Projects

Below is a list of all running or recently completed projects. Find out about projects funded by ESA through contracts awarded to previous ITTs.

Data and information in the Project section is originated by the Contractors, it is provided for informational purposes only, and is not intended for trading purposes. ESA shall not be liable for any errors or delays in the content, or for any actions taken in reliance thereon.

	Advanced In-Orbit Test System
	Company: Indra Espacio (E) Programme Element: ARTES 4 Description: This project aims to demonstrate the feasibility of the Advanced In-Orbit Testing concept based on the following objectives of: in-orbit test time reduction, accuracy, spin off and drift orbit.
	Agile Payload Components
	Company: Thales Alenia Space Italia (I) Programme Element: ARTES 3-4 Description: The aim of the project is the design, development and qualification of critical units that allow for the introduction of agility and flexibility features in payload architectures.
	Antenna Pointing Optimisation System
	Company: EADS Astrium SAS (F) Programme Element: ARTES 3-4 Description: The objective of the project is, building on the Inmarsat 4 experience, to improve the system performance in order to meet more stringent pointing requirements of large deployable reflectors (12 m), in particular by introducing electronic beam steering compensation.
	Communication Module Standardisation for Spacebus 4000C
	Company: Thales Alenia Space - France (F) Programme Element: ARTES 3-4 Description: The objective is to increase competitiveness by the standardization of a design reference, in order to fulfil accommodation of all units of defined reference payloads with respect to customer needs.
	Compact Ku-Band aeronautical antenna for commercial airliners
	Company: ERA Technology (UK) Programme Element: ARTES 4 Description: ERA's new low profile antenna is the first array based design to operate in both the Ku-Band RX and Ku-Band TX bands using a single aperture capable of scanning up to 70° off boresight.
	Converters Receivers Evolution Programme Follow-on
	Company: RUAG Aerospace Sweden (S) Programme Element: ARTES 4 Description: This project is RUAG Aerospace Sweden's (formerly Saab Ericsson Space) follow-on to the Converters Receivers Evolution Programme with the ambition to cover important remaining areas needed for efficient flight production and provide more complete equipment.
	COTV – HbbTV & HTML5 enhanced Community TV
	Company: Cybercultus (LUX) Programme Element: ARTES 3-4 Description: Following a successful initial implementation of the COTV environment during the 2008 – 2010 period, a 15 months extension of the COTV project has been awarded. This extension will enable the COTV environment to comply with the recently emerged HbbTV / CE-HTML / HTML5 market driven standards, as well as to cope with the strategic evolution of the broadcasters needs based on the rich feedback received during the original project pilot phase.
	CVICS
	Company: Teleidea (NL) Programme Element: ARTES 3-4 Description: The objective of project Cached VIdeo Content Set top Box is to provide a cost effective solution for a satellite based PushVOD (Video On Demand) infrastructure. This will allow end users located in areas not covered by reliable broadband networks to access services such as on demand video rental and Catch Up TV.
	DENISE: Demonstrator Emergency aNd Interactive S-band sErvices
	Company: DLR (D) Programme Element: ARTES 3/4 Description: The DENISE project aims at designing and demonstrating, both via laboratory tests and field trials using W2A satellite, a suitable S-band interactive system capable of efficiently using the available bandwidth (15 MHz in both uplink and downlink for each of the two licensed European S-band operators).
	Development and Qualification of an Advanced Pilot Tone Injection Unit (PTIU) and L-Band Test Interface Unit (LTIU) for Next Generation Processed Payloads on Geo-Mobile Communications Satellites
	Company: Comdev (CDN) Programme Element: ARTES 3-4 Description: The first targeted market opportunity for the PTIU and LTIU products is the Inmarsat XL payload currently being developed by EADS Astrium UK, which is to be embarked on the first European Alphabus platform. COM DEV has provided similar products for the Inmarsat 4 series of satellites, however these products must now be redesigned to meet the requirements of the new integrated digital processors and the new Alphabus platform interfaces.
	Development of a Generic Payload Control System
	Company: EADS Astrium Ltd (UK) Programme Element: ARTES 3-4 Description: The Payload Control System in the Ground Segment is the necessary other half of the Satellite system to be able to fully control the Next Generation Integrated Processors as fitted to Alphasat and for future spacecraft.
