Government & Defense Archives | Haivision Mission-Critical Video Solutions Mon, 24 Nov 2025 19:14:44 +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 Government & Defense Archives | Haivision 32 32 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.

Listen Now
]]> Haivision Video Solutions for Government Operation Centers https://www.haivision.com/blog/all/government-operation-centers-video-solutions/ Thu, 26 Jun 2025 16:00:53 +0000 https://www.haivision.com/?p=53650

A government operation center is a centralized environment where federal agencies, civilian departments, and the intelligence community coordinate real-time information to support mission-critical operations. These centers enable actionable intelligence, situational awareness, and command over complex multi-domain environments. While the setup may vary depending on the agency (such as space operations, Intelligence, Surveillance, and Reconnaissance (ISR) support, critical infrastructure protection, or public safety), the core goal is the same: providing decision-makers with the real-time insights needed to execute operations effectively.

Common purposes of government operation centers include:

  • Acting as a central hub for real-time situational awareness
  • Supporting mission-critical decision-making
  • Aggregating any video and data sources, such as ISR feeds, field video, IPTV streams, dashboards, HDMI inputs, and sensor data, into one common operating picture and video distribution system

By unifying key information in one place, operation centers ensure everyone in the room has immediate access to critical mission data and visual feeds. With interactive KVM control, users can directly engage with content, helping teams respond faster and more effectively as situations unfold.

Different Agencies, Different Missions

While the purpose of government operation centers is similar, how they function varies based on the agency’s expectations. From coordinating a spacecraft launch to responding to a national emergency, each center has its own operational mandate, challenges, and workflows.

Defense and Intelligence

Defense and intelligence agencies (including the United States Intelligence Community, Central Intelligence Agency, National Security Agency, Cybercom, National Reconnaissance Office, and National Geospatial-Intelligence Agency) operate in highly secure, high-pressure environments where real-time visibility and system reliability are essential. Their operation centers must support complex workflows and operate across multiple mission-critical environments such as geospatial intelligence, cybersecurity, and signals intelligence.

Typical requirements include:

  • Secure video acquisition and distribution of real-time ISR video from drones, satellites, and field operations, with full support for field-deployable teams and mission execution across field and joint operations environments
  • High-redundancy infrastructure for multi-domain operations centers to ensure continuous situational awareness
  • Visualization of metadata-rich content, including KLV overlays and geospatial intelligence (GEOINT)
  • Interoperability with legacy, military, and coalition systems, essential for long-term reliability, mission continuity, and inter-agency coordination
  • Compartmentalized viewing and secure video distribution, allowing only users with proper clearance to access specific content streams, whether on-site or at a remote classified location

These government agencies often operate under strict constraints due to remote environments, aging infrastructure, or sensitive data. Their technology needs to be dependable, compatible, and adaptable, no matter the conditions.

Civilian Government and Public Infrastructure

Civilian government agencies (such as the Department of State, Department of Energy, National Nuclear Security Administration, Veterans Affairs, and Federal Aviation Administration) rely on their operation centers to coordinate emergencies, monitor infrastructure, and manage crisis response. These centers support both daily oversight and mission-critical situations.

Their core needs often include:

  • Centralized video distribution for emergency messaging and crisis management
  • Visualization of critical infrastructure operations, including energy grids, air traffic control, and healthcare or nuclear facilities
  • Support for internal broadcast communications, such as executive updates and virtual town halls
  • Inter-agency interoperability for effective coordination during national emergencies and public safety incidents

These environments require flexibility. Teams need access to accurate, real-time information presented clearly so that they can act quickly and with certainty.

Aerospace and Space Operations

In aerospace operations, real-time precision is mission-critical. Agencies managing launches and spacecraft operations (such as NASA, United States Space Force, and groups partnering with commercial space companies) need to visualize data and video as it happens. Their operations depend on:

  • High-resolution, low-latency video from launch sites, spacecraft, and ground control
  • Real-time visualization of telemetry and engineering feeds
  • Secure video distribution to different teams working across multiple facilities and clearance levels
  • Space situational awareness: monitoring satellites, orbital traffic, and other assets in motion

These centers rely on technology that can handle multiple synchronized sources without delay, giving mission teams the visibility they need to make fast, informed decisions at every phase.

Shared Priorities Across All Operations Centers

While each government agency operates differently, their mission-critical environments rely on a common set of capabilities. Whether supporting defense, space, or civilian infrastructure, every center depends on:

  • Flexible video wall solution: Government agencies rely on flexible video wall solutions to support operation centers of any size
  • Support for any content: Video, maps, and web sources are seamlessly integrated and displayed with consistent quality
  • Flexible user workflows: Intuitive controls that suit a range of roles, from analysts to commanders, and display configurations, which allow instant layout changes to highlight the most critical information in real time
  • Low-latency, real-time visualization: High-res video and data feeds delivered instantly for fast, informed decision-making
  • Secure & scalable video distribution: Rapid and reliable delivery of content across facilities, including remote and classified locations, across agencies of any size and mission
  • Resilience and redundancy: Mission-ready reliability with no room for downtime
  • Integration with AI-enabled video tools: This includes object detection, dynamic content prioritization, and real-time alerting to reduce operator workload

These priorities are essential to the success of any operation center, creating a unified, real-time environment where people, information, and decisions come together seamlessly.

Haivision: The Right Fit for Government Operations

The Haivision mission ecosystem seamlessly integrates video acquisition and video distribution systems with Haivision Command 360 — our complete video wall solution built for the demands of government operation centers. This complete portfolio ensures ISR video, IPTV, and other critical content are securely delivered to decision-makers all on a common operating picture, your video wall display. With proven reliability in multi-enclave environments, Command 360 also offers defense-grade security, supports any content source, and scales easily from a single room to multi-site deployments, whether in the field or in a secure facility.

With KVM control and a user-friendly interface, teams can manage how and what they see, helping them stay focused, informed, and ready to respond.

Whether supporting defense and intelligence, civilian infrastructure, or space operations, Haivision Command 360 empowers agencies to visualize, distribute, and act on the critical information that drives mission success.

Learn more about our video solutions for government agencies.

Learn More
]]> New Updates Across the Haivision ISR Portfolio https://www.haivision.com/blog/all/haivision-isr-updates/ Thu, 19 Jun 2025 13:00:49 +0000 https://www.haivision.com/?p=53603

Haivision is at the forefront of delivering the latest mission-critical video solutions by continuously innovating for defense and intelligence, surveillance, and reconnaissance (ISR) applications. The newest updates to our ecosystem of ISR solutions includes the all-new AI-capable Kraken X1 Rugged, Shield AI integration into our Kraken video processing platform, and game-changing improvements to our award-winning line of Makito video encoders.

