ELECTROMAGNETIC PULSE RISK ADVISORY & RESILIENCE SOLUTIONS

Protecting America’s Critical Infrastructure from Systemic Risk

Elite EMP advisory, resilience strategy, implementation leadership, and infrastructure protection for the organizations that keep the nation running.

Executive Education Risk & Dependency Assessments Mitigation & Resilient Design Implementation & Validation
37 YearsIT and infrastructure leadership
2 U.S. ImplementationsFinancial-sector EMP-protected data centers
43+ YearsShielding and EMP engineering expertise
Boards CISOs / CIOs Critical Infrastructure Leaders Data Center Operators Risk & Resilience Owners
Energy
Water
Comms
IT
Finance
Healthcare
Mission Focus Our expertise is EMP resilience, infrastructure dependency analysis, mission-critical continuity planning, and implementation for the organizations that keep our nation running.
WHY NOW

The Threat Landscape Is Changing

The global threat environment has fundamentally shifted. Modern adversaries employ hybrid strategies, advanced weapons technologies, and asymmetric capabilities against a society now heavily dependent on interconnected digital infrastructure.

EXECUTIVE FRAMING

Modern infrastructure was not designed for today’s threat environment.

Minimal redundancy, deep electronic dependency, and operational interconnection have created a risk environment far different from what many continuity assumptions were built around.

Electromagnetic Pulse (EMP) weapons represent one of the most destabilizing — and least understood — threats in this landscape.
THREAT CHARACTERISTICS
Increased geopolitical tension among peer and near-peer adversaries
Expansion of asymmetric warfare capabilities
Rapid proliferation of advanced weapons technologies
Heavy reliance on highly interconnected digital infrastructure
Minimal redundancy and resilience in critical systems
WHY IT MATTERS

Modern Civilization Depends on Fragile Electronic Infrastructure

The systems that power business, government, healthcare, communications, finance, and daily life are increasingly digital, increasingly connected, and often more electronically fragile than leaders assume.

THE CORE ISSUE

Efficiency has outpaced resilience.

Many organizations have invested heavily in technology modernization, cybersecurity, cloud adoption, and operational efficiency. Far fewer have evaluated whether their most critical electronic systems can withstand severe electromagnetic disruption.

Resilience gaps are often invisible until systems are stressed. That is what makes EMP a leadership issue, not just a technical one.
EXECUTIVE CONSEQUENCE

When electronic systems fail together, consequences cascade.

Operational continuity weakens as control systems and digital coordination degrade together
Recovery assumptions break down when outside infrastructure does not recover on schedule
Cross-sector impacts grow as disruption spreads from one dependency layer into another
DEPENDENCY 1

Electronic Controls

Operations increasingly rely on digital controls, automation, sensors, and managed switching environments.

DEPENDENCY 2

Communications

Response, coordination, public messaging, and routine operations all depend on resilient communications pathways.

DEPENDENCY 3

Digital Infrastructure

Applications, data centers, cloud services, and identity systems now sit at the center of continuity planning.

CASCADE VISUALIZATION

How EMP disruption can cascade across America’s critical infrastructure

This showcase animation illustrates how a severe EMP impact can first destabilize the grid, then ripple through foundational lifeline systems, and ultimately spread into broader sector families that depend on power, communications, water, and digital infrastructure.

EMP Cascade Simulation
Grid strike → foundational sector disruption → cross-sector operational cascade
Initial Strike Bulk Power Grid Generation • transmission • substations • controls
Foundational Energy Voltage instability • controls • restoration delay
Foundational Water & Wastewater Pumping • treatment • telemetry degradation
Foundational Communications Signal routing • towers • network coordination
Foundational Information Technology Data centers • cloud dependencies • digital operations
Sector Family Transportation Movement slows as energy and signal certainty fall
Sector Family Critical Manufacturing Automation and industrial throughput are disrupted
Sector Family Healthcare Clinical continuity degrades under utility stress
Sector Family Emergency Services Coordination pressure rises as comms pathways weaken
Sector Family Financial Services Transactions, clearing, and digital trust are stressed
Sector Family Government Continuity, public messaging, and response orchestration strain
Live Narrative
Grid disruption emerges

An EMP event first strikes the electrical backbone. Initial voltage disturbance and control-system disruption create uncertainty before wider consequences are visible.

Initial impact zone
Foundational lifeline sectors
Broader dependent sector families
Visible cascade / exposure propagation
OUR SERVICES

Guiding Organizations from Awareness to Resilience

A disciplined 6-step lifecycle process that moves leaders from risk awareness into engineering, implementation, validation, and sustainment.

1. EMP FOUNDATION PACKAGE

Understand the Risk. Establish the Baseline.

Executive briefings designed to build awareness using business, fiduciary, operational, and strategic language.

  • Executive EMP awareness briefings
  • Boardroom-ready threat framing
  • Critical infrastructure context
  • Risk vocabulary for leadership alignment
2. EMP RISK ASSESSMENT PACKAGE

Identify Vulnerabilities. Quantify Exposure.

Detailed assessment work to identify where infrastructure, facilities, and critical systems are most exposed.

  • Asset inventory and criticality review
  • Dependency mapping and vulnerability analysis
  • Sector-aligned risk scoring
  • Executive-ready findings and recommendations
3. EMP ENGINEERING & DESIGN PACKAGE

Protection. Design for Resilience.

