Controls only count if they hold under pressure and under audit. Phase 3 tests what you've built, keeps documentation current, and proves your team can respond when something goes wrong.
A gap analysis is only useful if someone closes the gaps. Phase 2 turns assessment findings into a written Cybersecurity Plan and implements the controls behind it, sequenced around your production windows.
You can't secure what you haven't inventoried. Phase 1 designates your Cybersecurity Officer, maps your OT assets, and completes the site-specific assessment the rule requires.
Navigating today’s cybersecurity regulations can feel overwhelming, especially in industrial environments where operational realities add complexity.
A compliance assessment cuts through that noise by answering a critical question: are we truly meeting our regulatory requirements?
It’s not just about avoiding fines. It’s about building a structured, auditable security program that aligns with recognized standards and stands up to real-world scrutiny.
A compliance assessment evaluates your organization’s alignment with established frameworks such as ISA/IEC 62443, NIST Cybersecurity Framework (including ICS guidance), and NERC CIP. It compares your existing controls, processes, and documentation against required standards, clearly identifying where you meet expectations and where gaps remain.
For industrial organizations, compliance is no longer optional, it’s operationally critical.
Cyber incidents in OT environments don’t just impact data, they can disrupt production, impact safety, and create regulatory exposure. At the same time, evolving mandates (such as MTSA updates and sector-specific regulations) are increasing expectations for demonstrable cybersecurity maturity.
A compliance assessment ensures you are not only prepared for audits but are also building a defensible, resilient security posture. It shifts compliance from a checkbox exercise to a sustainable operational capability.
We evaluate your existing policies, procedures, and supporting documentation, from incident response to asset management. The goal is to ensure documentation is not only present, but accurate, actionable, and aligned with the target framework.
Compliance doesn’t stop at documentation. We validate that technical controls are implemented and functioning as intended, reviewing segmentation, access controls, firewall configurations, and system hardening within the realities of an OT environment.
We perform a structured gap analysis to identify where your current posture diverges from required standards. The output is a clear, actionable roadmap, not just a list of deficiencies.
Closing gaps requires more than recommendations. We work alongside your team to prioritize actions based on risk, operational impact, and compliance urgency, balancing security improvements with production continuity.
Compliance in OT isn’t always straightforward. Legacy infrastructure, uptime requirements, and safety considerations make traditional IT-driven approaches difficult to apply in practice.
A successful compliance program must account for how industrial systems actually operate, where changes must be carefully planned, validated, and executed without disrupting production.
This is where experience matters. Translating regulatory requirements into real-world implementation, while maintaining operational continuity, is what ultimately determines success.
A compliance assessment provides clarity in a complex regulatory landscape. It establishes a defensible baseline, identifies what matters most, and creates a path forward.
Done right, it’s not just about passing an audit, it’s about building a program that is repeatable, sustainable, and aligned with how industrial operations actually run.
Champion brings a practical, execution-focused approach to OT compliance, bridging the gap between regulatory requirements and operational reality.
Deep experience across control systems, networks, and industrial processes ensures recommendations are grounded in real operations.
Solutions are designed and validated with uptime, safety, and production constraints in mind.
From assessment through remediation and ongoing support, we stay engaged to ensure outcomes—not just deliverables.
Compliance is integrated into broader initiatives such as system upgrades, network redesigns, and cybersecurity improvements.
We empower our clients to build safe, sustainable operations by delivering comprehensive Operational Technology (OT) solutions. From concept to implementation and beyond– we'll be there every step of the way.
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Continuous monitoring, patch and lifecycle management, and OT specialist support through 24UP®, so the security posture holds after the project closes.
Segmentation, hardening, secure remote access, and backup recovery, executed for in production systems, scheduled around your operations without always requiring a shutdown.
While a gap or risk assessment provides a strategic view of your overall security posture, an OT vulnerability assessment delivers a granular, technical snapshot of where your systems are most exposed. It is a proactive, systematic process that combines OT-aware automated tools with expert manual analysis to identify, classify, and prioritize known vulnerabilities across networks, assets, and applications, such as unpatched software, insecure configurations, and legacy design flaws, that could be exploited by a malicious actor.
In industrial environments, vulnerability assessments are a core component of proactive asset and security management, not just a cybersecurity exercise. Unlike IT systems, OT assets often run continuously, support safety-critical processes, and may rely on legacy hardware or operating systems that cannot be easily patched or replaced.
A thorough OT vulnerability assessment goes beyond software flaws to uncover:
Left unaddressed, these vulnerabilities increase the likelihood of unplanned downtime, safety incidents, and loss of operational control.
Specialized, non-intrusive OT-aware tools are used to identify known vulnerabilities across networks, devices, and applications, such as missing patches, insecure services, or default credentials. Scanning is carefully planned and executed to avoid disrupting sensitive control processes.
Expert engineers perform in-depth reviews of system configurations, network architectures, access controls, and operational practices. This human analysis is essential in OT environments, where context matters and automated tools alone may overlook logical design flaws or risk-creating exceptions.
In OT environments, cyber risk often starts with physical access, intentional or accidental. On-site inspections identify physical exposure points such as unsecured cabinets, control panels, removable media access, or network drops, making physical security a critical component of a true OT vulnerability assessment.
Findings are documented in a clear, actionable report that:
Results are prioritized collaboratively so teams can focus first on vulnerabilities that pose the greatest risk to safety, reliability, and uptime.
An OT vulnerability assessment is the operational backbone of proactive security. It transforms abstract risk into a prioritized, actionable list of technical and physical weaknesses that can be addressed through targeted remediation. By systematically reducing exposure, organizations shrink their attack surface, improve resilience, and make industrial systems far more difficult to compromise, without disrupting operations.