Keep reading this post and discover how the recent updates to our ISR ecosystem are pushing the boundaries of low latency mission-critical video.

Haivision Rugged Encoder
Kraken X1 Rugged: AI-Capable ISR Processing at the Tactical Edge
Introducing the Kraken X1 Rugged: Haivision’s newest rugged ISR video processor combines low-latency encoding, transcoding, AI-enhanced video and metadata to support the toughest mission demands in the most extreme environments.

Built on the powerful NVIDIA Jetson Orin NX platform, Kraken X1 delivers up to four simultaneous 1080p60 HEVC streams with the processing muscle for AI-based stream enrichment. Kraken X1 Rugged brings battle-tested Haivision technology to remote and tactical edge environments.

In a snapshot, Kraken X1 Rugged is:

  • Compact and rugged: Designed for space-constrained tactical deployments.
  • AI-capable: Fully featured Kraken software with optional upgrades for real-time processing of advanced AI algorithms from third parties, including object detection, classification, and tracking.
  • Powered by 28V DC: This makes it ideal for vehicle and forward-operating deployments.

Kraken X1 Rugged combines high-performance video encoding with advanced AI processing for ISR teams needing rapid, on-the-ground intelligence.

Kraken ISR Video Streaming with Shield AI Object Detection

The latest release of the Kraken video processing platform delivers a leap forward in stream enrichment through real-time video processing. A key highlight is the integration with Shield AI’s Tracker, enabling advanced VMTI (Video Moving Target Indicator) overlays from land, maritime, and search-and-rescue (SAR) environments.

Other major Kraken enhancements include:

  • New processor framework for stream enrichment and real-time media processing.
  • Preliminary mobile UI support for operational flexibility in the field.
  • Security enhancements, including updated SRT libraries and DISA APL-related improvements.

With newly added support for multiple real-time processing functions, including object detection, face recognition, and metadata overlays, Kraken ensures mission teams can analyze and act on video intelligence faster than ever.

Expanding ISR Capabilities Makito FX

Designed to meet the stringent security requirements of operation centers and control rooms, the Makito FX 4K encoder securely streams mission-critical video for quick decision making.

The latest release of the Makito FX – adds support for a wide range of computer output resolutions, enabling users to encode native HDMI, DisplayPort (model-dependent), or DVI (via HDMI adapter) outputs while preserving pristine quality video, which is ideal for detailed content like spreadsheets or high-resolution geospatial imagery.

Alongside this update, we’ve introduced a new hardware model of the Makito FX which includes DisplayPort input and loop-out, unlocking new opportunities in command center, simulation, and training environments. With this, users can directly connect their Makito FX to DisplayPort video sources, like workstations, without needing any adapters. The loop-out feature enables the same DisplayPort signal to be sent to an external monitor for local viewing while simultaneously streaming. This eliminates the need for external splitters and simplifies the setup for users who want to monitor their video source locally while streaming it.

Key benefits of the new Makito FX update:

  • DisplayPort 1.4 support with passive loop-out.
  • Computer graphical resolutions support (up to 4K DCI / 4096×2160).
  • Compliant to both HDCP 1.4 and 2.3.
  • Supports high-resolution input for greater visual clarity.

Whether it’s a simulated training exercise or real-time screen capture from secure environments, Makito FX ensures that every pixel of mission-critical data is delivered with precision and minimal latency.

New ISR Features Across the Makito Video Encoder Family

As ISR operations demand faster, smarter, and more context-aware video workflows, Haivision has introduced new capabilities across the Makito X4, X4 Rugged, X1 Rugged, and Makito FX video encoders. These features are designed to enhance situational awareness at every level, boosting video clarity, minimizing latency, and improving source attribution in real time. Whether in airborne platforms, mobile command centers, or secure facility deployments, these updates ensure that mission-critical video delivers maximum operational value from video capture to command center viewing.

  • Logo overlay enables users to add visual identifiers, such as unit IDs, mission tags, or agency logos, directly into the video stream. Ideal for asserting video ownership, enhancing traceability, and masking sensitive content during multi-agency operations.
  • Slicing captures, encodes, and streams video frames in slices, enabling ultra-low latency streaming with an up to 80% reduction in encoding (input-to-network) latency. Supported for both H.264 and HEVC, and fully standards-compliant for seamless integration.
  • Scene change detection automatically inserts an I-frame on major content shifts to reduce artifacts and maintain visual quality during rapid scene transitions.

These updates deliver faster, clearer, and more context-rich video streams, perfectly optimized for today’s evolving ISR demands.

Powering Mission Intelligence from Core to Edge

With the latest advancements to the Haivision ISR product line, defense and intelligence professionals can count on faster, smarter, and more adaptable video workflows, whether in the cloud, at command, or at the tactical edge.

Key benefits of the new Makito FX update:

  • DisplayPort 1.4 support with passive loop-out.
  • Computer graphical resolutions support (up to 4K DCI / 4096×2160).
  • Compliant to both HDCP 1.4 and 2.3.
  • Supports high-resolution input for greater visual clarity.

Whether it’s a simulated training exercise or real-time screen capture from secure environments, Makito FX ensures that every pixel of mission-critical data is delivered with precision and minimal latency.

New ISR Features Across the Makito Video Encoder Family

As ISR operations demand faster, smarter, and more context-aware video workflows, Haivision has introduced new capabilities across the Makito X4, X4 Rugged, X1 Rugged, and Makito FX video encoders. These features are designed to enhance situational awareness at every level, boosting video clarity, minimizing latency, and improving source attribution in real time. Whether in airborne platforms, mobile command centers, or secure facility deployments, these updates ensure that mission-critical video delivers maximum operational value from video capture to command center viewing.

  • Logo overlay enables users to add visual identifiers, such as unit IDs, mission tags, or agency logos, directly into the video stream. Ideal for asserting video ownership, enhancing traceability, and masking sensitive content during multi-agency operations.
  • Slicing captures, encodes, and streams video frames in slices, enabling ultra-low latency streaming with an up to 80% reduction in encoding (input-to-network) latency. Supported for both H.264 and HEVC, and fully standards-compliant for seamless integration.
  • Scene change detection automatically inserts an I-frame on major content shifts to reduce artifacts and maintain visual quality during rapid scene transitions.

