Our automatized solution helps you to benefit from frequent geo data updates while staying competitive. We have extensive experience using diversified advanced propagation models and we are able to provide accurate predictions for various network characteristics using CW measurements, drive-test data or even mobile traces into tuning project to increase certainty of predictions.

CW measurements

Classical   network   design   bases   on   CW   testing to plan and optimize radio access. Our    competences     encompass    integrating CW     measurements     into     new     sophisticated scientific    models    to    identify    network    quality concerns   and   help   you   provide   better   coverage and service to your customers.

Scanner drive test data

Scanner       data       reflecting       network       users’ experiences    enhances    propagation    modelling and    benefits    insights    into    coverage,    capacity and   QoS.   MobileAllies   is   experienced   in   tuning propagation   models   with   drive   test   data   and can     provide     accurate     predictions     for     any environment. Scope        of        our        work        includes        also comprehensive          route          planning          and measurement   execution   of   drive   tests   as   well as  data  post-processing.  We are  also capable of   ETL   data   processing   to   remove   any   geo   data or live network discrepancy issues.

Drive-less Propagation

Model tuning

For    existing    networks    we    can    even    perform model   calibration   without   drive   tests   while   still achieving high accuracy. With    our    knowledge-based    solution    provided for      various      propagation      conditions      and frequencies   to   develop   realistic   signal   coverage prediction for your environment. Additional       benefit       of       drive-less       model calibration   is   the   ability   of   the   calibration   of   the inbuilding   signal   propagation.   Best   results   are achieved with 3D building vectors.
An important aspect in every kind of modeling is precision of the information – especially when it comes to the physical properties of items being modelled. MobileAllies’ Virtual Audits are key enabler to cost-effective, mass-auditing of correctness of environment modeling within automated procedures for handling site drawings, blueprints, construction drawings etc.
PROPAGATION MODEL TUNING PROPAGATION MODEL TUNING PROPAGATION MODEL TUNING VIRTUAL 3D SITE AUDITS & PHYSICAL SITE AUDITS VIRTUAL 3D SITE AUDITS & PHYSICAL SITE AUDITS VIRTUAL 3D SITE AUDITS & PHYSICAL SITE AUDITS

Wireless Network Modeling

Modern network demands ever increasing fidelity of the Radio Frequency propagation. Model tuning in radio network planning and optimization is a must-do with every geo data refresh but used to be an expensive and time consuming exercise. MobileAllies brings together data, analytics, expert knowledge and innovation to help you effectively model wireless networks in a cost-saving manner. We model the environment first with our original geo data and exact, sub-meter precision antenna locations, then we plug in high-quality measurements.

Propagation model tuning

Virtual 3D site audits and physical site audits

Wireless Network Modeling

Modern network demands ever increasing fidelity of the Radio Frequency propagation. Model tuning in radio network planning and optimization is a must-do with every geo data refresh but used to be an expensive and time consuming exercise. MobileAllies brings together data, analytics, expert knowledge and innovation to help you effectively model wireless networks in a cost-saving manner. We model the environment first with our original geo data and exact, sub-meter precision antenna locations, then we plug in high-quality measurements.
PROPAGATION MODEL TUNING PROPAGATION MODEL TUNING PROPAGATION MODEL TUNING VIRTUAL 3D SITE AUDITS & PHYSICAL SITE AUDITS VIRTUAL 3D SITE AUDITS & PHYSICAL SITE AUDITS VIRTUAL 3D SITE AUDITS & PHYSICAL SITE AUDITS

Propagation model tuning

Our automatized solution helps you to benefit from frequent geo data updates while staying competitive. We have extensive experience using diversified advanced propagation models and we are able to provide accurate predictions for various network characteristics using CW measurements, drive-test data or even mobile traces into tuning project to increase certainty of predictions.

CW measurements

Classical network design bases on CW testing to plan and optimize radio access. Our competences encompass integrating CW measurements into new sophisticated scientific models to identify network quality concerns and help you provide better coverage and service to your customers.

Scanner drive test data

Scanner data reflecting network users’ experiences enhances propagation modelling and benefits insights into coverage, capacity and QoS. MobileAllies is experienced in tuning propagation models with drive test data and can provide accurate predictions for any environment. Scope of our work includes also comprehensive route planning and measurement execution of drive tests as well as  data  post-processing. We are  also capable of ETL data processing to remove any geo data or live network discrepancy issues.

Drive-less Propagation

Model tuning

For existing networks we can even perform model calibration without drive tests while still achieving high accuracy. With our knowledge-based solution provided for various propagation conditions and frequencies to develop realistic signal coverage prediction for your environment. Additional benefit of drive-less model calibration is the ability of the calibration of the inbuilding signal propagation. Best results are achieved with 3D building vectors.

Virtual 3D site audits and physical site audits

An important aspect in every kind of modeling is precision of the information – especially when it comes to the physical properties of items being modelled. MobileAllies’ Virtual Audits are key enabler to cost-effective, mass-auditing of correctness of environment modeling within automated procedures for handling site drawings, blueprints, construction drawings etc.