Pivotal Commware Competitors, Revenue, Alternatives and Pricing

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Overview

Location:
Seattle, WA USA
Total Funding:$31.7M
Industry:Telecom
Founded:2016
Lead Investor(s):DIG Investment, The Thermo Companies

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Growjo 10k Ranking

Estimated Revenue & Financials

  • Pivotal Commware's estimated annual revenue is currently $28.9M per year.(?)
  • Pivotal Commware received $17.0M in venture funding in June 2017.
  • Pivotal Commware's estimated revenue per employee is $325,000
  • Pivotal Commware's total funding is $31.7M.

Employee Data

  • Pivotal Commware has 89 Employees.(?)
  • Pivotal Commware grew their employee count by 19% last year.
  • Pivotal Commware currently has 8 job openings.

Pivotal Commware develops software-defined antennas and radios that use Holographic Beam Forming to increase network speed, capacity and spectral efficiency. For network operators, Pivotal's reconfigurable beams can follow mobile users in real time using the lowest cost, size, weight and power consumption (C-SWaP) envelope available. Pivotal's holographic beamforming focuses transmitted power at the intended recipient(s) as opposed to the omnidirectional DSP based space-time coding used in digital beamforming. Holographic beamforming provides a solution to the need for greater spectral efficiency driven by the insatiable demand for wireless data. Through holographic beamforming, it is possible to simultaneously reuse the same spectrum in a given space. Like the beams from several spotlights illuminating discrete objects on a stage, holographic beamforming antennas are capable of focusing their radiated power on separate targets without illuminating adjacent users. Unlike current cellular systems that utilize antennas that form 60-90 degree stationary sector beams, holographic beamforming permits more of a one-to-one communications protocol between base station and user. This technique preserves the spectral hygiene of the cell and allows multiple concurrent transmissions using the same frequency without interference. This allows abundant spectrum reuse and higher modulation rate signals for both stationary and mobile users.

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