These updates deliver faster, clearer, and more context-rich video streams, perfectly optimized for today’s evolving ISR demands.

Powering Mission Intelligence from Core to Edge

With the latest advancements to the Haivision ISR product line, defense and intelligence professionals can count on faster, smarter, and more adaptable video workflows, whether in the cloud, at command, or at the tactical edge.

]]> Everything You Need to Know About Video Wall Technology https://www.haivision.com/blog/enterprise-video-answers/everything-about-video-wall-technology/ Wed, 16 Apr 2025 18:00:08 +0000 https://www.haivision.com/?p=43303

Video wall technology allows organizations from various sectors – from data-centric enterprises to public safety agencies – to harness the potential of visual data. Haivision’s video wall solutions stand at the forefront of command and operation center excellence, enabling seamless collaboration and informed decision-making. However, navigating the many technologies and configurations can be a large undertaking, especially if it is the organization’s first foray into building a center using this technology. So, in an effort to provide some initial guidance to those unfamiliar with the ins and outs of video wall technology, here’s everything you need to know about video wall solutions that are designed to elevate operational efficiency.

Understanding Video Wall Technology Solutions

Video wall technology represents a system of solutions that integrates multiple visual sources onto expansive screens, creating an immersive and unified display. Once implemented, its significance in command centers is unparalleled, enabling real-time data monitoring and facilitating rapid, informed responses. For example, Akamai Technologies, Inc., a global content delivery network, cloud services, and cybersecurity provider, has a single, large control room that houses both their Broadcast Operations Command Center (BOCC) and Network Operations Command Center (NOCC). In this combined space, the company incorporates new technologies that enhance workflows and streamline operations.

Beyond singular applications, video wall technology’s adaptability spans various industries, each with its specific needs (we’ll explain these industries and needs later on in this article) and brings a level of scalability that supports multi-site operations regardless of location.

Visual Collaboration Powered by Haivision Command 360

Get more information about the video wall software that provides real-time data visualization across any network for improved decision-making and response time.
Learn More

The Key Components of a Video Wall Solution

Creating an effective, high-performance operation or command center starts with the right technology stack. In this section, we outline key solutions within our video wall portfolio that contribute to the display of critical content, including software, video processors, and encoders.

Haivision Command 360 Video Wall Solution for Operation and Command Centers:

At the core of critical visualization technologies, such as Haivision Command 360, lies a complete solution that provides a user-friendly interface that seamlessly controls the flow of virtually any type of content, ensuring the dynamic display of critical data on primary video walls and across facility-wide screens.

Beyond visual display control, Command 360 serves as a pivotal tool for user access management and dynamic source manipulation, enhancing informed decision-making during crises. It offers visual display control, user access management, and dynamic source changes, enabling informed decision-making during crises. The hallmark of Command 360, however, is its open architecture, which allows for effortless integration with diverse video wall components. This eliminates the necessity for external equipment or custom programming.

Its scope extends to enterprise, defense, government, and public safety sectors, enabling rapid responses to urgent scenarios such as cybersecurity breaches and public emergencies.

Video Processors:

These high-performance processors facilitate real-time video display, high-resolution visualization, and the establishment of enterprise-scale AV/IP networks. Haivision Command 360 Video Processors are easily integrated into a video wall ecosystem, providing high-density inputs and outputs, multi-video wall control, and native content support.

Expeditionary Video Processors:

Tailored for tactical operations, the expeditionary solution Stryke Video Processor provides the same capabilities as the Command 360 video processor while delivering real-time situational awareness in varied environments. This technology complements mission-critical operation and command centers, designed specifically for the demands of on-the-go processing and military operations.

Video Wall Components:

As you may have gathered, many different technologies contribute to a high-performance video wall ecosystem. Beyond the central solutions listed above, there are other components in a Haivision video wall solution that can facilitate better decision-making and faster responses in business-critical and mission-critical environments. This includes audio/video encoders, virtual content servers, audio decoders, and KVM encoders & access points, augmenting situational awareness capabilities and seamlessly integrating with Haivision’s video wall software and processors. Explore Haivision’s suite of accessory components here.

Portable Video Walls:

In some military and defense circumstances, the ability to capture the same real-time visualization capabilities while in the field demands a portable solution. Haivision’s portable video wall solutions are designed for on-the-go situational awareness during tactical missions or disaster responses.

Command 360 Video Wall Ecosystem

 

Video Wall Technology Applications for Diverse Sectors

Public Safety: Video wall solutions are crucial for swift responses, inter-agency collaboration, and effective crisis management. As a result, video walls are often used in the form of emergency operation centers and command centers within law enforcement agencies to support precision policing, as well as fire departments, and emergency medical services.

Enterprise: Also known as corporate or business sector, private organizations can also benefit from the real-time visualization capabilities of video wall technology. These solutions easily address the needs of telecom companies, large enterprises with extensive IT infrastructure, major IT firms, cybersecurity entities, cloud service providers, and financial institutions, optimizing operational efficiency and decision-making processes.

Government: Much like public safety entities, federal and public sector government agencies use video wall technology within security operation centers and emergency management agencies to ultimately drive real-time crisis monitoring, rapid-response coordination, and resource and infrastructure management.

Defense: Advanced technology plays a key role in national and global security. Serving global and domestic armed forces, military bases, intelligence agencies, reserve forces, and combatant commands, video wall technology empowers critical decision-making, strategic planning and real-time monitoring of military operations. Additionally, training centers use video wall solutions for simulation and training purposes, ensuring preparation for various mission scenarios. They rely on this technology to coordinate multi-national defense operations and ensure clear communication, situational awareness, and decision-making in critical situations.

Key Considerations Before Implementation

Constructing a video wall solution and, more broadly, an operation or command center is a significant undertaking with many considerations to take into account. Choosing the right solution requires organizations to carefully evaluate their current infrastructure, existing and future needs, and realistic expectations for how the system will support their objectives. Haivision’s video wall experts are there to assist organizations in determining the right solution for you, but it is helpful for customers to carefully assess some of the following needs before taking the leap.