Translate assessment results into engineered EMP protection architecture and phased mitigation plans.

  • EMP shielding and facility hardening concepts
  • Grounding and surge mitigation planning
  • Architecture and implementation sequencing
  • Design documentation support
4. IMPLEMENTATION & HARDENING PACKAGE

Build the Protection. Reduce the Risk.

Execution support to move from concept into operational deployment with strong project discipline.

  • Installation oversight
  • Vendor and partner coordination
  • Program and project management discipline
  • Documentation and implementation governance
5. EMP TESTING & VALIDATION PACKAGE

Trust but Verify.

Post-implementation validation to confirm the protection performs as intended and identify residual gaps.

  • Protection effectiveness testing
  • Engineering review and verification
  • Degradation identification
  • Audit-ready validation reporting
6. EMP SUSTAINMENT & ASSURANCE PACKAGE

Protect the Protection.

Ongoing sustainment to ensure the resilience posture remains current as systems, infrastructure, and risks evolve.

  • Periodic reassessment
  • Degradation monitoring
  • Change-impact analysis
  • Ongoing advisory support
WHO WE SERVE

Supporting Leaders Across All 16 Critical Infrastructure Sectors

TierOne supports the organizations that operate, regulate, secure, and sustain the systems modern civilization depends on. Our approach is aligned to all 16 U.S. critical infrastructure sectors.

Foundational Lifeline Systems

Core utilities and digital systems that enable nearly every other sector.

SECTOR

Energy

Generation, transmission, and control environments.

SECTOR

Water & Wastewater Systems

Treatment, pumping, control, and continuity systems.

SECTOR

Communications

Voice, data, routing, and coordination pathways.

SECTOR

Information Technology

Digital infrastructure, computing, and control systems.

Essential Logistics and Public Health

Operational systems that move people, goods, services, and essential health resources.

SECTOR

Transportation Systems

Mobility, routing, fueling, signaling, and logistics.

SECTOR

Healthcare & Public Health

Care delivery and public health operations.

SECTOR

Food & Agriculture

Production, refrigeration, processing, and distribution.

SECTOR

Chemical

Industrial processes and critical materials handling.

Economic and Industrial Backbone

Sectors that sustain production capacity, financial flow, built environments, and economic continuity.

SECTOR

Critical Manufacturing

Production ecosystems with strategic importance.

SECTOR

Financial Services

Payments, settlement, and digital economic operations.

SECTOR

Commercial Facilities

Large-scale commercial environments and business sites.

SECTOR

Dams

Water flow, flood management, and related infrastructure.

Governance, Security and National Functions

Institutions and systems tied to public continuity, response, national security, and high-consequence oversight.

SECTOR

Government Facilities

Administration, command, and continuity of functions.

SECTOR

Emergency Services

Response, dispatch, and operational readiness.

SECTOR

Defense Industrial Base

Industrial and support capabilities tied to defense readiness.

SECTOR

Nuclear Reactors, Materials & Waste

Highly sensitive control and monitoring environments.

SECTOR PROTECTION POSTURE

Illustrative Current Protection vs. Remaining EMP Exposure Gap

Every critical infrastructure sector is essential. Every sector is vulnerable. This gauge shows where each sector generally appears to sit today relative to DHS EMP Protection Levels 1-4, and the remaining protection gap above that posture where stronger EMP conditions can still impact operations.

DHS EMP PROTECTION CONTEXT

Current Sector Protection Posture

Select a sector to see its illustrative current protection posture against DHS EMP Protection Levels 1-4. Choose All Sectors to view a composite sector posture.

All Sectors

Composite illustrative protection posture across the defined critical infrastructure sectors.

Current Posture
Level 0
DHS EMP Protection Level
Lower Current Protection Higher Protection / Lower Remaining Gap
Gap Zone remains above current protection posture
Level 1
Baseline protection posture with limited EMP-specific hardening.
Level 2
Improved protection using stronger power, filtering, surge, and continuity measures.
Level 3
Shielded civil posture; typically associated with at least 30 dB attenuation.
Level 4
Highest hardened posture; typically associated with 80+ dB attenuation.
View DHS Protection Level Definitions

Use this as a reference for interpreting the sector posture gauge. Sector placements are illustrative current-posture estimates, not official DHS sector ratings.

Level 1

Entry-level protection posture. Focus is on baseline practices, procedures, backup readiness, and limited EMP-specific controls.

Level 2

Improved protection posture. Typically adds stronger surge protection, filtering, backup power, protected communications paths, and continuity measures.

Level 3

Shielded civil protection posture. Often associated with shielded racks, rooms, or facilities and at least 30 dB attenuation through high frequencies.

Level 4

Highest hardened protection posture. Typically aligned to military-style hardening concepts and 80+ dB attenuation for missions with extremely low outage tolerance.

