August 20, 2024
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The surge of connected devices has surpassed traditional management methods, creating challenges for security and coordination at scale. Isidore Quantum® devices, the first zero-trust, quantum-secure communication appliances, deliver unmatched individual strength but require orchestration to reach their full potential. Cassian provides that orchestration, serving as the intelligence layer that transforms fleets of devices into a unified, disciplined force.
Cassian reduces complexity, a leading threat to security, by converting overwhelming telemetry, firmware data, and anomaly reports into clear, actionable insight. Through its AI-powered rules engine, agentic reasoning, and adaptive AI agents, Cassian eases the cognitive burden on operators. The platform goes beyond simple monitoring by interpreting intent, prioritizing threats, and taking proactive measures to prevent small issues from becoming mission-critical failures.
Engineered for the harshest environments, Cassian maintains strict red/black separation and ensures all actions are cryptographically signed, auditable, and aligned with NSA’s CNSA 2.0 standards for post-quantum security. Customers benefit from peace of mind, operational efficiency, and futureproof assurance, knowing that Cassian anticipates threats, automates critical tasks, and enables fleets of devices to coordinate, adapt, and stay mission-aligned even in the most demanding conditions.
Cassian acts as the management and control plane for Isidore Quantum® devices, providing secure orchestration across both in-band and out-of-band channels. Through AI-powered rules, agentic agents, and cryptographic enforcement, it ensures devices remain synchronized, resilient, and mission-aligned regardless of operating environment.
Key takeaways:
•Simplifies Scale: AI agents and the rules engine manage thousands of devices as seamlessly as one, freeing teams from overwhelming complexity.
•Automates Security: Agentic intelligence anticipates issues, automates firmware updates and anomaly triage, and handles rekeying with minimal operator effort.
•Enforces Zero Trust: AI-powered enforcement ensures every device complies with CNSA 2.0 and post-quantum standards, protecting against evolving threats.
•Delivers Assurance: Every action is validated by AI agents and captured in cryptographically verifiable audit trails, giving leaders confidence and compliance proof.
•Thrives Anywhere: Intelligent automation keeps fleets mission-ready across air-gapped, multi-domain, and high-risk environments without breaking trust.
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The operational burden of device autonomy
Autonomous systems such as Isidore Quantum® provide powerful security advantages through zero-trust enforcement, post-quantum encryption, and automated key management. Yet autonomy also introduces new layers of complexity that challenge operators at scale. Devices operating independently may create blind spots, generate unstructured telemetry that is difficult to interpret, and suffer from firmware drift if updates are not carefully orchestrated. Even local decision engines can behave inconsistently without centralized oversight, leading to gaps in policy enforcement and operational risk.
These are not isolated technical issues but strategic limitations that can undermine the security and efficiency of entire infrastructures. Left unaddressed, they place unsustainable burdens on security teams and increase the potential for mission failure in critical environments.
Cassian resolves this problem by serving as an intelligent coordination layer. Instead of taking control away from autonomous devices, Cassian augments their decision-making and provides visibility across the fleet. By harmonizing device operations, orchestrating firmware updates, and ensuring consistent policy enforcement, Cassian transforms autonomy from a liability into a force multiplier for security and resilience.
Key Takeaways
•Autonomy Creates Complexity: Blind spots, unstructured telemetry, firmware drift, and inconsistent policies limit the effectiveness of even advanced devices
•Challenges Are Strategic, Not Just Technical: Operational inefficiencies can escalate into mission risks without proper orchestration
•Cassian Augments Autonomy: By coordinating and harmonizing devices, Cassian enhances decision-making and ensures resilient, policy-aligned operations
Total fleet awareness: Cassian’s unified monitoring and NIST-aligned inventory
Cassian equips organizations with comprehensive visibility into every device within large, geographically distributed fleets. By continuously monitoring a wide range of device statistics and attributes, the platform transforms raw telemetry into actionable intelligence that strengthens operational resilience and supports proactive cybersecurity defense. This ensures that network operations center (NOC) and cybersecurity teams retain complete situational awareness and control, regardless of the scale or complexity of their environments.
At its core, Cassian monitors critical device health metrics, including CPU utilization, memory consumption, disk activity, and power status. These foundational indicators help operators identify emerging performance bottlenecks, forecast potential system failures, and maintain operational continuity across thousands of devices. For mission-critical or resource-constrained deployments, these metrics provide the early-warning system necessary to mitigate outages before they impact service availability.
