DigitalXForce brings Continuous Control Assurance to the tools an organization already runs, ServiceNow included. Continuous Control Assurance (CCA) uses evidence, monitoring and validation to determine whether controls continue to operate as expected. DigitalXForce reads the evidence through 250+ technology integrations and maps each control once across 50+ compliance frameworks.
This page is for a mid-size or large organization that runs ServiceNow for governance, risk and compliance or is evaluating it. Most of these teams want to know where DigitalXForce would sit next to it. ServiceNow keeps the records, workflows and tickets it runs today. ServiceNow’s own documentation says its GRC indicators collect control data through manual tasks, tables inside the instance or custom scripts, run by a nightly job. DigitalXForce reads technical evidence directly from the security and enterprise tools that enforce each control, through 250+ technology integrations, and validates whether the control still works. The buyer then picks one of three outcomes: the two coexist, DigitalXForce becomes the assurance and posture layer, or selected functions consolidate.
This article was updated on October 6, 2026.
ServiceNow’s site describes Integrated Risk Management (IRM), part of its Governance, Risk, and Compliance (GRC) portfolio, as connecting risk and compliance across IT, cyber and business operations on the ServiceNow AI Platform. The 15 DigitalXForce modules share one data layer, so security posture, third-party risk with External Risk View, AI risk governance and operational resilience sit on the same record as compliance. IDC has named DigitalXForce a Leader in two IDC MarketScape vendor assessments, the 2025 assessment of governance, risk and compliance software and the 2026 assessment of third-party risk management software.
Map DigitalXForce to your current ServiceNow environment See DigitalXForce’s IDC MarketScape recognitions
If this is your environment
If you run GRC in ServiceNow, a few of these will sound familiar.
- Risk records, issues and remediation tasks already live in ServiceNow, and the CISO is now asked whether the controls behind those records still work today.
- Some control results arrive as a manual task, an attestation or an uploaded document, and the auditor asks how old that evidence is.
- The security team reads MFA, cloud configuration and vulnerability status in its own tools, while the compliance view still shows the status from the last test.
- A control that appears in several frameworks gets tested once per framework, and control owners answer the same evidence request more than once a year.
- The board asks for one view of cyber risk, and someone assembles it by hand from three dashboards the week before the meeting.
- Vendor risk and AI use are reviewed in separate processes, so a supplier change or a new AI system does not move the control status anyone reports.
What the current setup costs
Start with the controls nobody has checked since the last test. An assurance gap is the time, or the set of controls, for which an organization has no current evidence that a control still operates as expected. A control can pass its test in March, fail in May and stay green in the register until the next scheduled review finds it.
Repeat work adds to it. When each framework asks for its own evidence, the same MFA export or access review is collected again for every audit. Control owners start treating evidence requests as a tax on their real job, and the auditor receives the same screenshot in three file formats.
Executives carry the last part of the cost. Security, compliance and risk teams each report from their own tool, the numbers disagree, and the board receives a view that nobody can trace back to a specific control and a specific date. A board that cannot trace a number asks for another spreadsheet, and somebody gives up a weekend to build it.
What good looks like
In a better setup, ServiceNow keeps doing what it already does well: records, approvals, issues and tickets. The evidence that a control works comes from the system that enforces the control, read on a schedule that matches how fast that evidence can change. Each result is stored with the evidence it read and a timestamp, so an auditor can see the history of a control instead of a sample.
When a control fails, a finding opens with an owner and a due date, and the same failed result reaches the compliance view, the posture view and the risk register at once. The fix is retested before the finding closes. The board sees a view that traces each number back to the control, the tool and the date the evidence was read.
DigitalXForce sums the model up in four lines: “Monitoring detects. CCA validates. Enterprise TRiSCM connects. Digital Trust translates.”
How DigitalXForce changes the operating model
DigitalXForce runs one chain that starts with evidence and ends in the board report, and each step below names what the platform does at that point.
- Step 1, connect evidence. DigitalXForce reads evidence from the systems that enforce controls through 250+ technology integrations, using X-Connect adapters for security tools and E-Connect adapters for enterprise systems. The platform connects through APIs with credentials that stay under the customer’s control, and it needs no agent. Each input can be traced to the tool it came from, the control it belongs to and the date it was read.