Current Illustrative Posture
Level 0
Directional sector posture based on DHS Level 1-4 protection concepts and public operating characteristics.
Higher Protection Target
Level 4
Level 4 represents the highest DHS protection tier and the smallest remaining exposure gap.
Remaining Gap Zone
0.0 Levels
Illustrative distance from current posture to the highest DHS protection level.
Note: This is an illustrative sector posture model, not an official DHS sector scorecard. DHS Levels 1-4 apply to equipment and facility protection postures. Sector placements below are directional estimates for executive context, and individual facilities may perform above or below the general sector posture.
EMP PROTECTION INVESTMENT ESTIMATOR

Model Protection Scope and Investment

Use this estimator to frame likely EMP protection scope, investment range, timeline, staffing effort, and implementation punch list.

Project Inputs
Executive Summary
Select inputs and click Generate Estimate.
Executive note: This planning tool helps visitors model order-of-magnitude scope before requesting a briefing.
EMP LOSS SIMULATOR

Explore Scenario-Based Financial and Operational Impact

Site-specific mode models one facility. City, regional, multi-region, and nationwide modes suppress facility prompts and show a cross-sector impact model across all 16 infrastructure sectors. Loss logic is calibrated to be more conservative and boardroom-defensible, using sector baseline asset values, weighted recovery periods, and facility-level business interruption assumptions.

Scenario Inputs
Scenario Narrative
Select inputs and click Run Simulation.
Use case: This simulator remains a strong lead-generation asset because it makes business impact visible before a call.
EXECUTIVE OFFER

Request a Confidential Executive EMP Briefing

Use this as the primary conversion step after visitors understand the threat and explore the tools. It gives boards, operators, and infrastructure leaders a clear next action.

OUR LEADERSHIP TEAM AND MISSION

Elite Protection. Proven Expertise. Mission-Driven Resilience.

To fortify the nation’s critical infrastructure through elite talent, advanced technology solutions, and unparalleled EMP and implementation expertise—driven by a deep commitment to safeguarding America from man-made threats and destabilizing intrusions.

Jeffrey Kohl
JEFFREY KOHL

Founder, President

With 37 years of experience across multiple facets of Information Technology—including executive leadership, infrastructure, applications, databases, cybersecurity, governance, compliance, and risk—Jeff Kohl brings a rare combination of strategic vision and hands-on implementation leadership to TierOne Resiliency Group.

Jeff has spent roughly a decade serving as a Senior Executive and eight years as a senior consultant, helping organizations navigate complex business, operational, and technology challenges. His leadership has consistently required close partnership with Legal, Audit, Compliance, HR, Finance, and regulated business functions, giving him a uniquely enterprise-wide view of risk, accountability, and execution.

Jeff is the only known Executive practitioner in the United States to have implemented EMP protection for two financial-sector data centers—an exceptionally rare accomplishment in the field of infrastructure resilience.

He has also received multiple leadership awards for innovation in infrastructure solutions during his tenure inside Fortune 500 organizations, reflecting both his technical depth and his ability to drive high-value outcomes in demanding environments.

Jeff’s motivation is not merely professional. It is deeply personal. His work is driven by a profound commitment to help protect the nation he loves from threats intended to destabilize critical systems, undermine continuity, and weaken the infrastructure that modern civilization depends upon.

Michael Caruso
MICHAEL CARUSO

Lead / Independent Consultant

Former Director of Government & Specialty Business Development for ETS-Lindgren, Michael Caruso is a recognized leader in RF shielded enclosure systems, EMP protection, and anechoic test chamber solutions. He brings more than 43 years of experience in project management, engineering, advanced technical applications, and business development.

Michael has built a national and international reputation for translating highly technical electromagnetic protection concepts into practical solutions for critical environments. His background spans not only business development and engineering leadership, but also extensive Electromagnetic Compatibility (EMC) testing experience gained while serving as Vice President of Operations for an EMC laboratory.

Michael has lectured in EMP workshops dealing with Critical Infrastructure, Military & Government Facilities, and Data Center issues throughout the United States, South Korea, and Israel.

He has published multiple white papers and technical articles and has testified before the U.S. Congress on the need for EMP protection of the nation’s critical infrastructure.

Michael is also a member of Arizona InfraGard and formerly served as Energy Sector Chief, further underscoring the depth of his engagement with infrastructure security, resilience, and public-private coordination.

Across his career, he has been known for helping clients interpret emerging threats, evaluate technologies, develop partnerships, and create high-value technical solutions in high-consequence environments.

Scott Allhands
SCOTT ALLHANDS

Lead / Independent Consultant

Scott’s professional roles have spanned engineering and implementation, with a strong emphasis on data center and infrastructure leadership. His experience reflects a long track record of helping organizations improve resilience, reduce operational risk, and modernize critical technology environments.

Scott has led implementation of many large-scale data center improvements, ensuring stronger risk mitigation and more credible recovery capabilities across complex environments.

He has also led merger and acquisition efforts that included relocation of data centers, elimination of service redundancies to gain operational efficiencies, achievement of cost reduction targets, and mitigation of enterprise risk.

Scott has led major technology modernization efforts focused on reducing risk, controlling cost, and improving operational effectiveness.

These initiatives included network upgrades that increased capacity and enabled more granular segmentation, adoption of solid-state storage to significantly improve performance and recovery options while lowering administrative costs, mainframe replication enhancements that materially strengthened recovery capabilities, implementation of an automated disaster recovery solution to advance replication and recovery performance, redesign of disaster recovery architecture to align with evolving business RTO, RPO, and risk tolerance requirements, and leadership of new data center planning, build-out, and migration efforts.

