EMP Protocol Review 2026: Don't Buy Dan Sullivan's EMP Preparedness Course Before Reading This!

NEW YORK, March 5, 2026 (Newswire.com) - Disclaimer: This release contains affiliate links. If you purchase through these links, a commission may be earned at no additional cost to you. This compensation does not influence the accuracy or integrity of the information presented. This article is for informational purposes only and does not constitute professional preparedness, security, emergency management, or any other professional advice. Results vary based on individual preparation, effort, resources, and circumstances.

EMP Protocol Complete 2026 Overview Examines Faraday Cage Preparedness, Grid Outage Planning, and the Structure of a Digital EMP Readiness Course

You saw the ad. Maybe on YouTube, maybe on Facebook, maybe while watching something on Rumble. The pitch was compelling enough that you stopped scrolling - and now you're here, doing exactly what any reasonable person does before spending money: checking whether this thing is legitimate, what's actually inside it, and whether it's the right fit for your specific situation.

That is exactly what this guide is built to answer.

EMP Protocol is a digital preparedness course marketed by the publisher of SurvivalSullivan.com under a pen name, sold for a one-time price of $39 through ClickBank. It covers how to build DIY Faraday cages to protect your electronics from electromagnetic pulse events, how to survive the immediate aftermath of a grid-down scenario, how to generate electricity after infrastructure collapse, and how to navigate the longer-term reality of living without power. Five bonus courses are included at no additional charge.

EMP Protocol At a Glance

• Price: $39 one-time payment (as advertised; verify at checkout)

• Format: Digital course - videos, written guides, and bonus materials; no physical product shipped

• Best for: Beginners to EMP preparedness who want a structured, sequential system; households with no existing Faraday shielding

• Not ideal for: Experienced preppers with existing Faraday skills; anyone needing commercially tested, military-spec shielding for critical equipment

• Refund window: 60 days, as represented by the seller on the product page; verify exact terms at checkout

• Key modules (as advertised): Faraday cage construction (3 designs), post-event action planning, electricity generation, vehicle preparation, bug-out/get-home bag construction, long-term survival without electricity

• Publisher's note: This review is based on the public sales page only. The publisher has not independently tested the course materials.

This guide covers the main components disclosed on the product page: what the EMP threat actually is and whether it warrants preparation, what is inside every module, who the course is and is not right for, how the pricing and refund process work, how it compares to free alternatives, and what questions you should honestly ask yourself before buying.

How This Review Was Prepared

• This article is based on a review of EMP Protocol's public sales page and disclosed marketing materials. The publisher did not independently test the course content or Faraday construction methods.

• Pricing and refund terms were noted at the time of publication (March 2026); readers should verify current terms at checkout before purchasing.

• Statistical claims are attributed to named third-party sources (see "Sources Referenced" section); they have not been independently verified by the publisher.

• This article is published by MBK as an independent review. The publisher is not affiliated with EMP Protocol, SurvivalSullivan.com, or ClickBank beyond the affiliate relationship disclosed above.

• Last reviewed: March 2026.

View EMP Protocol on the official product page

Disclosure: If you buy through this link, a commission may be earned at no extra cost to you.

Understanding the EMP Threat: What You Actually Need to Know Before Evaluating This Course

Before evaluating any preparedness product, it is worth understanding the threat it addresses. EMP preparedness content ranges from serious, well-grounded material to outright fear-mongering, and knowing the difference helps you judge what you're buying.

An electromagnetic pulse is a burst of electromagnetic energy intense enough to disrupt or permanently damage electronic circuits, power infrastructure, and grid-dependent systems across a wide geographic area. There are two meaningfully different sources of this threat, and EMP Protocol addresses both.

Natural EMPs: Coronal Mass Ejections and Solar Flares

The sun produces an enormous volume of charged particle activity. Most of it is absorbed by Earth's magnetic field without incident. But large coronal mass ejections - solar eruptions that eject billions of tons of magnetized plasma toward Earth - are a documented and recurring phenomenon. Some analyses have estimated a non-trivial probability (often cited around ~10% per decade for Carrington-scale events), but estimates vary by method and dataset. A widely cited scenario analysis (Oughton et al., 2017, Space Weather) modeled potential daily lost GDP ranging from roughly $6 billion to $42 billion for the U.S. under extreme space weather scenarios, depending on duration and geography.