- Step 2, monitor. Continuous Control Monitoring (CCM) monitors conditions, evidence and signals associated with controls, and CCM is a capability within CCA. Each control has its own test frequency, set by how fast its evidence can change. The example on the Continuous Control Monitoring page reads MFA status daily, log retention and SIEM feed health hourly, backup verification daily and policy acknowledgment monthly.
- Step 3, validate. Continuous Control Assurance decides whether the control still operates as expected. A test has three possible results: the control operates as expected, it does not, or the evidence is missing or too old to decide. Stale or missing evidence is recorded as stale or missing and is never counted as a pass.
- Step 4, open a finding or change the risk. A failed control opens a finding with an owner and a due date. The 15 DigitalXForce modules share one data layer, so one failed control result reaches the compliance view, the posture view and the risk register at the same time. X-ROC, the XForce Risk Operations Center, ranks control failures, risk changes and vendor events by quantified business impact.
- Step 5, remediate. The control owner fixes what failed. If you want them there, remediation and recommendation tickets go to ServiceNow or Jira, so the fix follows the ticket workflow your team already uses.
- Step 6, retest. The control is tested again when the fix is marked done, and the finding closes only when the retest passes.
- Step 7, report. XForce GPT writes the board-ready reports from AI JedAI’s analysis, and an analyst reviews AI output before anyone relies on it. The Digital Trust Score gives the board one number that moves as each control is retested.
What DigitalXForce does, situation by situation
| Buyer problem | DigitalXForce capability | Operational result | Executive result |
|---|---|---|---|
| Your auditors want proof that security controls kept working between audits. | DigitalXForce tests controls continuously against evidence from the security stack and maps each control once to 50+ compliance frameworks. | Each test result is stored with its evidence and a timestamp, and one piece of evidence serves every framework the control is mapped to. | Audit preparation starts from a control history that already exists. |
| Evidence still arrives by hand, and the systems that enforce controls sit outside the GRC tool. | DigitalXForce connects to the tools already in place through 250+ technology integrations, ServiceNow among them. | Evidence is read from the source system, and duplicate evidence requests are retired one audit cycle at a time. | Executives see control status that carries the date its evidence was read. |
| You want outside-in vendor evidence on the same record as your internal controls. | DigitalXForce watches vendors with External Risk View, without an agent, a questionnaire or the supplier’s cooperation, and maps fourth-party and nth-party dependencies. | A vendor change enters the same queue as an internal control failure. | Third-party risk appears in the same enterprise risk view as first-party posture. |
| You need your AI inventory tied to your security and compliance evidence. | DigitalXForce AI TRiSCM discovers AI assets across cloud, code, pipelines, containers, model endpoints and RAG stores. | Shadow AI appears in the inventory the same way as sanctioned AI, and each system is mapped to its framework requirements. | AI risks sit in the enterprise risk register beside every other risk. |
| You want control failures, risk changes and vendor events triaged in one place. | X-ROC, the XForce Risk Operations Center, alerts, triages, escalates and reports control failures, risk changes and vendor events. | Security, compliance and risk teams work from the same findings, each with an owner and a target date. | Events are ranked by quantified business impact rather than by a severity label alone. |
| Your board wants one evidence-based number it can follow over time. | DigitalXForce gives the board the Digital Trust Score and board-ready reports written by XForce GPT. | Each number in the report traces back to control evidence. | The board follows one score from 300 to 850 that moves as controls are retested. |
The table and the source list name the ServiceNow page behind each statement about ServiceNow, as read on October 6, 2026.
What DigitalXForce is, and the proof behind it
DigitalXForce is the Enterprise TRiSCM™ platform. TRiSCM, or Trust, Risk, Security and Compliance Management, is a category of enterprise software defined by DigitalXForce that converges automated governance, risk and compliance with security posture management into a single real-time system, replacing periodic control validation with continuous control assurance. Continuous Control Assurance (CCA) uses evidence, monitoring and validation to determine whether controls continue to operate as expected. Continuous Control Monitoring (CCM) monitors conditions, evidence and signals associated with controls. In DigitalXForce, Continuous Control Monitoring is a capability within Continuous Control Assurance.
The platform’s 15 modules share one data layer. The DigitalXForce AI-Powered Risk Management and Automated GRC module maps each control once to 50+ compliance frameworks and reuses the evidence across all of them. Security posture management, third-party risk with External Risk View, AI risk governance, operational resilience and risk operations all run on that data layer. The platform is built on a Cybersecurity Mesh Architecture and connects to the tools a customer already runs through 250+ technology integrations.
