All Archives | Haivision Mission-Critical Video Solutions Thu, 08 Jan 2026 14:11:42 +0000 en-US hourly 1 https://wordpress.org/?v=6.9 https://www.haivision.com/wp-content/uploads/2024/06/cropped-haivision-shark-favicon-32x32.png All Archives | Haivision 32 32 ISR Trends Transforming Defense and Public Safety Operations https://www.haivision.com/blog/public-safety/isr-trends-transforming-defense-and-public-safety-operations/ Wed, 07 Jan 2026 16:00:12 +0000 https://www.haivision.com/?p=54441

The Intelligence, Surveillance, and Reconnaissance (ISR) landscape continues to evolve as new challenges and operational demands push the need for advanced technologies and improved mission workflows. With agencies seeking to modernize their infrastructure, 2026 is poised to become a pivotal year in ISR innovation.

As the volume of video, sensor data, and open-source information continues to grow, agencies are facing unprecedented data complexity. Modern ISR operations now require technologies that can fuse diverse inputs, automate analysis, and support distributed teams operating across multiple domains.

ISR challenges have expanded beyond simply gathering information. Today, the priority is processing that data quickly, presenting it clearly, and delivering it to decision-makers as fast as possible.

Keep reading this post to learn about the emerging tools and trends that are driving innovation across ISR video workflows and how agencies are looking to tackle challenges in the new year and beyond.

The adoption of drone as first responder systems

Drone as First Responder (DFR) programs continue to emerge as agencies look for faster, more accurate information during emergencies. What were once national- and federal-level systems are now being adopted by municipal operations, giving agencies citywide insights during critical incidents.

Beyond rapid response, DFR programs also create a scalable foundation for long-term modernization, enabling drones to become part of daily operational workflows—not just emergency deployments.

By deploying drones equipped with high-resolution cameras for live video streaming, safety and security organizations can obtain critical real-time aerial intelligence before officers arrive on the scene. When DFR systems are paired with cellular video transmission technology and visualized using powerful software like the Haivision Command 360 video wall solution, command centers gain a clear, unified view of aerial feeds, ground cameras, and real-time alerts, allowing teams to coordinate and act more quickly and effectively.

AI-powered situational awareness and analytics

AI and machine learning continue to become more accessible for public safety operations, enabling agencies to extract greater value from the video infrastructure they already have in place. By pairing legacy cameras, fixed sensors, and existing video networks with Haivision Kraken video processing platform, agencies can apply real-time AI processing to mission-critical video without requiring a full system overhaul. Kraken integrates AI-enabled processor modules and partner algorithms to perform object detection, classification, and tracking, enriching live video streams with actionable metadata and visual cues.

These AI-driven enhancements allow operators to quickly identify relevant activity, focus attention on what matters most, and improve decision-making within command centers and field operations. By adding intelligence directly to the video stream, Kraken transforms sources that once provided limited situational awareness into valuable, insight-driven assets.

As a result, agencies can extend the life of existing infrastructure, reduce upgrade costs, and deploy AI-enhanced analytics across environments. Whether deployed at the tactical edge, within command centers, or in cloud-based workflows, Kraken delivers real-time AI processing that enhances situational awareness and supports faster, more informed responses when every second counts.

Real-time traffic intelligence to improve response times

Public safety teams are exploring how to integrate live traffic information from public and commercial camera networks in high-traffic zones in order to improve response times during emergencies.

With growing urban populations and increasing congestion, traffic delays can significantly impact response outcomes. Leveraging AI-powered systems and live video transmission technology gives dispatchers real-time insight into the fastest and safest paths to the scene, improving arrival times during incidents or large-scale events.

AI at the tactical edge in contested environments

Contested environments require ISR systems that can operate in areas with low bandwidth and where GPS services are not completely reliable. AI-enabled edge processing reduces reliance on connectivity by analyzing full-motion video (FMV), imagery, detections, and sensor inputs from aircrafts, UGVs, or drones, instantly.

By processing critical intelligence at the edge, teams reduce bandwidth requirements and ensure essential insights reach command centers even during network disruptions.

This edge-processed video data can then be transmitted using Haivision’s ultra-low latency encoders and transmitters and visualized through the Haivision Command 360 video wall solution, enabling command centers to maintain situational awareness in disconnected, intermittent, or low-bandwidth environments.

Multi-domain integration and space-based ISR

ISR platforms extend across land, sea, air, and even space. As commercial operators continue to develop solutions in orbit, space-acquired imagery and data from satellite sources are becoming increasingly important to modern ISR workflows.

Real-time satellite video feeds can now be combined with airborne or terrestrial ISR systems to give a more complete snapshot of any given situation. The ability to merge satellite, airborne, maritime, and ground-based feeds through interoperable platforms gives agencies a unified operational picture, enabling faster interpretation and more confident decision-making.

With Command 360, teams can see satellite imagery alongside live airborne video, providing analysts and commanders with a layered, real-time view that supports rapid action and cross-team collaboration.

The continued rise of open-source intelligence

Open-source Intelligence (OSINT) has become one of the most important trends in intelligence gathering. With publicly shared information increasingly available worldwide, agencies can use large language and machine learning models to detect patterns, analyze insights, and extract intelligence from region-specific content.

As agencies refine their OSINT strategies, the goal is shifting from simply collecting public data to filtering, validating, and prioritizing insights that directly support operational decision-making.

Real-time intelligence will always require real-time visualization

Across both public safety and defense environments, ISR operations demand the ability to capture, transmit, and visualize video and data as quickly as possible. As new technologies and AI-powered systems continue to expand, the challenge is no longer just gathering information, but organizing, interpreting, and distributing it in real time.

Each of these emerging trends reinforces a common need: a unified visualization framework that brings together diverse data sources and presents them clearly for rapid, coordinated action.

As the ISR landscape evolves, Haivision continues to support these needs with ultra-low latency video encoding, reliable and safe network video transport in harsh or contested environments, edge-ready technologies for drones and vehicles, and new powerful updates to the Haivision Command 360 video wall solution.

