Replace point-in-time control testing with Continuous Control Assurance
A control that passed last quarter can fail today. Know when it does.
DigitalXForce reads evidence from the systems that enforce your controls and tests each control at its own frequency. A failure becomes a finding with an owner, and the finding closes only when a retest passes.
An annual or quarterly control test shows that a control worked on the day it was sampled. This page is for the CISO, the GRC leader and the internal controls and audit teams at a mid-size or large organization who need to know whether controls work today.
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, and CCM is a capability within CCA. DigitalXForce runs both on one platform. It reads evidence from the tools that enforce each control through 250+ technology integrations and tests every control as often as its evidence can change. Each failure becomes a finding that a named owner fixes. The control is tested again before the finding closes. The organization hears about a failure in the week it happens.
Your controls may be passing on paper and failing in production
You may recognize some of these in your own program.
- Controls are tested once a year or once a quarter, and the test looks at a sample.
- A control passed the audit and failed later, and nobody knew until the next review.
- The evidence is a screenshot that was current on the day someone took it.
- A security tool shows one status for a control while the compliance record shows another.
- Each framework asks for the same control to be tested again.
- The board asks whether controls work now, and the answer describes last quarter.
Point-in-time testing leaves four gaps between cycles
Periodic assessment is still necessary. External audits, certifications and internal audit run on cycles, and Continuous Control Assurance does not remove them. Four gaps open between the cycles, and DigitalXForce names them time, coverage, evidence age and connection.
The time gap is the stretch between one test and the next, when a control can stop working while nobody looks. The coverage gap comes from sampling. PCAOB AS 2315 defines audit sampling as applying an audit procedure to less than 100% of the items in an account balance or class of transactions. The items outside the sample go untested. Evidence ages because a screenshot only describes the day it was taken. The connection gap opens when nothing carries a failed control to the risk register.
Together they form an assurance gap. 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. The audit file still says the control passed, which was true on the day of the test.
Good control assurance tests each control as often as its evidence can change
In the target operating model, evidence comes from the system that enforces the control, with the time it was read. Each control has its own test frequency. A test gives one of three answers: the control operates as expected, it does not, or the evidence is missing or too old to decide.
A failure becomes a finding with an owner and a due date. The owner fixes it, and the control is tested again before the finding closes. The periodic audit still happens, and the auditor now has the history of each control to look at.
NIST SP 800-137, published in September 2011, describes information security continuous monitoring. In the sense that standard uses, continuous means a frequency sufficient to support risk-based decisions. It does not mean every control every second.
How Continuous Control Assurance changes the operating model
DigitalXForce is the AI-native Enterprise Trust, Risk, Security and Compliance Management (TRiSCM™) platform unifying automated GRC and security posture management. 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.
DigitalXForce sums up the model in four short sentences: “Monitoring detects. CCA validates. Enterprise TRiSCM connects. Digital Trust translates.” The table shows the chain for one control.
| Step | Stage | What DigitalXForce does |
|---|---|---|
| 1 | Evidence | The platform reads through APIs from the systems that enforce controls, using credentials that stay under the customer’s control. It is agentless. Each input can be traced to the tool it came from, the control it belongs to and the date it was read. |
| 2 | Monitor (Continuous Control Monitoring) | Each control has its own test frequency, set by how fast its evidence can change. In the example on the CCM page, the platform reads multifactor authentication (MFA) status daily, log retention and SIEM feed health hourly, backup verification daily and policy acknowledgment monthly. |
| 3 | Validate (Continuous Control Assurance) | Each test result is stored with the evidence it read and a timestamp. Stale or missing evidence is recorded as stale or missing and never counted as a pass. An analyst reviews AI conclusions before anyone relies on them, with a link back to the evidence used. |
| 4 | Finding | A failed control opens a finding with an owner and a due date. |
| 5 | Risk register | The failed result reaches the risk register and every other view that uses the control. |
| 6 | Remediation | The control owner fixes the gap. Remediation tickets can go to ServiceNow and Jira when the client wants that. |
| 7 | Retest | The control is tested again when the fix is marked done, and the finding closes only when the retest passes. |
| 8 | Executive and board reporting | XForce GPT writes the board-ready narrative and reports from AI JedAI’s analysis. |
Two engines do the AI work in that chain. 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.