The most famous historical example is the Carrington Event of 1859, when a massive CME disrupted telegraph systems across North America and Europe - at a time when electronics were primitive compared to today's infrastructure. The implications of a similar event hitting a modern, grid-dependent society are significantly more serious.

It is worth stating clearly: the science behind CME risk is not fringe. NOAA's Space Weather Prediction Center publishes ongoing assessments of geomagnetic storm risk to power infrastructure, and government and academic researchers have produced published analyses of solar event impacts on critical systems. The debate is not whether CMEs can happen or whether they can affect electronics - they can and do. The debate is how to assign probability and how to prioritize preparation.

Man-Made EMPs: High-Altitude Detonations and HEMP Weapons

A high-altitude electromagnetic pulse, or HEMP, is produced when a nuclear device is detonated at altitude - typically above 30 kilometers - where the interaction of the resulting gamma radiation with atmospheric particles creates an electromagnetic shockwave that can propagate across a wide geographic area. Unlike a CME, a HEMP event is deliberate and targeted.

According to the brand's presentation materials, nations including Russia and North Korea have developed and tested EMP-related capabilities, and that Russia sold relevant technology to North Korea in 2014, per reporting from TokyoTimes and ExtremeTech at the time. The brand also notes that North Korean satellites have been tracked in orbits that pass over the continental United States.

These specific claims originate from the brand's own marketing materials. They have not been independently verified by the publisher of this article. It is also worth noting that some of the sources cited in the brand's materials - including TokyoTimes - are opinion or alternative outlets rather than primary government or peer-reviewed sources. Readers who want to evaluate the underlying geopolitical risk should verify these claims directly against primary government reports and academic sources. It is widely recognized in defense and emergency-planning literature that high-altitude nuclear detonations can produce electromagnetic effects, and major powers have studied related capabilities.

The More Likely Scenario Most Preppers Actually Face

Here is the honest framing that separates serious preparedness content from fear-driven marketing: the most statistically likely grid-down scenario most Americans will face in their lifetime is not an EMP attack. It is an extended power outage caused by severe weather, aging infrastructure, a cyberattack on grid systems, or physical infrastructure failure.

Multiple U.S. infrastructure and reliability assessments have noted rising outage exposure driven by weather extremes, aging equipment, and system complexity (readers should consult current reliability reporting from grid operators such as NERC and federal sources such as the DOE and EIA for current data). ASCE's 2025 Report Card gives U.S. infrastructure an overall grade of C, with the Energy category specifically rated D+ by the American Society of Civil Engineers (ASCE, 2025 Report Card for America's Infrastructure, asce.org) - a system that does not need an EMP to fail, because it fails on its own with increasing regularity. The brand refers to these extended outages as "EMP rehearsals," and that framing is actually useful: the skills for surviving a two-week grid-down scenario caused by a winter storm are largely identical to the skills for surviving one caused by an EMP.

This matters for evaluating EMP Protocol because it means the course's practical value does not depend on the most extreme threat scenario being imminent. The Faraday cage construction skills, the post-event action planning, the electricity generation methods - all of these apply to realistic, near-term scenarios that have already happened to millions of Americans and will happen to millions more.

What Is EMP Protocol and Who Created It?

EMP Protocol is a digital course sold through ClickBank and attributed to "Dan F. Sullivan," which the product page explicitly discloses is a pen name. The course is marketed by the SurvivalSullivan.com publisher, a preparedness content operation that, according to its own materials, has published content across multiple outlets, including American Preppers Network and Personal Liberty.

The disclosure of the pen name is worth acknowledging directly because it is a common point of concern for people researching the product. Using a pen name is a standard publishing practice - it is not, in itself, an indicator of illegitimacy. The preparedness information in the course draws on knowledge of EMP physics, Faraday cage construction, emergency management frameworks, and post-disaster survival widely covered in the preparedness literature. That knowledge stands or falls on its own merits regardless of what name appears on the cover.

The course is a purely digital product, meaning there is nothing physically shipped. After purchase through ClickBank, access to the course materials - videos, written guides, and bonus courses - is available digitally. This means immediate access after checkout, and it also means the value you extract depends entirely on whether you watch, read, and implement what is taught.

A Complete Breakdown of Everything Inside EMP Protocol

The core course is structured around three layers of EMP preparedness that the brand frames as the building blocks of a complete protection system. Beyond the core curriculum, five bonus courses are included in the standard purchase price.

