US Authorizes Private Companies to Conduct Offensive Cyber Operations

On March 6, 2026, the White House released "President Trump's Cyber Strategy for America," a seven-page document that reframes the federal government's approach to cybersecurity from risk management to what officials call "risk imposition for adversaries who seek to harm us" [1]. The strategy, paired with an executive order on combating cybercrime, places private companies at the center of America's offensive cyber posture — a position that has rekindled a decade-long debate over whether corporations should be empowered to hack their attackers.

"If you seek to harm Americans or harm America's interests, you will face an American consequence," National Cyber Director Sean Cairncross said in remarks accompanying the strategy's release [2]. Senior Director for Cyber Alexei Bulazel was more direct: the administration is "unapologetic, unafraid to do offensive cyber" [3].

The strategy arrives at a moment when the gap between cyber threats and government response capacity is widening. China's cyber espionage operations rose 150 percent in 2024 compared to the prior year, with targeted attacks on financial services, media, and manufacturing jumping 300 percent [4]. The 2026 Annual Threat Assessment from the Office of the Director of National Intelligence identifies China, Russia, Iran, and North Korea as persistent threats to both government and private-sector networks [5].

What the Strategy Actually Says — and Doesn't

The strategy's six pillars include "Shape Adversary Behavior" and "Secure Critical Infrastructure," and the document calls on the government to "unleash the private sector by creating incentives to identify and disrupt adversary networks" [2]. It envisions companies contributing threat intelligence, operational insights, and technical capabilities to government-led disruption campaigns.

But the strategy explicitly does not authorize private companies to conduct unilateral hack-back operations [6]. Administration officials have distanced themselves from the idea of "cyber letters of marque" — a reference to the historical practice of governments licensing private ships to attack enemy vessels [3]. Instead, the framework describes a "collective effort" where companies work under government direction.

The distinction matters legally. The strategy references using "all instruments of national power" and the "full suite" of government operations, while citing examples of companies like Google, Microsoft, CrowdStrike, and Cloudflare that have already participated in disruption efforts — such as Google's January 2026 takedown of the IPIDEA botnet infrastructure [2].

What remains ambiguous is how far this collaboration extends. The strategy signals potential reinterpretation of existing limitations on contractor roles in operations with "real-world effects," and calls for updates to foundational policy documents including NSPM-13 and PPD-41 that govern federal cyber operations [6]. A 60-day interagency review of "relevant operational, technical, diplomatic, and regulatory frameworks" is underway, with an action plan due within 120 days [1].

The Legal Minefield

The Computer Fraud and Abuse Act (CFAA), enacted in 1986 and last amended in 2008, broadly criminalizes unauthorized access to computer systems [7]. The law treats unauthorized intrusion as a form of trespassing — it makes no exception for retaliatory or defensive hacking by private entities. Companies cannot legally deploy DDoS attacks, exfiltrate data from attacker systems, or conduct intrusive network monitoring beyond their own infrastructure, even in self-defense [6].

Section 1030(f) of the CFAA excludes "lawfully authorized" government activities from prosecution, but no court has determined whether this protection extends to private contractors operating under government direction [3]. Companies also face criminal exposure under state hacking statutes in New York, California, and Virginia, as well as foreign laws including the UK's Computer Misuse Act and German criminal codes [3].

The Active Cyber Defense Certainty Act (ACDC), first introduced by Representatives Tom Graves (R-GA) and Josh Gottheimer (D-NJ) in 2017, would amend the CFAA to allow "limited defensive measures that exceed the boundaries of one's network" [8]. The bill requires notification to the FBI's National Cyber Investigative Joint Task Force before any action. Despite gaining 15 bipartisan cosponsors upon reintroduction, the bill has never advanced out of committee, with legislators citing poorly defined conditions and unresolved legal ambiguities [9].

In 2021, Senators Steve Daines (R-MT) and Sheldon Whitehouse (D-RI) took a more cautious approach with the Study on Cyber-Attack Response Options Act, which instructed the Department of Homeland Security to study the "potential consequences and benefits" of allowing private hack-back operations [10]. That study's findings have not been made public.