DigitalXForce runs two AI engines. AI JedAI is the DigitalXForce AI engine that analyzes: it reasons over control evidence and live telemetry, maps documents to controls and frameworks, scores and prioritizes risk, and recommends remediation mapped to framework requirements. XForce GPT is the DigitalXForce generative AI engine that writes: it produces the plain-language risk narratives and board-ready reports, generates policies, standards and plans, and runs the embedded assistant.
DigitalXForce was named a Leader in the IDC MarketScape: Worldwide Governance, Risk, and Compliance Software Vendor Assessment, 2025 (IDC #US53615325, June 2025). DigitalXForce was also named a Leader in the IDC MarketScape: Worldwide Third-Party Risk Management Software 2026 Vendor Assessment (IDC #US53007725, September 2026). Both recognitions are listed on the DigitalXForce IDC research page, and the 2026 recognition has its own IDC MarketScape TPRM 2026 page.
DigitalXForce lets a prospective client run a cloud deployment and see the platform work firsthand before buying. If you want to see the chain above on your own controls, map DigitalXForce to your current ServiceNow environment.
What a workflow platform does, and where its evidence comes from
A workflow platform is built to hold records and move work between people. ServiceNow’s IRM page describes one system of action that connects risk and compliance across IT, cyber and business operations, and routes remediation work to the right teams. ServiceNow’s documentation says a failed indicator result triggers a GRC issue, and that a control’s status is calculated from its linked indicator results and may affect linked risks. ServiceNow’s Policy and Compliance Management page describes evidence requests to front-line users and control attestations. An organization that already runs IT service management in ServiceNow can keep its issues, tickets and approvals there, and DigitalXForce sends its remediation tickets into that same workflow.
The harder question is where each control’s evidence comes from. Where does the current technical evidence for each control come from, and how is control effectiveness validated between tests? ServiceNow’s documentation says indicators collect data to monitor controls, using manual tasks, a table inside the instance or a custom script, and that a nightly job runs them. ServiceNow’s indicator template documentation gives each template a collection schedule from daily to annually.
If your requirement includes continuous validation of control effectiveness from technical evidence, check which of your controls read a table that holds live evidence from the enforcing system, and which still rely on a manual task or an attestation. The second check is how the age of each piece of evidence is shown when the control status reaches the risk register. Those two answers usually decide which of the three outcomes below fits.
Side by side, as read on October 6, 2026
Each DigitalXForce entry comes from DigitalXForce’s product material. Each ServiceNow entry is ServiceNow’s own description of its product, reported as ServiceNow’s claim. A capability that one vendor does not mention on the pages read is left out rather than marked as missing, and pricing is left out on both sides. The last column is the question to answer about your own deployment.
| Dimension | What DigitalXForce does | What ServiceNow’s pages say | What to check in your environment |
|---|---|---|---|
| Evidence ingestion | DigitalXForce reads evidence from the systems that enforce controls through 250+ technology integrations, and each input carries its tool, its control and the date it was read. | ServiceNow’s documentation describes manual, basic and scripted indicators, and its Security Posture Control page says Service Graph Connectors connect to tools like Qualys, Rapid7 and Tenable. | Which controls read live technical evidence today, and which depend on a person entering a result. |
| Continuous monitoring | Continuous Control Monitoring runs as a capability within CCA, and each control has its own test frequency set by how fast its evidence changes. | ServiceNow’s Policy and Compliance Management page describes automated controls testing that replaces occasional testing with continuous monitoring, and its documentation gives indicator schedules from daily to annually. | Which schedule each critical control runs on, and whether that matches how fast its evidence can change. |
| Control validation and assurance | CCA decides whether a control still operates as expected, and stale or missing evidence is recorded as stale or missing, never as a pass. | ServiceNow’s documentation says a control’s status is calculated automatically from its linked indicator results, and a failed indicator creates a GRC issue. | What the control status shows when its evidence is missing or old. |
| Security posture convergence | ESRPM runs configuration checks across IAM, SIEM, cloud, OT and IoT, SecOps and enterprise systems, and X-SPM scores posture from the same control data the compliance view reads. | ServiceNow’s Security Posture Control page says it continuously monitors coverage and exposure and aligns with the CMDB and service map. | Whether a misconfiguration found by posture tooling changes the control status your auditor sees. |
| Risk propagation | One failed control result reaches the compliance view, the posture view and the risk register at the same time, and X-ROC ranks events by quantified business impact. | ServiceNow’s Integrated Risk Management page says risks are prioritized by business impact, and its documentation says control status may affect linked risks. | Follow one failed control from the test to the risk register and time each step. |