With trusted deployments across defense organizations, government agencies, and public safety teams worldwide, Haivision helps agencies collaborate more effectively, respond faster, and make better decisions in the moments that matter most.

Haivision supports ISR missions with real-time video acquisition, edge-ready technology, and secure network transport.

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Private 5G Takes Flight: Inside RAI and Haivision’s Groundbreaking Project https://www.haivision.com/blog/all/private-5g-takes-flight/ Wed, 10 Dec 2025 16:00:17 +0000 https://www.haivision.com/?p=54351

Launched in 2019, the IBC Accelerator Media Innovation Programme aims to tackle some of the media and entertainment industry’s most urgent technology and business challenges, including the shift to IP workflows, the use of 5G in production and distribution, the evolution of remote strategies, and more.

The program promotes collaboration and innovation through real-world experimentation and features broadcast industry leaders and content providers as “Champions,” while “Participants”, vendors and solution providers like Haivision, work with them to develop and test new and exciting solutions.

For the 2025 IBC Accelerator program, Haivision took part in the “Conquering the Air(waves): Private 5G from Land to Sea to Sky” project which consisted of three proof of concepts (PoCs) which took place last summer. After successfully powering the coverage of the coronation of King Charles from a land-based 5G private network, as well as the games in Paris 2024 from a sea-based 5G private network, Haivision and its partners were looking to take 5G to the skies and provide broadcasters with even more versatile ways to capture content and bring audiences closer to the action.

Keep reading this post to learn about the role Haivision played in the first PoC that took place in Italy with Radiotelevisione Italiana (RAI), France Télévisions, Neutral Wireless, and Eutelsat, as the team set out to test how an airborne 5G-powered production workflow can improve flexibility and reduce complexity for broadcasters while still providing strong network connectivity.

 

The challenges of an airborne private 5G network

For the first trial in the IBC Accelerator project, the Haivision team and project partners were on location in Italy to create an airborne private 5G cell using a tethered drone and a lightweight n77 radio head.

There were several challenges for the team to overcome even before taking to the air. These included navigating the complexity of spectrum regulations, adhering to strict drone flight zone restrictions, ensuring reliable backhaul connectivity, and monitoring weather conditions.

Once those were solved, one of the biggest production challenges was getting a 5G cell into the air attached to an aerial platform that was sturdy enough to hold it, while still light enough to remain in the air and provide connectivity to devices on the ground.

For the drone to fly, the team needed to keep its weight under 110 pounds (50 kilos) while keeping it tethered to a power cable to ensure there was enough flight time to conduct the test.

Inside RAI and Haivision’s Groundbreaking Project

 

A collaborative and innovative Haivision solution takes 5G to the skies

The tethered drone was launched up to 50 meters in the air and provided private 5G connectivity to cameras on the ground within a designated drone flying zone. Using this aerial-based private 5G network, a Haivision Falkon X2 5G mobile video transmitter, a Haivision Pro460 field unit, and smartphones equipped with the Haivision MoJoPro camera app successfully sent ultra-low latency live video to the central production center

A Haivision StreamHub receiver located on-site combined all the live feeds as a single multi-viewer video which was then retransmitted over a Low Earth Orbit (LEO) satellite network link using a Haivision Pro460 for distribution to the cloud.

The airborne 5G network allowed the ground-based infrastructure to contribute multiple live video feeds with excellent quality at even better-than-expected range, making the first PoC a massive success. This trial offered valuable insights into performance, range, and stability of airborne private networks, especially in dynamic environments.

Haivision’s suite of mobile live contribution solutions, including the ultra-low latency Falkon X2, were key to demonstrating how 5G-based contribution workflows can be powered from anywhere, including the skies. For distribution, Haivision StreamHub continued its proven track record of providing an effective method of managing and routing live feeds across complex network environments.

Rai

 

A successful test flight for the future of 5G

The success in Turin displayed that unconventional methods of deploying a private 5G network can provide unique, cost-effective, and greener ways to cover dynamic events like mountain races, music festivals, or breaking news stories. These successful PoCs prove that the potential for flexible, rapidly deployable, high-quality broadcast infrastructure is closer to being a reality than ever before.

“For several years, RAI R&D has been engaged in the analysis of private 5G mobile networks to support television production. In this trial, RAI identified a suitable location near Turin to host the POC, providing the frequencies required for the use of the airborne private 5G network and the technical staff for integrating the cell with the drone, as well as for carrying out the first preliminary tests. RAI sees each of these tests as a significant milestone on the path to adopting this technology in production — a breakthrough that we look forward to embracing in the very near future,” said Giulio Stante, R&D engineer at RAI.

For Haivision and the other participants, the IBC Accelerator Programme provided a platform that challenges R&D teams to develop next-generation technologies that enable broadcasters to push creative storytelling beyond the limits of restrictive infrastructure and coverage zones.

Speak With One of Our Experts to Learn More!

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France Télévisions and Haivision Push the Boundaries of Private 5G at the Bretagne Classic https://www.haivision.com/blog/all/future-live-production-private-5g-bretagne-classic-poc/ Tue, 02 Dec 2025 16:00:23 +0000 https://www.haivision.com/?p=54295

In August 2025, France Télévisions partnered with Haivision and key technology collaborators to conduct a groundbreaking proof of concept (POC) during the Bretagne Classic, one of cycling’s most prestigious WorldTour races.

The goal: to explore how private 5G connectivity could enable more agile, sustainable, and cost-efficient live production workflows.

This large-scale field test brought together Haivision’s live video contribution technology, Neutral Wireless’ private 5G network, and Eutelsat’s LEO satellite connectivity into one unified workflow. The test was part of the 2025 IBC Accelerator Programme project called “Conquering the Air (Waves): Private 5G from Land to Sea to Sky.”

The initiative explores how private 5G can support greener live production methods. By reducing reliance on traditional RF systems, private 5G has the potential to lower CO₂ emissions, supporting more sustainable live production practices. In addition to greener production workflows, these trials have also demonstrated how broadcasters can enhance safety and coordination for both broadcast teams and athletes.