Layer One: Faraday Shield Construction

The first and most foundational component of EMP Protocol is its instruction on building Faraday cages - conductive enclosures designed to shield electronics from electromagnetic fields. The course teaches three distinct Faraday enclosure designs, each suited to different use cases and storage needs.

A Faraday cage works by creating a continuous conductive shell around the electronics inside it. When an electromagnetic field encounters the cage, the free electrons in the conductive material redistribute to counteract the field, preventing it from penetrating to the interior. The principle is well-established physics dating back to Michael Faraday's experiments in 1836. What has evolved is the practical application of this principle using inexpensive, widely accessible materials.

According to the brand's course description, each of the three Faraday enclosure designs can be built for under $5 using materials typically found at home or available at any hardware store. The instruction format includes step-by-step videos and photographs, along with explicit materials lists - meaning you do not need prior electrical knowledge or fabrication experience to follow along. One of the three designs is described as compact and portable enough to fit in a bug-out bag, which is relevant for people who need to protect small electronics they would carry during an evacuation.

It is important to be honest about what DIY Faraday cages can and cannot do. DIY Faraday-style enclosures are commonly used as a low-cost risk-reduction step, but performance varies widely based on construction quality - specifically, continuous conductive layer, seam integrity, insulation from the conductive shell, and closure integrity. Most DIY builds are not validated under standardized EMP test protocols, so they should be treated as risk reduction, not guaranteed protection - especially for critical devices. The course's DIY approach is a cost-effective starting point. For readers who need to protect genuinely life-critical devices, communications infrastructure, or high-value assets, supplementing the course's DIY methods with commercially tested EMP-rated enclosures may be worth considering. If you rely on medical equipment, follow manufacturer guidance and consult a qualified professional for contingency planning.

Layer Two: Living Without Electricity

The second layer of the course addresses the immediate and medium-term reality of surviving without grid power. This section covers what to do in the hours and days immediately following a grid-down event, regardless of its cause.

The immediate action plan component covers both urban and rural scenarios. For urban residents, the calculus around shelter-in-place versus evacuation is different from that of rural homeowners, and the course addresses both. The brand describes this section as covering the specific decisions and actions you need to take quickly - before panic sets in among people who did not prepare - to secure your household's safety and resources.

The electricity generation component describes three methods for generating power post-collapse. According to the brand, the course teaches how to store the necessary components in Faraday enclosures so that the generating equipment itself survives the event it is meant to address. This is a critical practical detail that free content on this subject frequently omits: your generator is useless if its electronic components were not protected from the same pulse that knocked out the grid.

The course also addresses stealth tactics for managing the reality that functioning electronics post-EMP make you a visible target in a resource-depleted environment. This includes guidance on light management - preventing light from being visible through windows at night - and guidance on how to manage children's behavior around electronics when you do not want to advertise that you have them. This may seem like a peripheral concern, but preparedness content that ignores the social dynamics of grid-down scenarios is incomplete.

The 12 electronics to protect section provides a specific, prioritized list of devices the brand recommends securing in Faraday enclosures before an event. The brand notes that the obvious items - flashlights and emergency radios - are on the list, but that the more valuable guidance is in the less obvious inclusions that become critical in long-duration grid-down scenarios. Having a prioritized list rather than a vague instruction to "protect your electronics" is the kind of specific guidance that distinguishes a structured course from general preparedness advice.

Layer Three: Free Energy Solutions

The third layer covers longer-term energy generation options designed to provide sustainable power capability in a post-grid environment. According to the brand, this section covers how to set up generation systems with components that have been stored in Faraday protection, so that when you need power, you have the equipment and the knowledge to produce it.

Vehicle EMP Preparation

One of the more practically focused sections of EMP Protocol covers vehicle preparation. A vehicle that will not start after an EMP event is a critical failure point in almost any preparedness plan - bug-out scenarios, medical transport, supply runs, and evacuation all depend on functional transportation.

Preparedness communities often suggest that simpler vehicles with fewer electronic control systems may be less vulnerable to some electromagnetic disruption scenarios. However, outcomes vary and depend on pulse characteristics, distance, shielding, and vehicle design. Treat any "EMP-resistant vehicle list" as informational rather than a guarantee - real-world outcomes for consumer vehicles under EMP conditions have not been standardized or independently verified. The course provides specific model guidance as a starting point, but readers should weigh it alongside their own vehicle research.