| TPRM and AI governance connection | Third-party risk and AI TRiSCM run on the same data layer as the other modules, so a vendor event or an AI control failure enters the same queue as an internal control failure. | ServiceNow’s Third-party Risk Management page describes monitoring vendor changes, and its AI Control Tower page describes an AI inventory tied to the CMDB. | Whether an external change at a critical vendor changes the risk view your executives read. |
| Executive trust view | The Digital Trust Score runs from 300 to 850 across seven sub-postures, and XForce GPT writes the board-ready reports from AI JedAI’s analysis. | ServiceNow’s Risk Management page describes executive dashboards tailored to each role. | Whether each number in the board report traces back to the evidence and the date it was read. |
| Integration and coexistence | ServiceNow is one of the DigitalXForce technology integrations, and remediation tickets can go to ServiceNow or Jira when the client wants that. | ServiceNow’s IRM page describes bringing existing software onto the ServiceNow platform. | Which system stays the record for issues and tickets, and which system holds the control evidence. |
Where DigitalXForce goes further on security evidence
DigitalXForce pulls the evidence an auditor or a board asks about straight from the security tools. DigitalXForce shows whether MFA stayed enforced, whether a cloud configuration drifted and whether a vendor’s external posture changed. DigitalXForce reads that evidence through 250+ technology integrations and maps each control once to 50+ compliance frameworks.
ServiceNow presents IRM, Security Posture Control and AI Control Tower as parts of the ServiceNow AI Platform, so a buyer who does not run ServiceNow today would be adopting a platform as well as a GRC product. DigitalXForce connects to the tools already in place. ServiceNow is one of the DigitalXForce technology integrations, so an organization can keep its IT workflows in ServiceNow and run Continuous Control Assurance in DigitalXForce.
The DigitalXForce AI-Powered Risk Management and Automated GRC module runs three assessment modalities, C-Assess, X-Assess and A-Assess. The module maps each control once to 50+ compliance frameworks through the X-Connect and E-Connect adapters, and evidence collected for a control is reused wherever that control is mapped. AI JedAI maps documents to controls and frameworks and recommends remediation mapped to framework requirements. In a demo, a buyer can ask which controls are tested against live data and which still rely on an uploaded document.
The 15 DigitalXForce modules share one data layer, so one failed control result reaches the compliance view, the posture view and the risk register at the same time. X-ROC, the XForce Risk Operations Center, is the operations layer of the DigitalXForce TRiSCM platform, where control failures, risk changes and vendor events are alerted, triaged, escalated and reported. In a demo, a buyer can follow one failed control from the compliance view to the risk register and into X-ROC.
ServiceNow’s Security Posture Control page describes coverage, configuration and vulnerability signals across cloud and on-premises assets. Enterprise Security Risk and Posture Management (ESRPM) is the DigitalXForce module that runs configuration checks, operational insights and deployment benchmarking across IAM, SIEM, cloud, OT and IoT, SecOps and enterprise systems through 250+ technology integrations. ESRPM connects to AWS, Azure and GCP accounts and evaluates their configurations directly, and ESRPM also takes in findings from CSPM tools and maps them to controls. X-SPM is Extended Security Posture Management, the DigitalXForce capability that scores security posture across the enterprise and its vendors from the same control data. Attack Surface Manager discovers and inventories assets across nine asset classes, IT and OT, through agentless, API-based discovery. In a demo, a buyer can ask to see one cloud account’s configuration findings mapped to the controls they affect.
ServiceNow’s Third-party Risk Management page describes automated assessments and visibility of vendor changes between assessments. Third-party risk management (TPRM) is the discipline of identifying, assessing, monitoring and controlling the risks an organization takes on through its suppliers, vendors and other outside parties. The DigitalXForce third-party risk lifecycle has 6 stages: intake and screening, due diligence and tiering, onboarding, continuous monitoring with fourth-party visibility, issue management, and offboarding or recertification. DigitalXForce gives every vendor its own score, built from its questionnaire answers, its evidence and external signals. Tier 1 Critical suppliers get External Risk View, AI review of their SOC 2 and ISO reports and connector evidence from their own systems, monitored continuously. Tier 2 High suppliers get External Risk View, AI review of their reports, connector-assisted evidence and AI-guided questionnaires, refreshed weekly with triggered alerts in between. Tier 3 Commodity suppliers get External Risk View and an AI-assisted self-assessment, refreshed monthly with triggered alerts. External Risk View needs no agent, no questionnaire and no cooperation from the supplier, and it maps fourth-party and nth-party dependencies. DigitalXForce connectors read configuration and compliance signals only, never business records or customer data. In a demo, a buyer can ask which tier a supplier sits in, what evidence backs its score and when that evidence was last refreshed.
