optimization recommendations.
LIVE NETWORK DATA
MDT · L3 · PM · CM · FM · TOPOLOGY
The platform correlates network measurements with performance, configuration and topology data, precisely geolocates network events and converts them into actionable engineering insights and prioritized optimization recommendations.
LIVE NETWORK DATA
MDT · L3 · PM · CM · FM · TOPOLOGY
- PRECISE GEOLOCATION
- AI/ML & CORRELATION
- ROOT CAUSE & NETWORK INTELLIGENCE
- OPTIMIZATION & DECISION SUPPORT
SEE THE NETWORK THROUGH REAL SUBSCRIBER EXPERIENCE
Traditional drive testing provides measurements along predefined routes, during limited time periods and primarily in physically accessible locations.
Minimization of Drive Tests (MDT) — dramatically increases measurement density and provides continuous visibility based on measurements generated across the live mobile network.
Typical measurement density can increase from approximately 1K samples per site with conventional drive testing to 500K+ with MDT and up to 5M+ when all available traffic is utilized.
Minimization of Drive Tests (MDT) — dramatically increases measurement density and provides continuous visibility based on measurements generated across the live mobile network.
Typical measurement density can increase from approximately 1K samples per site with conventional drive testing to 500K+ with MDT and up to 5M+ when all available traffic is utilized.
FROM NETWORK COUNTERS TO ACTIONABLE INTELLIGENCE
- WHAT?NETWORK PERFORMANCE
KPIs · Traffic · QoE - WHERE?PRECISE GEOLOCATION
Identify exactly where network issues occur - WHY?ROOT CAUSE ANALYSIS
Correlation · AI/ML · Network topology - WHAT NEXT?OPTIMIZATION
Prioritized recommendations · Network changes · Investment decisions
WHAT THE PLATFORM DELIVERS
Every monitoring system is engineered according to the application, required parameters, installation conditions and available infrastructure.
GEOLOCATED NETWORK & QoE ANALYTICS
Visualize actual network performance and subscriber experience geographically.
Analyze coverage, user throughput, signal quality, subscriber density, traffic volume and spectral efficiency across cells, frequencies, bands, sites and clusters.
Analyze coverage, user throughput, signal quality, subscriber density, traffic volume and spectral efficiency across cells, frequencies, bands, sites and clusters.
AUTOMATED ROOT CAUSE ANALYSIS
Detect, geolocate and prioritize complex RAN issues, including poor coverage, interference, overshooting and undershooting cells, cross-feeder and cross-MIMO conditions, incorrect antenna installation and other topology-related problems.
AI/ML-based analysis supports root cause identification, prioritization and recommendation generation.
AI/ML-based analysis supports root cause identification, prioritization and recommendation generation.
3D COVERAGE & PROPAGATION INTELLIGENCE
3D COVERAGE & PROPAGATION INTELLIGENCE
Combine propagation modelling with real MDT measurements to compare predicted and actual coverage in three dimensions. Floor-level analysis reveals where real network conditions differ from the model and where traffic concentration can reveal the greatest impact of weak coverage on subscriber QoE.
Predicted Coverage in 3D
Propagation modelling estimates expected signal distribution using terrain, transmit power, antenna azimuth and tilt. It provides the baseline for network design and optimization.
Real Coverage in 3D
Geolocated MDT measurements reveal actual coverage experienced across the live network, highlighting areas where real conditions differ from model predictions and exposing local coverage anomalies.
Real Traffic in 3D
Traffic distribution shows where users actually generate demand, helping identify high-traffic areas with weak coverage and locations where poor radio conditions may suppress usage and QoE.
NETWORK OPTIMIZATION & SMART CAPEX
Combine network performance, demand and financial inputs to support network evolution planning.
What-if scenarios and TCO/ROI analysis help determine where optimization, modernization or additional investment can create the greatest technical and commercial impact.
What-if scenarios and TCO/ROI analysis help determine where optimization, modernization or additional investment can create the greatest technical and commercial impact.
FROM NETWORK COUNTERS TO ACTIONABLE INTELLIGENCE
- Vendor-Agnostic AnalyticsDesigned for heterogeneous mobile networks, the platform unifies measurements, topology and performance data from different RAN environments within a common analytics and optimization framework.
- NOKIA · ERICSSON · HUAWEITopology parsing and data processing support the major RAN environments, allowing operators to apply a consistent optimization methodology across multi-vendor networks.
PRECISE INSIGHT. PRIVACY-AWARE BY DESIGN
High-precision geolocation and network analytics are designed to provide the detail required for optimization without compromising subscriber data privacy.
PRECISE INSIGHT. PRIVACY-AWARE BY DESIGN
Selected results from a large-scale commercial implementation.
