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A New Warning for America’s Most Critical Infrastructure
The electricity grid is one of those technologies people rarely think about until something goes wrong. Lights come on, factories operate, hospitals remain powered, data centers continue processing billions of transactions, and millions of connected devices stay online—all because an enormous and increasingly digital power infrastructure is functioning quietly in the background.
But that infrastructure has become a strategic target.
On August 26, 2026, President Donald Trump signed a new executive order declaring a national emergency concerning the security of the United States bulk-power system. The order is designed to restrict certain foreign-produced equipment, software, firmware, digital services and remote-access capabilities when they are considered capable of creating unacceptable national-security, cybersecurity, operational or supply-chain risks.
The move comes at a moment when the American power grid is becoming more important—and more exposed—than ever. Artificial intelligence data centers, advanced manufacturing, semiconductor plants, defense production and other electricity-intensive industries are rapidly increasing demand for reliable power. That means an attack or major supply disruption affecting the grid could have consequences far beyond a temporary outage.
What Trump’s Executive Order Actually Does
The executive order is broader than a simple ban on Chinese-made equipment.
Under the order, certain transactions involving foreign-produced bulk-power equipment can be prohibited when the Secretary of Energy determines that the equipment is connected to a Covered Foreign Entity and presents risks such as sabotage, subversion, unauthorized access, malicious remote action, supply disruption or catastrophic damage to U.S. critical infrastructure.
The restrictions can also cover associated software, firmware, digital services, maintenance services and remote-access capabilities.
That detail matters.
Modern electrical infrastructure is no longer just a collection of physical transformers, generators, circuit breakers and transmission lines. It is a massive cyber-physical system in which software controls physical equipment, remote administration keeps systems operational, firmware determines how devices behave, and network connectivity allows operators to monitor and manage infrastructure from distant locations.
A vulnerability hidden inside any one of those layers could potentially become a national-security problem.
The Threat Is No Longer Only About Physical Hardware
For decades, supply-chain security was primarily discussed in terms of whether a piece of equipment was trustworthy.
Today, that question has changed.
The real question is whether the entire technological ecosystem surrounding that equipment can be trusted.
A transformer may be physically manufactured without obvious defects while its monitoring system contains insecure remote-access mechanisms. An industrial controller may perform perfectly while its firmware contains a vulnerability. A maintenance platform may be legitimate but expose administrative interfaces to the internet. A vendor may provide software updates through infrastructure that is later compromised.
This is why the new order explicitly allows scrutiny of software, firmware, digital services, maintenance mechanisms and remote-access capabilities connected to bulk-power equipment.
Why China Is Central to the Conversation
Although the order is framed around foreign-produced equipment and Covered Foreign Entities rather than naming China as the sole target, China is an obvious part of the broader strategic context.
China has enormous influence over global clean-energy and technology supply chains. The International Energy Agency reported in 2026 that China accounts for around 85% of global solar supply-chain production capacity and remains the dominant manufacturing force across multiple clean-energy technologies.
That dominance creates an uncomfortable strategic dilemma.
The United States wants affordable technology, rapid deployment of energy infrastructure and a faster transition toward new energy systems. At the same time, Washington increasingly wants those same systems to be protected from geopolitical pressure, cyber compromise and supply-chain coercion.
The result is a difficult balancing act between affordability, speed, resilience and national security.
America’s Power Grid Has Already Been Targeted
The concern about foreign cyber activity against U.S. critical infrastructure is not theoretical.
In January 2024, FBI Director Christopher Wray warned lawmakers that Chinese government-linked hackers had been targeting critical infrastructure including the electrical grid, water systems, pipelines and transportation networks. He also described Volt Typhoon activity involving compromised routers and reconnaissance against critical infrastructure.
The FBI later described how Volt Typhoon had positioned itself inside networks associated with communications, energy, transportation and water infrastructure.
The significance of this activity is not simply that attackers gained access.
It is that attackers appeared interested in maintaining access before an actual crisis occurred.
That changes the cybersecurity equation completely.
The Danger of “Pre-Positioning”
Traditional cyberattacks often have an obvious beginning.
A criminal steals credentials, deploys ransomware, exfiltrates information or attempts to extort a victim.
Nation-state infrastructure operations can look very different.
An attacker may compromise a network months or years before using that access. The objective may be reconnaissance, persistence, intelligence gathering or the creation of a future capability.