  • Infrastructure Assessment: Beyond basic infrastructure, evaluating network robustness, scalability, and security protocols ensures seamless integration without compromising existing systems.
  • User-Centric Approach: Understanding user needs, roles, and interfaces helps tailor the video wall technology to optimize usability and functionality across diverse operations.
  • Technology Compatibility: Ensuring compatibility with existing technologies, software, and hardware systems prevents integration conflicts and streamlines operational efficiency.
  • Long-Term Scalability and Maintenance: Planning for future expansions, software updates, and system maintenance guarantees sustained functionality and minimizes disruptions in critical operations.

By delving into these critical considerations, organizations can effectively leverage video wall technology and Command 360, paving the way for streamlined operations, enhanced decision-making, and rapid responses across diverse sectors.

With the help of high-performance, intuitive video wall solutions, Haivision has seen firsthand how technology empowers operation and command centers. Today’s technology allows for more data-driven decision-making and faster responses through dynamic content management, ensuring critical data reaches primary video walls and facility-wide displays and, ultimately, business-critical and mission-critical personnel.

Command 360 Video wall Software

Plan Your Project with a Video Wall Expert

See how our comprehensive video wall solution can provide your team with real-time situational awareness to inform business and mission-critical decisions.
Schedule a Free Consultation
]]> AI-Powered Object Detection and Real-Time ISR Video for Mission Success https://www.haivision.com/blog/government-video-solutions/ai-powered-object-detection-from-anywhere-webinar-recap/ Wed, 02 Apr 2025 15:00:01 +0000 https://www.haivision.com/?p=51976

If you missed our special webinar with Shield AI, a leading defense technology company focused on protecting service members and civilians with intelligent systems, you’ve come to the right place.

Brent Bergen, Director of Business Development at Shield AI, joined Haivision’s Principal Solutions Architect, John Leipper, and its Product Marketing Manager, Philip Maszkiewicz, to discuss how the combined solution of Shield AI’s Sentient Tracker software and the Haivision Kraken video processor are revolutionizing ISR operations.

We’ve included some of the key points that came up during the discussion here, but make sure to watch the entire webinar for more insights and a full demo of the integrated solution in action by clicking the link below.

Webinar: AI Object Detection from Anywhere

Watch Now

We dive in with our guest from Shield AI, Brent Bergen who started the webinar by briefly discussing the history of Shield AI and the development of two of its key AI solutions, Kestrel and Sentient Tracker. Then we went straight into some fascinating insights on how they are enhancing object detection with their innovative technology.

Watch a clip below to see Brent explain how Sentient Tracker is used for object detection and the benefits it provides to operators during mission-critical situations.

Shield AI’s Sentient Tracker integrates with Haivision Kraken to create a solution that simplifies workflows for systems integrators and defense technology teams.

We then reached the highlight of the webinar where Haivision’s John Leipper presented a demo of how Sentient Tracker, Kraken, and Play ISR work together and emphasized how this integration enables users to single out an intended mark even among multiple objects or with harsh environmental obstacles in the way like searching for oil spills and marine life, or how to support search and rescue teams navigating impossible terrains.

A pivotal part of this solution falls on Haivision Play ISR, the free ISR desktop video player that enables real-time playback of mission-critical full-motion video at low latency. We recently added new features and upgrades including easy selection of streams and programs, interlaced HEVC encoding, enhanced statistics, and more.

Philip Maszkiewicz ended the webinar by providing viewers with a closer look at the benefits of Play ISR. Check it out.

Make sure to watch the full discussion for more details on the latest full-motion video innovations from Haivision and Shield AI. You can also see us in person at SOF Week 2025 in Tampa, Florida from May 6-8.

Learn how Haivision’s mission-critical video solutions help defense and public safety organizations make informed decisions faster.

Defense Solutions
]]> How to Get the Most Out of Your Video Wall Technology in Your Operation Center https://www.haivision.com/blog/public-safety/improve-video-wall-technology-operation-center/ Tue, 18 Mar 2025 17:30:42 +0000 https://www.haivision.com/?p=49758

Video walls have become indispensable in operation centers, offering a centralized hub for critical information in environments such as law enforcement, military command centers, tactical operation centers, global operation centers, and emergency response teams. These dynamic displays are not just screens—they are powerful tools for enhancing situational awareness, improving decision-making, and driving collaboration. Organizations need to optimize both the technology and the content they display to maximize their value. Here’s how you can get the most out of your video wall solution.

Understand Your Mission and Design Accordingly

The first step in optimizing your video wall is tailoring its functionality to your mission’s unique needs. For law enforcement, this might mean displaying real-time surveillance feeds, crime mapping, and automated alerts to help monitor unfolding incidents.

In military environments, it’s essential to prioritize tactical maps, live drone feeds, and intelligence overlays, ensuring immediate access to mission data and information.

Operation centers used by large technology companies or global transportation companies like Maersk benefit from dashboards that consolidate KPIs and performance metrics into easily digestible visuals as well as monitoring social media, stock markets, and other necessary trends for analysis, while emergency operation centers need content that adapts to rapidly changing situations, such as live weather tracking and resource allocation maps.

Prioritize Real-Time Updates and Accessibility

Real-time information is at the core of effective video wall usage in operation centers. To support quick decision-making, your content must be updated seamlessly and presented in a format that’s instantly understandable. Clear visuals, bold fonts, and high-contrast designs help operators process critical data instantly, especially in high-pressure scenarios. Ensuring that your system supports multilingual displays or uses universally recognized symbols (like hazard and biohazard symbols, clocks, map pins, a medical cross, or the symbol of an ambulance, fire truck or police car to indicate emergency response vehicles) can also enhance accessibility for diverse teams working collaboratively.

Leverage Content Management to Meet Workflow Demands

The flexibility of your video wall technology is only as good as the content management system behind it. A robust system allows operators to customize what they see based on their specific tasks. For example, law enforcement teams might want to sync live feeds with GIS mapping tools to monitor incidents in real time, while military operations require integrated intelligence data layered on interactive maps for strategic planning. Enterprise teams can benefit from dashboards that dynamically update financial metrics alongside productivity data, while emergency response teams need systems capable of prioritizing alerts for natural disasters or crises as they occur.

Enhance Situational Awareness with Smart Integrations

Operation centers thrive on actionable insights. Video walls should be integrated with tools that enhance situational awareness, such as AI-driven analytics, predictive modeling, and geo-tagged visuals. In law enforcement, for instance, heatmaps can provide insights into crowd control or track criminal activity hotspots. Military teams can use live operational dashboards paired with satellite data to make critical decisions on the battlefield. Emergency response teams may rely on AI tools to analyze traffic patterns during an evacuation, while enterprises benefit from predictive analytics that highlight trends in performance metrics.