	Development of an Antenna Control Unit
	Company: HITEC Luxembourg S.A. (LUX) Programme Element: ARTES 3-4 Description: The HITEC Antenna Control Unit (ACU) project aims at developing a Step Track and a Monopulse capable ACU version, based on HITEC’s existing Program Track ACU. The ACU provides the user interface in a Ground Station antenna by communicating with the antenna control system and calculating the correct aiming of the antenna, based on different types of information (e.g. TLE, signal strength).
	Development of Diagnostic Tool – DIATOOL
	Company: TICRA (DK) Programme Element: ARTES 3-4 Description: DIATOOL will be a stand-alone commercial program performing advanced electromagnetic processing of measured antenna data. It will read the measured field and compute the extreme near-field or the currents on the antenna surface, without the fundamental constraints of the traditional measurement systems.
	DVB-RCS2 Support in SatLink System
	Company: STM Norway (N) Programme Element: ARTES 3-4 Description: This project incorporates the implementation of DVB-RCS2 in the SatLink system, in embedded SW and FW for the hardware units developed in another ARTES3-4 project, and as SW on SatLink NMS and NCC.
	Efficient Automation of Satellite Operations (EASO)
	Company: SES (LUX) Programme Element: ARTES 3-4 Description: SPELL is a free, open source software package whose purpose is to automate the execution of satellite procedures. This project aims to create the procedures and the PIL2SPELL software necessary to extend the use of SPELL to SES’ satellites fleet.
	EuroSMG
	Company: Reliance Precision Limited (UK) Programme Element: ARTES 3-4 Description: The EuroSMG project consists of the design, production, testing and qualification of a European ITAR-free Stepper Motor Gearbox (SMG) to meet the requirements of a Solar Array Drive Mechanism (SADM) for the GEO Telecom Satellite market.
	Generic Flexible Payload
	Company: EADS Astrium Ltd (UK) Programme Element: ARTES 3 Description: This project will design the next generation of flexible payloads. The overall payload architecture design will enable three key types of hardware to be produced to EQM level. Two types of the equipment are new, the third takes advantage of the on-ongoing MMHT programme.
	Generic Test Interface System - GTIS
	Company: EADS Astrium Ltd (UK) Programme Element: ARTES 3-4 Description: The primary objective of the GTIS is to provide a means to test next generation complex multi-spot beam payloads. The ever increasing numbers of uplink and downlinks requires greater interfaces and the GTIS looks to provide a non-flight interface which will efficiently test these complex architectures and reduce testing times.
	GMP-T Programme: Development of a cost efficient power system
	Company: SSTL (UK) Programme Element: ARTES 3-4 Description: The objective of the ARTES 3-4 development is to design, manufacture and qualify an Engineering Qualification Model (EQM) of SSTL GMP-T power subsystem. This high power, low mass and low cost power system is targeted to address the Small GEO Satellite market with up to 6kW power capability.
	High Performance C-/Ka-Band Coaxial Circulators
	Company: Tesat-Spacecom GmbH & Co. KG (D) Programme Element: ARTES 3-4 Description: The input multiplexer and the low power circulators are crucial components in a satellite communication payload. In modern multimedia satellites the complexity of the payload is increased by adding more and more signal processing features to the simple amplification, and the role of the input multiplexer therefore becomes even more pronounced. The project focuses on C- and Ka-band circulators and isolators.
	High Performance C-/Ka-Band Coaxial Circulators
	Company: Tesat-Spacecom GmbH & Co. KG (D) Programme Element: ARTES 3-4 Description: The project objective is to develop circulators and isolators with coaxial interface for various frequency bands from C-band downlink to Ka-band downlink.
	High Performance C-/Ka-Band Coaxial Circulators
	Company: Tesat-Spacecom GmbH & Co. KG (D) Programme Element: ARTES 3-4 Description: Development and qualification of high performance C-/Ka-Band coaxial circulators and isolators to provide qualified components with a reproducible and stable performance.
	Hylas-1
	Company: Avanti Communications Ltd (UK) Programme Element: ARTES 4 Description: The Hylas-1 Project is intended to serve as a pathfinder for a new generation of Ka-band communications satellites and services. The combination of advanced payload technologies and a range of innovative broadband service offerings will provide a unique opportunity to demonstrate and commercialise the potential of Ka-band communications systems.