The Continuous Control Assurance page sets out the full operating chain in 12 steps, from control requirement to assurance evidence. The Continuous Control Monitoring page covers the monitoring layer in detail.
A worked example with multifactor authentication
This example is illustrative and does not describe a real customer.
Suppose MFA is switched off for 3 administrator accounts on a Tuesday. The next scheduled read names the 3 accounts. The CCA test records the control as failing and opens a risk for the control owner. The owner restores MFA, the control is tested again, and the finding closes when the retest passes. Under a quarterly test, the failure would go unseen until the next test, and that sample might not include those 3 accounts.
The worked chain from cyber risk to business risk follows a similar MFA failure all the way to the board, also as an illustration.
Periodic assessment, Continuous Control Monitoring and Continuous Control Assurance compared
| Question | Periodic assessment | Continuous Control Monitoring (CCM) | Continuous Control Assurance (CCA) |
|---|---|---|---|
| What does it answer? | The sampled items passed or failed on the test date. | The evidence and signals for a control show its current state. | The control operates as expected, or it does not, or the evidence is too old to decide. |
| How often does it run? | The audit or review cycle sets the pace, often once a year or once a quarter. | Each control is read at its own frequency, from hourly to monthly in the playbook example. | Each control is validated at its own frequency, as its evidence arrives. |
| Where does the evidence come from? | People collect screenshots, exports and samples. | Integrations read it from the source system with a timestamp. | It uses the monitored evidence and records stale or missing evidence as stale or missing. |
| What does a failure produce? | A failure produces an audit finding at the end of the cycle. | A failure produces a signal about a control. | A failure produces a finding with an owner, closed only by a passing retest. |
| What role does it keep? | External audit, certification and internal audit still depend on it. | CCM feeds assurance as a capability within CCA. | CCA gives the auditor a control history, and the audit opinion stays with the auditor. |
What each capability changes for the team and for executives
| Buyer problem | DigitalXForce capability | Operational result | Executive result |
|---|---|---|---|
| Controls are tested once a year by sample. | DigitalXForce tests each control at its own frequency from source evidence. | A failure surfaces at the next scheduled read. | Leaders hear about a failed control while it is still open. |
| Evidence is a dated screenshot. | The platform stores each result with the evidence it read and a timestamp. | Stale or missing evidence is recorded as stale or missing. | A reported pass rests on current evidence. |
| The same control is tested for each framework. | DigitalXForce maps each control once to every framework requirement it satisfies across 50+ compliance frameworks. | One piece of evidence is reused across frameworks. | Audit preparation draws on one record. |
| A failed control never reaches the risk register. | The platform sends one failed control result to every view that uses the control. | Security, compliance and risk teams see the same failure. | Risk reports include the control failures from the latest tests. |
| Fixes are assumed to work. | The platform retests the control when the fix is marked done and closes the finding only on a pass. | The finding stays open until the control works again. | Leaders can see how long each failure stayed open. |
The proof behind the platform
DigitalXForce was named a Leader in the IDC MarketScape: Worldwide Governance, Risk, and Compliance Software Vendor Assessment, 2025 (Doc #US53615325, June 2025). The recognition is listed on the IDC research page.
DigitalXForce reads evidence through 250+ technology integrations. They come in two adapter families: X-Connect for security tools and E-Connect for enterprise systems. Each control is mapped once to every framework requirement it satisfies across 50+ compliance frameworks. The 15 modules of the platform share one data layer, so one failed control result reaches the compliance view, the posture view and the risk register at the same time.
Auditors can see the history of a control instead of a sample. Every result, exception, decision and retest is kept with its evidence and timestamp, and the auditor decides whether to rely on it.
