Streaming data firm Flyht tables plan to IATA, makes gains in China


As IATA surveys vendors on flight tracking options, Flyht – the maker of the real-time flight data streaming system AFIRS – has been in direct talks with the association on prevention of further losses like Malaysia Airlines’ Flight MH370. But even if nothing comes of these talks, the company is steadily growing its business, including with a swath of Chinese operators.

Operated over Iridium satellites, AFIRS is normally installed on aircraft to support communication during routine operations – it is not on aircraft solely for use in emergencies but, says Flyht, it “is uniquely capable of automatically switching to emergency mode streaming when an aircraft is in an unusual state or upon request from the crew or the ground”.

AFIRS has proven integral in resolving two inflight crises, according to Richard Hayden, director of Flyht. Hayden described an incident three years ago in which a “nefarious person” on board an AFIRS customer aircraft intentionally disabled all forms of communication save for the AFIRS unit located outside the cockpit in the avionics bay. Using an AFIRS medical emergency phone kept in the cabin, the crew was able to assuage the situation, and restore the aircraft and all on board to safety.

Tracking customer flights over the pole and ocean

Tracking customer flights over the pole and ocean

The system served a similarly critical role for a US-based charter airline flying American troops home on a transatlantic route, said Hayden. A turbine crack in the engine nearly caused an inflight engine burst, but the AFIRS unit prevented the tragedy through detection of increasing turbine vibration, triggering data streaming down to maintenance who in turn instructed pilots on a course of action.

In past months Flyht’s AFIRS sales have soared from 350 total installed units at the time of the disappearance of MH370 to 218 new confirmed orders. One contract with a Nigerian airline for the sale and delivery of AFIRS for five Boeing 737s, and work with Skyblue Technology Development Co. Ltd. to get Iridium approved in China are largely responsible for the new orders, including units for Air China, Hainan Airlines, Shanghai Airlines and China Southern. Also among Flyht’s new customers is northern Canadian carrier First Air. Air Canada is likewise in talks with Flyht, though the two parties have not reached an agreement.

Meanwhile, Inmarsat has offered a free periodic data streaming service, available to all airlines equipped with Inmarsat Classic Aero hardware, which number 10,000. According to senior VP of Satellite & Network Operation John Mackey, the service would offload aircraft position data at 15-minute intervals.

But Hayden hopes aircraft tracking recommendations from ICAO will be more rigorous. “If they change the reporting interval from one hour, which is what it is now — and that’s voluntary by the pilots — to say 15 minutes, well, it takes less than 15 minutes to end up in the ocean,” he says.

Data streams sent via Iridium in the AFIRS emergency scenario are continuous once triggered. According to Hayden, the data frequency removes the need for an Emergency Locator Transmitter as ground stations can pinpoint exact crash impact location. “What’s missing out of this discussion is the issue of the airlines and the whole industry’s obligation to try to rescue as many as survivors as possible … if you’re not at the scene of a crash with rescue equipment within an hour, you’re not going to have survivors,” he says.

Flyht presented its case last week in Montreal before the IATA Aircraft Tracking Task Force (ATTF), which is in the process of identifying options for the industry. However, both IATA and ICAO have previously said that tracking aircraft – and not streaming data – is the first step and the only item the ATTF will be acting on at this juncture.

See Flyht’s most recent white paper on automated flight tracking and triggered data streaming in the wake of MH370 here (includes details on pricing plus a new section containing Hayden’s musings on IFEC). Automated Tracking and Triggered Data Streaming from Aircraft UPDATE May 26 2014 (1)




    I am an Army Government civilian that support our helecopter rotor and unmanned fleet. We also deal with the FAA as part of AVN safety, airfields and airspace managment. I am intereseted in receiving your published/posted updates.

    Thank you, Debbie McLemore-Baugh

  2. Hi all,
    In the product info is written that FLYHT’s AFIRS 220 Iridium Global Communication System provides aircraft crew with reliable voice and data services. The AFIRS 220 has an Iridium dual voice and data modem enabling integrated cockpit audio, cordless handsets in the passenger cabin and worldwide two-way data communications.
    This is ridicules, this unit can do everything as mentioned above, but cannot be used as tracking devices at all. I, as an expert in Communication, Navigation and Surveillance (CNS) for all mobile applications including aeronautical, declare that IATA survey vendors on flight tracking options as a real-time flight data streaming system AFIRS
    cannot help on prevention of further losses like Malaysia Airlines’ Flight MH370 and any similar losses in the future.
    ICAO and IATA have solution of GAT project proposed by DUT South Africa and they never considered this project as serious and only one that can help for tracing any crashed or hijacked aircraft in the future. To understand how is working GAT solution it is possible to read about LRIT system developed by IMO as compulsory for installation onboard ships.
    My Research Centre in Space Science at Durban University of Technology (DUT) and CNS System (Pty) Ltd have Global Aircraft Tracking (GAT) solution for tracking of crashed or hijacked aircraft in real time. Our unit is also able to provide advanced collision avoidance solution. Our GAT project is officially proposed to ICAO in June 2014. All interested can contact for any comment or partnership. Our unit is able to help any aircraft in similar situation as Malaysian and so SAR forces can localize crashed or hijacked aircraft in 1-2 hours and in area of 100-200 miles.
    Prof. Ilcev

  3. What to do?
    I am Chair of Research Centre in Space Science and CNS at Durban University of Technology (DUT) and last year in April we proposed to ICAO our project of Global Aircraft Tracking (GAT). Till today no reply, but as experts in Aeronautical and other Mobile Communication, Navigation and Surveillance (CNS), we are more than positive that only our system will work. Why?
    1. Our GAT unit has integrated GPS receiver and Satellite transceiver, which has to be installed out of cockpit and will be not controlled by pilot or any not authorized person.
    2. This unit has own rechargeable long life batteries, but will use onboard power supply.
    3. Unit will be programmed to send Position, Velocity and Time (PVT) including the ID, course and altitude of aircraft in every 1 to 5 or more minutes to the Tracking Control Station (TCS) via adequate GEO or LEO satellite and Ground Erath Station (GES).
    4. It will provide tracking of crashed or hijacked aircraft anywhere and in real time, so aircraft can be found in 1-2 hours and in area of 100-200 miles.
    5 All data sent by unit will be memorized and processed in TCS, which can be used by Search and Rescue (SAR) forces and by polling pilot can get position of any adjacent aircraft in certain flight area. The TCS can be connected to the corresponding Air Traffic Control (ATC) as well.
    6. Thus, the additional service of this unit will be enhanced collision avoidance, which data pilot can ask or get at small display with keyboard, connected to GAT unit.
    7. To understand GAT system you can read about LRIT developed by IMO, but we have better Global Ship Tracking (GST) project, which units can get positions of captured ships by pirates and will provide collision avoidance of ships as well.
    Everyone interested about our GAT project can contact at:, thanks.
    Prof. Ilcev

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