	ILS
	Company: Siemens (A) Programme Element: ARTES 4 Description: The ILS project aims to integrate the SIECAMS interference detection technology with state-of-the-art geo-location techniques to support the satellite communications market in terms of rapidly detecting satellite operator interference.
	Integration and Trial of an Ad-hoc Terrestrial Component into Global Satellite Communications Systems
	Company: Cobham Technical Services (UK) Programme Element: ARTES 3/4 Description: The overall objective of the proposed work is to develop an ad-hoc radio network product which is integrated into a satellite system for the purpose of emergency service use, disaster recovery and Government security applications. It can also be used for commercial application in mineral extraction and oil and gas industries to improve safety, efficiency and to aid the rescue of personnel following incidents and accidents.
	J-ORTIGIA: S-band Satellite Broadcasting Experimentation Campaign through NICT ETS-VIII satellite
	Company: Eutelsat S.A. (F) Programme Element: ARTES 4 Description: One of the key objectives of the J-ORTIGIA project was to evolve the receiver setup developed in the ORTIGIA framework in terms of performance, RF tuning, and alignment with the DVB-SH standard. Phase 1 encompasses a series of preliminary analysis and Phase 2 the integration of handheld mock-up and vehicular terminals.
	K band Power Dividers
	Company: Mier Communicaciones (E) Programme Element: ARTES 3-4 Description: The objective of this program is to design and qualify power dividers for space application in the Ku and K band.
	Ka Band Fly-Away Terminal Design and Development
	Company: Acorde Technologies S.A. (E) Programme Element: ARTES 3-4 Description: This project addresses the design, development and industrialization of a novel Ka band bidirectional Fly-Away terminal. The terminal is intended for basic broadcasting users and for more demanding performance applications as well.
	Ka Ingenious Space Solutions (KISS) - 25/17 GHz Communications Down-Converter
	Company: Thales Alenia Space - France (F) Description: The project aims to develop a stand-alone Down-Converter dedicated to new RF spectrum allocation for Broadcasting Space Systems in 25 and 17 GHz in order to present competitive products in this emerging market.
	Ka-Band Downconverter
	Company: EADS Astrium Ltd (UK) Programme Element: ARTES 3-4 Description: This project covers the design, build and qualification testing of an EQM Ka-Band Downconverter.
	KHARE: Ka band RF HARness Enhancement
	Company: Thales Alenia Space - France (F) Programme Element: ARTES 3-4 Description: The project is composed of 3 topics aimed to improve harness mass, cost and performance: Improvement of waveguide harness attachment solutions, Evolution of waveguide materials and processes, and Diversification and consolidation of supplier panel.
	KosmoMed
	Company: Kell S.r.l (I) Programme Element: ARTES 3-4 Description: The KosmoMed project aims to develop a series of innovative Telemedicine products and services using satellite telecommunication technology in order to improve the quality of healthcare interventions and sustain the growth of the telemedicine sector.
	Lift Off
	Company: OpenSky s.r.l. (I) Programme Element: ARTES 3-4 Description: The Lift Off project is identifying and implementing a solution based on the Deep Packet Inspection (DPI) of the IP traffic on the KA-SAT network, to enable a “flat” profile offering for applications such as Web browsing and email in a market context (Satellite Broadband) where such an offering does not currently exist.
	LOCOPO: Low-Cost Ku-band High Power Amplifiers for VSAT Ground Terminals
	Company: United Monolithic Semiconductors GmbH (D) Programme Element: ARTES 3 Description: The objective of this project is the development of packaged 1-Watt and 2-Watt high power amplifiers for Ku-band VSAT applications.
	LodeStar
	Company: Newtec (B) Programme Element: ARTES 3-4 Description: In this project Newtec will enhance its AZ111 product with a larger set of features so that it can be used in more applications, including contribution, primary distribution (in addition to pure DTH) and generic applications.
	Low Speed Serial Bus (LSSB)
	Company: Tesat-Spacecom GmbH & Co. KG (D) Programme Element: ARTES 3 Description: The Low Speed Serial Bus (LSSB) project aims to reduce the mass of the harness connected to the MPM (Microwave Power Module) and convert most of the parallel signals into serial signals.
	Mímir 2.0
	Company: Forsway Scandinavia AB (S) Programme Element: ARTES 3-4 Description: This project will continue the development of the Mímir server, Forsway’s solution for satellite hubs providing one-way Internet over satellite.