Preparation steps for your existing vehicle are also covered, addressing what can and cannot realistically be hardened on a modern car without extensive modification.

Bug-Out and Get-Home Bag Construction

The bug-out bag and get-home bag section covers the construction of emergency carry systems for three distinct scenarios: the everyday carry kit (EDC) for items you have on your person at all times, the get-home bag designed to get you from wherever you are to your home base when normal transportation has failed, and the full bug-out bag for longer-duration departure from your primary location.

According to the brand, the instruction details the protection of the bag contents against shocks, water intrusion, puncture by sharp objects, and theft. A bug-out bag that is not secure from opportunistic theft in a disrupted environment is a preparedness failure - and this section apparently addresses that dimension explicitly.

Long-Term Survival Without Electricity

The final section of the core course addresses the extended-duration reality of living without electricity. According to the brand, this section leaves nothing out: food and water procurement, hygiene and sanitation (a frequently underemphasized topic in preparedness content, despite being one of the primary causes of death in disaster scenarios), alternative communication methods, and topics that preparedness guides routinely overlook, such as home education for children when schools are not functioning.

The Five Bonus Courses Included With EMP Protocol

Every purchase of EMP Protocol includes five additional digital courses at no extra charge. According to the brand's course description, these are:

• Getting Home When SHTF is designed around the scenario where you are away from home - at work, running errands, traveling - when a grid-down event occurs. It covers how to navigate back to your home base safely in the window before widespread public panic sets in, including route planning, timing considerations, and safety protocols for the journey.

• Barter for Your Life addresses the economics of a post-collapse environment. In a prolonged grid-down scenario, standard currency may lose utility and goods-for-goods exchange becomes a critical survival skill. This course covers real-world negotiation strategies, what to acquire before an event to maximize barter value, tactics for getting what you need from others, and how to close an exchange when the other party is hesitant.

• How to Prep Under the Radar provides guidance on preparing without drawing attention from neighbors, coworkers, family members, or others who might be skeptical, judgmental, or - in a worst case - opportunistic later. The brand describes this as a full list of preparation activities and purchases that overlap with ordinary hobbies and lifestyle choices, so that your preparedness does not make you a visible target.

• Survival Checklists and Gear Recommendations are described as direct, no-fluff reference documents covering what to acquire and what steps to take across different emergency scenarios. No narrative, no filler - just itemized guidance.

What This Course Does Not Cover: Honest Limitations

Before the self-assessment section, it is worth naming the gaps directly - this is the kind of transparency that distinguishes an honest review from a sales page.

• No independent test validation. The Faraday cage designs are presented as functional and cost-effective, and the underlying physics is sound. But the course does not include standardized EMP attenuation testing, and the publisher has not performed it on the specific builds taught. DIY builds should be treated as risk reduction, not certified protection.

• No equipment included. This is an information product. The $39 covers instruction only - you supply all materials for the Faraday builds yourself. Budget accordingly for materials beyond the course price.

• Vehicle guidance is informational, not guaranteed. The course's vehicle recommendations are based on general preparedness community knowledge about older vehicles with fewer electronic components. Real-world EMP survivability for specific models has not been standardized or independently verified.

• No community or instructor access. EMP Protocol is a self-directed digital course. There is no forum, no Q&A with the instructor, and no hands-on workshop. Learners who need accountability structures or the ability to ask follow-up questions will not find those here.

• Digital-only access. If you prefer physical workbooks, printed materials, or offline-capable formats, this course does not provide them in that form.

• Experienced preppers may find limited new ground. The course is positioned for beginners to intermediate. If you have already built multiple Faraday enclosures and developed a post-event action plan, the incremental value decreases significantly.

Who EMP Protocol Is Right For and Who It Is Not

This section replaces what most review articles do with testimonials - and it is more useful. Rather than quoting selected positive experiences, which are inherently self-selected and unrepresentative, this section helps you determine whether your own situation matches what the course is designed to address.

EMP Protocol May Be a Strong Fit If:

• You are new to EMP preparedness specifically and want a structured starting point rather than assembling a curriculum from scattered YouTube videos and forum posts. The format - videos, photographs, explicit materials lists - is designed for people who have not done this before and need clear, sequential instruction rather than a research project.