Secure, Reliable Systems are Non-Negotiable

Given the sensitive nature of the information displayed in operation centers, security must be a top priority. A video wall system optimized for defense-grade security ensures data integrity and prevents breaches. Centralized video wall control software can streamline updates across multiple command centers while maintaining strict security protocols. Backup systems and redundancy measures also ensure continuous operation, even in the event of hardware or network failures.

Adapt to the Environment

Video wall technology must be optimized for the physical environment in which it operates. Military and emergency operation centers often require displays that are more geared towards rugged environments to withstand harsh conditions, whether in mobile and tactical command units or outdoor settings. For enterprise and law enforcement centers, displays should be calibrated to accommodate various lighting conditions, ensuring content remains visible without overexposure or glare. Additionally, the viewing distance and operator layout should inform the size and configuration of the video wall to avoid unnecessary viewing strain on users.

Invest in Training and Ongoing Iteration

Even the most advanced video wall technology is only as effective as the people who use it. Comprehensive training ensures that operators understand how to utilize the system’s features to their fullest potential. Simulation exercises are particularly useful in testing how content performs under real-world conditions, providing valuable insights into areas for improvement. Feedback loops between operators and system administrators can drive iterative updates, ensuring the video wall adapts to evolving needs and workflows.

Reach out to our team for specialized training in our command center.

Maximizing Your Operation Center’s Potential with Haivision Command 360

Video wall solutions are the backbone of effective communication and decision-making in operation centers. With Haivision Command 360, our complete video wall solution, organizations can unlock the full potential of their operation centers. Designed for seamless integration and unparalleled flexibility, Command 360 ensures your operation center has access to real-time insights, robust security, and intuitive content management.

Whether you’re monitoring live crime feeds in a real-time crime center, overseeing mission-critical data in a military command hub, or managing emergency response efforts, Haivision Command 360 adapts to your needs.

Command 360 Video wall Software

Haivision Command 360 Video Wall Solutions

Elevate your operation center’s visual intelligence with Haivision’s cutting-edge video wall solutions.
Learn More
]]> Optimizing Tactical Operations Centers with Haivision https://www.haivision.com/blog/government-video-solutions/optimizing-tactical-operations-centers/ Thu, 30 Jan 2025 14:00:11 +0000 https://www.haivision.com/?p=49797

In military operations, where every decision can impact the success of the mission, the importance of effective communication, enhanced situational awareness, and access to real-time information cannot be overstated. These three pillars enable personnel to operate cohesively, adapt to rapidly changing scenarios, and make informed decisions under pressure.

Enter tactical operation centers (TOCs). These centers are pivotal in coordinating missions, communicating across units, and providing the right information to the right people when strategic decisions are required. In dynamic and high-stakes environments, the demand for real-time situational awareness and rapid decision-making has never been greater. Generally, it is easy to assume that all video wall systems are permanent, stationary, and used in a climate-controlled room with seating. However, government agencies and Department of Defense tactical operations often require a video wall processing system that quickly deploys to create a temporary or mobile command center in the field.

As a result, these systems need to be transported easily and withstand rugged conditions in potentially hostile territories.

Portable video wall systems (also called expeditionary solutions) are ideal for these environments. They provide a powerful, mobile, and secure visual technology platform to view and assess content from multiple sources while relaying intelligence between workstations, video walls, and command centers around the globe.

Tactical units in the field need a reliable and intuitive platform to quickly report mission-critical events and situation reports up their chain of command. Haivision military and defense customers rely on TOCs powered by Haivision video wall technology to quickly set up dynamic visualization solutions for collaborative work and communication.

Understanding Tactical Operations Centers

Tactical Operations Centers are designed to facilitate coordination, communication, and command during complex missions. Their core functions include managing missions and battlefield situational awareness and ensuring seamless information flow between units.

However, TOCs face significant challenges, including aging infrastructure, the need for greater mobility, and the integration of advanced technologies. These challenges require adaptable solutions tailored to workflows that demand video wall solutions—either static or portable. These workflows include real-time threat monitoring, intelligence analysis, and mission planning. For instance, video walls are indispensable for displaying live airborne feeds, tracking troop movements, and integrating satellite imagery to provide a comprehensive operational view. They also enable collaborative planning sessions by visualizing complex data, such as terrain maps and logistical supply chains. Additionally, portable video wall solutions empower rapid deployments, allowing commanders to establish TOCs in dynamic environments without compromising situational awareness.

Given the operational demands of TOCs, video wall solutions serve as critical tools for enhancing decision-making and response times. By integrating content from multiple sources into a centralized, easily accessible display, these systems support the seamless collaboration and coordination required for mission success.

Flexibility in the Field: Tailored Portable Solutions for TOCs

In many cases, portable solutions can provide the flexibility required for field operations, offering rapid deployment without sacrificing performance. We know that especially when in the field and, on the go, it’s never one-solution-fits-all. The complex information being consumed in a TOC combined with the need to move easily and adapt to different locations makes it important to connect with a team that understands your unique demands.

We consider the number of operators, what content you need (and how often you need it), the environment you’ll be in, how much support you’ll need, and what kind of integrations and additional systems you might need to be successful in your mission objectives.

Introducing Command 360

Haivision Command 360 stands out as a leading video wall solution designed to enhance the operational efficiency of TOCs. Key features include:

  • Real-Time Video Integration: Seamlessly integrates live video feeds from various sources, such as airborne platforms, ground vehicles, tower surveillance, and field units.
  • Live Source Integration: Effortlessly integrates video and data from laptops, VTC systems, audio streams, computers, and other third-party sources for a comprehensive operational picture.
  • Intuitive UI: Simplifies user interactions, enabling operators to manage complex systems with ease.
  • Multi-Site Scalability: Supports coordination across multiple locations, allowing TOCs to expand or adapt as mission demands evolve.

Havision video wall solutions are fully compatible with existing TOC infrastructure, providing scalable solutions that adapt to diverse operational needs without requiring complete system overhauls.

Enhancing Situational Awareness and Operational Efficiency

Situational awareness is paramount in tactical operations. Command 360 excels by integrating real-time video feeds from multiple sources, offering visualization tools that enable swift assessment and informed decision-making. For example, integrating airborne surveillance and ground-level intelligence into a single platform allows commanders to respond to threats more effectively and allocate resources strategically.