- 7,425SITES
- +21%DATA TRANSMISSION RATE
- +14%SPECTRAL EFFICIENCY
- -80%DRIVE TEST SUPPORT TEAMS
ADDITIONAL COMMERCIAL PROJECT RESULTS
Selected results from commercial MDT implementation projects. Actual results depend on network conditions, baseline performance and project scope.
- +42%USER THROUGHPUT
- -39%CALL DROP RATE
- -61%HANDOVER FAILURES
- -76%POOR QUALITY CALLS
TECHNICAL IMPROVEMENT = BUSINESS IMPACT
- IMPROVE EXISTING RAN EFFICIENCYIncrease spectral efficiency and utilize deployed network assets more effectively, unlocking additional capacity without immediately expanding physical infrastructure.
- IMPROVE SUBSCRIBER EXPERIENCEIdentify and resolve coverage, throughput, call-quality and mobility problems based on actual network measurements.
- REDUCE OPTIMIZATION OPEXReduce dependence on conventional field measurements and accelerate troubleshooting, problem localization and network optimization.
- MAKE SMARTER CAPEX DECISIONSPrioritize network expansion and modernization based on actual demand, QoE, capacity requirements and expected business impact.
- Major Ions
- Sulfate (SO₄)
- Chloride (Cl)
- Fluoride (F)
- Calcium (Ca)
- Boron (B)
- Metals & Metalloids
- Aluminium (Al)
- Iron (Fe)
- Manganese (Mn)
- Chromium (Cr)
- Nickel (Ni)
- Cadmium (Cd)
- Copper (Cu)
- Lead (Pb)
- Arsenic (As)
- *Zinc (Zn)
- *Mercury (Hg)
- Specific Contaminants
- Cyanide (CN)
- Chlorine (Cl₂)
- *Silica (SiO₂)
- other application-specific parameters
SOFTWARE & DISPATCH CONTROL
One platform. From individual sensors to the complete monitoring network.
INTEGRATED MONITORING PLATFORM
Sensors, analysers and auxiliary equipment are connected through local control and telemetry units, enabling automated data collection, equipment control and communication with the central monitoring platform.
The system can integrate with existing SCADA and enterprise automation infrastructure.
The system can integrate with existing SCADA and enterprise automation infrastructure.
CENTRALIZED MONITORING
Centralized view of distributed monitoring points with real-time water-quality parameters, equipment status and location data.
Interactive mapping provides an overview of the complete monitoring network and allows operators to quickly identify individual sites, alarms and parameter deviations.
Interactive mapping provides an overview of the complete monitoring network and allows operators to quickly identify individual sites, alarms and parameter deviations.
SITE MONITORING & CONTROL
Detailed monitoring of an individual station with live water-quality measurements, environmental parameters, equipment status and remote control functions.
Operators can review historical trends, initiate automatic sampling and sensor cleaning, and monitor power, communications and other system conditions.
Operators can review historical trends, initiate automatic sampling and sensor cleaning, and monitor power, communications and other system conditions.
FIELD INSTALLATIONS
Designed for real-world deployment
Monitoring equipment can be installed directly in wastewater channels, collectors, wells and discharge infrastructure.
System configuration and sensor mounting are adapted to site conditions, flow characteristics and required measurement parameters.
Monitoring equipment can be installed directly in wastewater channels, collectors, wells and discharge infrastructure.
System configuration and sensor mounting are adapted to site conditions, flow characteristics and required measurement parameters.
Containerized Monitoring Station
Autonomous Water Quality Monitoring Buoy
Multi-Point Channel Monitoring
Wastewater Sump Monitoring
Wastewater Channel Sensor Installation
Open-Channel Water Quality Monitoring
Drainage Channel Monitoring
Manhole Monitoring Station
DISCUSS YOUR WASTEWATER MONITORING REQUIREMENTS
Looking for a monitoring solution for industrial wastewater, treatment facilities, drainage networks or environmental discharge?
We can review your monitoring requirements and help define a suitable system configuration for your application.
We can review your monitoring requirements and help define a suitable system configuration for your application.
- 1. MONITORING REQUIREMENTS
- Monitoring objectives
- Required parameters and measurement ranges
- Applicable limits or standards
- Number of monitoring points
- 2. WASTEWATER & PROCESS DATA
- Wastewater composition
- Typical and maximum flow
- Known contaminants
- Available laboratory analysis
- 3. SITE & INFRASTRUCTURE
- Installation conditions and available space
- Connection requirements
- Available power and communication infrastructure
- SEND US YOUR APPLICATION DATASend us your available project data, laboratory reports, drawings or site information at info@bontiss.com.
Unit 2904-05, 29/F, Universal Trade Center, No.3 Arbuthnot Road, Central, Hong Kong
Company Registration No.: 78298786
Email: info@bontiss.com
© 2026 BONTISS LIMITED. All rights reserved.
Company Registration No.: 78298786
Email: info@bontiss.com
© 2026 BONTISS LIMITED. All rights reserved.