This is what makes critical infrastructure particularly frightening.
A compromised system does not necessarily need to fail today to represent a national-security threat.
An adversary may simply be waiting.
The Power Grid Is Becoming More Attractive to Attackers
America’s electricity infrastructure is also becoming more strategically important because the economy is becoming increasingly dependent on electricity.
Artificial intelligence is accelerating the construction of enormous data centers.
Advanced semiconductor manufacturing requires stable power.
Defense production requires reliable industrial facilities.
Electric vehicles increase electricity demand.
Industrial automation depends on digital control systems.
Telecommunications networks depend on electricity.
Even financial infrastructure ultimately depends on physical power.
The more digital the economy becomes, the more catastrophic a prolonged electrical disruption can become.
The White House specifically cited the growth of advanced manufacturing, AI, data centers and defense production as reasons the consequences of a successful attack or supply disruption have become more serious.
The Transformer Problem
One of the less glamorous but extremely important parts of this story is the humble power transformer.
Transformers are essential to moving electricity efficiently across long distances and between different voltage levels. Large transformers can be enormous, expensive and difficult to replace quickly.
That creates a strategic vulnerability.
If a critical transformer fails, replacing it is not necessarily as simple as ordering another one online.
Manufacturing capacity, specialized materials, transportation, testing and installation can all become bottlenecks.
A cyberattack that damages digital control infrastructure is therefore only one concern.
Supply-chain disruption could become equally dangerous.
A Cyberattack Does Not Have to Shut Down the Entire Grid
There is a common misconception that an attacker must somehow turn off the entire American electrical grid to cause serious damage.
That is not necessarily how a sophisticated operation would work.
A targeted disruption affecting a strategically important transmission corridor, generation facility, substation or control environment could potentially create cascading operational problems.
The objective might be disruption rather than destruction.
Even temporary instability can generate enormous economic consequences when critical facilities are involved.
For this reason, grid security increasingly focuses on resilience and recovery rather than simply preventing every intrusion.
The Executive Order Is Risk-Based, Not a Blanket Foreign Technology Ban
One of the most important details in the new order is that it does not simply declare every foreign-produced electrical component illegal.
Instead, the restrictions are tied to specific determinations involving foreign entities and unacceptable risks.
The Secretary of Energy is given authority to identify transactions and equipment that create unacceptable security concerns. The order also permits mitigation measures that could allow certain transactions to proceed under specific conditions.
That could produce a more complicated regulatory environment than a straightforward ban.
Some technologies may be prohibited.
Others may be approved with security conditions.
Some vendors or products could potentially become pre-qualified.
And existing equipment could eventually face requirements involving monitoring, isolation, replacement or removal when the government determines that the risks justify those actions.
Existing Equipment Could Also Become Part of the Debate
This may be one of the most consequential aspects of the order.
The government is not necessarily limited to equipment purchased after August 26, 2026.
The order allows the Energy Secretary, following the required determinations and consultations, to impose conditions on the continued use, operation, maintenance, servicing or updating of certain foreign-manufactured or foreign-operated equipment acquired or installed before the order.
Possible measures include identifying, isolating, monitoring, securing, disconnecting, replacing or removing equipment.
However, the order also instructs officials to consider reliability, safety, availability of replacements and continuity of essential services before requiring isolation, replacement or removal.
That safeguard is important because cybersecurity cannot be separated from physical reliability.
Removing a dangerous device sounds simple until removing it threatens the stability of the grid itself.
The 120-Day Clock Starts Now
The Energy Department has been given 120 days from the date of the executive order to publish rules or regulations needed to implement the delegated authorities.
That means the executive order is only the beginning.
The real impact will emerge through the regulations, definitions, equipment lists, vendor classifications, exemptions, licensing procedures and security requirements that follow.
The administration also directs the Energy Department to identify potentially dangerous equipment and develop recommendations for inventorying, isolating, monitoring or replacing it.
For utilities and infrastructure operators, this means the next several months could be extremely important.
The Order Also Targets Federal Procurement
The administration is taking the policy beyond cybersecurity alone.
Within 180 days, the Energy Secretary is directed to develop recommendations for changes to the Federal Acquisition Regulation that would give greater consideration to national-security risks in federal energy-infrastructure procurement and prioritize U.S.-manufactured energy infrastructure.
That could influence future government purchasing decisions across a wide range of energy technologies.