• You have covered the basics of general emergency preparedness - food, water, first aid - and want to specifically address electronics protection as the next layer. EMP Protocol is narrow enough to fill that gap without requiring you to restart your education from zero.

• You want DIY solutions at the lowest possible cost. If your preparedness budget is limited and you want to do the most with the least, the under-$5 Faraday cage construction approach is directly aligned with that constraint. A $39 course that teaches you to build functional Faraday cages from household materials is a different calculation than a $39 commercial Faraday bag that protects one device.

• You process information better through video and visual instruction than through written guides alone. The course's combination of video and photographic step-by-step instruction is specifically valuable for people who struggle to translate written instructions into physical construction.

• You want a complete system rather than isolated skills. The course addresses Faraday construction, immediate action planning, electricity generation, vehicle preparation, and long-duration survival in a single package - plus five bonus courses. For someone starting from scratch, this breadth at a $39 price point is difficult to match.

EMP Protocol May Not Be the Best Fit If:

You already have intermediate-to-advanced Faraday construction skills and are looking for technical depth beyond the basics. The course is designed for people who have not built Faraday cages before. Experienced preppers who have completed similar training may find that the core content covers ground they have already addressed.

You are looking for commercially tested, military-specification EMP shielding for genuinely critical equipment. The DIY approach taught in this course is cost-effective and commonly used as a risk-reduction step, but it is not the same as professionally manufactured and tested shielding products. Most DIY builds are not validated under standardized EMP test protocols. For protecting life-critical devices, critical communications infrastructure, or high-value assets where failure is not acceptable, supplementing with professionally rated products is worth considering.

You prefer community-based or in-person learning. EMP Protocol is a self-directed digital course. There is no community, no Q&A with the instructor, and no hands-on workshop component. If accountability and interaction are important to how you learn, this format may not support your completion rate.

Questions to Ask Yourself Before Purchasing

Before deciding whether this course is the right investment for your preparedness situation, consider the following honestly:

• Do you currently have any functioning Faraday shielding in place for your emergency electronics? If the answer is no, the course addresses a real and unresolved gap.

• How long could your household function without grid power before things became genuinely difficult? If the honest answer is less than a week, the immediate action planning and electricity generation content addresses a real vulnerability.

• Do you learn best from structured, sequential instruction or through independent research? If you have been meaning to research Faraday cage construction for months and have not done it, a structured course with explicit materials lists and video instruction may accomplish in a weekend what freeform research has not accomplished in months.

• Is $39 a reasonable investment relative to the value of the electronics you are trying to protect and the family situation you are trying to secure? For most households, the answer is yes.

EMP Protocol - Official Product Page

EMP Protocol Pricing, What Is Included, and How the Purchase Works

According to the official product page, EMP Protocol is priced at $39 as a single, one-time payment. There are no recurring charges, no subscription fees, and no upsell required to access the core course content. The full package - core course plus all five bonus courses - is included in that single price.

As a digital product sold through ClickBank, access is available immediately after purchase. ClickBank is a well-established digital commerce platform used by thousands of digital product vendors. The standard ClickBank process involves completing checkout, receiving an email confirmation with access credentials, and logging in to the course platform.

Regarding the refund policy: the seller represents a 60-day refund window for EMP Protocol, which the brand describes on the product page as a full refund guarantee. Confirm the exact terms and any conditions at checkout before purchasing, as policies are subject to change.

On pricing transparency: the $39 price point is the current advertised price as of the time of publication. Digital product pricing can change, promotional pricing can expire, and offers can be updated without notice. Always verify the current price directly at empprotocol.com before completing your purchase.

How EMP Protocol Compares to Free Alternatives

This is a fair question and one that deserves a direct answer rather than dismissal. There is a significant volume of free EMP preparedness content available on YouTube, prepper forums, and general survival websites. Why pay $39?

The honest answer is that free content and a structured course are not the same product. Free YouTube videos on Faraday cage construction are valuable, but they are individual pieces of content from different creators using different materials, different construction approaches, and different assumptions about threat scenarios. Assembling a coherent, sequential curriculum from scattered free content requires significant time investment in curation, evaluation, and sequencing. You also have no way of knowing, until you have watched dozens of videos, whether the approach taught in one is compatible with the approach taught in another.