The project has focused on developing and testing new mobile and aerial network architectures and innovative backhaul solutions to support high-quality, low latency video and audio streaming, including the development of a drone-based 5G network. Several proof-of-concept trials across Europe this summer, as part of “Conquering the Air (Waves): Private 5G from Land to Sea to Sky”, have demonstrated how private 5G can support more immersive, flexible, and reliable coverage of live events. The findings from this project will inform future implementations of aerial 5G connectivity, paving the way for more flexible, scalable, and immersive media production solutions.

“At France Télévisions, we place our audiences at the heart of our innovations. By exploring solutions such as private 5G and LEO satellites, we are making our productions more agile and responsible, in order to offer ever richer and more accessible coverage of the events that matter to them,” said Skander Ben Attia, CTO at France Télévisions.

 

Overcoming the Challenges of Live Cycling Coverage

Delivering this POC required solving a series of technical and regulatory challenges. The project team had to:

  • Identify and secure an aircraft with a licensed pilot and modify the airframe to house private 5G hardware.
  • Develop and test prototype radio, video, and transcoding equipment.
  • Negotiate spectrum licensing with ARCEP and the Ministry of Armed Forces.
  • Design wireless backhaul routes that could operate while the aircraft was in flight.
  • Weather conditions and strict aviation safety regulations added further complexity, highlighting the difficulty of executing such a cutting-edge trial under real event conditions.

A Hybrid Workflow for Live Production

During the Bretagne Classic, the trial brought together multiple layers of connectivity, including ground, air, and satellite, into a unified live production workflow.

The live production included several motorbike cameras filming the race using traditional RF systems connected to helicopters and a plane. For the POC, one motorbike was equipped with a Haivision Falkon X2 mobile video transmitter and antenna, sending live video to an ultralight aircraft that hosted both the private 5G cell and core network provided by Neutral Wireless.

Onboard the aircraft, a Haivision StreamHub Go was installed to receive the video feeds from the motorbike via the private 5G uplink. The StreamHub Go then used bonded public 4G/5G networks for the downlink, transmitting the streams back to the ground. This required a custom bonding configuration that connected multiple 5G modems to the StreamHub and integrated dedicated antennas into the aircraft’s airframe.

Once received on the ground, the feeds were relayed to a cloud-based Haivision StreamHub, where the video was decoded and made available for remote monitoring and production. The Eutelsat mobile vehicle played a key role in establishing the backhaul, enabling reliable communication between the ultralight and the ground team using both private 5G and satellite connectivity.

The workflow also integrated Haivision Hub 360 for real-time monitoring and secure stream management in the cloud, while Shure microphones captured broadcast-quality audio. Together, this hybrid setup spanning private 5G, public cellular, and satellite links demonstrated a groundbreaking approach to live production that is both flexible and sustainable.

Plane pilot Bregtagne Classic

 

Powering Live Contribution with Haivision

Haivision technology was essential to the Bretagne Classic POC, enabling a reliable end-to-end contribution path for France Télévisions. The Falkon X2 transmitter delivered high-quality, ultra-low latency video from the motorbike over the Neutral Wireless private 5G link on the ultralight aircraft. Onboard, StreamHub Go received and processed the feed before sending it to the ground, where StreamHub and Hub 360 handled decoding, monitoring, and cloud-based distribution.

By supporting contribution over private 5G, bonded cellular, and cloud workflows, Haivision demonstrated how its solutions help broadcasters increase agility, efficiency, and sustainability in live production while advancing the next generation of real-time workflows.

Redefining the Future of Live Production

The Bretagne Classic IBC Accelerator trial proved that integrating private 5G with satellite and bonded cellular technologies can reshape live event broadcasting. France Télévisions and Haivision showed that high-quality coverage can be delivered over lightweight, low-power networks while significantly reducing environmental impact.

This milestone marks a major step toward more accessible, flexible, and sustainable live production, showcasing how innovation in connectivity is redefining the future of broadcast.

Speak With One of Our Experts to Learn More!

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Government Video Solutions for Secure, Real-Time Operations https://www.haivision.com/blog/all/secure-real-time-operations/ Tue, 25 Nov 2025 16:00:34 +0000 https://www.haivision.com/?p=54255

In federal and government operations, real-time video has become the backbone of situational awareness. From emergency response coordination to intelligence monitoring, video walls and distributed video networks enable agencies to see, analyze, and act on critical information quickly and confidently. The challenge is not only accessing video in real-time, but also ensuring that these operations remain secure, reliable, and mission ready.

At Haivision, we understand the unique challenges government agencies face when it comes to deploying and managing secure video solutions. With decades of experience in mission-critical video technology, we help agencies maintain secure, real-time operations by unifying multiple video sources, enforcing strict access controls, and ensuring continuous uptime. While complying with federal security standards, our solutions allow agencies to operate with confidence, knowing that sensitive information is displayed appropriately without interrupting operational flow.

 

The Challenge: Maintaining Secure, Real-Time Operations

Government video walls aggregate video from a multitude of sources, including CCTV, drone feeds, field sensors, traffic and infrastructure systems, and legacy platforms.

Riley Shaw, Sales Engineer at Haivision, explains: The video wall ecosystem is designed to be source-agnostic. It can take inputs from cameras, drones, sensors, or legacy systems and present them in a single common operating picture without storing or forwarding any classified information.”

While this provides unmatched situational awareness, it introduces several operational challenges:

  • Multi-enclave operations: Agencies often need to display classified and unclassified video side by side. Haivision supports multi-enclave video aggregation without creating a data path between networks, ensuring that classified information remains secure.
  • Access management: Sensitive video must only reach authorized personnel at the right time across departments and agencies.
  • Cybersecurity threats: Real-time networks are frequent targets for malicious actors attempting to disrupt operations.
  • Complex integrations: Agencies must consolidate feeds from diverse platforms, including legacy systems, without interrupting operations.
  • Operational reliability: Video solutions must remain live and accurate during emergencies, infrastructure failures, or cyber incidents.
 

