Elise Patterson, Author at Champion Technology Services

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Compliance Assessments Made Practical

Industrial Data Centers: Digital Foundation to Drive Innovation

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.

Why It Matters in Industrial OT

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.

Key Components

Policy and Documentation Review

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.

Technical Control Evaluation

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.

Regulatory Gap Identification

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.

Remediation Planning

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.

Making Compliance Practical in OT

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.

Key Takeaway

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.

The Champion Advantage

Champion brings a practical, execution-focused approach to OT compliance, bridging the gap between regulatory requirements and operational reality.

OT-Native Expertise

Deep experience across control systems, networks, and industrial processes ensures recommendations are grounded in real operations.

Operationally Safe Execution

Solutions are designed and validated with uptime, safety, and production constraints in mind.

End-to-End Support

From assessment through remediation and ongoing support, we stay engaged to ensure outcomes—not just deliverables.

Aligned with Modernization Efforts

Compliance is integrated into broader initiatives such as system upgrades, network redesigns, and cybersecurity improvements.

This approach is demonstrated in real-world projects, such as control system upgrades and network modernization executed without operational disruption, where compliance, reliability, and performance are advanced together.

Ready to learn more? Contact us today to schedule a no-cost consultation.

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.

Solution Brief

MTSA Cybersecurity Compliance

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Blog

OT Vulnerability Assessments: Turning Visibility into Action

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.

The goal is simple but critical: find and address vulnerabilities before they are leveraged against your operations.

Why It Matters

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:

Misconfigurations that weaken defense-in-depth
Unsupported or unpatched systems increasing cyber and operational risk
Insecure access pathways that could lead to a cyber-physical incident

Left unaddressed, these vulnerabilities increase the likelihood of unplanned downtime, safety incidents, and loss of operational control.

Key Components

Automated Scanning

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.

Manual Review

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.

Physical Security Inspection

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.

Reporting and Prioritization

Findings are documented in a clear, actionable report that:

Assigns severity based on operational and safety impact
Differentiates between vulnerabilities that can be patched, mitigated, or accepted
Provides practical remediation guidance aligned with plant constraints

Results are prioritized collaboratively so teams can focus first on vulnerabilities that pose the greatest risk to safety, reliability, and uptime.

Key Takeaway

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.

The Champion Advantage

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.

OT-First, Operations-Aware Execution

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.

Contextual Risk Prioritization

Vulnerabilities are evaluated based on real operational impact, safety, reliability, environmental risk, and downtime, not just generic CVSS scores.

Actionable, Realistic Remediation Guidance

Our recommendations reflect operational constraints such as patch windows, vendor support limitations, and system life cycle considerations, providing practical mitigation paths, not theoretical fixes.

Safe, Non-Intrusive Assessment Methods

We use OT-approved tools and carefully planned techniques tailored to industrial protocols and legacy systems, minimizing risk to sensitive processes and equipment.

Integrated Cyber-Physical Perspective

By combining network analysis, configuration review, and physical security inspection, we uncover attack paths that purely digital assessments often miss.

Built to Feed the Broader OT Security Roadmap

Vulnerability assessment results seamlessly support gap assessments, risk analysis, segmentation design, and long-term modernization planning, turning findings into sustained improvement.

With Champion, OT vulnerability assessments are not a one-time scan, they are a disciplined, operations-safe process that protects what matters most: safe and reliable operations.

Ready to learn more? Contact us today to schedule a no-cost consultation.

Secure the Foundation, Modernize with Confidence

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:

On-Process Migrations
OT Data Center Development
Virtualization
Network Redesigns

By purging known vulnerabilities early, you ensure your new system is built on a clean, stable, and secure foundation.

Let's collaborate.

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Article

A Guide to Cybersecurity Assessments

Blog

Gap Assessments: Your Security Starting Point

OT Cybersecurity Gap Assessments: The First Step Toward a Safer, More Reliable Operation

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.

What an OT Gap Assessment Is and Why It Matters

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:

Your true security posture
Operational weaknesses tied to legacy systems or manual processes
Misalignments between policy and reality
The highest-impact improvements to reduce risk

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:

Better visibility into aging and undocumented assets
Reduced troubleshooting time
Increased confidence in system reliability
Early insight into modernization and lifecycle requirements
Stronger justification for budget and resource planning

A gap assessment shifts the conversation from “Is our firewall configured correctly?” to “Do our systems and processes support long-term operational health and safety?”