EMP Protocol provides a single, internally consistent system: three Faraday designs with specific materials lists, a post-event action plan that integrates with those designs, electricity generation methods that account for the need to store components in Faraday protection, and vehicle preparation guidance. The five bonus courses add depth in areas - barter economics, post-event navigation, covert preparation - that free EMP content almost never addresses.

The question is not whether free content exists. It does. The question is whether the time cost of assembling your own curriculum from free sources - and the risk of gaps and inconsistencies in that curriculum - is worth more or less than $39. For many people, it is not. For experienced preppers who have already done that work, a structured course may add less incremental value.

The New Year New Me Angle: Why Q1 Is When Most Preparedness Decisions Actually Get Made

If you are reading this in the first quarter of 2026, you are in the window when most people's annual preparedness intentions either turn into action or get deferred to next year. January brings resolutions. February brings either follow-through or the beginning of rationalization. March is the last real opportunity to act before the urgency of a new year fades and life's other priorities take over.

There is also a practical financial angle: tax refund season runs from February through April, and for most households, a tax refund represents the clearest opportunity in the calendar year to make purchases that feel meaningful but not urgent. A $39 digital course is a low-risk use of a portion of a tax refund, and it produces a practical skill - Faraday cage construction - that most people in the preparedness space have been meaning to acquire for longer than they would like to admit.

Daylight Saving Time, which begins in early March each year, is the traditional trigger for emergency preparedness behavioral cues. The "change your clocks, change your batteries" message is a real behavioral nudge, and the start of spring storm season that follows DST is a genuine reminder that grid-down scenarios do not require geopolitical threats to materialize.

None of this is manufactured urgency. It is a seasonal pattern that recurs every year, and 2026 is no different. The question is whether this is the year the intention becomes the action.

Is the EMP Threat Exaggerated? Addressing the Skeptic's Legitimate Questions

This is a question worth taking seriously because the answer is nuanced rather than binary.

Some EMP preparedness content is exaggerated. The marketing around this category has, at times, leaned into fear disproportionate to probability in ways that encourage impulsive purchases rather than informed preparation. It is fair to be skeptical of extreme scenarios presented without probability context.

At the same time, the underlying threats are real. CMEs have happened. Extended grid outages happen regularly in the United States. The U.S. power grid's documented vulnerabilities are a matter of public record, not a conspiracy theory. Nation-state interest in EMP capabilities is documented in government sources, not fringe publications.

The honest position is this: you are not preparing for a certainty. You are preparing to reduce the consequences of a plausible event whose probability is non-zero and whose impact - if it occurred - would be severe. The question is not whether the EMP threat justifies panic. It is whether the cost of being prepared is proportionate to the risk. At $39 for a course that teaches practical, applicable skills with value across multiple scenarios, the cost of preparation is low relative to the potential value.

The brand's own marketing uses language and framing designed to create urgency, including descriptions of geopolitical threats attributed to sources rather than independently verified. Readers should evaluate marketing with appropriate critical distance, which is exactly what this guide encourages. The course content itself - Faraday cage construction, post-event planning, electricity generation, vehicle preparation - is practical and applicable regardless of which specific threat scenario ultimately materializes.

Is EMP Protocol Legitimate? Directly Addressing the Skepticism Searches

People searching "EMP Protocol scam" or "is EMP Protocol legit" are asking a reasonable due diligence question. Here is a direct answer.

EMP Protocol is marketed as a digital course sold via ClickBank; the publisher has not independently tested the course materials, and terms and pricing should be verified at checkout. The preparedness subject matter the course covers - Faraday cage physics, emergency planning, post-event logistics - draws on knowledge widely documented in the preparedness literature. The marketing is focused on preparedness training and does not appear to present medical treatment claims.

The pen name disclosure is transparent and is stated on the product page itself. The use of a pen name in publishing is not unusual and does not indicate anything about the quality of the information.

The appropriate question is not about fraud - it is whether EMP Protocol delivers enough value at $39 to justify the purchase for your specific situation. That is a subjective determination that this guide is designed to help you make honestly, which is why the "who it is and is not right for" section is written the way it is.

How to Get Started with EMP Protocol

If you decide to purchase, the process is straightforward. Visit the EMP Protocol product site at empprotocol.com, proceed through the ClickBank checkout with your payment information, and receive digital access to the course and all five bonus courses immediately after purchase. There is nothing physical to wait for and no additional steps required to access all included materials.