Scott brings practical implementation discipline to TierOne’s work—particularly where infrastructure modernization, resilience architecture, execution sequencing, and recovery design must all come together in a credible operating model.

SECTION 4

EMP Vulnerability Across Infrastructure Sectors

Modern civilization depends on electronic infrastructure that was rarely designed for EMP resilience.

SECTOR VIEW

Infrastructure vulnerability is not uniform.

Some sectors operate with deeper redundancy, stronger controls, or harder facilities. Others remain highly dependent on fragile electronics, outside services, and tightly coupled supply chains.

“The issue is not whether infrastructure depends on electronics. The issue is whether those electronics were ever designed to survive.”
  • Different sectors have different tolerance thresholds
  • Dependencies create cascading failure pathways
  • Operational resilience depends on more than backup power
EXECUTIVE VIEW

Sector Vulnerability Snapshot

Boardroom View
39k 30k 20k 10k 0
39k V/m
Vulnerability Zone
450
Energy
39k V/m
Vulnerability Zone
300
Water
39k V/m
Vulnerability Zone
250
Comms
39k V/m
Vulnerability Zone
600
IT
Threat Reference Typical Tolerance
Foundational Lifeline Systems Essential Logistics & Health Economic & Industrial Backbone Governance, Security & Defense
KEY TAKEAWAY

Infrastructure failure is rarely isolated.

In an EMP event, dependency chains can break faster than organizations can recover.

SECTION 5

How TierOne Delivers EMP Resilience

Resilience is not a single product. It is a disciplined lifecycle spanning education, assessment, implementation, validation, and sustainment.

END-TO-END DELIVERY MODEL

Assessment → Implementation → Verification → Sustainment

We help organizations move from awareness to action with a structured approach that aligns engineering rigor, project discipline, and operational continuity.

5Lifecycle Phases
16Critical Infrastructure Sectors
1Integrated Delivery Approach
1

EMP Education & Awareness

Build executive understanding, align stakeholders, and establish a common resilience baseline.

2

Engineering Assessment

Identify critical assets, dependencies, exposure points, and sector-specific vulnerabilities.

3

Design & Implementation

Translate findings into engineered protection strategies, implementation plans, and controlled execution.

4

Testing & Validation

Verify protection effectiveness, identify gaps, and produce evidence-based readiness insight.

5

Sustainment

Maintain resilience over time through periodic review, lifecycle management, and continuous assurance.

WHY THIS MATTERS

Protection without sustainment becomes drift.

EMP resilience requires ongoing governance, disciplined program management, and periodic validation to remain credible over time.

NEXT STEP

See where your organization stands.

Start with a sector-informed assessment to understand exposure, dependency chains, and practical protection priorities.

SECTION 6

Why TierOne

EMP resilience is not a theoretical exercise. It requires proven implementation experience, engineering credibility, and disciplined delivery across complex enterprise environments.

EXECUTIVE DIFFERENTIATORS

Experience that moves from strategy to implementation.

TierOne combines senior technology leadership, real-world EMP implementation knowledge, and mission-driven delivery for critical infrastructure environments where failure is not optional.

“The gap in this market is not awareness alone — it is the ability to turn EMP risk into an executable protection program.”
36Years of IT Leadership Experience
10+Years at Senior Executive Level
2Commercial EMP-Protected Data Center Implementations

Unmatched U.S. Implementation Experience

Real-world participation in commercial EMP protection efforts in environments where continuity, governance, and operational discipline matter.

World-Class Engineering Expertise

Access to elite EMP engineering capability with deep specialization in assessment, protection design, and implementation planning.

Executive-Level Delivery Discipline

Strong program and project management rigor to move complex resilience efforts from concept to coordinated execution.

Enterprise Cross-Functional Leadership

Experience working across technology, compliance, legal, audit, finance, HR, and business leadership.

Mission-Driven Critical Infrastructure Focus

Built around the protection of America’s infrastructure, with sector-aware thinking grounded in resilience, not generic consulting language.

End-to-End Lifecycle Coverage

From awareness and assessment through implementation, testing, validation, and sustainment, the engagement model is designed to stay complete.

WHAT MAKES THIS DIFFERENT

Most organizations can describe EMP risk. Few can operationalize protection.

TierOne is positioned to bridge the gap between executive concern, engineering reality, and implementation discipline.

NEXT STEP

See how this applies to your environment.

Start with a resilience discussion, sector-specific assessment, or scoped engagement to understand where exposure is concentrated.

SECTION 7

Start the Conversation

The first step toward resilience is understanding where your exposure is concentrated, how dependencies could cascade, and what practical protection priorities look like in your environment.

ENGAGEMENT OPTIONS

Choose the right starting point.

Whether you need executive education, a scoped assessment, or a deeper implementation conversation, TierOne can help frame the path forward.

Executive DiscussionUnderstand the risk landscape, strategic implications, and resilience priorities.
Sector-Specific AssessmentReview infrastructure exposure, dependencies, and likely protection focus areas.
Implementation PlanningExplore a phased roadmap for design, execution, testing, and sustainment.
CLOSING THOUGHT

Preparedness begins before the event.

Organizations that wait for certainty often wait too long. Resilience is built through informed decisions, practical prioritization, and disciplined action.

CONTACT TIERONE

Let’s discuss your environment.