What to Expect During the Assessment

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:

Documentation Review: Architecture diagrams, control system configurations, network designs, and backup procedures
Field Validation: Walkdowns in control rooms, server cabinets, and field panels to verify what actually exists
Workflow & Access Review: Operator practices, account usage, change management, and legacy “tribal knowledge”

The goal is a clear, accurate understanding of your current environment.

Key Components of an OT Gap Assessment

1. Baseline Evaluation

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.

2. Target State Definition

Together, we establish a realistic target state aligned with NIST CSF, ISA/IEC 62443, regulatory obligations, and your operational priorities.

3. Gap Identification

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.

4. Remediation Planning

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.

What We Typically Find and Why It Matters

Across assessments, common issues include:

Unsupported or unpatched operating systems
Flat networks with limited segmentation
Outdated or incomplete asset inventories
Poorly documented configurations
Lack of formal backup/restore procedures
Shared accounts or unmanaged access
Legacy firmware with known vulnerabilities

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.

Key Takeaway

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 Advantage

We don't just assess, we also implement remediations. Many firms can identify gaps, Champion closes them.

Deep OT Expertise

Our engineers understand legacy and modern control systems across PLC, DCS, SCADA, networking, virtualization, and system architecture.

From Findings to Implementation

We don’t stop at recommendations. Our teams execute the remediation work, whether that means:

Segmenting networks
Deploying firewalls or access control improvements
Updating or migrating control systems
Virtualizing servers
Implementing backup/DR solutions
Replacing outdated PLCs or infrastructure
Supporting DCS modernization or on-process migrations

You get a partner who can take your roadmap from paper to production.

Proven in Live Industrial Environments

Our methodology has been refined across various critical infrastructure industries, without jeopardizing operational continuity.

Integrated Support

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.

Ready to learn more? Contact us today to schedule a no-cost consultation.

How Gap Assessments Support Modernization

Many organizations begin with a gap assessment before embarking on broader modernization efforts like:

DCS upgrades
Virtualization
On-process migrations
Network redesigns
OT data center development

By identifying aging assets, unsupported software, and high-risk configurations early, the assessment ensures modernization plans are cleaner, safer, and more cost-effective.

Let's collaborate.

Schedule a no-cost consultation today.

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Article

A Guide to Cybersecurity Assessments

Blog

Mastering OT Asset Monitoring

Optimizing Uptime Through OT Monitoring

As 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 Monitoring

Just 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

The Silent Observer of OT Health

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:

Baseline Behavior: Define normal operating parameters to detect future anomalies.
Capacity Forecasting: Plan infrastructure scaling based on usage trends.
Performance Trends: Spot degradation or irregularities early.
Asset Visibility: Maintain a real-time inventory of connected OT assets.

Active Monitoring

Probing for Responsiveness and Resilience

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:

Early Issue Detection: Identify misconfigurations or failing components.
Network & Application Tuning: Support digital initiatives with optimized performance.
Cyber Vulnerability Scanning: Detect threats across newly connected assets.
Regulatory Readiness: Validate compliance with industry standards.

Predictive Monitoring

Anticipating What's Next

Predictive monitoring applies analytics and machine learning to historical and real-time data to forecast problems before they occur.

Use Cases:

Predictive Maintenance: Anticipate equipment failures and plan service proactively.
Resource Planning: Forecast compute and bandwidth needs as systems scale.
Anomaly Detection: Flag unusual activity that could signal cyber threats.
Downtime Reduction: Improve system uptime and reliability through foresight.

Why the Blend Matters

Each technique brings value, but together they form a resilient and intelligent monitoring ecosystem:

Passive reveals system norms and long-term trends.
Active exposes immediate issues and security gaps.
Predictive enables preemptive action to avoid disruptions.

Conclusion

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.

Contact us today to learn how Champion can help your organization reach resilience.

24UP® Solutions

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Schedule a no-cost consultation today.