What you get immediately after checkout (as advertised): According to the brand, once your ClickBank purchase is complete you receive a receipt email with your order details and a link to access your course materials. Login credentials for the course platform are provided through that confirmation. There is no physical shipment - all content is delivered digitally, meaning access is available within minutes of completing checkout. If you do not receive the confirmation email, ClickBank's customer support handles access and billing issues at the platform level.

Before purchasing, verify the current price at empprotocol.com - prices on digital products can change and promotional pricing can expire. Review the refund terms at checkout to confirm the applicable return policy for this specific purchase.

For product support after purchase, the vendor handles product-specific questions directly. For order-level support - billing, access issues, refund requests - ClickBank's customer support handles these at the platform level. Contact information for both is available through the ClickBank purchase confirmation email.

Final Verdict: The Honest Assessment

Editorial independence: Compensation does not affect our coverage. This review summarizes what the seller publicly discloses and flags where independent verification is not available. The publisher has not tested the course materials.

EMP Protocol is a well-structured, affordable entry point into EMP and grid-down preparedness for people who want a complete, sequential system rather than a collection of scattered free resources.

The strengths are real. At $39 with five bonus courses included, the price-to-value ratio is strong for someone starting from zero in this subject area. The Faraday cage construction curriculum is the right foundation - it is the single skill that separates passive awareness of EMP risk from active preparation against it. The bonus courses extend the value into areas that most EMP-specific products ignore: barter economics, post-event navigation, and covert preparation. The digital format means immediate access and no shipping wait.

The limitations are also real and worth stating plainly. This is a digital information product, not physical equipment. Your preparedness outcome depends entirely on whether you implement what you learn. The DIY Faraday cage approach is cost-effective but is not equivalent to commercially tested shielding - a relevant distinction for anyone protecting genuinely critical equipment. The course is appropriately positioned for beginners to intermediate; experienced preppers who have already built Faraday cages and developed post-event plans may find limited incremental value.

For someone who has been meaning to get serious about EMP preparedness but has not yet taken a concrete step, EMP Protocol provides the structure, materials guidance, and a complete system to make that step actionable in a weekend. For someone already well into their preparedness journey, it is a more marginal addition to an existing education.

The most important factor in any preparedness course is not the course itself. It is whether you do the work after the purchase. A Faraday cage that exists only on a video you watched once is not a Faraday cage. A course that motivates you to build three of them and assemble a post-event plan is worth considerably more than $39.

EMP Protocol - Official Product Page

Contact Information

• Company: EMP Protocol

• Email: https://www.empprotocol.com/Contact.php

• ClickBank Order Support: https://www.clkbank.com/#!/

• Toll Free: 1-800-390-6035

• International:+1 208-345-4245

Sources Referenced in This Article

• CME probability estimates: Analyses estimating Carrington-scale event probability vary by methodology and dataset. A frequently cited figure of ~10% per decade comes from research on the likelihood of extreme space-weather events, published in Space Weather (AGU/Wiley). Readers are encouraged to consult the primary literature directly, including Baker et al. (2013), "A major solar eruptive event in July 2012: Defining extreme space weather scenarios," Space Weather, Vol. 11, Issue 10, pp. 585 - 591. doi:10.1002/swe.20097. Available via AGU at agupubs.onlinelibrary.wiley.com.

• Economic impact of extreme space weather: Oughton, E.J., Skelton, A., Horne, R.B., Thomson, A.W.P., and Gaunt, C.T. (2017). "Quantifying the daily economic impact of extreme space weather due to failure in electricity transmission infrastructure." Space Weather, Vol. 15, Issue 1, pp. 65 - 83. doi:10.1002/2016SW001491. Available via AGU at agupubs.onlinelibrary.wiley.com. Note: Modeled daily lost GDP ranging from approximately $6.2 billion to $42 billion for the U.S. under extreme scenarios; figures are scenario-dependent estimates, not verified outcomes.

• Broader economic impact literature review: Eastwood, J.P., Biffis, E., Hapgood, M.A., Green, L., Bisi, M.M., Bentley, R.D., Wicks, R., McKinnell, L.-A., Gibbs, M., and Burnett, C. (2017). "The Economic Impact of Space Weather: Where Do We Stand?" Risk Analysis, Vol. 37, No. 2, pp. 206 - 218. doi:10.1111/risa.12765. Available via Wiley at onlinelibrary.wiley.com.