Cassian extends this visibility into the network layer by tracking connectivity attributes such as interface activity, bandwidth utilization, latency, and packet loss. By establishing traffic baselines and observing deviations, the platform detects anomalies including unusual data flows, persistent failures, or intrusion attempts. This level of insight is particularly valuable in distributed environments where reliable communication and secure connectivity are essential for mission success.
Security and compliance are further enhanced by Cassian’s ability to monitor patch levels, software and firmware versions, cryptographic key states, and configuration baselines across the fleet. The platform enables centralized enforcement of compliance standards, rapid identification of vulnerabilities, and automated remediation when deviations occur. By leveraging Isidore Quantum’s Channel Zero, Cassian also provides cryptographic integrity validation, ensuring secure key management and preventing compromise of mission-critical assets.
Beyond real-time monitoring, Cassian provides detailed records of behavioral telemetry, such as system logs, user access attempts, and process execution histories. This data is aggregated across the fleet and analyzed to detect coordinated attack patterns, generate threat intelligence, and support predictive analytics. In doing so, Cassian offers both tactical visibility for incident response and strategic foresight for risk management, enabling organizations to shift from reactive defense to proactive security posture.
Complementing its monitoring functions, Cassian offers advanced device inventory management aligned with NIST recommendations. Automated discovery, real-time updates, and compliance-aware asset classification ensure that organizations maintain an authoritative, dynamic inventory across distributed environments. By scaling inventory capabilities and integrating them with predictive analytics and threat intelligence, Cassian elevates asset management from a compliance requirement to a force multiplier for cybersecurity operations. This integration of monitoring and inventory ensures resilience, accountability, and security across even the most complex and geographically dispersed networks.
Key Takeaways
•Unified Visibility: Cassian continuously monitors health, network, security, and behavioral attributes, providing operators with an authoritative view of distributed device fleets
•Compliance and Security Integration: By aligning with NIST standards and incorporating cryptographic assurance via Channel Zero, Cassian ensures asset inventories and telemetry remain accurate, secure, and compliant
•Proactive Defense: Cassian transforms telemetry and inventory into actionable intelligence, enabling predictive analytics, automated remediation, and fleetwide risk reduction at scale
Orchestrated device control with integrated security and data isolation
Architecture and Containerization
Cassian’s architecture is purpose-built to provide scalability, security, and flexibility for managing large, geographically dispersed fleets of devices. At its foundation, Cassian is designed as a modular, microservices-based platform that leverages containerization to ensure agility, portability, and resilience across diverse environments. This architectural approach allows Cassian to adapt seamlessly to enterprise data centers, cloud infrastructures, and edge-deployed environments while maintaining consistent performance and security standards.
The platform is organized around a core management layer, responsible for orchestration, command distribution, and centralized analytics. This core communicates securely with distributed agents deployed on devices or local nodes, ensuring real-time visibility and control across the fleet. By separating the management plane from the data plane, Cassian ensures that operational commands and telemetry remain streamlined, resilient, and protected against compromise.
Containerization lies at the heart of Cassian’s architecture. Every service—ranging from device monitoring to attack remediation—is encapsulated in lightweight, isolated containers. This not only provides strong fault isolation but also enables rapid deployment, updates, and scaling of individual services without disrupting the broader system. For operators managing critical environments, containerization also ensures consistency across deployments, reducing configuration drift and improving the reliability of upgrades and patches.
The use of containerization further allows Cassian to be cloud-neutral and infrastructure-agnostic. Whether deployed in a government-operated private cloud, a commercial hyperscale environment, or a tactical edge enclave, Cassian maintains identical operational behaviors. This portability ensures organizations can adapt deployments to mission requirements without sacrificing functionality or interoperability, while also supporting hybrid or air-gapped models where secure enclaves are required.
Finally, Cassian’s containerized architecture supports resilience and elasticity at scale. Services can be orchestrated dynamically to match workload demands, ensuring that threat analytics, telemetry ingestion, or device orchestration functions can expand, or contract as needed. Combined with its integration of Isidore Quantum’s Channel Zero for secure communications, Cassian’s architecture provides not only operational efficiency but also cryptographic assurance, making it a trusted backbone for large-scale, secure device management.