It also creates an incentive for manufacturers to build more production capacity inside the United States.
The Bigger Battle: Security Versus Cost
There is an unavoidable economic question behind all of this.
Domestic manufacturing is usually more expensive when compared with highly optimized global supply chains.
Building American production capacity for transformers, grid equipment, industrial controllers and related technologies requires capital, workers, specialized suppliers and time.
If policymakers prioritize security above cost, consumers and utilities could ultimately pay more.
But the opposite approach carries another risk.
Cheap infrastructure that becomes unavailable during a geopolitical crisis may turn out to be extraordinarily expensive.
National resilience is often invisible when everything works.
Its value becomes obvious when supply chains collapse.
The Solar Supply Chain Shows the Complexity
China’s dominance of solar manufacturing demonstrates why completely separating the U.S. energy system from foreign supply chains is difficult.
The IEA has documented
This does not automatically mean Chinese-produced technology is malicious or compromised.
That distinction is critical.
Supply-chain concentration creates strategic risk even when every component is perfectly legitimate.
If one country controls a dominant portion of global production, geopolitical tensions, sanctions, trade restrictions, natural disasters or manufacturing disruptions can affect everyone else.
Cybersecurity is therefore only one part of supply-chain security.
Software Is Becoming the Hidden Battlefield
The most interesting part of the new policy may ultimately be its attention to digital capabilities.
The electrical grid is increasingly operated through industrial control systems, programmable logic controllers, remote terminal units, intelligent electronic devices, monitoring platforms and networked management systems.
The executive order specifically includes these categories within its definition of bulk-power system equipment and allows agencies to consider associated software, firmware, remote-access capabilities and lifecycle maintenance mechanisms.
That is effectively an acknowledgment that modern infrastructure security cannot stop at the physical device.
The software controlling the device is part of the device’s security boundary.
Deep Analysis: How Utilities Should Think About the Risk
Map the Entire Attack Surface
Utilities should begin with a complete inventory of operational technology assets rather than focusing only on obvious network devices.
A basic Linux inventory can begin with:
sudo ip addr sudo ip route sudo ss -tulpn sudo systemctl --type=service --state=running
These commands can help defenders understand interfaces, routes, listening services and active system services on Linux-based systems.
Identify Unexpected Network Exposure
Internet-facing management interfaces deserve special attention.
Defenders can inspect listening ports with:
sudo ss -lntup
Then compare the results against an approved asset baseline.
An unexpected management service should not automatically be treated as malicious, but it should be investigated.
Audit Remote Access
Remote administration is one of the most sensitive areas in critical infrastructure.
Organizations should identify every VPN, remote desktop service, SSH endpoint, vendor-maintenance connection and cloud management pathway connected to operational systems.
For Linux environments, administrators can review SSH configuration with:
sudo sshd -T | grep -Ei 'passwordauthentication|permitrootlogin|pubkeyauthentication'
The objective is to eliminate unnecessary remote access and enforce strong authentication.
Review Authentication Logs
Security teams should also monitor authentication activity for unusual access patterns.
On systems using systemd journals:
sudo journalctl --since "24 hours ago" | grep -Ei 'failed|authentication|sudo|ssh'
The command is useful for initial investigation, although production environments should rely on centralized logging and SIEM systems for comprehensive monitoring.
Inventory Installed Software
A software inventory is just as important as a hardware inventory.
On Debian-based Linux systems:
dpkg-query -W -f=${Package} ${Version}
On RPM-based distributions:
rpm -qa
The objective is to determine what software exists, who maintains it, how it is updated and whether unsupported components remain connected to critical infrastructure.
Look for Unauthorized Connections
Network defenders can establish expected communication patterns and alert on deviations.
A basic diagnostic command is:
sudo ss -tunap
For deeper investigations, organizations should combine endpoint telemetry, network monitoring, DNS logs, firewall records and authentication events.
Monitor Firmware and Supply-Chain Changes
Firmware should be treated as security-sensitive code.
Organizations should maintain records of firmware versions, update dates, cryptographic signatures, vendors, maintenance personnel and approved update procedures.
A firmware update should never be treated as routine maintenance without considering its provenance and integrity.
Segment Operational Technology
One of the strongest defensive principles remains network segmentation.
Enterprise IT networks and operational technology environments should not be treated as a single flat network.
If an employee workstation becomes compromised, attackers should not automatically inherit a path toward substations, industrial controllers or safety systems.
