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Airports

Across Europe, airports are stepping up efforts to cut back on auxiliary power unit (APU) usage. APUs burn fuel when an aircraft is parked, leading to unnecessary emissions, higher costs, and excess noise. As sustainability takes center stage in aviation, reducing APU usage is becoming a priority for airports looking to reduce their environmental impact while improving operational efficiency.

Shifting to Smarter Ground Operations

Some of Europe’s busiest airports have already taken action. Brussels Airport is adopting smarter ground operations to minimize noise pollution, in line with EU-wide sustainability initiatives. Schiphol Airport is expanding its preconditioned air (PCA) systems, allowing aircraft to use cleaner energy sources instead of relying on their APUs. Munich Airport has also made emissions reduction a central part of its environmental strategy, looking for ways to cut fuel use across its operations.

At the same time, regulatory pressure is growing. The EU’s ‘Balanced Approach’ policy encourages airports to push for quieter aircraft and stricter noise limits. Starting in 2025, airlines will begin to report non-CO₂ emissions, including other pollutants from APU emissions. While they won’t need to offset these until 2028, the reporting encourages reducing fuel burn on the ground.

[Insert Image of Aircraft using PCA or Aircraft with APU emissions in the background]

Why It Matters

APUs serve an important function, but excessive use adds up in costs and environmental impact. Running an APU longer than necessary leads to excess fuel consumption, higher emissions of nitrogen oxides (NOₓ) and carbon monoxide, and increased noise pollution- an especially pressing concern for airports near residential areas, where communities are advocating for stricter noise regulations.

With sustainability becoming a business necessity, airports and airlines are looking for smarter ways to manage operations without sacrificing efficiency. That’s where technology comes in.

The Role of AI and Real-Time Monitoring

Tracking APU usage manually across an entire airport is nearly impossible, but AI-powered monitoring tools are making it much easier. Real-time visibility helps airport operators enforce policies, identify unnecessary APU use, and ensure compliance with environmental goals.

Synaptic Aviation is collaborating with airports and airlines globally to provide AI-driven insights that improve efficiency and sustainability. By using computer vision and real-time data, operators can make faster, more informed decisions—reducing fuel waste, cutting costs, and minimizing emissions.

The move toward more sustainable ground operations isn’t just about meeting regulations. It’s about building a cleaner, quieter, and more efficient future for aviation—one where technology plays a key role in driving meaningful change.

As airports become increasingly reliant on data-driven systems, ensuring reliable connectivity has never been more critical. The aviation industry has long struggled with fragmented systems, outdated infrastructure, and data silos that slow down operations. But now, with the rise of wireless technologies like 5G, private networks, and LoRaWAN, airports and airlines have a unique chance to improve efficiency, safety, and the passenger experience.

At the Mobile World Congress (MWC) Smart Airport Summit 2025, industry leaders, including Synaptic Aviation’s VP of Global Sales, discussed how the Internet of Things (IoT) and digital transformation are changing the way airports operate. A major point of focus? The role of 5G in shaping the future of aviation connectivity.

How 5G is Changing Airports

5G brings a host of improvements over traditional connectivity, including:

• Lower Latency & Faster Speeds – Real-time data exchanges between IoT sensors, AI-powered platforms, and operational teams enhance decision-making and improve situational awareness.
• Greater Reliability – Applications critical to airport operations, such as computer vision for safety monitoring and predictive maintenance, need uninterrupted connectivity. 5G provides that reliability.
• Improved Passenger Experience – With faster security checks and more personalized travel insights, 5G offers new opportunities to make the travel experience more convenient.

Where Airports Stand on 5G Adoption

Some airports are already testing private 5G networks, while others are still weighing the costs, infrastructure requirements, and potential challenges of integration. Key considerations include network ownership, the cost of deployment, and how new networks will work with existing systems. While 5G holds significant potential, each airport has its own unique needs. As a result, flexibility and compatibility with existing technologies are important factors for successful deployment.