Scalability and Data Isolation
Cassian is architected from the ground up to deliver both scalability and data isolation, ensuring that organizations can manage massive, distributed fleets of devices without compromising security, performance, or compliance. By combining a microservices-based design with strong multi-tenant separation, Cassian empowers operators to expand operations seamlessly while maintaining strict boundaries between mission-critical data sets.
From a scalability perspective, Cassian leverages its containerized architecture to dynamically scale compute, storage, and analytics services in response to operational demand. Whether managing a few hundred endpoints or tens of thousands spread across diverse geographies, Cassian ensures that telemetry ingestion, command orchestration, and threat analytics expand elastically without service degradation. This allows cybersecurity and network operations center (NOC) teams to maintain real-time situational awareness and consistent control as their device fleets grow.
Equally important is Cassian’s ability to enforce data isolation at every level of its architecture. Each tenant, mission set, or organizational unit can be logically separated to ensure that device telemetry, operational data, and cryptographic materials remain siloed from other users of the platform. This segregation not only supports compliance with regulatory standards but also reduces the risk of cross-contamination or unauthorized access in shared environments.
Cassian’s approach to isolation extends to its analytics and storage layers, where data streams are tagged, compartmentalized, and processed within defined trust boundaries. This guarantees that predictive analytics, threat intelligence, and forensic investigations are conducted within the correct scope, preventing accidental data leakage across organizational domains. By aligning with best practices in data governance, Cassian makes it possible to run multi-tenant deployments while maintaining the same level of assurance as fully dedicated instances.
Together, scalability and data isolation make Cassian uniquely suited for organizations managing large and distributed fleets under stringent security requirements. Its ability to expand effortlessly while protecting sensitive data ensures that operators can meet mission objectives, adapt to growth, and comply with diverse regulatory frameworks—all without compromising the trust and integrity that underpin critical operations.
Air Gapped Environments
Cassian is engineered to operate securely in some of the most demanding environments, including fully air-gapped networks and mission-critical systems requiring uncompromising security assurances. Its architecture and security design principles ensure that device management, telemetry collection, and cryptographic enforcement can continue seamlessly, even when networks are deliberately isolated from the public internet or external infrastructure.
In air-gapped deployments, Cassian provides complete functionality without relying on external connectivity. Its containerized services and modular architecture allow the platform to be installed and sustained within secure enclaves, enabling operators to monitor, configure, and secure devices entirely within the boundaries of a protected network. This ensures compliance with the strictest operational security requirements while delivering the same level of orchestration and control found in connected environments.
Cassian’s high-end security considerations are deeply integrated into its design. All communications between devices and management nodes are cryptographically protected, with shared secret distribution and trust relationships maintained through Isidore Quantum’s Channel Zero. This guarantees both confidentiality and integrity of operational data, while preventing man-in-the-middle attacks, spoofing, or unauthorized interception. Cassian also incorporates strong authentication, role-based access controls, and audit logging to ensure that only authorized personnel can access critical functions.
The platform further addresses supply chain and insider threat concerns by supporting cryptographic attestation of devices, secure boot processes, and integrity verification of its containerized services. This layered approach prevents compromised software, tampered configurations, or unauthorized updates from undermining fleet security. In environments where adversaries are highly capable, Cassian’s zero-trust posture ensures that every transaction, command, and telemetry stream is validated before acceptance.
By combining air-gap operability with advanced security mechanisms, Cassian provides organizations with a platform that can be trusted in environments where failure or compromise is not an option. Whether deployed in defense networks, classified facilities, or critical infrastructure sectors, Cassian ensures that device fleets remain observable, governable, and resilient under the highest levels of security scrutiny.
Software Management
Cassian provides comprehensive software management capabilities that give administrators full visibility and control over installed applications across large, geographically distributed fleets. By maintaining an authoritative software inventory, Cassian tracks what is deployed on each device, including versions, dependencies, and configurations. This real-time awareness allows cybersecurity and operations teams to identify outdated, unauthorized, or vulnerable software quickly, ensuring compliance with organizational baselines and regulatory requirements. The inventory is continuously updated through automated discovery, enabling a living record of the software ecosystem across the enterprise.