Haivision Command 360 Video Wall Software

Learn more about how to use Haivision Command 360 to enhance your situational awareness

More About Command 360

Driving Tactical Superiority with Haivision Solutions

Using Haivision Command 360 to power your Tactical Operations Center delivers significant benefits, including enhanced situational awareness, improved operational efficiency, and greater flexibility in deployment. Our video wall solutions empower TOCs to adapt to evolving mission demands and maintain a tactical edge. For TOC operators seeking to optimize their operational capabilities, Haivision offers solutions designed to meet the demands of modern tactical environments.

Discover how Haivision video wall solutions
can transform your Tactical Operation Centers.

Contact Us
]]> Introducing Haivision Play ISR: Enhancing Real-Time ISR Workflows with Low Latency Video and KLV Metadata https://www.haivision.com/blog/government-video-solutions/introducing-haivision-play-isr/ Mon, 25 Nov 2024 15:00:03 +0000 https://www.haivision.com/?p=49676

We are excited to announce the official release of Haivision Play ISR – a desktop video player specifically designed for defense and ISR (Intelligence, Surveillance, and Reconnaissance) professionals. This free-to-download application enables seamless, low-latency playback of live video streams with embedded KLV metadata, enhancing situational awareness in mission-critical environments.

Part of Haivision’s Complete ISR Ecosystem

Play ISR is more than just a video player—it is an integral component of Haivision’s ISR video ecosystem, complementing our Makito X encoders and Kraken transcoders. Together, these solutions support the entire ISR workflow, from video contribution and real-time encoding in the field to low latency video distribution and visualization at command centers. Play ISR completes this process by enabling operators to view real-time video streams enriched with crucial metadata, empowering quick and informed decision-making.

John Leipper, Defense Product Manager at Haivision, commented on the significance of Play ISR:

“Playback of low latency video alongside KLV metadata in a free, easy-to-use desktop application empowers users with the real-time situational awareness they need to make faster, more informed decisions in the field. This combination of features is unmatched in the market and underscores Haivision’s commitment to supporting the work of defense and ISR teams.”

Key Features of Haivision Play ISR

Play ISR introduces powerful features that elevate ISR video playback:
  • Low-Latency Video Playback: Real-time playback with ultra-low latency ensures that operators are up to speed in mission-critical situations.
  • Latency Tuning: Users can manually adjust latency settings for more control, allowing them to prioritize real-time performance or video quality based on their mission needs.
  • KLV Metadata Overlay: Play ISR decodes and displays KLV-formatted metadata according to MISB 1909 standards, providing geospatial context and offering a real-time overlay of mission-critical data. This metadata gives users the ability to see not just what is happening, but also where and when events are unfolding.
  • Cross-Platform Availability: Available for Windows, MacOS, and Linux, Play ISR offers the same robust feature set across all major platforms.
  • Supports UDP and SRT Protocols: Play ISR is compatible with both H.264/AVC and H.265/HEVC encoded video streams, ensuring high-quality video performance under any network condition.
  • Easy Setup and Configuration: Designed for technical and non-technical users alike, Play ISR is simple to install, configure, and use.

Why Play ISR Matters to ISR Professionals

In fast-paced ISR operations, every second counts. Whether in the field or at a command center, the ability to view real-time video streams alongside geospatial data can make all the difference. Haivision Play ISR enables users to observe events as they unfold and analyze critical metadata in real time, enhancing overall situational awareness and enabling more responsive decision-making.

By integrating Play ISR into your ISR workflow, you benefit from:

  • Informed Decision-Making: The combination of real-time video and metadata allows for more comprehensive mission analysis.
  • Seamless Integration: Play ISR is compatible with existing Haivision products and other MISB-compliant systems, making it a flexible solution for various ISR use cases.

Get Started Today

Haivision Play ISR is available for download today. To experience the benefits of real-time, low latency video and metadata playback for your ISR workflows, download Play ISR and explore the possibilities it offers.

We look forward to seeing how Haivision Play ISR empowers you to monitor high-quality, real-time mission-critical video with enhanced situational awareness. For feedback or questions, please don’t hesitate to reach out!

]]> Why Your Operation Center Needs a Video Wall Solution https://www.haivision.com/blog/public-safety/operation-center-video-wall-solution/ Tue, 12 Nov 2024 19:45:28 +0000 https://www.haivision.com/?p=49634

Several different industries use operation centers. Their ability to make mission-critical decisions depends on immediate access to accurate, real-time data, making them a crucial asset. It also emphasizes the importance of the right solution to visualize this data. Team leaders and operators in control rooms — whether it’s a command center, Network Operations Center (NOC), Security Operations Center (SOC), or Emergency Operations Center (EOC)—are responsible for overseeing critical infrastructure across various sectors. This is why deciding whether to invest in a video wall solution in your operation center generally falls to the user that will be in the room.

Across industries, whether in the private or public sector, these professionals continuously monitor vital infrastructure and key operational functions. From oil and gas to emergency operations, transportation, finance, and public safety, control rooms are essential in ensuring smooth operations and rapid response to any incidents.

What does a video wall solution do?

A video wall solution is a powerful tool that transforms how organizations visualize and manage vast amounts of data in real time. By consolidating feeds, dashboards, and essential information onto a single large-scale display, video walls provide a comprehensive, high-level view of operations. This enables teams to make faster, more informed decisions, whether they’re monitoring security footage, tracking performance metrics, or responding to critical incidents. Video walls are integral to maintaining situational awareness in environments where every second counts.

The Haivision Command 360 is a powerful and scalable video wall solution that displays real-time video and data in operation and command centers. Built with flexibility and scalability in mind, Command 360 allows organizations to integrate diverse data sources, manage them centrally, and customize layouts to suit any operational workflow. Its user-driven interface simplifies management, empowering operators to quickly navigate between displays and prioritize what matters most to their workflow.

How do different industries use video wall solutions?

Consider a transportation company overseeing large-scale operations across multiple cities and regions. With numerous variables in constant flux, they must proactively manage and monitor factors to minimize delays, anticipate potential disruptions, and ensure reliable service. For instance, they may be closely tracking:

  • Weather conditions – to prepare for and quickly respond to weather-related delays.
  • Fleet performance metrics – to optimize scheduling and make data-driven decisions on route planning.
  • Traffic and route data – to identify congestion patterns and adjust routes in real time for smoother operations.
  • Internal surveillance footage – to facilitate real-time response by integrating live feeds from various locations such as global facilities, depots, stations, terminals, and other operational sites.