Looking Ahead: The Impact of 5G on Airport Innovation & Technology

With faster, more reliable networks, computer vision, predictive analytics, and automation will play a greater role in improving efficiency, enhancing safety, and reducing delays in airport operations. However, with airports at different stages of 5G adoption, ensuring that new technologies remain adaptable to a range of connectivity environments will be key. Progress will depend on collaboration between technology providers, airport operators, and regulators to develop solutions that work seamlessly across both existing and emerging network infrastructures.

As the industry advances, flexible, AI-powered platforms—like those developed by Synaptic Aviation—are designed to operate effectively across different network environments, ensuring airports can harness real-time intelligence, no matter where they stand in their connectivity journey.

Stay tuned as we explore what’s next in aviation connectivity.

Operating a Passenger Loading Bridge (PLB) at an airport during snowy conditions presents several unique challenges for the operator. Although many modern PLBs are equipped with sensors that monitor the position of the bridge, a significant portion of older airports or terminals still use traditional PLBs without sophisticated sensor systems. These older systems may rely on manual checks or basic mechanical systems to ensure proper retraction or deployment of the bridge. 

Hence, operating a Passenger Loading Bridge (PLB) requires manual procedures and vigilance from the ground crew to ensure the PLB is fully retracted from the safety envelope on the tarmac. The most common method of verifying when a PLB is fully retracted is through direct observation by ground personnel. A PLB positioned within the safety envelope could potentially collide with the aircraft or other ground equipment, causing physical damage. For example, if the PLB is too close to the aircraft’s body or wings, accidental contact could occur during the arrival or departure process, leading to expensive repairs or delays. Ground crew operators monitor the retraction process, checking for key visual indicators that help assess when the bridge has moved to its fully retracted position and clear of the aircraft for pushback. 

However, snowy weather introduces several significant risks, primarily due to reduced visibility and the challenges of determining when the bridge is fully retracted. Snow can obscure the visual indicators that are typically used to monitor the position of the bridge making it difficult to safely and accurately perform these checks. Visual markers or indicators on the PLB or tarmac could be covered by snow, making it hard to assess whether the bridge is correctly aligned. This makes it difficult for the operator to evaluate the surrounding environment clearly, which is critical to maintaining safe and efficient operations. 

These risks, however, can be mitigated using Ai powered computer vision. Ai technology can improve the accuracy, efficiency, and safety of the bridge’s operation, even in challenging conditions like snow or low visibility. By leveraging high-resolution cameras, real-time image processing and Ai algorithms, the PLB operator can better understand the distance and positioning of the aircraft and other objects, even in adverse conditions. Ai detection of the PLB position complements human judgement reducing the risk of incursion during arrivals. 

Furthermore, the Ai system can also help prevent accidents by detecting and responding to potential hazards in real-time. If an unsafe situation arises, such as a PLB inside the safety envelope prior to an aircraft arrival, the system can alert the operator and ground personnel to take precautionary measures immediately. These data-driven insights can help decision makers react swiftly. 

By integrating AI technologies into the operation of Passenger Loading Bridges at airports, operators can improve visibility and enhance overall safety and efficiency. AI systems can offer real-time analysis of environmental conditions, optimize operations for better performance in snowy weather, and ensure safer interactions between the PLB, aircraft, and ground personnel. The combination of reduced visibility, icy tarmacs, and the need for a safe, efficient and regulatory-compliant environment makes Ai an invaluable tool for a smoother, more resilient winter operation. 

GRAND RAPIDS, Mich., Jan. 23, 2025 – The Gerald R. Ford International Airport Authority, in partnership with Avflight Grand Rapids Corporation, the Michigan Economic Development Corporation (MEDC), Seamless Ventures, Southwest Airlines® and the West Michigan Aviation Academy, announced the seventh cohort of companies selected to receive more than $200,000 in total grant funding through the Ford Launchpad for Innovative Technologies and Entrepreneurship (FLITE).

“We are proud to welcome five new companies to the FLITE program that will pilot test their technologies at the Gerald R. Ford International Airport,” said Alex Peric, COO of the Ford International Airport Authority. “We appreciate the commitment of our partners in supporting companies that will shape the future of aviation.”