Why periodic testing and workflow tools leave a gap
Periodic assessment is still the right tool for external audit, certification and internal audit. It leaves the four gaps described above open between cycles.
Manual evidence collection suits controls that depend on judgment, such as a board’s review of risk appetite. For a control that a system enforces, a screenshot starts going stale the moment it is saved, while the system keeps its own record current.
Workflow-only GRC keeps records, approvals and tickets in order. The control status in it is what a person entered, and nothing in the workflow reads the evidence from the source system.
Point posture tools answer whether systems are configured as intended. They do not answer which requirement or business risk a misconfiguration affects. On DigitalXForce, the security tool supplies the evidence and the same control record serves every framework.
Continuous Control Assurance has limits too, and DigitalXForce states them. It does not replace external or internal audit, does not grant a certification, does not decide whether a control is well designed, does not detect or stop attacks, and cannot see what its sources cannot see. Automation does most of the work on operating effectiveness, and design effectiveness stays a human judgment.
What happens after you ask for a walkthrough
The demo is a 30 minute walkthrough on your own frameworks and systems. DigitalXForce builds it around the ones you name in the form and replies to every request within 1 business day.
The first controls to move are the ones a system enforces, that change often and that appear in most frameworks. Examples are multifactor authentication, privileged access, logging, encryption, backups and vulnerability remediation. Controls that depend on judgment stay on a review cycle. Existing policies, evidence and assessments import into the platform and become the baseline. Duplicate evidence requests are retired one audit cycle at a time.
The standard proof of value runs for 4 weeks on your own systems and frameworks, with success criteria set with you. 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 DigitalXForce reviews them with you in week 4. You keep your existing systems unless you decide otherwise.
Management owns the program and one named executive sponsors it. A program owner in risk or compliance runs it, control owners fix what fails, and internal audit reviews independently. One person reviews failed tests each day, and another keeps the connections healthy. No benchmark for headcount exists, so DigitalXForce does not quote one.
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 Lite is the full DigitalXForce platform hosted in the cloud, with the same functionality, for any organization that prefers cloud hosting. Pricing depends on modules, environment size and deployment scope. Most teams start with a scoped rollout and expand from there.
Questions buyers ask about Continuous Control Assurance and Continuous Control Monitoring
Is Continuous Control Assurance (CCA) the same as Continuous Control Monitoring (CCM)?
The two are related, and CCM is a capability within CCA. Continuous Control Monitoring (CCM) monitors conditions, evidence and signals associated with controls. Continuous Control Assurance (CCA) uses evidence, monitoring and validation to determine whether controls continue to operate as expected. Monitoring detects, and CCA validates.
Does continuous testing replace audit?
Continuous testing does not replace audit. External audits, certifications and internal audit still run on their cycles, and Continuous Control Assurance does not grant a certification. Auditors can see the history of a control instead of a sample. Every result, exception, decision and retest is kept with its evidence and timestamp, and the auditor decides whether to rely on it.
What controls can be tested?
The first controls to move are the ones a system enforces, that change often and that appear in most frameworks. Examples are multifactor authentication, privileged access, logging, encryption, backups and vulnerability remediation. Controls that depend on judgment, such as a board’s review of risk appetite, stay on a review cycle. Design effectiveness stays a human judgment.
How often are controls tested?
Each control has its own test frequency, set by how fast its evidence can change. In the example on the Continuous Control Monitoring page, the platform reads MFA status daily, log retention and SIEM feed health hourly, backup verification daily and policy acknowledgment monthly. In the sense of NIST SP 800-137, continuous means a frequency sufficient to support risk-based decisions.
How are false positives handled?
An analyst reviews AI conclusions before anyone relies on them, with a link back to the evidence used. If the organization accepts a gap, a named person records the decision with a reason and an expiry date. Stale or missing evidence is recorded as stale or missing and never counted as a pass.
Find out which of your controls are working today
Point-in-time testing tells you how a control looked on the day it was sampled. A 30 minute walkthrough shows how DigitalXForce would test your own controls at their own frequency and retest every fix, on the frameworks and systems you name.