• U.S. infrastructure grade: American Society of Civil Engineers (ASCE). 2025 Report Card for America's Infrastructure. Overall grade: C. Energy category: D+. Available at asce.org/reportcard.

• Geomagnetic storm and grid risk: NOAA Space Weather Prediction Center (NOAA SWPC). Ongoing geomagnetic storm monitoring and grid impact assessments. Available at swpc.noaa.gov.

• U.S. grid reliability and outage trends: Readers should consult primary sources including the North American Electric Reliability Corporation (NERC, nerc.com), the U.S. Department of Energy (DOE, energy.gov), and the U.S. Energy Information Administration (EIA, eia.gov) for current reliability data and outage trend reporting.

All statistics and third-party claims in this article have been attributed to their respective sources. They have not been independently verified by the publisher. Readers are encouraged to consult primary sources directly for current, verified data.

Disclaimers

• Editorial Disclaimer: This article is for informational purposes only and does not constitute professional preparedness, emergency management, security, or financial advice. The information presented reflects publicly available details from EMP Protocol's product site and general emergency preparedness knowledge available in the public domain. Always verify current terms, pricing, course content, and refund policies directly with the vendor before making purchasing decisions. The publisher of this article is not affiliated with EMP Protocol, SurvivalSullivan.com, or ClickBank beyond the affiliate relationship disclosed above.

• Results May Vary: Individual preparedness outcomes vary significantly based on factors including the effort applied to implementing course materials, local conditions and geography, available financial resources, specific threat scenarios, individual skill level, consistency of implementation, and circumstances that cannot be anticipated at the time of purchase. The information in this article describes the product as represented by the brand and does not guarantee specific preparedness outcomes, survival outcomes, or equipment protection outcomes for any individual purchaser.

• FTC Affiliate Disclosure: This article contains affiliate links. If you purchase through these links, a commission may be earned at no additional cost to you. This compensation does not influence the accuracy, neutrality, or integrity of the information presented. All product descriptions are based on publicly available information from EMP Protocol's product site and the brand's own marketing materials.

• ClickBank Retailer Disclosure: EMP Protocol is sold through ClickBank. ClickBank is the retailer of products on this site. CLICKBANK® is a registered trademark of Click Sales Inc., a Delaware corporation located at 1444 S. Entertainment Ave., Suite 410, Boise, ID 83709, USA, and used by permission. ClickBank's role as retailer does not constitute an endorsement, approval, or review of these products or any claim, statement, or opinion used in their promotion. The thoughts and opinions expressed in this article are those of the publisher alone and do not reflect the views of Click Sales, Inc., its parents, subsidiaries, or affiliates. The seller represents a 60-day refund window for this product. Confirm the exact refund terms and any conditions at checkout before purchasing.

• Pricing Disclaimer: All pricing information mentioned in this article was accurate at the time of publication (March 2026) and is subject to change without notice. Promotional pricing and bonus inclusions may be modified or discontinued at any time. Always verify current pricing, inclusions, and terms directly at empprotocol.com before completing your purchase.

• Publisher Responsibility Disclaimer: The publisher of this article has made every effort to ensure accuracy at the time of publication based on publicly available information. We do not accept responsibility for errors, omissions, or outcomes resulting from the use of the information provided. Readers are encouraged to verify all details directly with the vendor and to conduct their own due diligence before making purchasing decisions.

• Statistical and Third-Party Claim Attribution: Statistics referenced in this article - including CME probability estimates (drawn from published research in Space Weather journal; estimates vary by study and methodology), projected economic impact figures (sourced from Oughton et al., 2017, Space Weather, doi:10.1002/2016SW001491; figures represent modeled scenarios, not verified outcomes), grid vulnerability ratings (sourced from ASCE's 2025 Infrastructure Report Card), and geopolitical threat descriptions (originating from the brand's own marketing materials attributed to external sources) - have been attributed to their respective sources and have not been independently verified by the publisher of this article. Readers are encouraged to consult primary sources directly for current, verified data. Nothing in this article should be interpreted as an independent endorsement of any specific geopolitical threat assessment or probability estimate.

SOURCE: EMP Protocol

Source: EMP Protocol