	Mobile TV S - Band Repeater
	Company: Thales Alenia Space España (E) Programme Element: ARTES 4 Description: The Mobile TV S-Band Repeater project aims to develop and qualify S-Band repeaters, ensuring Thales Alenia Space - España's leadership in future S-Band repeaters management opportunities.
	Multiple Feeds per Beam Feed System
	Company: EADS Astrium GmbH (D) Programme Element: ARTES 3-4 Description: The proposed feed system aims to create a four colour multi spot beam Ka-band scenario using only one reflector to transmit and one to receive. Thanks to the saving of two large reflectors compared to a single feed per beam approach, the new feed system also allows to realise mixed missions on large space crafts.
	New Avionics for SATCOM
	Company: Thales Alenia Space ETCA s.a. (B) Programme Element: ARTES 3-4 Description: The project aims to develop and qualify a new generation of avionics for commercial geostationary communications satellites (SATCOM), targeting a significant gain in cost while at the same time integrating new technologies that will allow greater potential flexibility at system and operational level.
	Next Generation Antenna - Phase 1 Single Feed Per Beam
	Company: EADS Astrium Ltd (UK) Programme Element: ARTES 3 Description: The objective of the Next Generation Antenna (NGA) programme is to generate a range of advanced antenna solutions which meet the evolving Ku and Ka Band market requirements for increased flexibility and performance whilst also increasing value for money.
	Next Generation Processor
	Company: EADS Astrium Ltd (UK) Programme Element: ARTES 4 Description: The aim of the project is to provide a generic solution to a very wide range of mission opportunities, minimising technical risk for flight programmes and providing a reliable delivery schedule.
	NGM SatSys
	Company: Siemens (A) Programme Element: ARTES 4 Description: The NGM SatSys project aims to develop improved throughput satellite telecommunications networks.
	NXY
	Company: Avanti Communications Ltd (UK) Programme Element: ARTES 3-4 Description: The aim of the project is to develop a system for multicasting popular multimedia content to end users of a satellite broadband service. By accurately predicting popular content, the system can lower the total bandwidth use for the satellite broadband operator. At the same time, the system can enhance the use experience of watching video and similar content from an online source.
	Optical Assemblies for Electro-Optical Satellite Data Transmission between Satellites (OADT)
	Company: SwissOptic (UK) Programme Element: ARTES 3-4 Description: Within the OADT project, SwissOptic is developing two high performance optical assemblies, which form a substantial part of the reception and calibration path of Laser Communication Terminals for the European Data Relay Satellite system.
	Passive Correlation Ranging (PaCoRa)
	Company: SES TechCom (LUX) Programme Element: ARTES 3-4 Description: The project involves the analysis, design, implementation and validation of a fully passive and highly accurate ranging system for geostationary satellites.
	Payload Interface Unit (PLIU)
	Company: RUAG Aerospace Sweden (S) Programme Element: ARTES 3-4 Description: The main objective of this activity is to develop and qualify a Payload Interface Unit (PLIU) which will be used on the Iridium NEXT Satellites.
	PCDU for Satcom Constellation
	Company: Thales Alenia Space ETCA s.a. (B) Programme Element: ARTES 3-4 Description: The project aims to design, develop and qualify a PDCU for Satcom Constellation, essentially for the small satellites market.
	Phase Shifter Module
	Company: Thales Alenia Space - France (F) Programme Element: ARTES 3 Description: This project by Alcatel Alenia Space aims at developing a wideband highly integrated phase shifter up to an EQM with an EBB of the driver unit. This equipment will be one of the building blocks of next generation of flexible payloads.
	PLANET2
	Company: Atmosphere FR (F) Programme Element: ARTES 3-4 Description: PLANET2 aims at providing business and regional aviation with in-flight information updates on weather conditions and hazards, while contributing at the same time to the observation of the atmosphere thanks to in-situ measurements sent from the aircraft to the weather agencies.
	Platform Based Lens Antenna
	Company: Telewide AB (S) Programme Element: ARTES 4 Description: The project objective is to design and manufacture VSAT Waveguide Lens Antennas (WGLA) for the Ku-satellite band, 10.75-14.50 GHz.
	Pleiades
	Company: Newtec (B) Programme Element: ARTES 3-4 Description: The Pleiades project is based on 2 PHY layer development tracks. These physical layer developments finally lead to a series of new products, mainly MDM6000, MCD6000 and NOP1760.
