Viasat products that we offer

Bulldog

Mobile Self Powered Secure Communications Crypto Device

The Bulldog is a PRIME Layer 3 IP capable of Suite A & B operation, providing the ultimate protection for data in transit when used in conjunction with COTs devices ranging from Laptops, Tablets and Smartphones.

The small form factor units are available in two formats, SoHo(Small Office Home Office) & Wi-Fi, that are fully self-powered, giving the end user complete flexibility and ability to apply it to a wider scenario of use case applications targeting tactical data sensitive requirements.

The SoHo unit with RJ45 port provides a physical wired connection to the COTs device and the network/router.

The Wi-Fi unit with USB connection provides a physical wired connection to the COTs device and the dual 2.4Ghz or 5Ghz wireless connection is configurable to WAN/LAN WIFI or Hotspot.

Viasat can incorporate the Bulldog into a wide range of secure mobility solutions.

Whether working from home, remote offices or in temporary field locations there is an imperative for assured, network resilient, secure communications and information systems to connect government officials, military commanders and responders. In all cases, without the need to compromise on security or comply with restrictive operational procedures, data in transit requirement can be met be it voice, video or data transfer.

The Viasat Bulldog is a next-generation, ruggedized communication terminal developed by Viasat, designed for military and government applications. Bulldog terminals are known for their versatility, enabling secure and reliable satellite and wireless communications on the move. Here are some key features and aspects of the Viasat Bulldog product:

Key Features

Rugged Design:

Built to withstand harsh environmental conditions, the Bulldog terminal is ruggedized for use in combat zones and other challenging operational environments.

Dual-Mode Connectivity:

The Bulldog terminal supports both satellite and terrestrial communication, allowing for flexible operational capabilities and enhancing connectivity options in various scenarios.

Compact and Portable:

Designed for easy transport, the terminal is lightweight and compact, making it suitable for deployment in remote or mobile situations, including vehicles and temporary units.

High Throughput:

The terminal is capable of high-speed data transmission, supporting video, voice, and data applications simultaneously, which is critical for effective communication in the field.

Ease of Use:

User-friendly interfaces and simplified setup processes enable personnel to quickly deploy and connect the device in any situation, allowing for rapid communication and coordination.

Interoperability:

The Bulldog terminal is designed to integrate seamlessly with existing military communication systems and supports various encryption standards to ensure secure communications.

Multi-Band Capability:

Supports various frequency bands, providing flexibility and adaptability to different operational needs.

Real-Time Communications:

Facilitates real-time data sharing, situational awareness, and command-and-control operations, which are essential for military effectiveness.

Applications:

Military Operations: Used by armed forces for command, control, and communications (C3), especially in remote or contested environments.

Emergency Services: Suitable for responses in disaster recovery and emergency situations where traditional communication infrastructure may be compromised.

Humanitarian Missions: Can be used in disaster relief and humanitarian efforts where reliable communication is critical.

The Viasat Bulldog terminal represents a significant advancement in military communication technology, providing a robust solution to meet the demanding needs of modern warfare and operations. Its combination of portability, rugged design, and dual-mode connectivity makes it a significant asset for military and government personnel requiring reliable communication in challenging environments.

Embedded security solutions

Intelligent, programmable Type 1 cryptographic security

Viasat’s embeddable security modules protect Top-Secret and below data and communications by providing flexible, affordable, accredited cryptography for a wide range of government and military applications, including:

Encryption Capabilities:

These modules support various encryption algorithms to ensure the confidentiality and integrity of data transmitted over networks. This is essential for protecting sensitive information.

Secure Communications:

The modules enable secure voice and data communications, ensuring that information shared between devices remains protected from interception and unauthorized access.

Integration Flexibility:

Designed to be embeddable, these security modules can be integrated into a wide range of devices, including routers, communication terminals, and edge devices, allowing various platform compatibility.

Authentication Mechanisms:

They often incorporate strong authentication methods to verify the identity of users and devices, helping to prevent unauthorized access.