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Blog

Sustaining Success: Proactive Maintenance for Long-Term Performance

The true value of an Operational Technology (OT) modernization project is realized long after the go-live date. Ongoing maintenance and optimization are essential to sustaining the health, security, and performance of modernized systems. This phase focuses on building a methodology and culture of proactive maintenance, embedding the practices, tools, and mindset needed to protect your investment and sustain long-term operational performance.

Enabling a Culture of Proactive Maintenance

The Run & Maintain phase marks the shift from maximizing uptime and production. Instead of resolving issues that disrupt production, proactive maintenance anticipates problems before they occur. This approach is enabled by Champion’s 24UP® Solutions, which combine continuous monitoring, analytics, and targeted improvement strategies.

Condition-Based Monitoring: 24UP® implements real-time monitoring of system performance and health. Using data analytics, early signs of degradation are detected, allowing for condition-based maintenance and eliminating costly unplanned downtime.
Reliability-Centered Maintenance (RCM): Maintenance activities are prioritized by asset criticality and failure risk, ensuring resources focus on the systems most vital to safety, production, and compliance. Data from control systems, historians, and sensors supports reliability metrics to guide decisions.
Continuous Improvement: Maintenance doesn’t mean standing still. Through 24UP®, opportunities are continually identified to optimize control strategies, enhance efficiency, and introduce new features that drive added value from your assets.

Sustaining Security, Compliance & Performance

A modernized system is only as secure and sustainable as its maintenance program. With evolving cyber threats, regulatory requirements, and technology changes, sustaining reliability requires continuous vigilance and structured lifecycle management.

Vulnerability & Patch Management: 24UP® enables a disciplined process for vulnerability scanning and patch deployment, tailored specifically for OT environments. Systems remain secure and compliant without disrupting critical operations.
Compliance & Configuration Management: Regular audits confirm alignment with ISA/IEC 62443, NIST CSF, and corporate cybersecurity policies. Configuration backups, user-access reviews, and change-control logs ensure the environment remains both secure and supportable.
Lifecycle & Obsolescence Planning: Clear visibility into hardware and software lifecycles allows for proactive planning of upgrades and replacements, reducing exposure to unsupported technologies and avoiding last-minute procurement challenges.
Spare Parts & Asset Health Management: 24UP® tracks asset condition and spare-inventory status, helping facilities avoid downtime due to unavailability of critical components.

Integrating People, Process & Technology

Technology alone doesn’t sustain performance, people do. Champion’s maintenance approach aligns operators, engineers, and maintenance staff around shared visibility and accountability.

Operator Training & Knowledge Retention: Continuous upskilling ensures operators remain confident with modern interfaces and procedures, strengthening both safety and performance.
Collaboration & Knowledge Capture: Maintenance activities and troubleshooting insights are digitally documented, preserving institutional knowledge for future teams.
Integrated Workflows: 24UP® can interface with enterprise asset-management (EAM) systems such as SAP PM or Maximo, ensuring maintenance coordination and visibility across departments.

The Champion Advantage

A successful modernization doesn’t end at commissioning; it evolves into sustained performance. Champion’s 24UP® Solutions transforms traditional “break-fix” maintenance into a proactive lifecycle-management strategy that drives long-term value.

By combining real-time visibility, cybersecurity vigilance, and continuous improvement, 24UP® helps organizations:

Extend asset life and reliability
Maintain compliance and security
Optimize performance and efficiency
Empower personnel through shared insight and training

Modernization is sustained through performance, and Champion can help you achieve your goals, long after the project is complete.

Ready to learn more? Contact us today to schedule a no-cost consultation.

Let's collaborate.

Schedule a no-cost consultation today.

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Blog

Turning the Plan into Performance: Execution in OT Modernization

After the Front-End Loading (FEL) phase, the true test of an OT modernization project lies in execution, where a solid plan meets the realities of a live manufacturing facility. The success of the FEL phase is validated during implementation, as precision, coordination, and alignment with operations ensure continuity and bring the strategy to life.

Flawless Execution in a Live Facility

Modernizing an active facility requires more than technical expertise, it demands close collaboration with operations to align priorities, timing, and risk tolerance. Production is top priority, so every step must be executed safely, efficiently, and with full operational visibility.

