Private Mobile Network Deployment

Enterprises and critical infrastructure operators are turning to private 4G/5G networks to improve security, control, and performance in their operations. Brightcomms designs and deploys private mobile networks tailored to industrial campuses, logistics hubs, factories, and remote sites.

We ensure coverage, capacity, and integration are aligned with each client's use case, whether it's autonomous machinery, high-definition video, or secure voice communication across complex facilities.

How it works

We manage the full deployment lifecycle: site survey, spectrum selection, radio design, backhaul integration, and indoor/outdoor optimization. Our team works closely with client IT teams to connect the network to local applications or core systems.

Deployment can leverage macro, micro, or indoor nodes, and be integrated with MEC or cloud cores for on-prem processing.

Key Benefits

  • Full control over network security and QoS.
  • Dedicated capacity for business-critical traffic.
  • Lower latency and improved reliability vs public networks.
  • Custom coverage for complex topologies.

Common Use Cases

  • Smart factories and industrial automation.
  • Energy or mining sites with safety compliance needs.
  • Ports, warehouses and logistic centers.
  • Enterprise or government secure campuses.
Did you know? Private networks offer deterministic performance and local breakout, enabling use cases that public cellular cannot guarantee.

5G/4G Network Acceptance Package

Accepting a new mobile network requires more than a few KPIs — it demands complete, traceable validation across every site and layer. Our 5G/4G Network Acceptance Package supports operators and integrators in certifying end-to-end network readiness before commercial launch.

We validate entire deployments — whether regional or nationwide — to confirm that coverage, accessibility, retainability, and throughput meet contractual SLAs. Our methodology ensures each site complies individually, and the network performs collectively as promised.

How it works

Our engineers conduct structured drive and walk tests, analyze OSS counters, and audit configurations across all layers. We benchmark results against SLA thresholds, flag discrepancies, and provide vendor-facing evidence.

Deliverables include interactive maps, site-by-site reports, consolidated KPI dashboards, and documented acceptance certificates — ready for internal approval or regulatory submission.

Key Benefits

  • Enables formal network acceptance at regional or national scale.
  • Reduces disputes between operators, vendors, and integrators.
  • Ensures SLA compliance with traceable data and reporting.
  • Accelerates transition from deployment to commercial operation.

Common Use Cases

  • Nationwide 5G network rollout acceptance.
  • Regional cluster certification.
  • Vendor delivery audits in turnkey projects.
  • Pre-commercial readiness validation.
Did you know? Acceptance testing ensures SLA compliance, speeds up go-live, and supports objective vendor validation.

VoLTE / VoNR Service Validation & Optimization

Voice over LTE (VoLTE) and Voice over New Radio (VoNR) are critical for maintaining high-quality voice services in 4G and 5G networks. However, network complexity, device diversity, and codec configurations often cause degraded voice experiences.

Our solution validates voice call setup, retention, and quality across VoLTE/VoNR services. We ensure accessibility, SRVCC/IRAT handovers, and MOS scores meet operator expectations through controlled call scenarios and deep signaling analysis.

How it works

We conduct drive tests, indoor walk assessments, and lab-based call triggering across diverse devices. Metrics include call setup delay, codec negotiation, RTP latency, jitter, and MOS estimation.

Validation is performed across major network transitions (e.g. 4G→5G→WiFi) and includes analysis of call failure causes, call drops, and mute/blanking issues in various scenarios.

Key Benefits

  • Ensures seamless voice continuity across 4G and 5G networks.
  • Improves call quality perception and user satisfaction.
  • Accelerates time to stable VoLTE/VoNR rollout.
  • Reduces voice-related trouble tickets and churn risks.

Common Use Cases

  • Commercial VoNR readiness validation in NSA/SA deployments.
  • VoLTE MOS tuning after core/vendor swaps.
  • SRVCC handover testing for multi-layer networks.
  • Device/codec interoperability troubleshooting.
Did you know? Many voice impairments arise from codec mismatch, SRVCC failures, or lack of real-device validation in pre-launch stages.

Remote Initial Tuning & Driveless Optimization (4G/5G)

Initial tuning no longer requires field teams and drive testing in every cluster. With driveless optimization, operators can accelerate rollout and reduce costs by leveraging network metrics and OSS data.

Our approach validates coverage, accessibility, and interference levels remotely, then adjusts key parameters like tilt, power, PRACH, and neighbor relations to reach baseline KPIs efficiently.

How it works

We ingest MDT, PCHR, or GPEH logs and correlate performance metrics with radio configuration to identify overshooting, underutilization, or parameter misalignment.

Optimization recommendations are delivered per site, and changes can be simulated or exported for batch provisioning.