	PLIU
	Company: Thales Alenia Space - France (F) Programme Element: ARTES 3-4 Description: The project concerns the development and qualification of two modules of the Payload Distribution and/or Interface Units. This development will increase the range of potential Platforms that can implement this unit and will avoid problems with export restrictions (ITAR free design).
	PocketSAT User Terminal Phase 3 Development
	Company: ComSine Limited (UK) Programme Element: ARTES 4 Description: The objective of the project is to develop a miniature satellite communications user terminal platform known as 'PocketSAT'. This platform is aimed at L-band mobile satcom services, including hand-held, land-mobile and maritime. Phase 3 is to extend the PocketSAT developments in another direction: private packet-data networks operating over leased satellite capacity.
	REACT: Resource for Emergency Services to Access Command and control data using satellite and hybrid Technologies
	Company: Skytek (IRL) Programme Element: ARTES 3-4 Description: The REACT project proposes to address the limitation of the current dependence on mobile technology by developing a hybrid solution for emergency services that intelligently combines the usage of mobile and satellite communication for the transmission of information. The system will be designed for use not only in rural areas where standard mobile communication may be limited or unavailable but also during a major crisis when standard networks are overloaded.
	RF Product Family for Telecommunications Phase 3
	Company: Thales Alenia Space Antwerp (B) Programme Element: ARTES 4 Description: The project objective is to develop a series of booster amplifiers in C- and Ku band and a 10W C band block upconverter designated for the market of VSAT applications such as communication networks, internet services at remote locations, and backbones for rural telephony etc.
	Road Information System for Next-Generation Cars - RISING
	Company: WIT- Software (P) Programme Element: ARTES 4 Description: This project aims to contribute to the increase of road safety by providing localised and realtime Traffic and Travel Information to vehicle drivers. The project goal is to develop and demonstrate a nonproprietary system and language-independent platform for aggregating, provisioning, distribution and delivery of Traffic and Travel Information (TTI) content to vehicle drivers. The TTI Content is provisioned into the system and then it is broadcast through satellite communication to the hotspots installed along the road.
	SatElections CCN#3: Open eTraining Network for the Millennium Development Goals
	Company: Openet Technologies S.p.A (I) Programme Element: ARTES 3-4 Description: The CCN#3 “Open eTraining Network for the Millennium Development Goals” to SatElections is a pilot project dedicated to the development of a broadband satellite network in support to both the training (eTraining service) and the electoral needs (Electoral Data Transmission) of the Independent Electoral Commission of the Democratic Republic of Congo (IEC-DRC).
	Satellite Based System and Services for Broadband Applications at Sea (SASS@Sea)
	Company: MediaMobil Communication GmbH (D) Programme Element: ARTES 3-4 Description: The objective of the project is the development and validation of a system for the provisioning of an integrated maritime communications service.
	Satellite Internet access for High Speed Trains
	Company: Indra Espacio (E) Programme Element: ARTES 4 Description: This project is aimed at designing, implementing and validating a mobile VSAT system at Ku-band for providing passengers of high speed trains with broadband access to internet.
	SatFinAfrica
	Company: Sea&Space Exploration sprl (B) Programme Element: ARTES 3-4 Description: This is a pilot project to demonstrate the suitability of the Sat3Play platform, originally designed for the consumer and SoHo market, to provide reliable and secured financial services in remote and underserved areas in emerging countries in Africa.
	SatMax - Ku-band Tx/Rx Antennas for Mobile Broadband Satellite Communications
	Company: JAST Antenna Systems (CH) Programme Element: ARTES 4 Description: The objective of the SatMax project is to develop a low-profile hybrid mechanical-electronic steerable antenna allowing bi-directional high speed IP connectivity on board Light Jets through Ku-band SatCom systems.
	SATMODO
	Company: TreeMetrics Limited (IRL) Programme Element: ARTES 3-4 Description: The SATMODO project is aimed at the round-wood timber harvesting market, by facilitating ”live” monitoring of harvest processes. To date, the availability of real-time or near real-time harvest process data has been limited, as the facility to send the data from remote harvest vehicles has been hampered by the lack of reliable data transmission technologies
	SB-SAT
	Company: Com Dev Europe (UK) Programme Element: ARTES 3-4 Description: SB-SAT is a product conceived to provide persistent broadband ground connectivity for spacecraft in Low Earth Orbit. This product will provide near real-time, constant access to TTC and/or payload data for a wide range of spacecraft and missions.