FLITE, a first-of-its-kind program in the aviation industry, is helping shape the future of aviation by providing grant funding and pilot-testing opportunities to companies developing air travel technologies and services. The five companies in this round include:

• Arrow Analytics: Utilizes AI and sensors to uncover new data sources.
• Civilized Cycles: Provides safe, sustainable and affordable electric vehicles.
• Metro Consulting Associates: Offers civil engineering and land surveying solutions for energy, community development, and infrastructure.
• Synaptic Aviation: Leverages AI to monitor and optimize apron operations while enhancing safety protocols and fuel efficiency.
• Tubular Network: Automates the movement of goods in tubes using AI-driven delivery shuttles, providing safe, eco-friendly, and efficient logistics.

“We’re thrilled to be part of the FLITE program at Ford International Airport,” said Marc Liu, chief revenue officer at Civilized Cycles.

This partnership provides a unique opportunity to showcase the capabilities of our electric cargo trikes in a real-world setting and demonstrate how they can revolutionize airport operations.

“FLITE aligns perfectly with our mission to provide sustainable and efficient transportation solutions, and we’re excited to contribute to the growth of Michigan’s innovative mobility ecosystem.”

As Michigan’s lead advocate for business development, job creation and community growth, the MEDC has played a key role in fostering innovation. Through the Office of Future Mobility and Electrification (OFME), the MEDC has provided grant funding to support the companies participating in FLITE, to further the program’s mission and drive advancements in Michigan’s vibrant mobility and technology sectors.

The five companies will pilot their technologies at Ford International Airport this winter and spring:

• Arrow Analytics will test a camera-based system using AI to identify carry-on baggage and streamline boarding.
• Civilized Cycles will showcase their electric vehicle as a short-distance cargo mover within the airport terminal.
• Metro Consulting Associates will estimate future electrical demand and propose energy infrastructure solutions.
• Synaptic Aviation will test AI and computer vision to improve efficiency and accountability in ground operations.
• Tubular Network will explore logistics solutions to enhance baggage handling before and after TSA screening.

FLITE, which recently received the 2024 Best Small and Emerging Airport Innovation Award from Airports Council International World and Amadeus, has supported more than 30 companies, awarding over $1 million in total grant funds across seven rounds.
Applications for the next round of FLITE are being accepted now through June 30, 2025, at michiganbusiness.org/mobility-funding.

About Synaptic Aviation
Synaptic Aviation, headquartered in Miami, Florida, is an AI software company trusted by customers in the aviation sector worldwide. Synaptic Aviation’s accurate, scalable, and proprietary AI-powered software utilizes computer vision to capture real-time information about its customers’ operations. Synaptic Aviation’s software solutions increase operational visibility and detect risks, enabling customers to elevate safety standards, improve compliance and significantly increase operational efficiency. Learn more at www.synapticaviation.com.

About the Gerald R. Ford International Airport
The Gerald R. Ford International Airport is Michigan’s second-busiest airport, serving nearly four million passengers annually with seven commercial airline partners offering nonstop flights to over 30 destinations. Managed and operated by the Gerald R. Ford International Airport Authority, the airport supports over 40,000 jobs and contributes more than $7 billion to the local economy each year. For more information, visit www.flyford.org or follow the airport on Facebook, X, LinkedIn, and Instagram @FlyGRFord.

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MIAMI, Aug. 16, 2023 /PRNewswire/ — Synaptic Aviation announces it has been selected by AFWERX for a SBIR Direct-to-Phase II contract focused on utilizing Synaptic Aviation’s AI technology to address the most pressing challenges of the Department of the Air Force (DAF). Synaptic Aviation will deploy its highly accurate, enterprise-grade AI software solution in a test environment to enable the DAF to monitor and improve upon its operational safety procedures.

