From Fragmentation to Visibility – The Three-Layered Digital Value Stack

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From Fragmentation to Visibility – The Three-Layered Digital Value Stack

Rick Lemieux – Co-Founder and Chief Product Officer of the DVMS Institute

Introduction: A Layered Approach to Managing Digital Complexity

Modern digital enterprises are no longer defined by a single technology stack but by a layered ecosystem of platforms, services, and intelligence sources. As organizations adopt cloud computing, connected devices, and automated workflows, the challenge is no longer simply deploying technology but managing it as a coherent system. Fragmentation across these layers creates blind spots, inconsistent governance, and an inability to connect operational activities to business value.

A more effective model is emerging in which different technologies operate at distinct layers, each contributing a specific function. In this model, the Digital Value Management System (DVMS) operates at the top as the executive management system, while platforms such as ServiceNow and Armis serve as foundational layers that feed operational and risk intelligence into the DVMS. Together, they form a structured, integrated approach to governing, measuring, and improving digital operations. Understanding how these layers align reveals how organizations can move from fragmented operations to a controlled and value-driven system.

DVMS as the Top Layer: Structuring Value, Governance, and Accountability

At the top of this model sits DVMS, which serves as the system that transforms for the entire digital enterprise. DVMS does not operate as a tool or platform but as a management system that defines how digital operations should be structured, governed, and evaluated. It establishes value streams, aligns systems to business outcomes, and defines the policies, controls, and performance measures that guide operations.

In this role, DVMS relies on accurate, continuous inputs from underlying systems. It does not generate raw data or perform monitoring itself. Instead, it provides the structure that gives meaning to data flowing from platforms such as ServiceNow and Armis. It determines what should be measured, how risk should be interpreted, and how performance should be evaluated in the context of value delivery. By operating at this top layer, DVMS ensures that all digital activity aligns with a coherent operating model.

ServiceNow as the Operational Execution Layer

Beneath DVMS sits ServiceNow, which functions as the operational backbone of the digital enterprise. ServiceNow provides workflows, data models, and governance capabilities that allow organizations to execute the structure defined by DVMS. It is where processes are orchestrated, controls are implemented, and performance is consistently and scalably tracked.

ServiceNow translates DVMS concepts into actionable processes. Value streams defined by DVMS are represented in ServiceNow as services, portfolios, and workflows. Governance requirements are translated into policies, controls, and risk records within the platform. Performance metrics are captured through dashboards and analytics, providing visibility into how operations are performed. In this way, ServiceNow serves as the execution system that brings the DVMS model to life.

Importantly, ServiceNow also serves as a central integration hub. It collects data from various systems, normalizes it, and makes it available for analysis and reporting. This allows DVMS to rely on ServiceNow as a trusted source of operational data, ensuring that governance and performance evaluations are based on consistent and reliable information.

Armis as the Intelligence and Visibility Layer

At the foundational layer of this model sits Armis, which provides deep visibility into connected devices, network behavior, and cyber exposure. Armis specializes in identifying assets that are often invisible or unmanaged, such as IoT devices, operational technology, and third-party connected systems. It continuously monitors these assets to detect vulnerabilities, anomalous behavior, and potential threats.

The role of Armis in this layered architecture is to generate high-quality intelligence about the state of the environment. It identifies risks at the device and network level and provides context about how those risks may evolve. This intelligence is critical because it addresses one of the most common gaps in digital operations: the lack of visibility into the full attack surface.

Armis does not operate in isolation. Its insights are fed into platforms like ServiceNow, where they can be correlated with other operational data. This allows the intelligence generated at the lowest layer to be integrated into the broader operational and governance model.

Data Flow and Integration Across the Layers

The effectiveness of this layered model depends on the flow of data and intelligence from Armis through ServiceNow to DVMS. Armis generates detailed insights about devices, vulnerabilities, and behaviors. This data is integrated into ServiceNow via connectors and APIs, becoming part of the operational data model.