Financial institutions, for instance, handle a complex mix of real-time data, from stock market feeds and economic indicators to transaction processing and cybersecurity alerts. To effectively manage these extensive operations, control centers in finance rely on interconnected displays, dashboards, and IP-connected systems to present critical data in a cohesive, actionable format. Video walls are essential in these environments, enabling operators to effortlessly switch between various dashboards, prioritize key insights, and respond swiftly to evolving market conditions, security threats, or client needs.

Independent of your unique workflow or operation center priorities, some features are necessary for all industries and workflows. These features are why it’s important to have a video wall solution in your operation center for maximizing operational efficiency, situational awareness, and decision-making.

Enhancing Situational Awareness

One of the primary reasons operation centers need a video wall is to enhance situational awareness. As seen in the examples above, with a video wall, operators can display data from multiple sources—cameras, sensors, software applications, and dashboards—on a single, large-scale display.

Haivision Command 360 allows teams to centralize all these feeds and customize layouts to prioritize key information. The flexibility to rearrange content quickly provides a complete overview of the situation, helping operators react promptly to incidents or changing conditions.

Real-Time Data Integration and Visualization

In critical environments, real-time data integration is non-negotiable. Operation centers must combine data from various platforms into one cohesive display, enabling faster analysis and response. Video walls allow operators to monitor live feeds, display critical data, and overlay information that provides deeper insights into ongoing events.

Command 360 is designed to integrate multiple data streams seamlessly, ensuring that your team has access to live information at any time. With compatibility across different software and hardware platforms, Command 360 offers the agility to support various applications, allowing operators to visualize data precisely as needed.

Improved Collaboration and Communication

Operation centers often require team collaboration to ensure synchronized efforts, especially in high-stakes scenarios. A video wall acts as a shared point of reference that can enhance group discussions and decision-making, ensuring everyone is working from the same data.

The Command 360 solution offers centralized management capabilities, allowing operators to share content across multiple sites or even remote locations. This feature is invaluable in settings like security operation centers (SOCs) and emergency response centers, where teams may need to coordinate with off-site personnel or other jurisdictions.

Scalability and Adaptability for Future Needs

As operation centers grow, the technology they rely on must scale with them. Video walls, especially those powered by adaptable solutions like Command 360, can be expanded to meet evolving operational demands without compromising performance. Whether it’s adding more data sources, expanding display size, or implementing new software, a scalable video wall solution supports future-proofing your operation center.

Command 360 is designed with scalability in mind, allowing you to expand your video wall solution to fit your needs. This flexibility is particularly useful for operation centers that anticipate growth or a shift in mission-critical requirements. With Command 360, you can integrate additional displays and content sources with ease.

Boosted Response Times and Operational Efficiency

In an operation center, time is often of the essence. A well-designed video wall minimizes response times by presenting operators with a high-level view of events, allowing them to respond faster and more effectively.

Command 360’s intuitive user interface and efficient content management options ensure that operators spend less time navigating the system and more time focusing on crucial tasks. Features like drag-and-drop content placement and preset layouts speed up setup time and optimize workflows, which can be critical during high-pressure situations.

Security and Reliability

Operation centers often handle sensitive information, making the security and reliability of their video wall solutions paramount. Haivision Command 360 is engineered with security in mind, providing defense-grade security features and robust system redundancy. This ensures that your data remains protected and that your video wall system remains operational even during unexpected disruptions.

Are you ready to get started today?

Investing in a video wall solution like Haivision Command 360 can transform your operation center, equipping it with the necessary tools for real-time monitoring, rapid response, and cross-functional collaboration. By consolidating all critical data into one centralized display, a video wall solution enhances situational awareness, operational efficiency, and adaptability.

When choosing a video wall solution, it’s essential to consider scalability, security, and ease of integration—all of which Command 360 delivers. Equip your team with the best tools to monitor, analyze, and respond swiftly, and see the difference a well-designed video wall can make in your operation center.

Does this sound like something that could help your team? Talk to one of our experts today.

Contact Us
]]> What You Need to Know About Defense Standards for Video Encoding and Decoding https://www.haivision.com/blog/all/what-you-need-to-know-about-defense-standards-for-video-encoding-and-decoding/ Thu, 10 Oct 2024 14:20:45 +0000 https://www.haivision.com/?p=21244

In this post, we’ll explore what defense standards are, how they apply to Haivision products, and why they are so important. For this overview, I spoke to Haivision’s defense expert and Director of Product Strategy, John Leipper, who provided insight into what the Defense Standardization Program means in the context of video encoding and decoding.

Standardization is the process of developing and implementing specifications and procedures designed to ensure that products meet certain requirements. For defense, these requirements include functionality, compatibility, interoperability, reliability, quality, safety, and security.

Why Are Defense Standards Critical When It Comes to Video Encoding and Decoding?

Above all, standards enable the efficient use of resources, improving operational effectiveness. What’s more, these standards ensure proper performance, maintainability, reparability, and, perhaps most importantly, interoperability of military equipment. This is especially critical in the case of military forces where a common set of standards ensures that resources are utilized efficiently and operations run smoothly. Moreover, defense standards are often used as a quality reference by non-defense government and commercial organizations across the globe.

In defense applications, there are three distinct areas where standards are important: physical, data, and security.

Physical Standards for Defense Encoding and Decoding

Standards related to physical criteria ensure that a hardware device, such as a video encoder or decoder, is suitable for integration into militarized environments. This is the case whether it be air, ground, or maritime vehicles. Adherence to these criteria within the Defense Standardization Program provides a level of assurance that the device is fit for service in a particular deployed environment. These physical standards cover the SWaP (size, weight, and power) aspects of devices and, similarly, ensure that the device is deployable without breaking or interfering with the performance of any other equipment. Further, the standards ensure hardware can withstand a variety of environmental conditions. Physical standards such as the United States defense standard or military standard, or MIL-STD, are used to achieve standardization objectives laid out by the US Department of Defense. Examples of standards that apply to video encoders and decoders include:

MIL-STD-810 – Environmental Engineering Considerations and Laboratory Tests

The MIL-STD-810 standard addresses a wide range of harsh environmental conditions. This includes guidance and test methods to evaluate performance against environmental stresses such as exposure to high and low temperatures, humidity, temperature and transport shock, altitude, and vibration.