Apply the Principle of Least Privilege
Every account connected to critical infrastructure should have the minimum permissions necessary to perform its job.
Privileged access should be monitored, strongly authenticated and reviewed regularly.
Vendor accounts should not remain permanently active simply because a supplier might need access someday.
Prepare for Vendor Compromise
A trusted vendor can become an attack vector.
Organizations should therefore assume that supply-chain compromise is possible and design controls around that assumption.
Software signing, independent validation, staged updates, network segmentation and continuous monitoring can reduce the damage caused by a compromised supplier.
Build for Recovery, Not Just Prevention
No defensive system is perfect.
The most resilient utility is not necessarily the one that claims it can prevent every intrusion.
It is the one that can detect an intrusion, isolate affected systems, maintain essential services and restore operations quickly.
That is the deeper cybersecurity lesson behind this executive order.
What Undercode Say:
- The Grid Has Become a Cybersecurity Target
The American power grid is no longer just electrical infrastructure.
It is a giant cyber-physical computer system.
2. Hardware and Software Are Now Interdependent
A transformer can be physically secure while its digital management environment is vulnerable.
- Supply Chains Are Part of the Attack Surface
Security teams must now think about manufacturers, firmware providers, maintenance vendors and remote-access platforms.
4. China’s Position in Global Manufacturing Matters
China’s enormous manufacturing footprint makes supply-chain diversification a strategic issue, regardless of whether a specific product is malicious.
5. Cybersecurity and Geopolitics Are Converging
The same component can be viewed simultaneously as an engineering product, a commercial product and a national-security concern.
6. The Biggest Risk May Be Invisible
A vulnerability does not have to cause an outage immediately.
An attacker may simply maintain access until the right moment.
7. Volt Typhoon Changed the Conversation
The
8. Energy Infrastructure Is Unusually Sensitive
A cyberattack against an ordinary business can be devastating.
An attack against electricity infrastructure can affect thousands of other organizations simultaneously.
9. AI Makes the Problem More Urgent
AI data centers require enormous amounts of electricity.
As AI infrastructure expands, the strategic value of reliable power rises with it.
10. Data Centers Are Becoming Critical Infrastructure
The AI economy cannot function without stable energy.
That creates another reason to protect the electrical supply chain.
- Domestic Manufacturing Is Becoming a Security Strategy
The administration is effectively arguing that production capacity itself can be a national-security asset.
12. But Localization Is Expensive
Moving manufacturing back home can increase resilience while simultaneously increasing costs.
13. The Answer Is Probably Diversification
Replacing one dependency with another dependency does not solve the fundamental problem.
14. Multiple Trusted Suppliers Are Better
Utilities should avoid becoming dependent on a single manufacturer or country wherever practical.
15. Vendor Diversity Can Reduce Systemic Risk
A diverse supplier ecosystem can make it harder for one geopolitical event to disrupt an entire sector.
- Software Supply Chains Need the Same Treatment
Firmware and management software should receive the same scrutiny as physical components.
17. Remote Access Deserves Special Attention
Remote administration can provide enormous operational value.
It can also provide attackers with an extremely powerful pathway into sensitive environments.
18. Legacy Equipment Is a Major Challenge
Utilities cannot simply replace everything overnight.
Many grid components are designed to operate for decades.
19. Replacement Can Create Its Own Risk
Removing equipment too quickly could affect reliability.
The executive order acknowledges this problem by requiring officials to consider continuity of essential services.
- Monitoring May Be Better Than Immediate Removal
In some cases, isolation and continuous monitoring may provide a safer path than immediate replacement.
21. Security Policies Must Understand Engineering
Cybersecurity decisions cannot be made independently from electrical engineering.
22. Reliability Must Remain the Final Constraint
A perfectly secure grid that cannot deliver electricity is not a successful grid.
23. Regulation Will Determine the Real Impact
The executive order establishes the framework.
The upcoming regulations will determine how aggressively it is applied.
24. The 120-Day Deadline Matters
Utilities and vendors should closely watch the Energy Department’s implementation rules.
25. Equipment Lists Could Become Extremely Important
A government-maintained list of risky equipment or suppliers could reshape procurement decisions.
26. Pre-Qualification Could Create New Winners
Vendors that can demonstrate secure manufacturing, software integrity and transparent supply chains could gain an advantage.