Within ServiceNow, this information is enriched and contextualized. It is linked to services, workflows, and control frameworks, allowing organizations to understand how device-level risks impact operational processes. ServiceNow aggregates this data alongside other inputs such as system metrics, workflow data, and compliance records.

DVMS then uses this integrated data to evaluate performance, risk, and governance effectiveness at the value stream level. It does not analyze raw data directly; instead, it relies on the structured information provided by ServiceNow. This creates a clear flow in which intelligence moves upward from the environment, is operationalized and contextualized, and is ultimately used to guide decision-making at the highest level.

Aligning Risk and Performance to Value

One of the key benefits of this layered approach is the ability to align technical risk and operational performance to business value. Armis identifies risks in the environment, such as vulnerable devices or anomalous activity. ServiceNow links these risks to operational processes and control frameworks. DVMS then evaluates these risks based on their impact on value streams and business outcomes.

This alignment transforms how organizations understand and manage risk. Instead of viewing risks as isolated technical issues, they are seen in the context of their potential impact on value delivery. This enables more informed prioritization and more effective decision-making. It also ensures that risk management is integrated into the broader management system rather than treated as a separate function.

Enabling Continuous Assurance Across the Stack

Another important outcome of this model is the ability to support continuous assurance. Armis provides continuous environmental monitoring, detecting changes and emerging risks in real time. ServiceNow captures and organizes this information, linking it to controls and workflows. DVMS defines how this information should be used to assess control effectiveness and operational integrity.

Together, these layers create a continuous feedback loop. Changes in the environment are detected, contextualized, and evaluated against governance and performance objectives. This allows organizations to maintain a more accurate and timely understanding of their operational state. Continuous assurance becomes a natural outcome of the integration between intelligence, execution, and management layers.

Driving Accountability and Coordinated Action

The layered model also improves accountability by clearly defining roles at each level. Armis is responsible for providing accurate, comprehensive intelligence on the environment. ServiceNow is responsible for executing processes, enforcing controls, and managing workflows. DVMS is responsible for defining the system’s structure, governance, and overall evaluation.

This separation of responsibilities ensures that each layer contributes effectively without overlap or confusion. When issues are identified, they can be traced through the layers from detection to resolution. Armis identifies the issue, ServiceNow manages the response, and DVMS ensures that the response aligns with governance and value objectives. This creates a coordinated approach to managing digital operations.

From Fragmentation to a Structured Operating Model

At its core, this layered architecture represents a shift from fragmented tools to a structured operating model. Armis addresses visibility at the edge of the environment. ServiceNow provides the operational backbone that connects systems and processes. DVMS sits above both, ensuring that everything is aligned and consistently valued and governed.

This structure allows organizations to manage complexity more systematically. It creates clarity about how different components interact and ensures that all activities contribute to a common set of objectives. Fragmentation is reduced not by eliminating systems but by integrating them into a coherent model.

Conclusion: A Unified System for Digital Value Management

The relationship between DVMS, ServiceNow, and Armis illustrates how modern digital enterprises can be managed as layered systems rather than disconnected technologies. Each layer plays a distinct role, from generating intelligence to executing operations to governing and evaluating performance. Together, they form a unified approach to managing digital complexity.

DVMS provides an overlay system that aligns everything to value. ServiceNow operationalizes that overlay system through workflows, data, and governance capabilities. Armis supplies the intelligence needed to understand the environment and identify risks. When integrated effectively, these layers enable organizations to achieve greater visibility, stronger control, and more consistent value delivery. The result is a digital ecosystem that is not only functional but structured, accountable, and continuously improving.

 

About the Author

Rick Lemieux
Co-Founder and Chief Product Officer of the DVMS Institute

Rick has 40+ years of passion and experience creating solutions to give organizations a competitive edge in their service markets. In 2015, Rick was identified as one of the top five IT Entrepreneurs in the State of Rhode Island by the TECH 10 awards for developing innovative training and mentoring solutions for boards, senior executives, and operational stakeholders.

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