The Collateral Damage Problem

The strongest argument against private offensive operations centers on collateral damage. Attackers routinely route operations through compromised third-party infrastructure — hospitals, universities, small businesses in neutral countries. A private company striking back at what it believes is an attacker's server may in fact be hitting a hijacked system belonging to an innocent party [11].

"Misidentification of an attacker or the attacker's infrastructure, or a failure to identify potential collateral consequences posed by an offensive measure, could result in significant harm to innocent parties, both domestic and foreign," warns a Center for Cybersecurity Policy analysis [11]. Private companies lack the intelligence context and diplomatic channels available to government agencies for validating targets.

The liability question is unresolved. No federal framework specifies who bears responsibility when an authorized private operation damages a third party's systems. Federal Acquisition Regulation indemnification rules govern contractor liability in some scenarios, but their application to offensive cyber operations is untested [6]. Cyber insurance policies, which typically cover defensive incidents, do not contemplate coverage for offensive operations that cause harm to others [12].

The risk extends beyond individual incidents. A systematic literature review of collateral damage from offensive cyber operations found that as such operations have become more common, "cyber collateral damage to society and to civilian infrastructure has expanded in impact and severity" [13].

Source: 2026 Annual Threat Assessment / DNI

Data as of Mar 18, 2026CSV

Would Hack-Back Have Changed Anything?

Proponents of private offensive capabilities point to major incidents — SolarWinds, Colonial Pipeline, the Microsoft Exchange breaches — as evidence that government-only response is too slow. The SolarWinds compromise, attributed to Russian intelligence services, went undetected for months and affected thousands of organizations including federal agencies [14]. The Colonial Pipeline ransomware attack in May 2021 shut down fuel distribution across the southeastern United States for days [14].

A 2022 Government Accountability Office review of the federal response to SolarWinds and Microsoft Exchange found coordination gaps between agencies and delayed information sharing with affected organizations [15]. The average time from breach detection to meaningful government response remains a persistent concern.

But critics counter that private hack-back would not have improved outcomes in any of these cases. SolarWinds involved a compromised software supply chain — the attackers were inside legitimate update infrastructure, making "striking back" at specific servers meaningless without extensive intelligence work [14]. Colonial Pipeline's attackers used commodity ransomware tools purchased on criminal marketplaces; disrupting one operator would not address the broader ecosystem [14].

National cyber defense, multiple researchers have argued, is a "wicked problem" — one where the attacker's advantage is structural and cannot be solved by adding more offensive actors to the field [14]. Effective deterrence against state-sponsored operations requires the kind of sustained intelligence penetration, diplomatic coordination, and legal authority that only governments possess.

How Allies Handle Offensive Cyber

No major US ally authorizes private companies to conduct independent offensive cyber operations. The approaches vary, but all retain government monopoly over offensive action.

The United Kingdom established the National Cyber Force (NCF) in 2020 as a joint initiative between the Ministry of Defence and GCHQ, investing £76 million in its first year [16]. The NCF consolidates offensive cyber activity under military-intelligence command and has been described as an integral part of UK sovereign capability. Private companies contribute technology and intelligence but do not conduct operations.

Australia has been "remarkably transparent" about its offensive capability, according to the Australian Strategic Policy Institute [17]. The Australian Signals Directorate executes offensive operations under Joint Operations Command, with applications including responding to cyberattacks, supporting military operations, and countering offshore cybercriminals. Australia's approach emphasizes integration with Five Eyes intelligence sharing rather than private-sector operational roles.

Israel represents the closest model to private-sector integration. Unit 8200, the Military Intelligence Directorate's signals intelligence unit, has deep connections to Israel's commercial cybersecurity sector, with many graduates founding or staffing private firms [18]. But even in Israel, offensive operations remain under military-intelligence command. The private sector contributes tools and talent, not independent operational authority.