- American Manufacturers May Receive a Strategic Boost
Domestic production could become more attractive if government procurement increasingly favors U.S.-manufactured equipment.
- The Policy Could Reshape the Energy Technology Market
The consequences may extend well beyond cybersecurity departments.
29. Costs Could Rise
Secure supply chains are rarely the cheapest supply chains.
30. But Outages Are More Expensive
A major disruption to electricity infrastructure could cost far more than paying a premium for resilience.
- The Private Sector Cannot Wait for Government Rules
Utilities should begin assessing their supply chains now.
32. Asset Inventories Need to Be Accurate
You cannot secure infrastructure you do not know exists.
33. Shadow Remote Access Is Dangerous
Old vendor accounts and forgotten maintenance connections can become permanent doors into sensitive systems.
34. Network Segmentation Should Be Non-Negotiable
Compromise of corporate IT should not automatically lead to compromise of operational technology.
35. Detection Must Be Continuous
Periodic audits are not enough against adversaries that may remain inside networks for long periods.
- Recovery Planning Matters as Much as Prevention
Organizations need tested procedures for isolating compromised systems and restoring operations.
- The Grid Is Entering a New Strategic Era
Energy security is increasingly becoming synonymous with cybersecurity.
38. The AI Boom Raises the Stakes
As AI increases electricity consumption, the consequences of power disruption become even larger.
- Supply-Chain Security Will Become a Competitive Advantage
Companies able to prove trustworthy hardware, software and maintenance practices could become preferred suppliers.
40. The Real Battle Is Resilience
The long-term objective should not simply be to eliminate foreign technology.
It should be to build an electricity system that can survive cyberattacks, geopolitical pressure, vendor compromise, manufacturing disruptions and unexpected failures without collapsing.
The Global Energy Supply Chain Cannot Be Ignored
One of the biggest challenges for policymakers will be separating genuine security threats from ordinary foreign competition.
A foreign-made product is not automatically insecure.
Likewise, an American-made product is not automatically secure.
Cybersecurity failures occur everywhere.
The strongest security model therefore requires technical evidence, transparent risk assessments, independent testing, secure development practices, trusted updates and continuous monitoring.
Geography matters, but it is not the only variable.
The Risk of Overconfidence
There is another danger hidden inside national-security policy.
Governments can become so focused on foreign equipment that they overlook vulnerabilities created domestically.
A poorly configured American-made industrial controller can still be compromised.
A U.S.-based software vendor can still suffer a supply-chain attack.
An American utility can still expose remote-access services to the internet.
Security must therefore be measured by architecture and controls—not simply by where a product was manufactured.
The Future Grid Will Need Zero-Trust Thinking
The traditional model of trusting devices inside a corporate perimeter is becoming increasingly difficult to defend.
Critical infrastructure operators should increasingly assume that no device, vendor connection or user account is inherently trustworthy.
Access should be continuously evaluated.
Connections should be limited.
Sensitive systems should be segmented.
Administrative activity should be logged.
And unusual behavior should trigger investigation.
The grid is moving toward a world in which cybersecurity becomes part of electrical engineering rather than a separate IT function.
Why This Matters Beyond the United States
The American decision could influence other countries.
European governments, Asian economies and other advanced industrial nations are facing similar questions about foreign technology in critical infrastructure.
Who manufactures the transformers?
Who controls the firmware?
Where are software updates hosted?
Who can remotely access the equipment?
What happens if diplomatic relations deteriorate?
Can the equipment continue operating if the supplier disappears?
Can replacement parts be produced domestically?
These are no longer hypothetical questions.
They are becoming standard national-security considerations.
✅ The Executive Order Was Signed on August 26, 2026
The White House confirms that President Donald Trump signed the executive order titled “Declaring a National Emergency to Secure the United States Bulk-Power System” on August 26, 2026. The order is identified as Executive Order 14420 on the White House page.
✅ Foreign Equipment and Digital Capabilities Are Covered
The order explicitly covers certain foreign-produced bulk-power equipment and associated critical components, software, firmware, digital services, maintenance services and remote-access capabilities when specified security conditions are met.
✅ The 120-Day Implementation Deadline Is Real
The Energy Secretary is directed to publish rules or regulations implementing the delegated authorities within 120 days of the order.
✅ China Has Extremely High Solar Manufacturing Concentration
The original article’s general claim about China’s dominance is supported, although the source attribution should be corrected. Current IEA research says China accounts for around 85% of solar supply-chain production capacity.