Robust Security Protocols:

Support for established security protocols, such as AES (Advanced Encryption Standard), TLS (Transport Layer Security), and others, to facilitate secure data exchanges over different mediums.

Firmware Updates and Management

Viasat's solutions may include capabilities for remote management and firmware updates to keep security measures up to date and address emerging threats.

Compliance:

These modules comply with various regulatory and industry standards, such as FIPS (Federal Information Processing Standards), to meet governmental and organizational security requirements.

Versatile Applications:

While primarily designed for defense applications, these security modules may also find use in other sectors such as telecommunications, transportation, and commercial aviation where secure communications are vital.

Threat Detection and Mitigation:

Some modules may integrate threat detection mechanisms to identify and respond to potential cyber threats in real time.

Applications of Viasat’s Embeddable Security Modules

Military Communications: Used in secure military communications systems to protect sensitive operational data.

Satellite Communications: Providing secure connections for satellite-based services, ensuring that the data remains safe from interception.

Internet of Things (IoT): Validating and protecting data in IoT devices used in various industries, enhancing overall cybersecurity.

Critical Infrastructure: Securing communications in sectors such as utilities, transportation, and healthcare to protect against cyber threats.

Tactical unmanned systems.

Handheld communications.

Weaponized platforms.

Sensor networks.

Data At Rest (DAR) encryption solutions

Protecting your most valuable and sensitive data where you are most vulnerable

Designed to secure the highest level of sensitive data for platforms and applications in militaries and governments and other entities in the public or private sectors.

Millions of computers are lost or stolen every year. Protecting valuable data is more important than ever. The Viasat DAR product range includes evaluated, encrypted solid state drives (SSDs) and hard disk drives (HDDs), utilising hardware encryption for the highest level of security for End User Devices (EUDs) within the public and private sectors.

Purpose and Functionality:

Data Protection: The primary aim of DAR encryption solutions is to safeguard sensitive information from unauthorized access, theft, and breaches. This is especially critical in sectors such as defense, government, healthcare, and finance.

Compliance: Viasat’s DAR encryption solutions help organizations meet regulatory requirements related to data protection, such as GDPR, HIPAA, and various defense-related standards.

Encryption Technology:

Strong Encryption Algorithms: Viasat typically utilizes Advanced Encryption Standard (AES) and other robust cryptographic algorithms to ensure high security for data at rest.

Key Management: Effective key management solutions are integral to DAR encryption, ensuring that encryption keys are protected and managed properly.

Deployment:

Hardware and Software: Viasat’s solutions may involve deploying both hardware and software components to provide comprehensive encryption for stored data across different platforms, including databases, servers, and storage devices.

Integration: The solutions are designed to integrate seamlessly with existing IT infrastructure, making it easier for organizations to implement encryption without significant disruption.

User Roles and Policies:

Access Controls: Viasat’s solutions typically include features to enforce access controls, ensuring that only authorized personnel can access sensitive data.

Audit Trails: Advanced logging and audit capabilities help organizations monitor access and changes to encrypted data, which is vital for security and compliance audits.

Scalability and Performance:

Scalability: Viasat’s DAR encryption solutions are designed to scale with organizational needs, accommodating increasing volumes of data as companies grow.

Performance Optimization: The solutions are engineered to minimize impact on system performance while maintaining the effectiveness of encryption, ensuring that operations remain efficient.

Applications:

Military and Defense: Protecting sensitive military and defense data from espionage or cyberattacks is a crucial application of Viasat’s DAR encryption solutions.

Enterprise Solutions: Businesses in various sectors can leverage DAR encryption to protect proprietary data, customer information, and intellectual property.

Viasat's Data-at-Rest encryption solutions provide vital protection for sensitive information stored within organizations, enabling compliance and securing data against unauthorized access. With a focus on robust encryption technology, key management, and seamless integration into existing systems, these solutions are applicable in various high-stakes sectors, including defense, healthcare, and finance. As cybersecurity threats continue to evolve, effective DAR encryption remains essential for organizations seeking to safeguard their digital assets.