Share a few details and we’ll frame the right next step for your organization.

Launch Estimator
SECTION 8

Take the Next Step Toward Resilience

The organizations that prepare earliest are best positioned to protect continuity, reduce exposure, and lead with confidence in a more uncertain threat environment.

FINAL MESSAGE

EMP resilience is a leadership decision before it becomes an engineering project.

Protection starts with awareness, but it only becomes real through prioritization, execution, and sustained commitment. TierOne helps organizations move from concern to a disciplined resilience strategy.

Modern civilization depends on fragile electronic infrastructure. The question is not whether your operations depend on it. The question is whether your most critical systems were ever designed to withstand severe disruption.
Executive Awareness Engineering Assessment Protection Roadmaps Testing & Sustainment
ENGAGE TIERONE

Choose your starting point.

Schedule a ConversationStart with an executive discussion about your environment, sector, and exposure profile.
Launch the EstimatorExplore sector-informed cost, scope, and resilience planning considerations.
Explore ServicesReview the full lifecycle from education and assessment through implementation and validation.
, World!

SECTION 9

Turn Risk Insight Into Action

Explore sector-informed tools designed to help organizations understand exposure, evaluate protection scope, and begin framing the business case for resilience.

INTERACTIVE TOOLS

From vulnerability awareness to practical decision support.

TierOne’s estimator and simulation tools help translate abstract EMP risk into sector-specific planning insight, implementation considerations, and financial context.

Good decisions require more than threat awareness. They require a way to compare exposure, understand dependencies, and frame realistic protection priorities across infrastructure environments.
Sector Aware Facility Specific Investment Framing Resilience Planning
AT-A-GLANCE

Planning Toolkit

EMP Loss SimulatorModel plausible operational and financial impact.
Protection Scope EstimatorGenerate protection scope and remediation considerations.
Investment & ROI ViewCompare exposure reduction against investment framing.
TOOL 1

EMP Loss Simulator

Visualize how EMP disruption could affect operations, downtime, asset exposure, and sector-specific continuity assumptions.

  • Sector-informed impact view
  • Scenario-based disruption framing
  • Operational and financial context
Open Loss Simulator
TOOL 2

Protection Scope Estimator

Generate a preliminary view of likely protection scope, remediation categories, and implementation considerations.

  • Facility-size aware inputs
  • Punch-list style scope logic
  • Roadmap-oriented planning output
Launch Estimator
TOOL 3

Investment & ROI View

Compare the resilience value of protection measures against modeled exposure to help frame executive conversations.

  • Side-by-side cost / exposure framing
  • Business case support
  • Executive-ready decision narrative
Explore ROI View
WHY THIS SECTION MATTERS

Tools create traction where narrative alone cannot.

Interactive tools help turn concern into visibility, prioritization, and action.

NEXT STEP

Start with the tool that fits your question.

Use the simulator to understand exposure, the estimator to frame scope, or the ROI view to support executive decision-making.

SECTION 10

What Failure Can Look Like

EMP disruption is rarely isolated. The most serious consequences emerge when critical systems, digital dependencies, and operational lifelines begin to fail together.

CASCADING IMPACT

Infrastructure disruption compounds across sectors.

A severe EMP event would not simply damage equipment. It could interrupt communications, impair control systems, delay recovery coordination, and amplify dependency failures across infrastructure environments that rely on each other to function.

The first failure is rarely the full failure. The larger risk is often the cascade that follows — when power, communications, transport, data systems, and operating decisions begin to degrade at the same time.
EXECUTIVE VIEW

Illustrative Dependency Chain

Power
Communications
Data & Control
Operations
Public Impact
SCENARIO 1

Energy & Grid Control Disruption

Loss of control electronics, communications pathways, or substation coordination can quickly undermine restoration sequencing.

SCENARIO 2

Communications Degradation

Degraded communications can impair command, field coordination, incident response, and continuity planning across dependent sectors.

SCENARIO 3

Data Center & Digital Service Interruption

Failures in data center electronics, network equipment, controls, or supporting power systems can disrupt digital services many organizations assume will remain available.

SCENARIO 4

Healthcare Continuity Stress

Healthcare delivery depends on more than backup generation. It relies on electronics, communications, logistics, medical systems, and functioning external dependencies.

SCENARIO 5

Financial Transaction Disruption

Payment flows, settlement systems, trading, digital authentication, and consumer access can all be affected when infrastructure dependencies fail together.

SCENARIO 6

Transportation & Supply Chain Interruption

Logistics networks depend on communications, routing, fueling, control systems, and digital visibility. Disruption in those layers can slow physical recovery.

KEY TAKEAWAY

Continuity assumptions break down when external dependencies fail at the same time.

Backup systems may help in limited circumstances, but resilience depends on how well organizations understand the wider dependency chain around their most critical operations.

NEXT STEP

Test your assumptions before an event does it for you.

Use TierOne’s tools and sector-aware approach to identify where operational confidence may be overstated.

SECTION 11

Executive Questions, Clear Answers

EMP resilience raises strategic, technical, and operational questions. This section addresses the issues decision-makers most often need clarified before action can begin.

FAQ OVERVIEW

Why this section matters.

Many organizations recognize that EMP is serious, but still underestimate how differently it behaves from more familiar disruptions. Executive teams need concise answers that cut through assumptions.