The Air Force Research Laboratory and AFWERX have partnered to streamline the Small Business Innovation Research (SBIR) and Small Business Technology Transfer (STTR) process by accelerating the small business experience through faster proposal to award timelines, changing the pool of potential applicants by expanding opportunities to small business and eliminating bureaucratic overhead by continually implementing process improvement changes in contract execution. More than 1000 projects/proposals were submitted for evaluation and less than 10% were selected for the recent Phase II round. Synaptic Aviation was selected for its disruptive approach to mitigating operational safety risks by providing its innovative AI software models which will in turn strengthen the national defense of the United States of America.

“We are honored to collaborate with the United States Air Force to deliver advanced AI-based aviation technology that will bring increased efficiency and safety to the operations supporting our national security.” – Juan Gomez, Synaptic Aviation

About Synaptic Aviation
Synaptic Aviation, headquartered in Miami, Florida, is an AI software company trusted by customers in the aviation sector worldwide. Synaptic Aviation’s accurate, scalable, and proprietary AI-powered software utilizes computer vision to capture real-time information about its customers’ operations. Synaptic Aviation’s software solutions increase operational visibility and detect risks, enabling customers to elevate safety standards, improve compliance and significantly increase operational efficiency. Learn more at www.synapticaviation.com.

About Air Force Research Laboratory (AFRL)
The AFRL is the sole organization leading the planning and execution of U.S. Air Force & U.S. Space Force science and technology programs. The AFRL orchestrates a world-wide government, industry and academia coalition in the discovery, development and delivery of a wide range of revolutionary technology. The AFRL provides leading-edge warfighting capabilities keeping air, space and cyberspace forces the world’s best. The AFRL employs 10,800 military, civilian and contractor personnel at 17 research sites, executing an annual $4B budget. For more information, visit: www.afresearchlab.com.

About AFWERX
AFWERX is the innovation arm of the DAF and a directorate within AFRL. AFWERX brings cutting-edge American ingenuity from small businesses and start-ups to address the most pressing challenges of the DAF. AFWERX employs approximately 215 military, civilian and contractor personnel at five hubs and sites, executing an annual $1.4B budget. Since 2019, AFWERX has executed 4,671 contracts worth more than $2B to strengthen the U.S. defense industrial base and drive faster technology transition to operational capability. For more information, visit: www.afwerx.com.

Disclaimer
The views expressed herein are those of the author and do not necessarily reflect the official policy or position of the Department of the Air Force, the Department of Defense, or the U.S. government.

This press release was issued through 24-7PressRelease.com. For further information, visit http://www.24-7pressrelease.com.

SOURCE Synaptic Aviation

MIAMI, FL – Dec 13, 2024 – Synaptic Aviation, a U.S.-based technology company
specializing in artificial intelligence (AI) solutions for the aviation industry, announces it has
been selected by AFWERX for a Small Business Innovation Research (SBIR) Direct-to-Phase II
contract focused on utilizing the company’s enterprise-grade AI software solution to create
proactive safety solutions.

The Air Force Research Laboratory and AFWERX have partnered to streamline the SBIR and
Small Business Technology Transfer (STTR) process by accelerating the small business
experience through faster proposal to award timelines, changing the pool of potential
applicants by expanding opportunities to small business and eliminating bureaucratic overhead
by continually implementing process improvement changes in contract execution. 
“This collaboration demonstrates a forward-thinking approach to harnessing innovative
technology,” said Sal Salman, Synaptic Aviation’s president. “Receiving a second contract from
the U.S. Air Force is a testament to our solution’s effectiveness, and we look forward to
contributing to the advancement of their ground operations using our computer vision and
machine learning technology.”

The views expressed are those of the author and do not necessarily reflect the official policy or
position of the Department of the Air Force, the Department of Defense, or the U.S. government.

About Synaptic Aviation
Led by aviation industry veterans, Synaptic Aviation offers customizable solutions for the
aviation industry that deliver critical data and real-time alerts. These tools help mitigate delays,
increase safety, reduce fuel burn, optimize gate utilization, assist with routine inspections, and
manage service needs effectively, resulting in streamlined operations and improved
performance. To learn more about Synaptic Aviation or to set up a demo, visit
www.synapticaviation.com.