Key priorities:

Maintain Safety: Safety remains the highest priority throughout execution. All activities are planned with site safety and operations teams to ensure compliance with facility procedures and regulatory standards. Work is performed under approved permits with proper isolation and lockout/tagout (LOTO) practices to protect personnel, equipment, and process integrity.
Coordinate with Operations to Minimize Downtime: Work in close alignment with operations to plan phased or hot cutovers, conduct pretesting, and schedule activities precisely, reducing unplanned outages while maintaining production continuity.
Ensure Quality: Each step is executed with precision and discipline. Quality assurance spans installation, configuration, and testing, from FAT and SAT to operator validation, to confirm reliability, performance, and long-term maintainability.

Commissioning & Go-Live

Commissioning marks the most critical stage of modernization. A prioritized, strategy-driven approach to cutover planning ensures each step is deliberate and predictable.

Integrated Testing: Rigorous testing validates system components and interfaces under real operating conditions. Hardware, communication, and control logic are verified through end-to-end simulations, ensuring new and legacy systems function seamlessly before cutover.
Prioritized Cutover Strategy: Transitions are sequenced by process criticality, risk, and readiness. The plan identifies systems suited for routine outages, phased cutovers, or hot-cutover techniques, minimizing disruption and ensuring clear execution
Seamless Transition: Whether phased or full replacement, success depends on synchronized operations and engineering teams. Coordinated handovers and detailed turnover packages ensure each step is controlled, documented, and reversible if needed.
Real-Time Monitoring: During and after go-live, continuous monitoring verifies stability and performance. Diagnostics and alarm tracking enable quick resolution of issues, maintaining uptime and operator confidence.

The Champion Advantage

Modernization success is measured by how seamlessly new systems perform in live operations. Champion applies a disciplined execution model built around the following principles:

Operational Alignment: Close collaboration with facility operations ensures every action supports production goals and minimizes disruption.
Phased Cutovers: A structured, stepwise approach enables controlled transitions, maintaining uptime while integrating new systems.
Risk-Based Prioritization: Each activity is sequenced by criticality and process impact, ensuring the safest and most efficient path to completion.
Predictable Outcomes: Proven execution practices and real-time coordination deliver safe, on-schedule, and on-budget results.

Flawless execution is the bridge between planning and performance, and it’s where Champion’s experience ensures lasting results.

Ready to learn more? Contact us today to schedule a no-cost consultation.

Let's collaborate.

Schedule a no-cost consultation today.

Contact an expert

from the blog

Modernizing Your OT Systems with a Proven Roadmap

Blog

October 14, 2025: Windows 10 EOL and the Immediate Imperative for OT Systems

At a Glance

Windows 10 EOL: As of today, the Windows 10 operating system will no longer receive security patches, exposing ICS systems to unmitigated vulnerabilities.
DCOM Hardening is Permanent: The security updates released by Microsoft in 2021 to harden DCOM are now permanently enforced (as of March 2023).
Result: OT systems running on Windows 10 face a dual risk: an unsupported OS and compatibility issues with critical ICS software (SCADA, historians, engineering workstations) that relies on DCOM communication.

The Background

DCOM is a crucial Windows mechanism that enables applications to communicate across a network. In June 2021, Microsoft released a security update (KB5004442) to address a significant DCOM vulnerability.

While improving security, these updates introduced stricter authentication requirements that are often incompatible with legacy Industrial Control System (ICS) applications. If your SCADA, HMI, or data historians depend on older DCOM-based communication protocols, you are likely already facing, or operating under temporary workarounds for issues like:

Failed application launches or broken inter-device connectivity.
Blocked remote access to field devices and data historians.

Since March 14, 2023, the DCOM hardening features have been permanently enabled and can no longer be disabled, even with registry edits. The time for mitigating compatibility issues is long past; the focus must now shift to migration.

The Immediate Risk

With Windows 10 EOL arriving today, October 14, 2025, the situation becomes more urgent. Unsupported systems now present vulnerabilities and operational risks:

Permanent Exposure:

Any new vulnerability discovered in Windows 10 from this point forward will remain unpatched, creating a permanent security gap for threat actors to exploit.

Compliance Failure

Operating critical ICS systems on an unsupported OS immediately breaches most industry standards and internal risk controls.