ServiceNow’s AI Control Tower page describes recording AI assets in the customer’s CMDB, with content for the NIST AI RMF and the EU AI Act. AI governance is the set of policies, roles, controls and evidence an organization uses to decide which AI systems it runs, how they may be used and whether their controls keep working. DigitalXForce AI TRiSCM discovers AI assets across cloud, code, pipelines, containers, model endpoints and RAG stores. DigitalXForce AI TRiSCM assesses LLMs, copilots, agents and models and maps them to the NIST AI RMF, ISO/IEC 42001, the EU AI Act, the OWASP LLM Top 10 and MITRE ATLAS. In a demo, a buyer can ask which AI assets discovery found and which framework requirement each one maps to.
ServiceNow’s Operational Resilience Management page describes impact tolerances and scenario analysis. X-BCOR, the Business Continuity and Operational Resilience module, builds recoverability from a business impact analysis and ties continuity and recovery plans to live control coverage. X-BCOR adds scenario planning, control dependency mapping and DORA alignment. In a demo, a buyer can ask which recovery plans depend on which controls.
For the board, DigitalXForce reports one number, the Digital Trust Score. The Digital Trust Score is DigitalXForce’s composite score from 300 to 850, computed continuously from live control evidence across seven sub-postures: security, compliance, audit, resilience, third-party, AI and risk. XForce GPT writes the board-ready reports from AI JedAI’s analysis, and the Digital Trust Portal shares the Digital Trust view with boards, regulators and customers. In a demo, a buyer can ask how each number in the board report traces back to control evidence.
Three ways to decide
Coexist and integrate. ServiceNow stays the system for records, workflows, issues and tickets. DigitalXForce reads technical evidence from the tools that enforce each control, validates the control and sends remediation tickets to ServiceNow if you choose that route. Nothing in the existing ServiceNow process has to move for this to work.
Use DigitalXForce as the assurance and posture layer. Continuous Control Assurance, security posture through X-SPM, External Risk View for vendors and the Digital Trust view run in DigitalXForce. ServiceNow keeps the IT workflows around them. This suits a team whose workflow already runs well and that now needs to know whether its controls still work.
Consolidate selected functions where your numbers support it. Where one platform would replace separate GRC, posture and vendor tools, existing policies, evidence and assessments import into DigitalXForce and become the baseline, and the migration runs in phases. The case for it comes from the buyer’s own baselines: hours spent collecting the same evidence per framework, controls tested more than once, hours of audit preparation and the time a failed control stays unseen.
When DigitalXForce Lite is the better starting point
Any organization that prefers cloud hosting can choose DigitalXForce Lite. So can a company preparing for its first SOC 2 attestation with no enterprise GRC program to run yet. DigitalXForce Lite is the full DigitalXForce platform hosted in the cloud, with the same functionality and a faster deployment. The full DigitalXForce platform runs in the client’s own hosting, so the client keeps full control of its data, which is the model DigitalXForce prefers. DigitalXForce prepares a company for SOC 2, and an independent CPA firm issues the SOC 2 report itself.
What happens after you get in touch
Discovery starts with a 30 minute walkthrough built around the frameworks and systems you name, and the DigitalXForce team replies to every request within 1 business day. Next comes scoping, where private cloud deployment and data residency requirements are agreed.
The data sources are the systems that already enforce your controls. Start with controls that a system enforces, that change often and that show up in most frameworks, such as multifactor authentication, privileged access, logging, encryption, backups and vulnerability remediation. Controls that depend on judgment stay on a review cycle.
The standard proof of value runs for 4 weeks on your own systems and frameworks. Connectors are configured in week 1, the attack surface and External Risk View are set up in week 2, the first assessments run in week 3 and they are reviewed with you in week 4. You set the success criteria with the DigitalXForce team at the start, and you keep your existing systems unless you decide otherwise.