About AFRL
The Air Force Research Laboratory is the primary scientific research and development center
for the Department of the Air Force. AFRL plays an integral role in leading the discovery,
development, and integration of affordable warfighting technologies for our air, space and
cyberspace force. With a workforce of more than 12,500 across nine technology areas and 40 other operations across the globe, AFRL provides a diverse portfolio of science and technology
ranging from fundamental to advanced research and technology development. For more
information, visit afresearchlab.com.

About AFWERX
As the innovation arm of the DAF and a directorate within the Air Force Research Laboratory,
AFWERX brings cutting-edge American ingenuity from small businesses and start-ups to address
the most pressing challenges of the DAF. AFWERX employs approximately 370 military, civilian
and contractor personnel at five hubs and sites executing an annual $1.4 billion budget. Since
2019, AFWERX has executed over 6,200 new contracts worth more than $4.7 billion to
strengthen the U.S. defense industrial base and drive faster technology transition to
operational capability. For more information, visit: www.afwerx.com.

The audio AI solution designed to accurately determine when the auxiliary power unit (APU) of an aircraft is running, adding a critical layer of efficiency to ground operations, and resulting in cost savings, CO2 reductions, and decreased noise pollution.

Synaptic Aviation, a U.S.-based technology company specializing in artificial intelligence (AI) solutions for the aviation industry, officially launches its latest audio AI solution designed to accurately determine when the auxiliary power unit (APU) of an aircraft is running, adding a critical layer of efficiency to ground operations, and resulting in cost savings, CO2 reductions, and decreased noise pollution.

“The addition of audio AI to our product line marks a significant milestone in our mission to revolutionize and streamline ground operations,” said Sal Salman, Synaptic Aviation president and chief technology officer. “Automatically determining if the APU is running with the use of AI is a reliable and innovative way to ensure aircraft readiness.”

Increasing ground power unit (GPU) connection time to limit auxiliary power unit (APU) utilization presents a key savings opportunity. In a recent three-month study, Synaptic Aviation found that their airline client could save more than $23,000 annually at one gate by increasing GPU connection time to 84% of its available ground time, representing a considerable savings when factoring in the airline’s 35 gates at that one airport location. While benefits may vary between airlines, every customer who deploys the company’s audio AI technology to optimize APU usage can expect improved margins.

Synaptic Aviation’s cutting-edge computer vision technology, combined with advanced audio AI solutions, significantly enhances ground operations by optimizing processes, reducing turnaround times, and ensuring more precise and effective communication and safety protocols. Additionally, the data gathered by ongoing AI monitoring and analysis allows customers to consistently enhance and customize their solutions.   

“The data that we are now able to provide our customers is invaluable to their business,” continued Salman. “We can learn and adapt our solutions to meet the needs of each individual customer. The audio AI element rounds out the information that we are able to provide.”

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HERNDON, Va., March 5, 2024 /PRNewswire/ — Metron Aviation, a global leader in software solutions for Air Traffic Management (ATM) and Air Traffic Flow Management (ATFM) systems, will exhibit at the Airspace World 2024 show in Geneva, Switzerland.

On Wednesday March 20, 2024, during Airspace World 2024 Metron Aviation will present a panel on – Enhanced ATM Capability Through System-to-System Integration. This panel of industry experts representing different aspects of ATM will gather to discuss the benefits and capability extension that can be realized through greater system integration. 

Metron Aviation is honored and excited to present this outstanding group of industry experts:

• Brett Fujisaki, Vice President Sales & Business Development – Metron Aviation
• Juan M. Gomez, CEO – Synaptic Aviation
• Fredrik Lindblom, Vice President, Head of Saab Thailand & Sales Director Region Asia – Saab Group
• Adam Stark, Senior Product Manager, Solutions Specialist – SITA
• Christopher Devlin, Director of Product Management – Aireon
• Moderator: Javier Alejandro Vanegas, Region Director Latin America & Caribbean Affairs – CANSO

During the tradeshow, between March 19-21, 2024, Metron Aviation invites attendees to visit Stand #J08 in Geneva to learn more about their ATM and ATFM solutions and options for onsite deployment or cloud solution delivery models.

