Astrapi Corp.
Astrapi Corporation is a leader in revolutionary communication methods, specifically through spiral-based modulation. This innovative technology is set to transform the next generation of communications by enhancing spectral efficiency and providing new ways to combat channel impairments. Astrapi's technology supports performance advances across various radio communications, including cellular networks, satellite networks, and defense communications, among others.
Industries
N/A
Nr. of Employees
small (1-50)
Astrapi Corp.
17217 Waterview Parkway, Suite 1.202, Dallas, TX 75252-8004
Products
Simulation toolkit for spiral-based waveform design
A MATLAB/Simulink-based toolkit for producing and modeling spiral-based waveforms and supporting RF modem design and system-level simulation.
Non-stationary software spectrum analysis tool
Software for precise characterization of occupied bandwidth and spectral properties of dynamic, non-stationary signals, intended as a software alternative to swept-tuned hardware analyzers.
Simulation toolkit for spiral-based waveform design
A MATLAB/Simulink-based toolkit for producing and modeling spiral-based waveforms and supporting RF modem design and system-level simulation.
Non-stationary software spectrum analysis tool
Software for precise characterization of occupied bandwidth and spectral properties of dynamic, non-stationary signals, intended as a software alternative to swept-tuned hardware analyzers.
Services
Consulting and engineering support to design and tailor non-periodic spiral-based waveforms for client communication systems, including waveform specification, optimization, and integration guidance.
Provision of MATLAB/Simulink-based simulation models and toolkits to generate, test, and evaluate spiral-based modulation schemes and system-level RF performance.
Licenses for use of non-periodic modulation and related IP under research or commercial terms, covering manufacture, distribution, and sale of products using the technology.
Development and delivery of software-defined radio prototypes implementing spiral-based modulation and time-domain waveform-hopping for demonstration on space-qualified and tactical SDR hardware.
Consulting and engineering support to design and tailor non-periodic spiral-based waveforms for client communication systems, including waveform specification, optimization, and integration guidance.
Provision of MATLAB/Simulink-based simulation models and toolkits to generate, test, and evaluate spiral-based modulation schemes and system-level RF performance.
Licenses for use of non-periodic modulation and related IP under research or commercial terms, covering manufacture, distribution, and sale of products using the technology.
Development and delivery of software-defined radio prototypes implementing spiral-based modulation and time-domain waveform-hopping for demonstration on space-qualified and tactical SDR hardware.
Expertise Areas
- Physical-layer modulation research
- Non-stationary spectral analysis
- Channel capacity theory for non-periodic signals
- Secure/time-domain physical-layer transmission methods
Key Technologies
- Spiral-based (non-periodic) signal modulation
- Instantaneous spectral analysis (ISA)
- Polynomial symbol waveforms (PSW)
- Symbol waveform hopping (time-domain hopping)
News & Updates
Astrapi Corporation announced the issuance of three new patents, bringing their total to eighteen, covering solutions to improve spectral efficiency and secure signal transmissions.
Astrapi was awarded a contract for its 'Advanced SATCOM Using a Spiral Modulation-enabled SDR' capability, marking its second Phase II SBIR contract from the USAF.
The USAF Research Lab awarded Astrapi a contract to further develop its 'Symbol Waveform Hopping' signal protection capability.
Astrapi Corporation explores the generalization of Shannon's law for non-periodic channels, enhancing channel capacity and spectral efficiency.
Astrapi was honored as a 'Most Promising Start-up' at Euroconsult’s FinSpace 2017 for its innovative contributions to the telecommunications industry.
Astrapi Corporation announced the issuance of three new patents, bringing their total to eighteen, covering solutions to improve spectral efficiency and secure signal transmissions.
Astrapi was awarded a contract for its 'Advanced SATCOM Using a Spiral Modulation-enabled SDR' capability, marking its second Phase II SBIR contract from the USAF.
The USAF Research Lab awarded Astrapi a contract to further develop its 'Symbol Waveform Hopping' signal protection capability.
Astrapi Corporation explores the generalization of Shannon's law for non-periodic channels, enhancing channel capacity and spectral efficiency.
Astrapi was honored as a 'Most Promising Start-up' at Euroconsult’s FinSpace 2017 for its innovative contributions to the telecommunications industry.