❌ The “IAEA” Attribution Is Incorrect or Misleading
The supplied article attributes the 85% solar figure to the International Atomic Energy Agency. The current 85% figure is documented by the International Energy Agency, or IEA, not the IAEA.
✅ Christopher Wray Warned About Chinese Cyber Activity Against Critical Infrastructure
The FBI confirms that Wray warned Congress in January 2024 that Chinese government-linked hackers were targeting U.S. critical infrastructure, including the electrical grid, and described Volt Typhoon activity involving compromised routers and infrastructure reconnaissance.
✅ The Order Builds on Trump’s First-Term Policy
Trump previously issued Executive Order 13920 on May 1, 2020, addressing security risks associated with foreign adversary involvement in the U.S. bulk-power system. That earlier order was later suspended by the Biden administration.
Prediction
(+1) U.S. Grid Security Will Become a Major Technology Market
The most likely long-term consequence is a rapid expansion of the market for secure grid equipment, domestic manufacturing, industrial cybersecurity, hardware verification and supply-chain monitoring.
As governments become more concerned about foreign influence over critical infrastructure, utilities will increasingly demand products that can demonstrate trusted manufacturing, secure firmware, verifiable software updates and controlled remote access.
(+1) Cybersecurity Will Move Deeper Into Energy Procurement
Utilities may increasingly evaluate cybersecurity during the purchasing process rather than after equipment has already been installed.
That could fundamentally change how transformers, industrial controllers, network equipment and energy-management platforms are selected.
(+1) Domestic and Allied Manufacturing Could Accelerate
The policy may encourage companies to build production capacity inside the United States or in closely aligned countries.
That will not happen instantly, but government procurement policies can create powerful long-term incentives.
(-1) Energy Infrastructure Costs Could Increase
A more security-focused supply chain will probably cost more than the cheapest globally optimized alternative.
Those costs could eventually be passed to utilities, businesses and consumers.
(-1) Legacy Equipment Could Become a Difficult Problem
If authorities eventually identify vulnerable equipment already operating in the field, replacing it could be expensive and technically complicated.
Removing a component from critical infrastructure is not like replacing a laptop.
(+1) The Biggest Winner Could Be Resilience
If implemented carefully, the policy could ultimately produce something more valuable than a list of prohibited equipment: a more diversified, monitored and resilient American power system.
That is the outcome that matters most.
The Bigger Picture: Electricity Is Becoming National Security
The most important message from this executive order is not simply that Washington is worried about foreign equipment.
It is that electricity itself is becoming a central battlefield in the competition between technology, economics and national security.
AI is increasing demand for power.
Data centers are becoming strategic infrastructure.
Factories are becoming more automated.
Defense systems are becoming more digital.
Industrial systems are becoming increasingly connected.
At the same time, geopolitical competition is intensifying and nation-state cyber operations are becoming more sophisticated.
The result is a dangerous convergence.
The physical grid and the digital world are no longer separate systems.
They are one system.
A New Definition of Energy Security
For decades, energy security largely meant having enough fuel, generation capacity and transmission infrastructure.
That definition is no longer sufficient.
Energy security now also means knowing who manufactured the equipment, who controls its software, who can access it remotely, how firmware is updated, where replacement parts come from and whether the system can continue operating when international relationships break down.
That is a much more complicated definition.
But it may also be the only realistic one for the modern economy.
Final Thoughts
Trump’s new executive order represents another major step toward treating America’s electrical infrastructure as a national-security asset rather than simply a commercial utility network.
The immediate impact will depend heavily on the rules that follow.
The Energy Department has 120 days to establish the implementation framework, while additional work is required to identify potentially dangerous equipment and develop strategies for monitoring, isolating or replacing it.
The most difficult challenge will be finding the line between security and practicality.
America cannot instantly replace every foreign component.
It cannot manufacture every piece of specialized equipment domestically overnight.
And it cannot assume that domestic manufacturing alone eliminates cyber risk.
What it can do is build redundancy, diversify suppliers, strengthen software security, eliminate unnecessary remote access, improve monitoring and make critical infrastructure resilient enough to survive attacks and disruptions.
That may ultimately be the real meaning of this new energy emergency.
The future of national security may not begin on a battlefield.
It may begin inside a substation, inside a transformer controller, inside a firmware update—or inside a network connection that nobody noticed until it was too late.
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