The decision involves the people who will run the program. Management owns it, one named executive sponsors it, a program owner in risk or compliance runs it, control owners fix what fails and internal audit reviews independently. Pricing depends on modules, environment size and deployment scope, and most teams start with a scoped rollout and expand.
Questions to ask in any demo
Ask which of your controls are tested against live data today and which still rely on an attestation or an uploaded document.
Ask how a control that appears in several frameworks is mapped, and whether its evidence is collected once.
Ask where third-party risk evidence comes from, including outside-in data and fourth parties, and whether it sits on the same record as internal controls.
Ask what the platform changes in your systems on its own and what waits for a person’s approval.
Ask what the board sees each quarter and how each number on it traces back to evidence.
Ask when the first assessments on your own systems will run. In a DigitalXForce proof of value, they run in week 3 and are reviewed with you in week 4.
Ask whether you can run a deployment and see the platform work on your own systems before you buy.
Ask whether a finding can close before the control behind it is tested again.
DigitalXForce lets a prospective client run a cloud deployment and see the platform work firsthand before buying.
The article Cybersecurity Mesh Architecture for Compliance and Continuous Control Monitoring explains how Continuous Control Monitoring works across a security stack. DigitalXForce vs RSA Archer and DigitalXForce vs MetricStream compare DigitalXForce with other enterprise suites. Every term used above is in the DigitalXForce glossary.
Frequently asked questions
Does DigitalXForce replace ServiceNow?
DigitalXForce does not have to replace ServiceNow, and the buyer decides how far it goes. An organization can keep ServiceNow for IT workflows, records and tickets and run Continuous Control Assurance in DigitalXForce. Where the buyer’s own baselines justify it, selected GRC, posture and vendor functions can consolidate into DigitalXForce in phases.
Can DigitalXForce and ServiceNow integrate and run together?
They can. ServiceNow is one of the DigitalXForce technology integrations. An organization can keep ServiceNow for IT workflows and run Continuous Control Assurance across its security stack in DigitalXForce. Remediation and recommendation tickets from DigitalXForce can go to ServiceNow or Jira when the client wants that.
What does DigitalXForce add to a ServiceNow environment?
DigitalXForce adds Continuous Control Assurance from technical evidence. Continuous Control Assurance (CCA) uses evidence, monitoring and validation to determine whether controls continue to operate as expected. DigitalXForce reads that evidence from the systems that enforce each control through 250+ technology integrations, maps each control once to 50+ compliance frameworks, and sends one failed result to the compliance view, the posture view and the risk register at the same time. It also brings External Risk View for vendors, AI TRiSCM for AI governance and the Digital Trust Score for the board onto the same data layer.
What data stays in each system?
The client decides. In the coexistence model, ServiceNow keeps the records, workflows and tickets it runs today, and remediation tickets from DigitalXForce go to ServiceNow if you choose that. DigitalXForce keeps each control test result with the evidence it read and a timestamp. The full DigitalXForce platform runs in the client’s own hosting, so the client keeps full control of its data, which is the model DigitalXForce prefers.
What is a practical starting scope?
A practical first scope is the controls a system enforces, that change often and that appear in most frameworks, such as multifactor authentication, privileged access, logging, encryption, backups and vulnerability remediation. The standard proof of value runs for 4 weeks on the customer’s own systems and frameworks, with the first assessments in week 3 and a review with the customer in week 4. Controls that depend on judgment stay on a review cycle.
Is DigitalXForce a good alternative to ServiceNow IRM?
DigitalXForce is a strong alternative to ServiceNow IRM for an organization that wants Continuous Control Assurance (CCA) without adopting a new IT platform. ServiceNow presents IRM as part of the ServiceNow AI Platform. DigitalXForce connects to the tools already in place and maps each control once to 50+ compliance frameworks, with security posture, third-party risk and resilience on one data layer across 15 modules.
How is DigitalXForce different from ServiceNow IRM?
ServiceNow presents IRM as part of the ServiceNow AI Platform, with risk and compliance connected across IT, cyber and business operations. DigitalXForce starts from the security evidence and the tools already in place. The 15 DigitalXForce modules share one data layer, so one failed control result reaches the compliance view, the posture view and the risk register at the same time.
Does DigitalXForce run Continuous Control Monitoring (CCM)?