Vendor Support Loss

Many ICS vendors will reduce or eliminate support for their applications running on an unsupported OS like Windows 10, exposing you to operational instability and increased downtime risk.

the bottom line: Running critical ICS on Windows 10 with hardened DCOM settings introduces a high-severity risk, you are operating with an unsupported foundation and known application incompatibilities.

Your Immediate Action Plan

If any critical OT assets are still running Windows 10, take these steps:

Verify Your Inventory:

Locate all remaining Windows 10 devices across your OT/ICS landscape
Identify systems impacted by DCOM hardening and assess functional risk

Plan Your Upgrade:

Don’t delay, begin or accelerate migration to a supported OS (e.g., Windows 11, Windows Server) that aligns with your ICS vendor’s roadmap
Coordinate migration with application patching to ensure DCOM compatibility

Consult with an Expert

Champion can help you:

Perform a targeted system audit to flag high-risk assets
Develop and execute your OS migration strategy
Address DCOM and application compatibility challenges
Strengthen long-term cyber resilience across your upgraded platform

DCOM Hardening

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Blog

Building a Strong Foundation: Why FEL is a Great First Step in OT Modernization

Operational Technology (OT) modernizations should be viewed as a strategic journey rather than a single event. Achieving success requires establishing the right foundation from the very beginning.

That foundation is Front-End Loading (FEL), the Planning & Budgeting phase where ideas become executable plans. Too often overlooked, this step determines whether a project avoids costly pitfalls or stalls before delivering value.

What FEL Delivers

The FEL process defines the scope, objectives, and feasibility of a modernization initiative. The goal is clear: reduce risk, optimize investment, and align all stakeholders. Without it, projects risk scope creep, delays, and outcomes that fail to meet operational needs.

Step 1: Understanding the Current State

The process begins with a comprehensive review of the existing OT environment, moving beyond a simple inventory of hardware.

Assess the health of aging systems and unsupported software
Identify network vulnerabilities and security gaps
Analyze outdated control strategies
Pinpoint inefficiencies that drain time and resources

This analysis establishes a clear picture of the current state and the challenges that must be addressed.

Step 2: Defining Success & Building the Business Case

Clear, measurable goals are then established, whether it’s reducing unplanned downtime by 15%, enabling data-driven insights, or meeting new compliance standards.

These objectives form the basis of a business case that connects the project directly to organizational strategy, turning modernization into a value driver rather than a technical exercise.

Step 3: Technology & Vendor Evaluation

With requirements defined, the next step is to identify the right technologies and vendor solutions. This may include modern DCS platforms, industrial cybersecurity tools, or scalable network architectures.

A vendor-neutral evaluation ensures that solutions are selected based on alignment with the organization’s unique needs rather than a predetermined set of offerings.

Step 4: Roadmap & Budget Creation

The FEL process concludes with a detailed roadmap and budget that outlines phases, milestones, and investment requirements. This structured plan provides clarity, transparency, and discipline for the execution stage.

The Champion Advantage

Front-End Loading is where project outcomes are made or broken. Our team brings unbiased expertise, proven frameworks, and practical field experience to ensure this stage delivers. By investing upfront in FEL, organizations can avoid costly overruns, minimize downtime, and set the stage for lasting transformation.

With the right partner, modernization is not just an upgrade, it becomes a strategic path to reliability, resilience, and long-term success.

Ready to learn more? Contact us today to schedule a no-cost consultation.

Let's collaborate.

Schedule a no-cost consultation today.

Contact an expert

from the blog

Modernizing Your OT Systems with a Proven Roadmap

Blog

Modernizing Your OT Systems with a Proven Roadmap

In today’s critical infrastructure and OT environments, modernization isn’t optional, it’s essential. Outdated control systems bring risks through unsupported hardware, obsolete networks, and growing cybersecurity threats. But modernization is more than swapping out old equipment. True success requires a structured journey that starts with a clear front-end strategy.

Modernization is an opportunity not only to upgrade, but to transform. That opportunity begins with the Front-End Loading (FEL) process.

Phase 1: Planning & Budgeting (FEL)

The FEL stage sets the foundation for the entire project. This structured, upfront planning process defines scope, feasibility, and success criteria before execution begins.

Risk Reduction: Identify potential pitfalls early, from technical gaps to budget constraints.
Optimized Investment: Direct capital, time, and staff toward the most impactful outcomes.