Building on this foundation, Cassian streamlines patch management and lifecycle support for installed software. Administrators can deploy patches and updates at scale, either across entire fleets or to targeted subsets, reducing exposure to known vulnerabilities. Cassian enforces policy-driven patch schedules, validates installation integrity, and automatically remediates failed updates to ensure devices remain secure and operational. Combined with its monitoring and reporting capabilities, Cassian delivers end-to-end software governance, enabling organizations to maintain consistent configurations, eliminate security gaps, and reduce operational risk across distributed environments.
Binary Authorization
Cassian’s binary authorization capability ensures that only trusted, verified software and executables are allowed to run across the fleet, providing a powerful safeguard against unauthorized code execution and supply chain attacks. By enforcing cryptographic validation of binaries before deployment or execution, Cassian prevents malicious, tampered, or unapproved software from compromising devices. Administrators can define policies that tie execution privileges to signed and approved binaries, while the system logs every authorization event for audit and compliance. This fleetwide enforcement reduces attack surfaces, maintains system integrity, and delivers assurance that all running code aligns with organizational security requirements.
Vulnerability Management
Cassian delivers end-to-end vulnerability management designed to help organizations detect, prioritize, and understand security risks and flaws across large and distributed device fleets. By continuously monitoring device health, software inventories, patch levels, and configuration states, Cassian identifies vulnerabilities in real time and correlates them against known threat intelligence and compliance baselines. This continuous visibility ensures that security teams can rapidly detect weaknesses before they are exploited, even in remote or high-security environments.
Once vulnerabilities are detected, Cassian applies risk-based prioritization to focus remediation efforts where they matter most. Factors such as exploit likelihood, device criticality, and exposure are analyzed to provide actionable recommendations. Cassian not only highlights which vulnerabilities require immediate attention but also helps teams understand their root causes and potential impacts. By pairing detection with context, Cassian enables cybersecurity and NOC teams to implement targeted remediations, strengthen security posture, and sustain operational resilience across the lifecycle of their fleets.
Multi-Platform Management
Cassian extends its fleetwide management capabilities into a full multi-platform mobile device management (MDM) framework, enabling organizations to remotely manage and protect devices across diverse operating systems and hardware environments. Whether deployed on laptops, smartphones, tablets, IoT devices, or mission-critical endpoints, Cassian delivers consistent visibility, control, and security policies across the entire ecosystem. This unified approach ensures that administrators can enforce compliance and safeguard assets without regard to platform differences, reducing operational complexity while strengthening security posture.
Through its MDM functions, Cassian empowers operators to remotely configure, update, and monitor devices while maintaining strict security controls. Lost or compromised devices can be remotely locked, wiped, or re-provisioned to prevent data loss and unauthorized access. At the same time, Cassian continuously enforces encryption, authentication, and application control policies, ensuring that devices remain protected against evolving threats. By combining centralized oversight with real-time enforcement, Cassian’s multi-platform MDM transforms heterogeneous fleets into manageable, secure, and policy-driven environments—empowering cybersecurity and NOC teams to protect distributed assets at scale.
Security
Cassian delivers a comprehensive security framework designed to protect large, distributed fleets by continuously monitoring device activity, spotting anomalies, and providing real-time situational awareness. Through continuous telemetry collection, the platform observes system behavior, network traffic, and user activity across thousands of devices, creating a unified security picture. This visibility enables cybersecurity and network operations teams to detect unusual patterns early, ranging from unauthorized access attempts to suspicious data flows, ensuring threats are identified before they escalate into compromises.
Beyond detection, Cassian empowers operators with contextual insights that translate anomalies into actionable intelligence. Its analytics engine correlates events across the fleet, highlights coordinated attack patterns, and prioritizes risks based on operational impact. By doing so, Cassian provides decision-makers with situational awareness at both the tactical and strategic level—enabling rapid incident response, informed risk management, and sustained operational resilience across complex, geographically dispersed environments.
Orchestration
Cassian’s orchestration capabilities enable administrators to automate tasks across entire fleets of devices, streamlining operations and reducing the burden on cybersecurity and NOC teams. From deploying applications and enforcing configuration updates to executing custom scripts and scheduled workflows, Cassian delivers centralized control with fleetwide precision. Its policy-driven orchestration ensures consistency, compliance, and efficiency while minimizing human error. By allowing teams to securely push updates, automate maintenance, and coordinate actions across thousands of endpoints simultaneously, Cassian transforms device management into a scalable, predictable, and resilient operation.
Cassian’s integration with Isidore Quantum®
Coming soon