MIL-STD-461 – Electromagnetic Interference Control Requirements

MIL-STD-461 requirements are considered necessary to ensure that a device will operate as intended when exposed to the anticipated electromagnetic environment (EME) of a particular platform or system. These requirements also ensure that electromagnetic emissions are properly controlled so that equipment will not interfere with the operational performance of other subsystems or equipment.

MIL-STD-704 – Aircraft Electric Power Characteristics

The MIL-STD-704 standard defines the electrical power characteristics for military aircraft. The standard ensures that all onboard equipment can operate reliably under various conditions. By specifying requirements for voltage, frequency, and power quality, independent system components have a level of guaranteed interoperability of the power subsystem. Although MIL-STD-704 is written specifically for aircraft systems, it translates well to ground vehicle power standards. This is because components that adhere to the Airborne MIL-STD-704 are commonly suitable for ground vehicle deployments. Compliance with this standard ensures the resilience of aircraft electrical systems and components, thereby maintaining the performance and reliability of military aircraft and their complex electronic systems.

Another critical set of physical standards is the Ingress Protection (IP) ratings standard. These ratings are used globally to classify and rate the degree of protection provided by mechanical casings and electrical enclosures against intrusion, dust, accidental contact, and water. These standards, set by the International Electrotechnical Commission (IEC), are essential for ensuring the durability and reliability of video encoders and decoders in various environmental conditions. An example of this is IP67:

IP67 – Ingress Protection Rating

This standard defines the level of protection an enclosure offers against the intrusion of dust and water. The first digit (6) indicates complete protection against dust ingress, ensuring no dust penetration. The second digit (7) signifies protection against water immersion up to one meter in depth for a specified duration, typically 30 minutes. Devices rated IP67 are designed to withstand harsh environmental conditions. This makes these devices suitable for use in various demanding applications where resistance to dust and temporary submersion in water is crucial.

DO-160 – Environmental conditions and Test Procedures for Airborne Equipment

Another standard worth noting is DO-160, published by the Radio Technical Commission for Aeronautics (RTCA). These standards pertain to environmental conditions and test procedures for airborne equipment with an emphasis on commercial aviation. However, these standards also have applicability for use in military air vehicles. In addition, there are STANdardization AGreements (STANAG) implemented by NATO which address standards for electronic equipment in NATO environments, among many other standards areas, to support interoperability between coalition forces.

Data Standards for Defense Encoding and Decoding

When it comes to Geospatial Intelligence (GEOINT) standards, the Motion Imagery Standards Board (MISB) is focused on ensuring the development, application and implementation of standards that maintain interoperability, integrity and quality of motion imagery. More specifically, these standards apply to motion imagery associated with metadata, audio, and other related systems in the Department of Defense (DoD) and the National Geospatial-Intelligence Agency (NGA). As a leading advocate for interoperability, the MISB monitors and participates in the ongoing development of standards. This includes working with U.S. and international standards bodies like NATO and STANAG to monitor, advocate, and represent DoD and NGA interests for motion imagery, metadata, audio, and related systems to support global interoperability.

Interoperability in the context of video encoding and decoding has traditionally pertained to the bitstream of encoded video within the transport stream with geospatial metadata encoded as KLV (Key Length Value) metadata. For example, a Haivision Makito video encoder can be configured to accept a digital SDI input and encode that input into any number of network dissemination outputs, where the video, audio, and metadata are contained within a well-formed transport stream and delivered over IP.

That well-formed transport stream itself is an ISO standard (specifically ISO/IEC 13818-1). The MISB creates profiles of the transport stream standard that refine where the video and metadata lie relative to one another within a stream. MISB also has standards for how to encode time and metadata. These standards also provide rules for how video should be put into and pulled out of a stream. Evolutions in MISB standards and related guidance are captured within the MISB’s Motion Imagery Standards Profile (MISP) document which usually undergoes two revisions per year. MISB standards greatly enhance interoperability for those who adhere to the type of design constraint for streaming video.

Haivision’s Secure Reliable Transport (SRT) streaming protocol is included in MISB’s MISP document as a reliable and secure method for transmitting motion imagery over unpredictable networks. Adoption of SRT within MISP enhances the interoperability and reliability of Full Motion Video (FMV) transmission in defense and intelligence applications. In doing so, critical intelligence can be confidently and securely delivered across diverse and challenging environments. This development not only improves the robustness of data transmission but also facilitates greater collaboration and data sharing among the Department of Defense (DoD) and allied forces.

Security Standards for Video Encoding and Decoding

Security Technical Implementation Guides (STIGs) are a series of hardening or security guidelines to ensure protection against malicious actors. Developed by the Defense Information Systems Agency (DISA), these guides improve security for software, hardware, physical, and logical architectures to further reduce vulnerabilities when implemented. STIGs contain technical guidance to “lock down” information systems/software that might otherwise be vulnerable to a malicious computer attack.

Encoders and decoders utilized within Department of Defense (DoD) systems or networks must obtain a DoD Information Network Approved Products List (DoDIN APL) certification. This certification, managed by DISA, ensures that products meet rigorous cybersecurity and interoperability requirements. This allows hardware and software to be safely deployed within DoD networks. A number of Haivision products, including the Makito X4 video encoder and Kraken video processing platform for ISR, can be found on the DoDIN APL under tracking number 2118301.

Government organizations, especially the U.S. federal government and DoD, make use of Authority to Operate (ATO) to ensure that information systems and software products meet specific security and regulatory standards before they are deployed. An ATO is an authorization granted by a Designated Approving Authority (DAA) in cybersecurity, indicating that a system or product has undergone rigorous assessment and meets the necessary security standards for operation within an existing system or organization. This process is crucial for protecting sensitive data and ensuring interoperability within governmental and defense networks.

The NIST Risk Management Framework (RMF) is another critical element in managing security risks for defense-related video systems. The RMF provides a structured process that includes categorizing information systems, selecting and implementing security controls, and continuously monitoring their effectiveness. By integrating RMF practices, defense organizations can ensure that their video encoding and decoding systems remain secure and compliant with federal regulations, enhancing overall system resilience and trustworthiness.

Haivision Commitment to Security & Open Standards

Deployed worldwide, Haivison’s government and defense video solutions meet strict military environmental standards and hold certifications for security controls and interoperability.

Haivision’s support for industry standards and several government certifications includes:

  • Department of Defense Approved Products List (DoDIN APL) Certified
  • JITC Certified
  • TRM Certified
  • Department of State ITCCB Certified
  • MISP Compliance
  • STANAG Compliance
  • MIL-STD-810
  • DO-160
]]>