Zev Stravitz’s Post

We are thrilled to announce our most significant update since the original release of Airwave: the Valuation module. Airwave is the best platform to understand who owns what spectrum where. Now, Airwave is also the best platform to understand what spectrum is worth. Valuing spectrum is notoriously challenging. Transactions are sparse, details are often undisclosed, and public information can be difficult to trace back to original assets. Furthermore, changes over time, such as ecosystem shifts, demographic changes, or increased demand for certain bands can complicate valuation. The Airwave Valuation module: - Utilizes data from 37 auctions and 30 secondary transactions - Determines the cost basis of licenses, estimates the CAGR for secondary transactions, and makes market-adjusted price assessments - Flags rules and regulations impacting band pricing, including license periods, buildout requirements, and out-of-band and spurious emission regulations - Allows you to assign prices to bands and blocks through our Valuation Profiles feature, facilitating the valuation of company holdings. We’ve built the module from the ground up to integrate seamlessly with the rest of the Airwave platform. If you want access, contact us through our website at https://lnkd.in/eb2i4VzU.

The Airwave team has been busy! We want to let our customers know about a new feature in the Valuation module: valuation profiles. Valuation profiles allow you to assign prices to bands and blocks and estimate the value of spectrum assets with optional market-level price adjustments. Calculating portfolio value previously entailed setting up a custom Excel workbook and then preparing ownership datasets against those prices, which required considerable preprocessing. Valuation profiles streamline this by letting you simply define your profile and search for a company’s assets or list of call signs in our Portfolio Explorer. While valuation indices are not new, our use of auction indices across all mobile broadband auctions and other demographic indices is new. We believe this will enable more sophisticated portfolio valuation for Airwave customers. Read more about this update in our latest post: https://lnkd.in/eSS2pKmm.

🌊 Discover how A*STAR's I²R enables the maritime industry in safeguarding its maritime assets. These innovative solutions use sensors and analytics to predict maintenance needs, ensuring safety and operational efficiency in challenging marine environments.   Learn how A*STAR's I²R leads in maritime asset management here: https://lnkd.in/gQup3xyF   #SMW2024, #i2r, #creatinggrowth, #transforminglivesinadigitalworld, #AIForMaritime

The demands of network expansion are rising and designing radio networks in urban settings is incredibly challenging - especially if you don’t have the latest tools.   TEOCO's ASSET propagation module (APM) measures how radio signals bounce off structures - providing the most accurate network coverage information available at both the micro and macrocell layers. Its 3-D propagation and path loss modeling provides the accuracy today’s operators need for ensuring seamless network coverage at a more cost-effective rate. Learn about the 5 key benefits of APM and find out how TEOCO's network design solutions can help better your network. ▶ https://lnkd.in/ejvE3nvD #3Draytracing #propagationmodel #ASSET #networkdesign #networkplanning __________ In case you missed it... check out our latest blog on 'The Critical Role of Accurate Propagation Modelling in 5G RAN Design' to get a deeper understanding of the importance of APM in RAN ▶ https://lnkd.in/dzyuyJjh

This policy offers operators the opportunity to access very large contiguous blocks of spectrum, which can enable services requiring very high capacity and speeds. Existing mmWave spectrum will play an important role in enabling operators to meet future growth in demand for data and to develop innovative services. Something Regulators will no doubt think about when contemplating whether to allocate yet more IMT spectrum at WRC23!

In this use case, explore how precise timing is revolutionizing the world of electronic trading, enabling faster transactions, minimizing latency, and enhancing operational efficiency. Gain valuable insights into the innovative solutions offered by Safran in this space. #ResilientPNT #PNT

In this use case, explore how precise timing is revolutionizing the world of electronic trading, enabling faster transactions, minimizing latency, and enhancing operational efficiency. Gain valuable insights into the innovative solutions offered by Safran in this space. #ResilientPNT #PNT

To generate actionable information, Senstar Symphony’s sensor fusion engine synthesizes data from separate systems. More than just a simple Boolean logic integration, the sensor fusion engine accesses low level data to intelligently characterize potential risks. Data synthesis enables the system to achieve levels of performance that exceed those of the individual sensors. For security applications, this has direct, practical benefits, namely the ability to maximize the strengths of individual sensor technologies while avoiding their shortcomings. Learn more ➜ https://buff.ly/3a4I5WE #VideoAnalytics #SecuritySolutions #SenstarMakesSense

Intelligent coordinated self-optimizing handover scheme for 4G/5G heterogeneous networks Mobile connections and applications are growing unprecedentedly with the advent and increasing popularity of wireless services worldwide, which greatly increases the demands on data traffic. This led to considering millimeter-wave bands and ultra-dense deployment as part of the key enabler solutions in fifth-generation (5G) networks. However, these solutions radically increase the number of handovers (HOs), thus increasing the rate of unnecessary HO and dropping call probabilities. In this regard, optimizing HO control parameters appropriately is the main factor that can efficiently address HO issues during user mobility. This paper proposes a fuzzy-coordinated self-optimizing HO scheme to achieve a seamless HO while users move in multi-radio access networks. The proposed scheme resolves the conflict between mobility robustness and load balancing functions by utilizing a fuzzy system considering three input parameters: signal-to-interference-plus-noise ratio, cell load and UE speed. Simulation results show that the proposed scheme manages to control the mobility optimization in terms of ping-pong HO, radio link failure and HO latency over different mobile speed scenarios. Moreover, the proposed scheme reduces the outage probability compared to other schemes from literature. https://lnkd.in/dVpK8Ptt

Time to get a fresh perspective join us in a demonstration of what the E3 Platform can do for your organization in digital investigations. https://bit.ly/3RMyOot