How Haivision Supports Security in Real-Time Operations

Haivision’s approach ensures operational security at every level:

  • Volatile memory video processing: Video processors function like high-security monitors and do not store, retain, or record any information. Every video source is transmitted and displayed without creating a back channel or storage path, ensuring that classified material cannot be compromised.
  • Network segmentation and partner integration: For high-security environments, Haivision works with specialized federal integrators to manage input-side security, isolation, and enclave segregation. Our solutions can integrate with National Information Assurance Partnership (NIAP)-approved technology when necessary.
  • Multi-layer isolation: Fiber extenders can be configured as one-way channels to maintain separation between classified and unclassified feeds. Additional layers, such as secure isolators and enclave-specific devices, can be implemented based on operational requirements.
  • Compliance with federal standards: Haivision solutions are designed to meet National Institute of Standards and Technology (NIST) and Federal Information Security Management Act (FISMA) standards. Agencies can remain audit-ready while maintaining full operational security.
  • Redundancy and continuity: Multi-site and backup configurations ensure that operations remain live even during hardware failures or network outages.
 

Best Practices for Securing Government Video Operations

Government agencies rely on mission-critical video walls to maintain situational awareness, streamline decision-making, and coordinate operations across departments. Haivision’s video wall solutions provide a secure, scalable, and flexible platform that centralizes live video, system data, and intelligence feeds in a single operational view. Operators can visualize multiple sources simultaneously, adapt layouts to evolving situations, and respond quickly to incidents with confidence.

Securing a mission-critical video wall involves both technology and process. Agencies can achieve this by implementing:

  • Encrypted video transport: Protect every feed in transit to prevent interception or tampering.
  • Role-based access control (RBAC): Ensure only authorized personnel can view or manage video content, enabling secure cross-agency collaboration.
  • Centralized monitoring and management: Oversee all video feeds from a single platform, maintain compliance, and respond immediately to operational issues.
  • Redundant infrastructure:Maintain live video even during power outages or equipment failures.
  • Partnered integration for complex environments: Work with AV integrators or federal specialists to manage highly classified or multi-enclave setups.
 

Riley also explains that “Our solutions are adaptable to different levels of classification and enclave complexity. We can work with our partners and customers to design a system that meets their security, space, and operational needs.”

 

How Haivision Video Solutions Work Together to Enable Secure, Real-Time Operations

Haivision provides an integrated ecosystem of video solutions that work together to deliver secure, real-time operations across federal and government agencies. A typical workflow includes:

  • Video Sources: Video inputs come from multiple sources, including closed-circuit television cameras, drones, sensors, and legacy platforms. Each source can reside in a different security enclave depending on classification.
  • Input Handling: High-security environments use specialized encoders and partner-integrated isolation solutions to ensure classified and unclassified feeds remain segregated. Fiber extenders and National Information Assurance Partnership (NIAP)-approved AV interfaces may be used to maintain one-way data flow.
  • Video Aggregation: Haivision Command 360 video wall processors aggregate all feeds into a unified common operating picture. The processor operates as a volatile display, meaning no video is stored or recorded, and classified data cannot cross into other networks.
  • Distribution to Operators: Operators in central or distributed operations centers can view real-time video on video walls or individual workstations. Role-based access control (RBAC) ensures each user sees only the content they are authorized to access.
  • Multi-Enclave Coordination: Haivision Media Platform (HMP) distributes content securely within a single enclave. Makito video encoders and decoders can transport video to other sites or agencies, maintaining separation between different security domains while supporting multi-agency collaboration.
  • Redundancy and Continuity: Backup processors, duplicators, and redundant network paths ensure continuous uptime. Even if one component fails, operators continue to have access to live video feeds without interruption.
  • Centralized Monitoring and Management: A unified platform allows IT teams to monitor all feeds, enforce security policies, maintain compliance with standards such as National Institute of Standards and Technology (NIST) and Federal Information Security Management Act (FISMA), and respond immediately to operational issues.
 

Essential Solutions for Essential Operations

Secure, real-time video solutions are essential for federal agencies managing complex operations. Haivision empowers agencies to maintain operational continuity, protect sensitive content, and collaborate securely while meeting strict federal standards. By combining advanced technology with deep expertise, Haivision ensures that government video solutions remain not only powerful but secure, supporting mission-critical operations when they are needed most.

Tune in to our podcast and learn how Haivision helps federal, state, and local teams collaborate, share intelligence, and respond effectively when it matters most.

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Haivision Transforms Live Event Production at Henley Festival with Private 5G Innovation https://www.haivision.com/blog/broadcast-video/henley-festival-with-private-5g-innovation/ Wed, 12 Nov 2025 16:15:29 +0000 https://www.haivision.com/?p=54193

This summer, Haivision and its partners deployed three proof-of-concepts (POCs) as part of the 2025 IBC Accelerator Media Innovation Programme project, “Conquering the Air(waves): Private 5G from Land to Sea to Sky.” These trials pushed the boundaries of using private 5G networks to enable secure, high-bandwidth, and ultra-low latency connectivity for the live production of sports and entertainment events in challenging and dynamic environments.

One of the IBC Accelerator POCs involved testing a private 5G solution with the award-winning production company QTV and wireless communication specialists Neutral Wireless for the Henley Festival on the Thames in the United Kingdom.

The challenges of covering the Henley Festival

The yearly Henley Festival features popular musicians, art installations, comedic performances, and fine dining for over 27,000 guests. Traditionally, capturing footage at music festivals involves the use of wired cameras positioned around the stage. However, heavy and cumbersome equipment can limit the mobility of the live production crew and restrict the variety of footage they can capture. In addition, the large size of the cameras can be off-putting to the audience as they immediately know they are being filmed.

With large events in public areas like this, network connectivity also poses a challenge for broadcast teams. Cellular network bandwidth over public 4G/5G networks is shared with everyone in attendance, causing congestion and creating unpredictability for broadcast teams covering events.

To showcase the festival’s vibrant energy, the QTV production team was exploring new production methods that would allow full camera flexibility without compromising video quality because of poor wireless connectivity.