Most continuity plans assume external recovery. EMP scenarios challenge that assumption by introducing the possibility that outside systems, communications, suppliers, and infrastructure lifelines may not recover on the timeline organizations expect.
KEY THEMES

What leaders typically ask first.

How is EMP different from conventional outages?
Why are backup generators not enough?
What about cloud, telecom, and external providers?
How should resilience investments be prioritized?
QUESTION 1

How is EMP different from conventional disaster recovery scenarios?

Conventional recovery often assumes that external infrastructure, suppliers, communications, and utility support remain available or return on a known timeline. EMP scenarios can disrupt multiple dependency layers at once.

QUESTION 2

Why are backup generators not enough?

Generators address only one part of continuity. Resilience also depends on electronics, controls, communications, fuel logistics, monitoring systems, switching infrastructure, and external dependencies.

QUESTION 3

Does using the cloud eliminate EMP risk?

No. Cloud services may shift where risk is concentrated, but they do not remove dependency on electronic infrastructure, telecommunications, power, network access, and supporting facilities.

QUESTION 4

Can one protected facility solve the problem?

Not by itself. A resilient posture requires understanding how the protected environment connects to upstream and downstream systems, data paths, supply chains, and communications channels.

QUESTION 5

How should organizations prioritize where to begin?

Start with the systems, facilities, and services whose failure would create the greatest operational, safety, or recovery impact. Then build a phased roadmap around critical assets and dependency concentration.

QUESTION 6

Is this only relevant for government or defense environments?

No. Financial services, healthcare, communications, transportation, data infrastructure, utilities, and other critical industries all rely on electronic systems and digital coordination.

BOTTOM LINE

Resilience starts when assumptions are tested, not when they are repeated.

The most valuable early step is often not buying equipment. It is understanding which continuity assumptions remain valid, which do not, and where the organization is most exposed.

NEXT STEP

Bring your questions into a real planning discussion.

TierOne can help translate high-level concerns into sector-aware priorities, implementation considerations, and practical resilience planning decisions.

SECTION 12

Thought Leadership & Educational Mission

Building resilience starts with awareness. TierOne’s mission includes helping leaders, operators, and stakeholders better understand EMP risk, infrastructure dependency, and the practical path toward protection.

BEYOND CONSULTING

Education is part of the protection strategy.

EMP resilience remains under-recognized in many organizations, even where investments in technology, cybersecurity, and continuity are already substantial. TierOne’s educational mission helps close that gap through executive engagement, thought leadership, and practical communication.

Awareness changes the quality of decisions. When leaders understand how electronic fragility, dependency chains, and sector exposure interact, resilience planning becomes sharper, faster, and more credible.
BOOK / SPEAKING / EDUCATION

Support your strategy with informed perspective.

EMP
Resilience in the Electronic Age

From sector briefings to book-based thought leadership, TierOne is building a body of educational material designed to elevate awareness and strengthen resilience conversations.

EXECUTIVE BRIEFINGS

Boardroom-Level Awareness

Help leadership teams understand EMP as a strategic resilience issue rather than a niche technical topic.

SECTOR EDUCATION

Infrastructure-Specific Framing

Translate broad EMP risk into sector-specific dependency, continuity, and protection implications.

THOUGHT LEADERSHIP

Credibility Through Insight

Use articles, educational material, and speaking content to inform stakeholders and reinforce mission alignment.

BOOK PLATFORM

Long-Form Strategic Narrative

A book creates a durable platform to explain why modern civilization’s electronic dependence changes the resilience conversation.

CLIENT EDUCATION

Smarter Early Engagements

Better-informed clients make better prioritization decisions, ask sharper questions, and move faster toward action.

MISSION MESSAGE

Protecting America’s Infrastructure

Educational efforts reinforce the broader purpose behind the work: improving resilience where infrastructure fragility matters most.

WHY THIS BELONGS ON THE SITE

Awareness is not separate from execution. It is what makes execution possible.

The more clearly organizations understand the problem, the more effectively they can align priorities, justify investment, and move toward practical implementation.

NEXT STEP

Bring educational leadership into your resilience strategy.

Use TierOne for executive briefings, sector-informed discussions, and thought leadership that helps stakeholders understand both the threat and the path forward.

SECTION 13

Who We Serve

TierOne’s resilience approach is built for organizations that operate, support, regulate, or depend on critical infrastructure. EMP risk does not stop at one sector boundary.

CRITICAL INFRASTRUCTURE FOCUS

Serving the sectors modern civilization depends on most.

Critical infrastructure is deeply interconnected. Sector exposure varies, but dependency chains mean disruption in one area can quickly create consequences in another. TierOne is focused on resilience where electronic fragility matters most.

EMP resilience is not a single-sector issue. It is a cross-sector resilience challenge affecting utilities, digital systems, logistics, public services, finance, and national continuity functions.
SECTOR FAMILIES

Four infrastructure groupings.

Foundational Lifeline SystemsCore utilities and digital backbone
Essential Logistics & Public HealthMobility, supply, and health continuity
Economic & Industrial BackboneFinance, production, and commerce
Governance, Security & National FunctionsGovernment, emergency response, and defense
Foundational Lifeline Systems

Core systems that enable utility function, communications, and digital operations.