Phase 2: Execution & Implementation

With a solid plan, execution transforms strategy into reality. This stage goes beyond hardware and software installation, it’s about precise integration that sustains continuity and maximizes value.

Key priorities include:

System Integration: Unify platforms and third-party systems so teams access the right data, at the right time.
Security by Design: Embed cybersecurity controls from the start, not as an afterthought.
Operational Continuity: Align with plant schedules to reduce downtime and maintain production.

Phase 3: Run & Maintain

Modernization doesn’t stop at commissioning. Sustained performance requires proactive strategies to reduce downtime and extend asset life.

Champion’s 24UP® offering shifts facilities from reactive “break-fix” models to continuous monitoring, helping you:

Anticipate and address issues early
Protect uptime
Maximize ROI

Why Partner with an Independent Expert?

Internal teams know their systems best, but an independent third party brings added perspective and specialization:

Objective Analysis: Solutions tailored to your needs, not vendor limitations.
Specialized Expertise: Engineers with deep OT and IT/OT integration knowledge.
Resource Augmentation: Extra capacity so your staff can focus on daily operations.

The Champion Advantage

With Champion, modernization isn’t a one-time upgrade. It’s a strategic path to reliability, resilience, and long-term success.

Ready to learn more? Contact us today to schedule a no-cost consultation.

Let's collaborate.

Schedule a no-cost consultation today.

Contact an expert

24UP® Solutions

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Project Brief

Control System Modernization

Petrochemicals, Manufacturing // Texas

The Challenge

Many industrial facilities are still operating with legacy Honeywell TDC 3000–based control systems that have reached the end of their lifecycle. These environments face growing challenges:

Obsolescence

Aging hardware and unsupported operating systems increase exposure to operational and cybersecurity risks.

Limited Flexibility

Legacy architecture restricts the integration of modern control strategies and advanced visualization.

Scalability Constraints

Outdated network design and controllers limit system growth and adaptability.

Operational Continuity

Any migration must be executed without disrupting ongoing production in high-stakes industrial environments.

Our Solution

Champion designed and executed a seamless Honeywell Experion PKS C300 and Triconex SIS modernization strategy, leveraging a phased migration approach:

Controller & I/O Upgrade

Legacy controllers were replaced with Experion C300 hardware, while robust PMIO was retained for cost efficiency and continuity.

Control Logic Migration

Critical CL code was converted into Experion Control and Sequential Control Modules, ensuring operational equivalence and improved maintainability.

Triconex SIS Modernization

Legacy Triconex safety logic was converted to Triconex CX, including migration of hundreds of SIS I/O points, ensuring compliance with modern safety standards and maintaining functional safety integrity.

HMI Modernization

Operator graphics were re-designed to Experion standards, applying Champion’s HMI guidelines for improved usability, alarm visualization, and situational awareness.

Network & Security Enhancements

Fault-Tolerant Ethernet (FTE) and Windows domain migration strengthened reliability and cybersecurity posture.

Comprehensive Testing

Factory and Site Acceptance Testing, along with simulation of both process control and SIS logic, ensured risk-free deployment.

Project Timeline

12 Months

The Results

Zero Disruption Migration

Operations continued uninterrupted through a carefully planned cutover.

Improved Reliability

Fault-tolerant architecture and modern C300/SIS controllers enhanced system performance and safety.

Enhanced Operator Experience

Standardized, user-friendly graphics improved visibility and reduced operator workload.

Future-Ready Foundation

Scalable Experion PKS and Triconex CX architecture with secure network design created a platform for ongoing digital transformation and cybersecurity posture improvements.

The Champion Advantage

Champion brings unmatched expertise in modernizing control and safety systems without operational disruption:

Multi-Platform Expertise

Skilled in both legacy DCS platforms and modern Experion PKS, as well as Triconex SIS modernization.

Risk-Aware Execution

Proven methodology for executing migrations in live operating environments.

Optimized Integration

Ability to retain existing I/O infrastructure while seamlessly introducing modern control and safety strategies.

Client Partnership

Transparent communication, operator training, and collaborative design reviews ensure alignment from concept through commissioning.

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Virtualizing the Future

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Digital Transformation

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