POC IBC Henley Festival

An innovative private 5G workflow

To convey the vibe of the festival and capture dynamic footage with ultra-low latency, QTV used a Neutral Wireless private 5G network to provide dedicated bandwidth and uplink-biased wireless connectivity during the event. To ensure the uninterrupted transmission of ultra-low latency video across the music festival, QTV deployed Haivision’s 5G cellular technology for live video contribution over the private 5G network:

  • Haivision Pro4 mobile video transmitters were connected to stage-side cameras to stream high-quality video and audio in real-time.
  • A local Haivision StreamHub receiver supported onsite production and distribution.
  • The MoJoPro professional smartphone camera app empowered roaming camera operators to deliver authentic, on-the-ground coverage, capturing the vibrant atmosphere from within the crowd and across the festival grounds.

Using the Haivison Pro portable field units to capture the footage from the stage eliminated the need for any wires and allowed camera operators to have the freedom to move around without the fear of any safety risks. Several camera operators used smartphones on gimbals using the MoJoPro app to capture dynamic coverage from within the crowd. This enabled QTV to film authentic footage of festivalgoers all over the venue, including shots of the riverside, boats on the Thames, and even roaming performers entertaining guests in the crowd, bringing the excitement of being at the festival live to the viewing audience at home.

The trial also demonstrated remote camera control, push-to-talk intercom, and onsite video distribution, showcasing new creative possibilities for live festival production.

POC IBC Henley Festival

A successful deployment

The deployment of a private 5G network from Neutral Wireless and Haivision video transmitter solutions at the Henley Festival was a success, showcasing the potential for this broadcast technology trial to become a viable way to produce future large-scale live events. The ability to capture footage from dynamic camera angles across the event provided a fresh and immersive perspective of the festival.

“The combination of a private 5G network and Haivision’s cellular technology was a gamechanger for covering the Henley Festival and future similar events,” said Gareth Gordon, COO, QTV. “The MoJoPro camera app brought the audience closer to the excitement than ever before, and the StreamHub integration with Cyanview’s multi-camera control panel meant the smartphone cameras could be remotely shaded from the gallery. This allowed for an immersive experience we wouldn’t have been able to capture without this technology.”

Haivision’s 5G cellular technology and the Neutral Wireless private 5G network significantly enhanced both the production process and the audience experience, leading to more visual creativity and technical efficiency for coverage of a large-scale event. This innovative real-world trial proved that an immersive, seamless experience is possible with the right technology, and it could change how live events will be covered in the future.

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Transforming Live Sports Production with Private 5G Networks https://www.haivision.com/blog/all/live-sports-production-with-5g/ Thu, 06 Nov 2025 16:35:18 +0000 https://www.haivision.com/?p=54170

Sports broadcasting has greatly evolved over the years with new technologies that have helped bring fans closer to the action than ever before. One of the most significant innovations in reshaping live sports production has been the introduction of private 5G networks.

With private 5G, live broadcast engineers now have high-bandwidth, low latency wireless networks providing them with unprecedented control, flexibility, and quality for contributing live video. Combining private 5G with powerful new technology like mobile video transmitters and portable video encoders allows broadcasters to deliver immersive viewing experiences that traditional connectivity solutions can’t.

Keep reading this post to learn how the emergence of private 5G networks combined with powerful new broadcast innovations from Haivision are transforming how live sports are produced and presented.

Changing the game with private 5G

When it comes to live production, relying on cables is not always a practical option. Traditional RF systems can be cumbersome to set up, are susceptible to interference, and have a limited range. Using public cellular networks is not always ideal as bandwidth can’t be guaranteed, especially in crowded or remote areas.

Private 5G networks offer dedicated bandwidth and localized infrastructure, allowing for consistent and high-performance connectivity even in crowded areas like stadiums, arenas, and large outdoor venues, making it more reliable than traditional wireless RF systems. This reliability is crucial for sports broadcasting because live video feeds must be delivered without any delays or drops to keep the audience up to date.

Leveraging private 5G enables broadcasters to stream ultra-low latency video feeds from anywhere in the venue without interference or congestion. It enables broadcast engineers to support real-time communication between on-site and remote production teams with dual-channel audio and video returns. Private 5G also provides broadcasters with the agility and bandwidth to add new camera feeds, update settings, and remotely operate cameras all in real-time while the event is underway.

Private 5G networks are easy to deploy and can be available as an all-in-one service giving broadcasters a flexible and scalable option instead of fiber, satellite, or shared networks, which allows them to save costs and reduce the need for excess cables and personnel on-site. When paired with lightweight portable field units like the Haivision Pro and the Haivision Falkon X2 5G mobile transmitter, production crews can transmit high-quality, low latency video from virtually any location.

 

Enhancing sports coverage with Haivision’s live contribution ecosystem

Haivision’s live contribution ecosystem offers a suite of solutions that unlock the full potential of leveraging a private 5G network.

The Haivision Falkon X2, the next-generation 5G mobile transmitter, delivers ultra-low latency, broadcast-quality 4K UHD and HD streaming over bonded cellular networks from anywhere, positioning it as the ideal solution for live contribution for live sports production. Its dual 5G modems with 2×2 MIMO antennas ensure reliable connectivity across both private and public networks. When 5G coverage is limited, 4G LTE, WiFi 6, and LEO satellite networks can also be leveraged, allowing for an uninterrupted live stream from anywhere.

The Haivision Pro460 is a versatile quad-HD and 4K mobile transmitter designed for the live production of sporting events. It offers ultra-low latency multi-camera video encoding and reliable video transmission with six 5G modems. The ultra-low latency mobile transmitter can broadcast live multi-camera HD and pristine 4K UHD video in HDR, over bonded cellular, LEO satellite, and the internet for broadcast contribution to remote production workflows. Featuring IP data bridge connectivity, the Haivision Pro460 can also be used alongside StreamHub and an RCP control panel to remotely control PTZ cameras while transmitting live video.