SECTOR

Energy

Generation, transmission, and control environments that underpin every other sector.

SECTOR

Water & Wastewater

Critical public utility systems tied to treatment, pumping, controls, and continuity of service.

SECTOR

Communications

Voice, data, routing, and coordination pathways required for modern operations and response.

SECTOR

Information Technology

Digital infrastructure, computing, networks, and control systems supporting nearly every enterprise function.

Essential Logistics & Public Health

Operational systems that move goods, support health outcomes, and sustain societal continuity.

SECTOR

Transportation Systems

Mobility, routing, signaling, and logistics systems that support economic and emergency continuity.

SECTOR

Healthcare & Public Health

Care delivery environments dependent on electronic systems, devices, communications, and supply support.

SECTOR

Food & Agriculture

Production, processing, cold chain, distribution, and safety systems needed for population sustainment.

SECTOR

Chemical

Industrial processes and materials handling environments where controls and continuity are critical.

Economic & Industrial Backbone

Sectors that sustain production capacity, capital flow, and broader economic continuity.

SECTOR

Critical Manufacturing

Production ecosystems with strategic importance for supply continuity and industrial recovery.

SECTOR

Financial Services

Payments, settlement, digital transactions, and financial operations that enable economic function.

SECTOR

Commercial Facilities

Large-scale commercial environments supporting occupancy, commerce, operations, and public access.

SECTOR

Dams

Infrastructure controlling water flow, flood management, and related safety and utility outcomes.

Governance, Security & National Functions

Institutions and environments tied to continuity of government, emergency response, and national support functions.

SECTOR

Government Facilities

Public-sector environments supporting command, administration, and continuity of essential functions.

SECTOR

Emergency Services

Response organizations requiring resilient communications, coordination, and operational readiness.

SECTOR

Defense Industrial Base

Industrial and support capabilities connected to national defense readiness and resilience.

SECTOR

Nuclear Reactors, Materials & Waste

Highly sensitive environments where controls, monitoring, and continuity assurance are paramount.

WHY THIS STRUCTURE MATTERS

Protection priorities should reflect sector reality, not generic assumptions.

Different sectors have different exposures, different tolerance thresholds, and different recovery dependencies.

NEXT STEP

See how your sector fits into the resilience picture.

Start with a sector-informed discussion, assessment, or tool-based exploration to identify where your environment may be most exposed.

SECTION 14

Sector Detail Explorer

Different sectors face different combinations of electronic dependency, operational tolerance, recovery complexity, and cascading exposure.

SECTOR-LEVEL PERSPECTIVE

Not every sector is vulnerable in the same way.

Some sectors are dominated by control systems and utility dependence. Others are shaped by digital coordination, public-facing continuity, or industrial process sensitivity.

Resilience planning becomes more actionable when vulnerability is broken down by sector. That is where organizations can begin to identify what matters most, what dependencies matter next, and where practical protection priorities should start.
HOW TO READ THIS

Four ways to think about sector exposure.

Electronic DependenceHow heavily operations rely on digital systems, controls, and electronics.
Dependency LoadHow much the sector relies on external infrastructure, suppliers, and communications.
Recovery DifficultyHow hard operations may be to restore when multiple dependencies degrade at once.
Cascading ImpactHow much disruption in this sector can affect others.
Sample Sector Detail Cards

Use these as a reusable pattern for family-by-family or sector-by-sector detail.

ENERGY

Power is a force multiplier.

Grid control, generation, and transmission dependencies make this sector foundational to every other sector’s recovery.

HEALTHCARE

Care continuity requires more than backup power.

Medical electronics, communications, logistics, records, and external services all affect healthcare resilience.

FINANCE

Trust and access depend on digital continuity.

Transactions, settlement, authentication, and digital service access all rely on tightly coupled electronic infrastructure.

EMERGENCY SERVICES

Response effectiveness depends on readiness before the event.

Emergency operations require resilient communications, coordination, dispatch, and field support under stress.

WHY THIS VIEW HELPS

Sector detail creates more credible resilience conversations.

Leaders need more than a generic warning. They need a way to understand how their sector’s dependency profile, recovery posture, and cascading exposure shape protection priorities.

NEXT STEP

Explore where your sector is most exposed.

Use this view as a starting point for assessment, planning, and implementation conversations grounded in the realities of your operating environment.

SECTION 15

Implementation Roadmap

EMP resilience is best approached as a phased program. A credible roadmap aligns awareness, assessment, engineering, implementation, testing, and sustainment into a sequence leaders can govern.

ROADMAP LOGIC

From awareness to sustained resilience.

The goal is not to rush into hardware decisions. It is to move through a disciplined sequence that clarifies exposure, defines scope, addresses dependencies, and validates protection outcomes.

Protection programs succeed when they are sequenced correctly. Organizations that skip governance, dependency analysis, or validation often create gaps that reappear later.
PROGRAM VIEW

Five-phase delivery model.

1. AwarenessDefine the problem and align leadership.
2. AssessmentMap assets, dependencies, and vulnerabilities.
3. DesignTranslate findings into an engineered roadmap.
4. ImplementationExecute controlled protection measures.
5. Validation & SustainmentVerify performance and preserve readiness.
1

Education & Executive Alignment

Establish awareness, define mission-critical concerns, align stakeholders, and frame why EMP resilience matters.