Champion’s OT vulnerability assessments are designed specifically for live, safety-critical industrial environments, where uptime, process integrity, and operator confidence matter as much as cybersecurity.
Our assessments are led by engineers with deep control system and plant operations experience, not IT-only security teams, ensuring vulnerabilities are identified without disrupting production.
Vulnerabilities are evaluated based on real operational impact, safety, reliability, environmental risk, and downtime, not just generic CVSS scores.
Our recommendations reflect operational constraints such as patch windows, vendor support limitations, and system life cycle considerations, providing practical mitigation paths, not theoretical fixes.
We use OT-approved tools and carefully planned techniques tailored to industrial protocols and legacy systems, minimizing risk to sensitive processes and equipment.
By combining network analysis, configuration review, and physical security inspection, we uncover attack paths that purely digital assessments often miss.
Vulnerability assessment results seamlessly support gap assessments, risk analysis, segmentation design, and long-term modernization planning, turning findings into sustained improvement.
Modernizing on top of hidden security flaws is a recipe for future downtime. A Vulnerability Assessment provides a technical "deep dive" into your assets before you start major modernization project like:
By purging known vulnerabilities early, you ensure your new system is built on a clean, stable, and secure foundation.
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Discover every OT asset and communication path, then rank risk by operational impact rather than CVSS score. Findings come with a remediation roadmap, not just a list.
For industrial organizations, building a mature cybersecurity posture starts with clarity. You can’t improve what you can’t see, especially in complex OT environments where aging systems, undocumented devices, and day-to-day operational pressures create blind spots.
A gap assessment gives OT teams that clarity. By comparing your current controls, policies, and procedures against frameworks like NIST CSF, ISA/IEC 62443, or NERC CIP, it delivers a clear, prioritized roadmap tailored to your operations. For operators, technicians, and engineers, the impact is direct: improved uptime, reliability, safety, and long-term system health.
A gap assessment evaluates your OT environment against a defined target state built on industry standards, regulatory requirements, and operational needs. It enables you to understand:
OT systems can’t simply be rebooted or patched whenever convenient. Every change must protect safety, reliability, and process continuity and a gap assessment ensures your controls and processes support those realities.
For OT personnel, the benefits include:
The process is collaborative and designed to minimize operational disruption. It focuses on how your facility actually works, not just what’s documented.
Typical activities include:
The goal is a clear, accurate understanding of your current environment.
We document how systems are designed and operated today, capturing real-world conditions such as unsupported operating systems, end-of-life controllers, unmanaged network devices, vendor-installed assets, and manual processes that introduce operational risk.
Together, we establish a realistic target state aligned with NIST CSF, ISA/IEC 62443, regulatory obligations, and your operational priorities.
We highlight where your environment diverges from best practices across segmentation, access control, backups, patching, monitoring, governance, and system lifecycle practices and explain what each gap means for uptime, safety, and reliability.
We build a prioritized roadmap that accounts for downtime windows, staffing, investment needs, and alignment with ongoing modernization efforts. Every recommendation is practical for a 24/7 industrial environment.
Across assessments, common issues include:
These conditions are typical in long-lived OT systems. A gap assessment simply makes them visible so improvements can be planned objectively and cost-effectively.
A gap assessment is the foundational step toward building a resilient OT cybersecurity and operational program. It provides clarity, actionable priorities, and a realistic roadmap grounded in your operational reality.
For OT end users, it delivers what matters most: safer operations, fewer disruptions, and a more reliable control system environment.
The Champion AdvantageWe don't just assess, we also implement remediations. Many firms can identify gaps, Champion closes them.
Our engineers understand legacy and modern control systems across PLC, DCS, SCADA, networking, virtualization, and system architecture.
We don’t stop at recommendations. Our teams execute the remediation work, whether that means:
You get a partner who can take your roadmap from paper to production.
Our methodology has been refined across various critical infrastructure industries, without jeopardizing operational continuity.
We work closely with operators, engineers, and IT/OT teams to ensure every improvement aligns with real workflows, staffing, and maintenance constraints.
Your assessment becomes a fully supported execution plan, not homework.
Many organizations begin with a gap assessment before embarking on broader modernization efforts like:
By identifying aging assets, unsupported software, and high-risk configurations early, the assessment ensures modernization plans are cleaner, safer, and more cost-effective.
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Optimizing Uptime Through OT MonitoringAs industrial OT systems modernize and become more interconnected, the potential for efficiency and insight grows, but so do complexity and cybersecurity risk. To navigate this landscape, organizations must move beyond reactive maintenance and adopt a layered, proactive monitoring strategy.
Three Pillars of Modern OT MonitoringJust as a skilled technician uses multiple tools to assess a system, a modern OT monitoring strategy relies on three complementary methods: passive, active, and predictive. When combined, they create a robust defense and operational advantage.
Passive monitoring silently collects data from systems without direct interaction. It captures the "background noise" of OT—CPU usage, network traffic, system logs—offering insights without introducing risk.
Use Cases:
Active monitoring takes a deliberate, hands-on approach. By sending test traffic or running diagnostics, it probes systems to detect weaknesses or performance bottlenecks.
Use Cases:
Predictive monitoring applies analytics and machine learning to historical and real-time data to forecast problems before they occur.
Use Cases:
Why the Blend MattersEach technique brings value, but together they form a resilient and intelligent monitoring ecosystem:
In a digital-first OT landscape, monitoring must evolve. A layered strategy, passive for visibility, active for control, and predictive for foresight, empowers industrial organizations to maintain uptime, ensure security, and drive operational excellence. It’s not just about watching your systems; it’s about truly understanding them.
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