Key Benefits

  • Reduces field activity and accelerates rollout.
  • Improves network baseline KPIs without drive tests.
  • Supports large-scale cluster tuning in parallel.
  • Minimizes early-phase customer complaints.

Common Use Cases

  • New cluster activation for 5G NSA/SA deployments.
  • Parameter tuning in vendor swap or greenfield projects.
  • Post-integrator optimization for turnkey networks.
  • OSS-based performance validation after rollout.
Did you know? Remote optimization saves time and money when MDT or CEM data quality is high — and ensures fast ramp-up of new layers.

RF Parameter Audit & Consistency Check

Multivendor and multi-layer networks often suffer from inconsistent RF parameters, causing unpredictable performance issues across regions or technologies.

Our audit process detects misaligned values, undocumented changes, and outdated defaults that affect mobility, accessibility, and coverage.

How it works

We extract and normalize live parameters from network dumps or OSS interfaces across 2G to 5G layers. Then, we run consistency rules and highlight outliers, duplication, or missing parameters.

Deliverables include heatmaps, dashboards, and exportable reports for parameter correction and traceability.

Key Benefits

  • Identifies hidden misconfigurations that degrade QoS.
  • Ensures alignment across vendors and technologies.
  • Supports audit trails for SLA and compliance.
  • Enables fast resolution of cross-layer issues.

Common Use Cases

  • Mobility issue debugging (handover or SRVCC failures).
  • Network audits after expansion or M&A.
  • Regulatory or customer-driven compliance audits.
  • Preventive consistency check in modernization programs.
Did you know? Parameter inconsistencies often explain performance asymmetries better than KPI averages — audits are essential for stability.

Multi-Operator Benchmarking Campaign

Operators need to know how they stack up — technically and commercially. Our benchmarking campaigns compare network performance across operators, using standardized test plans, QoE scoring, and real field data.

We conduct walk and drive tests with calibrated devices and measure accessibility, throughput, call success, latency, and app performance across areas and technologies.

How it works

Each test follows a strict protocol including voice, video, web, and speed KPIs. Results are scored and visualized by technology, location, and use case.

Outcomes include national, regional, or site-level rankings that support marketing, regulation, or executive insights.

Key Benefits

  • Unbiased technical comparison against competitors.
  • Supports market claims and regulatory audits.
  • Highlights strengths and areas for investment.
  • Feeds coverage or optimization strategies.

Common Use Cases

  • Annual national benchmarking campaigns.
  • Pre/post launch performance comparisons.
  • Vendor incentive validations.
  • Public QoS benchmarking for regulators.
Did you know? Benchmarking translates technical excellence into competitive advantage — but only with fair, traceable, multi-device testing.

Network Modernization & Vendor Swap Support

Upgrading legacy networks or swapping vendors is a complex process that impacts every layer of the RAN. Brightcomms supports operators with parameter migration, pre/post benchmarking, and post-integration optimization to ensure performance continuity and SLA alignment.

We bridge the gap between old and new technologies, validating performance across legacy and modern layers, avoiding rollback scenarios and accelerating acceptance.

How it works

Our teams extract legacy parameters and align them with the new vendor's capabilities. We run field campaigns and remote validations before and after the migration to measure performance deltas.

We also assist with configuration audits, coverage validation, and regression monitoring to catch potential mismatches early.

Key Benefits

  • Reduces service degradation risk during modernization.
  • Ensures smooth parameter translation and migration.
  • Provides full traceability for acceptance and rollback prevention.
  • Accelerates post-swap optimization and validation.

Common Use Cases

  • 2G/3G swap to LTE/5G modernization programs.
  • Vendor replacement with minimal downtime.
  • Turnkey network upgrades and acceptance support.
  • Multi-country modernization coordination.
Did you know? Vendor swaps often fail due to poor parameter mapping and lack of structured rollback safeguards — proactive validation prevents that.

Legacy Network Optimization (2G/3G)

Even as LTE and 5G expand, legacy layers like 2G and 3G still support fallback, roaming, and critical voice traffic. Brightcomms helps operators improve legacy performance through targeted parameter tuning and interference mitigation.

We focus on stabilizing mobility, reducing call drops, and improving throughput in areas still dependent on these networks.

How it works

We audit and optimize power control, frequency plans, handover thresholds, and neighbor lists. Drive test and OSS data are used to identify coverage holes and interference zones.

The process includes before/after KPI tracking and operational recommendations for graceful legacy management.

Key Benefits

  • Extends useful life of legacy assets.
  • Improves Vo2G/Vo3G fallback experience.
  • Reduces churn and voice call failures.
  • Supports legacy roaming revenue continuity.