	SC1000 Field Terminal
	Company: SpaceChecker (B) Programme Element: ARTES 4 Description: The SC1000 Field Terminal project has the objective to improve the SDS-Mk2 satellite based narrowband data services for mobile and static applications. A new terminal is built with lower power consumption, remote configuration and monitoring, L- and S-band support and extra features. The base station and over the air protocol are redesigned to support the new SC1000 terminal.
	SENSIBLE: Satellite Enhanced Network System for flexIBLE bandwidth management
	Company: ITS (I) Programme Element: ARTES 3-4 Description: SENSIBLE (Satellite Enhanced Network System for flexIBLE bandwidth management) is a project aimed at the creation of a system to optimise the satellite bandwidth usage and, at the same time, to guarantee user's critical services such as VOIP, tele-conference, GSM, etc. The core of the system is the detection of the users’ active services and the dynamic bandwidth allocation to the terminals included in the same administrative domain.
	Sky One
	Company: Skyware Radio Systems GmbH (D) Programme Element: ARTES 3 Description: The objective of this activity is the definition and development of a universal integrated 2 watt Ku-band transceiver (KR 1216L) which will be compliant to the Sat Lab specifications.
	SoftWear Antennas
	Company: Patria Aviation Oy (FIN) Programme Element: ARTES 3-4 Description: SoftWear Antennas is a product development project, which will result in a wearable antenna product family. Patria has already completed two ESA funded ARTES 5.1 projects, successfully demonstrating that fully textile, wearable antennas are extremely versatile and therefore feasible for different user applications.
	SpaceForScience
	Company: Thales Alenia Space - France (F) Programme Element: ARTES 3 Description: SpaceForScience aims to facilitate the scientific cooperation in Europe, especially in Southern and Eastern Europe, by providing virtual, collaborative working and education applications for research institutions, via either fast academic networks or bidirectional satellite links. The goal of SpaceForScience is to enable distant centres all over Europe to connect, meet, work, teach and learn wherever their geographical position, thus enabling isolated institutes to enter into the cooperative research, education and technology transfer networks.
	Stand Alone Ka-Band Down-Converter and Receiver
	Company: Thales Alenia Space - France (F) Programme Element: ARTES 3 Description: The aim of Alcatel's program is to fill their frequency converters portfolio with competitive and flexible Ka-band designs matched with customers most current needs in terms of frequency ranges, performance, and unit functionality. Created on 14 September 2006
	Standardisation of Lateral Antennae Accomodation for Spacebus 4000C
	Company: Thales Alenia Space - France (F) Programme Element: ARTES 3-4 Description: The objective is to increase competitiveness by the standardization of East / West satellite sides including accommodation standardization of C and Ku-Band antennas meeting stringent customer needs.
	SWAY4Edu: Satellite Way for Education
	Company: Openet Technologies S.p.A (I) Programme Element: ARTES 3-4 Description: SWAY4Edu aims to develop a satellite ICT solution to support three main activities in Africa, these being Rural Radios, Electoral eTraining and Space4Education. It is to be an open eTraining network for the Millennium Development Goals.
	Typhoon
	Company: Cobham Technical Services (UK) Programme Element: ARTES 3-4 Description: The overall objective of the proposed programme of work is to develop an X-Band Satcom-on-the-move (SOTM) Antenna System. It will be made compatible with as many satellites as possible to maximise future sales potential. The antenna system will be designed to be low-profile, whilst maximising the performance required for high data rate communications.
	UBISAT
	Company: Druid Software (IRL) Programme Element: ARTES 3-4 Description: UBISAT uses micro cell and satellite technology to dramatically reduce the capital expenditure required to deploy cellular coverage to remote areas.
	YouDo
	Company: Avanti Communications Ltd (UK) Programme Element: ARTES 3-4 Description: This project seeks to achieve two general goals. Firstly, to demonstrate the simplification for standard fixed satellite installations, resulting in cost savings for an installer company and ultimately in a self-aligning antenna system fit for self-installation by the end user. Secondly, to remove cost barriers for a wide range of applications by implementing a low-cost, vendor-independent and self-aligning antenna system.
Show completed projects