2

Engineering Assessment

Identify critical facilities, systems, dependencies, exposure points, and sector-specific recovery considerations.

3

Protection Design & Planning

Convert findings into a prioritized roadmap covering architecture, hardening strategy, implementation scope, and governance.

4

Implementation Execution

Deliver protection measures in a controlled way that accounts for operational continuity and infrastructure constraints.

5

Testing, Validation & Sustainment

Verify that controls perform as intended, identify residual gaps, and establish a program for ongoing assurance.

KEY IDEA

Implementation should follow understanding, not guesswork.

The most effective resilience programs begin with clarity: what matters most, what is most exposed, and which actions should come first.

NEXT STEP

Build a roadmap that fits your environment.

TierOne can help frame a practical implementation path aligned to your sector, facilities, operational constraints, and resilience priorities.

SECTION 16

Investment Logic & Business Case

Resilience investments compete with many priorities. The business case becomes clearer when leaders can compare cost, exposure, downtime implications, and the operational value of protection.

DECISION SUPPORT

Why the business case matters.

EMP resilience is often delayed because the threat feels abstract while the investment feels immediate. A useful business case reframes the conversation around continuity, consequence, dependency concentration, recovery difficulty, and the cost of prolonged disruption.

The real comparison is not cost versus no cost. It is investment today versus the operational, financial, and strategic consequences of being unprepared.
EXECUTIVE VIEW

Two sides of the decision.

Without ProtectionHigher exposure concentration, greater recovery uncertainty, longer operational disruption risk.
With Protection PlanningMore informed prioritization, stronger sequencing, better continuity confidence, reduced uncertainty.
BUSINESS CASE DRIVER

Downtime Exposure

The longer critical services remain impaired, the greater the effect on operations, customers, public trust, and recovery sequencing.

BUSINESS CASE DRIVER

Dependency Concentration

Organizations are often more dependent on outside infrastructure, digital services, and communications than they initially realize.

BUSINESS CASE DRIVER

Operational Confidence

Protection investments can strengthen confidence in continuity assumptions by showing where resilience is real and where it remains overstated.

BUSINESS CASE DRIVER

Phased Investment Logic

Organizations do not need to protect everything at once. A phased roadmap helps align investment with asset criticality and dependency load.

BUSINESS CASE DRIVER

Strategic Signaling

In some environments, resilience investment also signals seriousness to boards, regulators, partners, and leadership stakeholders.

BUSINESS CASE DRIVER

Cost of Inaction

The absence of a resilience plan is itself a strategic choice. The real question is whether the organization understands the consequences of that choice.

KEY IDEA

The strongest business case is one leaders can connect to operations.

When resilience is translated into practical continuity value, implementation sequencing, and reduced uncertainty, the conversation becomes more actionable.

NEXT STEP

Use tools to frame the investment discussion.

TierOne’s estimator, simulator, and ROI-oriented planning views can help organizations move from broad concern to business-case clarity.

SECTION 17

Leadership & Credibility

EMP resilience requires more than awareness. It requires leadership that understands enterprise technology, implementation discipline, and what it takes to move critical infrastructure programs from concept to execution.

FOUNDER PERSPECTIVE

Experience grounded in real-world implementation.

TierOne is built on deep technology leadership, senior executive experience, and hands-on exposure to the practical realities of protecting critical electronic infrastructure.

This work is not theoretical. It draws from decades of enterprise technology leadership and direct experience in environments where implementation, continuity, governance, and resilience had to work in practice.
36Years of IT Experience
10+Years at Senior Executive Level
2Commercial EMP-Protected Data Center Implementations
40+Years of Top-Tier EMP Engineering Experience in the Team
CREDIBILITY

Enterprise Technology Leadership

A foundation built on decades of experience across applications, databases, infrastructure, and complex enterprise environments.

CREDIBILITY

Executive Delivery Mindset

Senior-level perspective helps bridge strategy, operational constraints, governance, and implementation realities.

CREDIBILITY

Commercial EMP Implementation Experience

Practical exposure to EMP-protected commercial data center environments adds uncommon implementation insight.

CREDIBILITY

World-Class Engineering Access

TierOne brings in specialized engineering capability with rare experience in EMP planning, design, and implementation.

CREDIBILITY

Cross-Functional Enterprise Alignment

Real resilience programs require coordination across legal, compliance, audit, finance, HR, and operational stakeholders.

CREDIBILITY

Mission-Driven Focus

The broader purpose is clear: help protect the infrastructure systems modern society relies on most.

WHY THIS MATTERS

Clients need more than a warning. They need confidence in who is guiding the response.

Credibility matters when the issue is complex, under-recognized, and high consequence.

NEXT STEP

Engage a team built for serious resilience conversations.

Whether you need executive briefing, assessment strategy, or implementation planning, TierOne is positioned to help translate concern into disciplined action.

SECTION 18

Resilience Cannot Wait for Perfect Certainty

The infrastructure systems modern civilization depends on are increasingly electronic, increasingly interconnected, and often more fragile than leaders assume.

The best time to improve resilience is before disruption forces the issue. Preparedness begins when organizations choose to understand their exposure, challenge their assumptions, and act with discipline before consequences become irreversible.