The Haivision MoJoPro professional camera app transforms smartphones into powerful field cameras, ideal for on-the-go reporting, sideline interviews, or for being worn by athletes. Haivision StreamHub receives live streams from bonded cellular transmitters and can transcode and decode video to SDI, ST 2110, and NDI workflows. Haivision’s cloud-based master control solution, Haivision Hub 360, offers centralized control, routing, and monitoring across the network. Together, Haivision’s 5G solutions reduce reliance on OB trucks, improves flexibility, and ensures smooth, broadcast-grade production from anywhere on the field.

 

Haivision broadcast contribution solutions allow live production teams to capture action that would normally be difficult to cover like dynamic sports including skiing and surfing. These types of live private 5G broadcast productions require:

  • Contributing live video over 5G using Haivision Falkon X2 mobile transmitters, Haivision Pro field units, or smartphones equipped with the Haivision MoJoPro app.
  • Managing all contribution feeds, transcoding them as needed, and routing them to production workflows, on-prem or in the cloud with Haivision StreamHub.
  • Remotely managing all these devices and video contribution workflows from a single screen with Haivision Hub 360.

The future of sports broadcasting with private 5G

Private 5G is setting a new standard for live broadcasting and has shifted how sports content is currently being produced and delivered. As private 5G becomes more accessible and widely adopted, it’s unlocking new levels of broadcast performance, from wireless production workflows to real-time multi-angle streaming.

By leveraging solutions like the Falkon X2 for single-camera events and Haivision Pro460 for multi-cam remote productions over private 5G, sports broadcasters can deliver consistent, broadcast-grade quality video, expand coverage without increasing costs or complexity, and stay ahead in an ever-evolving industry.

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The Role of Real-Time Video in Public Safety Operations https://www.haivision.com/blog/all/the-role-of-real-time-video-in-public-safety-operations/ Tue, 04 Nov 2025 16:00:14 +0000 https://www.haivision.com/?p=54160

Reliable live video and data transmission are central to modern public safety work. From law enforcement to emergency services, real-time live video technology enables near-instant visual intelligence and connects people in the field with command centers that coordinate operations. These systems make it possible to share live video and information quickly, helping agencies understand situations as they happen and respond effectively.

Transmitting real-time live video from cameras, vehicles, aircraft, and mobile teams has become a standard part of public safety operations. Public safety agencies use live video for a variety of critical tasks, including situational awareness during active incidents, monitoring and managing crowd or traffic control, coordinating search and rescue operations, and supporting tactical decision-making during emergencies. These feeds allow incident commanders and field teams to see the same information simultaneously, enabling faster, more informed responses that can save lives and protect communities.

Haivision brings decades of experience providing high-quality video encoders, decoders, and mobile video transmitters to the defense, government, and public safety sectors. Trusted by agencies worldwide, Haivision technology ensures secure, low latency, broadcast-grade, reliable video transmission even in complex and challenging environments.

While this blog covers the full scope of real-time video in public safety, it will focus specifically on our mobile video transmission technologies and highlight how they deliver live video from the field to command centers.

Real-Time Surveillance and Patrol

In patrol operations, Haivision transmitters enable continuous video streaming from drones, helicopters, and mobile units to command centers. This live feed provides broad visibility across areas such as borders, events, and infrastructure. It helps law enforcement and security teams monitor activity, identify threats, and maintain awareness of developing situations.

Live video transmitters are also used in surveillance operations that require either real-time video or recorded footage. They enable continuous monitoring by sending video content from the field to command centers while also supporting the capture and storage of recordings for later review. This combination helps agencies maintain awareness during active situations and provides valuable material for analysis, evidence, and training afterward.

Incident Response and Tactical Coordination

During emergencies or tactical incidents, Haivision’s public safety solutions play a key role in communication and coordination. They allow teams in the field to send live video and situational updates to command staff, helping leaders make timely decisions based on accurate, real-time information.

When multiple agencies are involved in a response, shared video streams help establish a common operating picture. This coordination improves resource deployment, enhances safety, and reduces the potential for miscommunication in fast-moving environments such as active incidents, protests, or public events.

Emergency Services and Disaster Operations

In disaster response and recovery efforts, Haivision solutions are vital for maintaining communication when traditional networks are unavailable or unreliable. Fire and rescue teams use Haivision’s real-time ISR video technology to stream live video from aircraft, vehicles, and field units, providing a clear view of conditions in remote or hazardous locations.

Live video helps identify priorities, locate people in danger, and guide rescue operations. It also supports post-event analysis, allowing teams to review footage for training, documentation, and process improvement. Whether during wildfires, floods, or search and rescue missions, dependable video transmission helps agencies respond quickly and efficiently.

Haivision Real-Time Video Technology in Public Safety

Haivision’s public safety solutions deliver secure, low-latency video from virtually any environment. Police departments and emergency management organizations use this technology to support a range of applications, from live field operations to remote monitoring and post-incident review. The combination of reliability, video quality, and real-time performance makes Haivision a trusted choice for agencies that rely on accurate and fast information exchange.

For more information on the role of Haivision technology in Public Safety operations, join our webinar, “Mission Ready: Elevating Public Safety with Haivision” on November 5 at 10am ET | 4pm CET.

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Mission Ready: Elevating Public Safety with Haivision

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What is ISR, and How is it Used in Public Safety? https://www.haivision.com/blog/public-safety/what-is-isr-and-how-is-it-used-in-public-safety/ Tue, 28 Oct 2025 15:00:55 +0000 https://www.haivision.com/?p=54144

Intelligence, Surveillance, and Reconnaissance (ISR) may sound like a military term, but at its core, it’s simply about collecting and sharing timely information to make better decisions. In public safety, ISR helps police, fire departments, search and rescue teams, and crowd-control units respond faster, coordinate effectively, and keep communities safe.

Haivision brings decades of experience in ISR video for military and defense operations, delivering trusted solutions that help teams act on critical information in real time. That same expertise also supports public safety organizations, providing first responders with the tools they need to protect communities effectively.

By integrating low latency video feeds, public safety teams can make real-time decisions, ensuring everyone involved sees the same information at the same time. With secure and scalable systems, sensitive video feeds remain protected through encrypted transport and role-based access, while multiple agencies can collaborate seamlessly. Centralized video walls and integrated software provide a single, unified view of all operations, giving incident commanders the situational awareness needed to reduce response times and improve outcomes for the communities they serve.