DigitalXForce runs Continuous Control Monitoring (CCM) as a capability within Continuous Control Assurance (CCA). Continuous Control Monitoring (CCM) monitors conditions, evidence and signals associated with controls. DigitalXForce runs Continuous Control Monitoring against the security stack through 250+ technology integrations and maps each control once to 50+ compliance frameworks.
How does DigitalXForce handle third-party risk?
Third-party risk management (TPRM) is the discipline of identifying, assessing, monitoring and controlling the risks an organization takes on through its suppliers, vendors and other outside parties. DigitalXForce gives every vendor its own score, built from its questionnaire answers, its evidence and external signals. External Risk View needs no agent, no questionnaire and no cooperation from the supplier, and it maps fourth-party and nth-party dependencies. Tier 1 Critical suppliers get External Risk View, AI review of their SOC 2 and ISO reports and connector evidence from their own systems, monitored continuously. Tier 2 High suppliers get External Risk View, AI review of their reports, connector-assisted evidence and AI-guided questionnaires, refreshed weekly with triggered alerts in between. Tier 3 Commodity suppliers get External Risk View and an AI-assisted self-assessment, refreshed monthly with triggered alerts.
Which DigitalXForce product fits a company preparing for its first SOC 2 attestation?
DigitalXForce Lite fits a company preparing for its first SOC 2 attestation. DigitalXForce Lite runs the full DigitalXForce platform in the cloud with the same functionality and a faster deployment, for any organization that prefers cloud hosting. DigitalXForce prepares the company for the audit, and an independent CPA firm issues the SOC 2 report.
What is the difference between ServiceNow AI Control Tower and DigitalXForce AI TRiSCM?
ServiceNow’s site says AI Control Tower discovers and governs AI, records each AI asset as a configuration item in the ServiceNow CMDB, and ships content for the NIST AI RMF and the EU AI Act. AI governance is the set of policies, roles, controls and evidence an organization uses to decide which AI systems it runs, how they may be used and whether their controls keep working. DigitalXForce AI TRiSCM discovers AI assets across cloud, code, pipelines, containers, model endpoints and RAG stores, and DigitalXForce keeps them on the same data layer as the security and compliance evidence. DigitalXForce AI TRiSCM maps AI assets to the NIST AI RMF, ISO/IEC 42001, the EU AI Act, the OWASP LLM Top 10 and MITRE ATLAS.
Sources
The ServiceNow pages below were first read on September 25, 2026. The Integrated Risk Management, Third-party Risk Management, Policy and Compliance Management, Security Posture Control and AI Control Tower pages were read again on October 6, 2026. Each statement taken from them is reported as ServiceNow’s own claim.
The Integrated Risk Management page describes IRM, the AI agents that assess controls, prioritization by business impact, the ServiceNow AI Platform and the related products.
The Governance, Risk, and Compliance page describes the portfolio and Business Continuity Management.
The Third-party Risk Management page describes automated assessments, scoring and vendor changes between assessments.
The Policy and Compliance Management page describes automated controls testing, the common framework, content provider integration, control attestations and evidence requests.
The Security Posture Control page describes coverage, configuration and vulnerability signals, the Service Graph Connectors and the CMDB data.
The AI Control Tower page describes AI discovery and governance, the CMDB, and the NIST AI RMF and EU AI Act content.
The Operational Resilience Management page describes impact tolerances, scenario analysis and monitoring of critical business services.
The Risk Management page, read on October 6, 2026, describes key risk indicators, performance indicators and executive dashboards.
The ServiceNow documentation pages on managing indicators and using indicator templates, Australia release, updated March 12, 2026 and read on October 6, 2026, describe the indicator types, the nightly run job, the collection schedules and how indicator results set control status.
The DigitalXForce and IDC sources are these.
The DigitalXForce FAQ, Glossary, integrations page and product pages were read on September 26, 2026.
IDC’s document page names the IDC MarketScape: Worldwide Governance, Risk, and Compliance Software Vendor Assessment, 2025 (US53615325, June 2025).
IDC’s document page names the IDC MarketScape: Worldwide Third-Party Risk Management Software 2026 Vendor Assessment (US53007725, September 2026).
Where vendor risk is part of the decision, read how DigitalXForce compares with OneTrust and ProcessUnity.
Map DigitalXForce to your current ServiceNow environment
The fastest way to check DigitalXForce against your own program is a 30 minute walkthrough on your own frameworks and your own integrations. You leave with a mapped control set and a view of what Continuous Control Monitoring would surface in your environment. The DigitalXForce team replies to every request within 1 business day.