In addition, Metron Aviation will showcase its Harmony System and Post-Operations Evaluation Tool for its primary stakeholders — airlines, airports, and air navigation service providers. Metron Aviation’s smart software enables its users to better manage the efficient use of their airspace and airport capacities while also meeting their environmental goals and mitigating impact on our ecosystem.

About Metron Aviation
Metron Aviation is a global leader in aviation software development for air navigation service providers, airlines, airports, and the U.S. Federal government. Our technical software is implemented via onsite deployment or cloud solutions in support of our primary focus — to be the global brand that delivers excellent services in the aviation industry and inspires customers through an exceptional experience.

For details, visit www.metronaviation.com

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Feb 2024 – International Airlines Group (IAG) and Pittsburgh International Airport (PIT) – via its xBridge innovation programme – have deployed Synaptic Aviation’s computer vision, opening up a wealth of new data. IAG and PIT are both Corporate Partners of the FTE Digital, Innovation & Startup Hub.

The cutting-edge technology uses Artificial Intelligence models for computer vision to monitor ramp operations via cameras stationed at a gate. They record everything that happens and feed it back to a workstation that can synthesise the data almost instantly into actionable information for airlines and airports.

Data points can include how long it takes an aircraft to park, for baggage to be loaded and unloaded, passengers deplaned and boarded, positioning of ramp crew, and more. The workstation runs the data through various modelling algorithms and then uploads it to the cloud, where airline and airport employees can access it and run analytics and reports and even watch the recorded video with graphic overlays.

Staff at PIT and IAG – parent company of Aer Lingus, British Airways, Iberia, LEVEL and Vueling – have been trained on the system and are already using it to evaluate their operations.

In 2023, IAG signed a memorandum of understanding with PIT to drive the aviation industry forward by developing technological solutions to safety, customer experience and operational efficiency challenges for both airlines and airports.

“As an airline, we’re pushing the technology, but we’re really keen that the airports are joining us on that journey,” said Thomas Cannell, Program Director, Airports Automation, IAG Airports. “And that’s been something that’s quite exciting and progressive from Pittsburgh, that they want to go on that journey with us. The beauty of the technology is it’s focused on the same thing, every flight, every gate. It’s a really important starting step to revolutionising what we do on the ramp. And that’s where the benefit comes in.”

xBridge, launched in late 2020, works with both established and startup technology companies to develop tech solutions for aviation and other industries onsite at PIT. For xBridge Director Cole Wolfson, the Synaptic project is exciting because of what it could mean not just for PIT, but the aviation industry as a whole. “At xBridge, we work with companies to test new technologies not just for PIT, but also for our partners and the industry,” he said. “By testing these technologies here, we are certainly able to better understand how they can enhance our operations and passenger experience, but that’s not the only goal. More broadly, success for us is testing and demonstrating these technologies for the industry, so that they may make a significant impact far beyond Pittsburgh.”

FTE Aviation & Robotics Summit to take place in Pittsburgh, 14-16 May 2024

Learn more about robotics at the FTE Aviation & Robotics Summit, taking place in Pittsburgh – the “Robotics Capital of the World” – on 14-16 May 2024.

The FTE Aviation & Robotics Summit 2024 will bring together aviation and robotics industry professionals with the primary goal of solving aviation business and operational challenges with robotics solutions. The three-day interdisciplinary series of conference sessions, workshops, robotics innovation tours, and networking opportunities will take place across the city of Pittsburgh. The workshops will be hosted at the renowned Carnegie Mellon University (CMU) – one of the top robotics and computer science universities in the world.

To meet phenomenal demand for insights and learning in this realm, the 2024 event will be open to all industry executives with a definitive focus on robotics and AI – technologies which we are convinced will reimagine the aviation sector within the next five to 10 years.