ISR for Public Safety: Real-Time Intelligence in Action

ISR video technology enables agencies like police, fire, search and rescue teams, and crowd-control units to gain situational awareness quickly, make informed decisions, and respond effectively during emergencies. By leveraging ISR video feeds from cameras on aircraft, drones, towers, vehicles, ships, and other mobile platforms, these agencies can protect civilians, manage incidents, and coordinate multiple teams in real time, ensuring that critical information is shared instantly and actions are guided by the most accurate, up-to-date intelligence.

Real-time-video applications, and when they are used

  • Police Operations: Monitor city streets, active crime scenes, and traffic incidents, allowing dispatchers and officers to respond immediately.
  • Fire Departments & EMS: Visualize hazards, assess fire progression, and coordinate rescues with live situational feeds.
  • Search & Rescue: Track personnel and missing persons in real time, often using live drone feeds integrated into command centers.
  • Crowd & Event Management: Monitor large gatherings, detect overcrowding or unsafe conditions, and coordinate resources across agencies.

Trends in Public Safety ISR Video

Public safety agencies are increasingly relying on advancements in ISR video technology to improve situational awareness and operational efficiency. One major trend is low latency video streaming, which ensures that live feeds are delivered almost instantly, giving first responders and incident commanders the ability to make real-time decisions based on the most current information. This capability is especially critical during rapidly evolving events such as active crime scenes, fires, or large public gatherings. Learn more about our real-time video encoders.

Agencies are also embracing mobile ISR capabilities. Portable, rapid-deploy video transmission units allow teams to set up video intelligence operations anywhere they are needed, whether in disaster zones, large public events, or remote locations and stream live video over any kind of network including cellular, satellite, or internet. This flexibility ensures that situational awareness is not constrained by location or infrastructure limitations. Learn more about our mobile video transmitters.

AI-driven analysis is another key development. Artificial intelligence can automatically apply object detection, classification, and tracking to enrich live video feeds with metadata and visual cues. By analyzing information in real time, AI reduces the workload on operators, allowing them to focus on response actions while improving the speed and accuracy of decision-making. Learn more about our video transcoder.

ISR video integration within command centers continues to grow in importance. Modern public safety operations centralize multiple video and sensor feeds, including drones, satellites, CCTV, and field sensors into a single unified view. This approach provides incident commanders with a comprehensive understanding of situations, supporting faster coordination and more effective deployment of resources. Learn more about our video wall solution in operation and command centers.

Finally, cybersecurity remains a top priority. Encrypted transport, role-based access, and scalable systems protect sensitive feeds while allowing secure collaboration between multiple agencies. These safeguards ensure that critical information is delivered reliably to the right people when it is needed most.

The Impact of ISR Video on Public Safety

ISR video technology is revolutionizing public safety by providing timely, actionable intelligence that improves coordination and response outcomes. Low latency video, AI-driven analysis, centralized command centers, mobile units, and strong cybersecurity measures work together to give agencies a complete understanding of incidents. By leveraging these tools, police, fire departments, search and rescue teams, and crowd-control units can respond faster, make more informed decisions, and keep communities safer.

Explore Haivision's ISR Solutions

Explore our cutting-edge intelligence, surveillance, reconnaissance video solutions for public safety organizations.

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Haivision Hub 360: Streamlining Complex Broadcast Workflows https://www.haivision.com/blog/broadcast-video/haivision-hub-360-streamlining-broadcast-workflows/ Thu, 23 Oct 2025 15:00:43 +0000 https://www.haivision.com/?p=54110

For broadcasters managing a mix of wired and wireless video contribution devices, the complexity of live production workflows can be overwhelming. Haivision Hub 360 streamlines these processes by bringing remote device management, real-time monitoring, and video routing into a single intuitive web browser window.

With Hub 360, broadcasters can pair all their Haivision field transmitters, video encoders, mobile apps, decoders, and receivers to one centralized cloud-based platform. This makes it easier than ever to oversee, configure, and remotely control devices while ensuring secure, reliable, and ultra-low latency live video contribution over the Internet with SRT and across bonded cellular networks.

Haivision Hub 360 helps simplify the management of multiple broadcast contribution workflows and live event projects. From configuring devices and assigning groups to monitoring connections and ensuring secure broadcast operations, Hub 360 lets you manage everything in one place so that your field talent and camera operators can focus on delivering exceptional live content.

 

Technical Power, Simplified for Every Production

Behind its intuitive interface, Haivision Hub 360 delivers powerful capabilities designed to support even the most demanding broadcast environments. From remote field unit configuration to dynamic contribution video routing, Hub 360 gives production teams full visibility and control over every part of their workflow, no matter where their devices or crews are located.

Here’s how Hub 360 helps broadcasters simplify and strengthen their live production workflows:

  • Centralized Device Management: Monitor the real-time status of all Haivision transmitters, video encoders, mobile apps, and receivers in a single unified dashboard.
  • Remote Configuration and Control: Set streaming parameters such as resolution, bitrate, and codec from anywhere, and remotely start or stop live video streams.
  • Intuitive Video Routing: Use a drag-and-drop grid view to connect contribution sources to output destinations, SDI, NDI, ST 2110, SST, or SRT, with just a few clicks.
  • Scalable Cloud Operations: Instantly deploy StreamHub receivers in the cloud to accommodate last-minute productions or additional capacity needs.
  • Comprehensive Monitoring: Visual thumbnails and live statistics provide quick insights into stream quality and network performance for rapid troubleshooting.
  • Secure Collaboration: Assign roles and user permissions to ensure only authorized team members can access or modify specific devices and workflows.
  • Flexible Network Support: Seamlessly route live video over mobile, IP, and cloud networks, empowering hybrid production models that blend on-prem and remote resources.

Device Compatibility: Hub 360 supports the Haivision’s broadcast production ecosystem, including Falkon X2, Pro, Air, and Rack mobile video transmitters, Makito video encoders and decoders, MoJoPro smartphone camera app, StreamHub receiver, and SRT Gateway.

