Autonomous Infrastructure for the Next Generation of Computing
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BEACEN™ AT A GLANCE
In an era where IT complexity, cyber threats, and demand for agility are accelerating, enterprises need more than just automation — they need autonomy. beacen™ AI is a groundbreaking platform that redefines how infrastructure is built, secured, and managed. Developed with over 25 years of expertise, including contributions to the U.S. Army, Navy and Verizon, beacen™ AI enables dynamic, self-constructing IT environments that adapt in real-time to meet operational demands.
SECURITY
Beacen™ effectively eliminates attack surfaces that viruses, malware, and zero-day threats typically exploit to compromise devices. Unlike traditional cybersecurity methods that rely on detection, remediation, and reporting—often after damage has occurred—Beacen™ employs a proactive, AI-driven security architecture. This intelligent framework continuously analyzes system state, policy compliance, and behavioral signals to prevent vulnerabilities before they can be exploited. Designed from the ground up, the Beacen™ platform fundamentally denies attachment points for unauthorized or malicious software, creating a hostile environment for threats to take root.
Furthermore, Beacen™ enhances the security posture of Windows environments by placing a hardened, policy-controlled platform beneath the OS—rather than layering security solutions on top. This foundational approach not only isolates Windows from underlying threats but also ensures secure, consistent operation regardless of endpoint variability.
MANAGEMENT
Beacen™ offers a uniquely adaptive, AI-enhanced, policy-driven approach that eliminates the need for traditional local device administration. Through intelligent system composition powered by AI, the platform dynamically constructs each endpoint operating system in real time, aligning with specific hardware profiles and user requirements. Leveraging machine learning, Beacen™ determines and delivers only the essential software, OS components, drivers, and runtime packages based on evolving policy contexts and usage patterns. This minimizes the system's footprint, reduces the attack surface, and increases operational efficiency. The result is a self-constructing, AI-driven architecture that seamlessly adapts to diverse environments while continuously optimizing for security, performance, and resilience through a precisely tailored OS composition.
APPLICATION DELIVERY
In addition to provisioning device operating systems, the beacen™ policy engine—enhanced with AI—dynamically delivers applications, containers, and services along with their associated data (Application Workloads). Leveraging intelligent policy orchestration, beacen™ uses AI to adapt delivery strategies in real time based on device context, user behavior, and operational state. This AI-driven, policy-based delivery decouples Application Workloads from the underlying hardware, significantly enhancing resiliency and uptime.
Application Workloads are intelligently delivered per device, user, or group at system boot or login. The AI ensures that both the workloads and the underlying operating environment are continuously optimized and configured to run the provisioned version—automatically adjusting for any detected anomalies or drift from policy.
Our AI-augmented delivery approach guarantees zero variation at the endpoint from the policy defined at the beacen™ vServer. This level of software consistency is proactively maintained through continuous AI monitoring and self-healing configuration enforcement—something not possible through traditional methods. With the beacen™ Platform, AI ensures enterprise-wide enforcement of compliance and cybersecurity policies without the need for manual administration at the edge.
A Complete Re-Think
Today’s device-centric computing platforms fall short in addressing the complex demands of modern, mobile, multi-platform environments. Meeting these evolving needs requires a fundamental shift—one that decouples applications and data from physical devices and removes the burden of complexity and administration from the end user. In essence, it calls for a complete reimagining of the platform itself.
While content-centric computing has long been the aspirational goal for system architects, its principles have traditionally conflicted with the limitations of device-centric infrastructures.
Beacen™ vSeries bridges this gap by fusing advanced computing paradigms—(i) in-memory computing, (ii) stateless architecture, (iii) non-persistent execution, and (iv) policy-driven automation—with embedded AI. This AI-driven intelligence dynamically interprets policies, monitors system behavior, and optimizes operations in real time, delivering an unmatched balance of security, performance, agility, and flexibility. The result is a next-generation computing platform purpose-built for the dynamic, decentralized demands of the modern enterprise.
Plug-and-Play
Your computer becomes a true plug-and-play appliance, capable of working "out of the box" without the need for any administrative intervention. The installer only has to plug it in and turn it on.
Fully Responsive
As technology continues its steady migration to mobile platforms it is not enough for the application to be the only responsive element. zStation’s modularity guarantees a completely responsive environment.
Secure
vSeries represents a new level of security, reducing if not eliminating attack vectors. Since the filesystem that the operating system resides on is read-only attachment points for viruses and malware simply don’t exist.
In-Memory
zStation endpoint operating environment operates exclusively in volatile RAM not requiring local storage for any operation. This architecture provides performance not attainable by traditional computer architectures.
Stateless
Remember when your computer was new, everything was fast and it just worked, as it gets older your computer seems slower, that’s because it is, operating system decay is a real issue. Since zStation is stateless it is new evry time you login.
Consistent
Policy based computing guarantees that the system is deployed in the ideal configuration. Both operating system and application workloads are always in the optimal configuration on all systems.