Common Use Cases

  • Post-VoLTE fallback coverage stabilization.
  • Optimization in rural and low-density regions.
  • Roaming quality improvement for inbound traffic.
  • Legacy cleanup ahead of frequency refarming.
Did you know? Legacy optimization still matters — especially in rural, indoor, or fallback scenarios where LTE/5G may be weak or unavailable.

Digital RF Twin & Propagation Modeling

Accurate RF modeling is the foundation of solid network design. Brightcomms builds digital twins of planned or existing networks to simulate coverage, interference, and propagation performance.

These models help plan new deployments, verify designs, and reduce reliance on field testing.

How it works

We use GIS data, terrain profiles, and structure databases to simulate real-world propagation. Parameters like antenna tilt, azimuth, height, and power are modeled to reflect intended network plans.

Outputs include RSRP/RSRQ/SINR predictions, overshoot/undershoot zones, and layer dominance analysis for 4G and 5G networks.

Key Benefits

  • Reduces need for field measurements.
  • Improves design accuracy and site selection.
  • Accelerates network planning and reconfiguration.
  • Supports CAPEX justification with visual outputs.

Common Use Cases

  • New coverage layer planning and validation.
  • Audit of vendor-submitted network designs.
  • Urban densification modeling.
  • Interference analysis and sector overlap resolution.
Did you know? A well-calibrated RF twin saves time, money, and guesswork — especially in dense or hard-to-access areas.

Strategic Spectrum Utilization & Re-farming Planning

Efficient use of spectrum is key to network evolution. Brightcomms helps operators evaluate current usage, plan re-farming strategies, and forecast impact across layers and services.

We align spectrum plans with traffic growth, device base, and technology migration roadmaps.

How it works

We analyze traffic patterns, frequency utilization, and device penetration by band and RAT. We then model migration scenarios and simulate performance and user experience post-redeployment.

Deliverables include traffic heatmaps, refarming candidates, and transition planning documents.

Key Benefits

  • Maximizes value from existing spectrum assets.
  • Enables timely transition from legacy to modern layers.
  • Reduces spectral inefficiencies and service overlap.
  • Improves user experience and throughput allocation.

Common Use Cases

  • 2G shutdown and LTE/5G repurposing plans.
  • Mid-band refarming for capacity growth.
  • Regulatory compliance with spectrum licensing.
  • Layer prioritization and anchor band strategy planning.
Did you know? Smart spectrum re-farming can double network efficiency — but only with traffic-aware, device-aligned strategies.

Site Rollout Supervision as a Service

Operators often struggle to supervise site rollout across dozens of contractors and vendors. Brightcomms offers a digital supervision model that brings consistency, traceability, and speed to rollout programs.

We manage site closeout documentation, execution audits, media collection, and milestone tracking — all in a centralized system.

How it works

Supervisors use our checklists and mobile tools to track construction, RF installation, and power/fiber readiness. Evidence is uploaded in real time with timestamps and geotags.

Our team verifies completeness, flags issues, and compiles handover packages ready for technical or commercial acceptance.

Key Benefits

  • Improves rollout transparency and accountability.
  • Reduces closeout delays and site revisits.
  • Centralizes media and audit trails.
  • Streamlines vendor management across geographies.

Common Use Cases

  • Multi-vendor site rollout programs.
  • Turnkey delivery models with contractor networks.
  • Greenfield and brownfield site upgrades.
  • Acceptance process digitalization.
Did you know? Supervision as a Service reduces rework and closes the visibility gap between deployment plans and field execution.

Revenue Mining & Site Opportunity Insights

Operators often deploy capacity faster than it is commercially exploited. Brightcomms helps bridge this gap by analyzing site-level traffic, coverage, and utilization to uncover commercial opportunities.

We identify underused or high-potential zones where marketing and sales teams can launch targeted campaigns, upsell offers, or expand B2B service penetration — based on real network behavior.

How it works

We collect and process traffic and utilization data by sector, correlate it with geographic coverage and demographics, and visualize gaps through interactive maps and dashboards.

The result is a site-by-site breakdown of capacity headroom, monetization potential, and concrete action zones for commercial follow-up — all fully exportable and ready to share.

Key Benefits

  • Unlocks hidden revenue potential in the existing network.
  • Aligns network usage with commercial strategy.
  • Supports marketing and sales with field-ready insights.
  • Improves ROI on CAPEX-heavy deployments.

Common Use Cases

  • Identifying low-traffic but well-covered areas for promotion.
  • Supporting micro-segmentation and geo-targeted offers.
  • B2B expansion into zones with idle capacity.
  • Validating sales claims with network data.
Did you know? Revenue mining helps operators monetize up to 20% of capacity that’s already deployed but underutilized in urban and suburban areas.