There are a total of 100 complimentary tickets available for direct employees of Airports, Airlines, Aircraft Manufacturers and Government Agencies, who must express their interest by Thursday 29 February in order to be considered for a free ticket. In addition, we have 100 tickets available for Vendors/Suppliers.

Learn more about the FTE Aviation & Robotics Summit 2024

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Groundbreaking Partnership with Leading Aviation Services Provider, Unifi, set to Improve Safety, Efficiency and Compliance

MIAMI, FL – January 12, 2022 — Synaptic Aviation launched its revolutionary Artificial Intelligence (AI) technology to provide cutting edge, unprecedented visibility into ground operations for the aviation industry. In partnership with Unifi (formerly DAL Global Services (DGS)), the largest provider of aviation services in North America, the two have signed a service agreement with the goal of improving Unifi’s industry-leading safety and on-time performance facilitating efficient aviation operations and a seamless customer experience.

Synaptic Aviation’s revolutionary AI platform produces smart, usable data that tracks activity and procedural compliance from start to finish while creating a real-time log of events.  Historically, customers have been limited by the manual aspect of data gathering.  This never-before available data gives the customer control of turnaround activities allowing them to prevent avoidable service failures and become predictive over time.

“At Synaptic Aviation we are passionate about pushing the limits of AI to solve common operational challenges that ground service providers, airlines and airports face every day,”
“Our solution is pioneering and delivers results within weeks.”Juan M. Gómez, CEO, Synaptic Aviation.

Synaptic Aviation tracks thousands of flights and provides key operational information like average turn time, gate utilization, mandatory foreign object damage (FOD) prevention walks, ground power unit (GPU) connection times, jet bridge status and more.  In addition to the operational metrics being measured, Synaptic Aviation provides key compliance reports to help Unifi maintain safety measures around the aircraft.

“At Unifi, we’re always looking for ways to improve operations and safety for both our customers and employees,” said Brian Bartal, SVP of Safety for Unifi. “Synaptic Aviation provides an innovative way to further reduce human error.” The partnership focuses on improving training, follow up, compliance and meeting airline designated standards for connections and first bag out.

The AI technology minimizes avoidable disruptions and service failures while aircraft are being serviced on the ground. In addition, Synaptic Aviation improves safety and efficiency, helping to minimize injuries and create a reliable operational environment.

In a world with continued air travel challenges, advanced AI and computer vision have the capability to reduce avoidable delays, reduce CO2 emissions and lower operational costs.

“The aviation industry will never be the same,” said Gómez. “AI enables a type of visibility that gives our customers every piece of information they need to change the behaviors that cause service disruptions and unsafe working conditions. The result is a safe, reliable operation, a seamless customer experience, and an increase in customer loyalty.”

ABOUT SYNAPTIC AVIATION

Synaptic Aviation is an Artificial Intelligence (AI) software company that utilizes innovative technology to serve its large and growing customer base. Based in Miami, FL, the company combines its accurate, scalable software solutions with its understanding of the aviation industry to provide its customers information to improve safety, compliance, and efficiency.  The AI-powered solutions developed and deployed by Synaptic Aviation optimize operations for airports, airlines, air cargo, and ground handling companies.

ABOUT UNIFI

Unifi is the largest aviation services provider in North America servicing more than one million flights each year. With over 20,000 valued employees across more than 200 locations, Unifi provides a full range of above and below wing services including ground handling, cabin services, passenger handling, security, facility, cargo services, ground support equipment maintenance, and more to most major US-based airlines, airports, and cargo providers. Unifi’s vision is to be the most respected company by providing an exceptional experience getting aircraft and passengers to their destination, safely. Find out more at www.unifiservice.com.

ABOUT Argenbright Holdings

Argenbright Holdings is a privately held provider of workforce solutions in human capital-intensive industries headquartered in Atlanta, Georgia, with decades of experience in security, aviation services, and facilities services. Argenbright Holdings’ mission is to provide legendary service to their clients by delivering the personal attention expected of local service providers, as well as having strong processes, technology-driven solutions, and national reach. Find out more at www.argenbrightgroup.com.

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