 

Conclusion

As live broadcast productions become more distributed interconnected, simplicity and visibility are more important than ever. Haivision Hub 360 delivers both by providing broadcasters with a centralized, cloud-based command center that streamlines unifies all live video contribution workflows. By combining powerful control with an easy-to-use interface, Hub 360 enables production teams to deliver high-quality live content with confidence, efficiency, and speed. Whether managing field transmitters for breaking news or overseeing complex multi-location sporting events, Hub 360 ensures your workflows stay connected, secure, and ready for what’s next.

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Haivision at IBC2025: Innovation, Awards, and Private 5G Leadership https://www.haivision.com/blog/all/ibc2025-highlights/ Wed, 01 Oct 2025 16:30:21 +0000 https://www.haivision.com/?p=54059

What an extraordinary IBC2025 in Amsterdam, bringing together the global broadcast industry and providing the perfect stage for Haivision to highlight its latest innovations and leadership. From an award-winning product debut to advanced private 5G demonstrations, Haivision reinforced its position as the world’s leader in live video contribution.

Falkon X2 European Debut and Best of Show Award

The Haivision Falkon X2 5G mobile video transmitter made an exciting European debut at IBC2025, showcasing groundbreaking capabilities for ultra-low latency live contribution over bonded cellular network.

With unmatched reliability and pristine video quality, the Falkon X2 empowers broadcast teams to go live with long range connectivity, and maximum efficiency, even under the most challenging conditions of remote live productions. The Falkon X2 features dual-modem, quad-antenna 5G technology with state-of-the-art MIMO support, Emmy® Award-winning SST technology, and a compact, field-ready design.

 

Since its launch at NAB 2025, leading broadcast organizations including France Télévisions, TV 2 Danmark, RFD-TV, AMP VISUAL TV, and Neutral Wireless have already begun leveraging this next generation transmitter to elevate live productions across sports, news, and large-scale events.

Falkon X2 received a prestigious Best of Show Award at IBC2025, underscoring its innovative design and ability to deliver high-quality live video over even the most challenging network conditions.

Falkon X2 wins Best of Show Award at IBC202
Falkon X2 wins Best of Show Award at IBC202


Remote and Field Production Innovations for Live Sports and News Coverage

At IBC2025, Haivision showcased how broadcasters worldwide trust our live video contribution solutions to capture live sports, news, and events, create engaging viewing experiences, and bring audiences closer to the action. From on-premise studio setups to fully remote, in-the-field live production workflows, Haivision’s flexible and reliable solutions empower teams to adapt quickly, scale with ease, and deliver high-quality broadcasts in any environment.

With the Makito X4 series, our award-winning mobile video transmission solutions, and Haivision Hub 360 cloud master control at the core, IBC attendees experienced firsthand how our end-to-end ecosystem delivers unmatched video quality, operational agility, and cost efficiency – keeping broadcasters ahead in the race for content and audience growth.

To highlight our innovations, Haivision announced important updates across its live video contribution ecosystem including enhancements to the Makito X4 video encoder and decoder series, StreamHub receiver, and Haivision Hub 360 cloud-based master control solution.

highlights awards
Haivision live video contribution solutions to capture live sports, news, and events.

 

Private 5G Innovation with the IBC Accelerator Programme

As part of the IBC Accelerator Media Innovation Programme, Haivision collaborated with broadcasters, academic institutions, and technology partners on the project “Conquering the Air(waves): Private 5G from Land to Sea to Sky.” This initiative pushed the boundaries of broadcast production by exploring the deployment of aerial private 5G networks to enable secure, high-bandwidth, and ultra-low latency connectivity for the live production of sports and entertainment events in challenging and dynamic environments.

Conquering the Air(waves): Private 5G from Land to Sea to Sky

Project Champions: BBC, European Broadcasting Union (EBU), Globo, France Télévisions, Orange Events, RAI Radiotelevisione Italiana, RTÉ, and University of Strathclyde.

Project Participants: Adapt Media Services, d&b solutions, Eutelsat, Haivision, Neutral Wireless, Open Broadcast Systems, QTV, and Shure Incorporated.

Haivision’s bonded cellular video transmission solutions powered multiple technology trials in Italy, the United Kingdom, and France. Visitors to the Accelerator Zone in Hall 14 at IBC2025 experienced these demonstrations firsthand and got a look at the Ultralight Aircraft Trail aircraft from Groppo Aviazione which was used during the Bretagne Classic proof-of-concept trial in France. In addition, visitors to the Haivision booth learned how our technology enables ultra-low latency live video contribution over private 5G using a Neutral Wireless-powered network.

IBC 2025 Highlights Team
The France POC for the IBC Accelerator Media Innovation Programme submission, “Conquering the Air(waves): Private 5G from Land to Sea to Sky”

Industry Thought Leadership

Haivision Senior Vice President of Engineering Ronan Poullaouec participated in a panel discussion on private 5G at the IBC Future Tech Stage and was featured in TVBEurope’s “Meet the Speaker” series. His insights highlighted the importance of private 5G and IP workflows in shaping the future of live production. He also spoke about Haivision’s participation in the IBC Accelerator Media Innovation Programme panel hosted by IBC’s Mark Smith, providing attendees with exclusive expertise into the workflows needed for each of the POCs.

Haivision Senior Vice President of Engineering Ronan Poullaouec
Haivision Senior Vice President of Engineering Ronan Poullaouec

Also featured at IBC2025, Colin Coyle, Haivision Senior Vice President of Sales, shares his perspective on the rise of decentralized, software-based production. In this video, he explains how these flexible workflows are transforming sports production teams by improving efficiency, scalability, and creative possibilities.

Advancing the Future of Live Video Contribution

IBC2025 underscored Haivision’s commitment to advancing live video technology through innovative products and collaborative projects. With the European debut of Falkon X2, expanded product capabilities, and leadership in private 5G, Haivision continues to drive secure, flexible, and resilient live video contribution for broadcasters and media organizations worldwide.

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