Estonia, which experienced a watershed cyber attack in 2007 attributed to Russian actors, established a Cyber Command in 2018 to prepare for "active cyber defence operations" in both peacetime and wartime [19]. Estonia relies heavily on allied partners for offensive capabilities while maintaining a leading role in developing NATO's cyber defence policy.

No country has authorized and then revoked a private hack-back program — because no country has authorized one to begin with.

Oversight: The Missing Framework

The March 2026 strategy provides no specific oversight mechanisms for private-sector involvement in offensive operations [3]. The document references updating existing policy frameworks (NSPM-13 for government cyber operations, PPD-41 for cyber incident coordination, NSM-22 for critical infrastructure security), but implementation details remain classified or unwritten.

The Center for Cybersecurity Policy has outlined four possible oversight models: a dedicated government-led cyber force with private support; pre-certified private entities under federal oversight; a regulated cyber services market with licensing; and expanded public-private partnerships with federal liability protections [11]. Each model carries distinct tradeoffs between operational speed and accountability.

The Lawfare framework analysis identifies three interdependent factors that any policy must address: clear objectives (augmenting government capacity versus disrupting adversary infrastructure), scope of authorized activities (permissible actions, targets, geographic parameters), and legal liability allocation [20]. Without resolving all three, the authors warn, policymakers risk "escalation and diplomatic fallout."

WilmerHale attorneys advising defense contractors recommend that companies "obtain explicit instructions for all aspects of offensive cyber activities" and establish documented governmental direction at every step to secure liability protection [6]. In practice, this means the line between "private offensive capability" and "government contractor executing classified operations" may be vanishingly thin.

International Law and the Attribution Problem

The Tallinn Manual 2.0, the leading scholarly analysis of international law applied to cyber operations, establishes 154 rules governing state conduct in cyberspace [21]. Under the manual's framework, states bear responsibility for cyber operations launched from their territory or by entities acting under their direction. If the US government authorizes a private company to conduct offensive operations against a foreign target, the operation is attributable to the United States under international law.

This creates a paradox. The strategy's appeal is partly that private-sector operations could provide deniability or ambiguity about state involvement. But under established international legal norms, authorized private action is state action [21]. China and Russia have faced persistent criticism for tolerating or directing cyber operations by nominally private actors — a practice the US has condemned at the United Nations and in bilateral negotiations.

The strategy mentions cooperation with "democratic allies" but provides minimal detail on how expanded private-sector operations would affect diplomatic relationships or treaty obligations [3]. The lapse of the Cybersecurity Information Sharing Act of 2015 has already constrained the federal government's ability to coordinate with industry, creating what the House Homeland Security Committee described as "blind spots in networks" [22].

The Capacity Gap Driving the Shift

The push toward private-sector involvement reflects a genuine capability deficit. CISA, the primary federal agency for civilian cybersecurity, has lost nearly 1,000 employees since January 2025 — a reduction exceeding 29 percent of its workforce [23]. The agency's fiscal year 2026 budget proposal would cut an additional $420 million in funding, though the House subcommittee on homeland security approved a smaller $134 million reduction [24]. The Election Security Program, with 14 staff and $39.6 million in annual budget, has been eliminated entirely [23]. The National Risk Management Center faces cuts of 35 positions and $70 million [24].

Source: Nextgov / Cybersecurity Dive

Data as of Mar 22, 2026CSV

Simultaneously, the administration has allocated $1 billion to the Department of Defense for offensive cyber operations [3]. The contrast is stark: civilian defensive capacity is shrinking while offensive ambitions are expanding, and the private sector is being asked to fill the gap.

The Cybersecurity Information Sharing Act's lapse compounds the problem. Without its legal protections for information sharing between government and industry, companies face increased legal risk in exchanging threat intelligence — the very foundation of the collaborative model the strategy envisions [22].

Innovation in artificial intelligence is accelerating threats further. The 2026 threat assessment warns that AI will "increasingly shape cyber operations" as both attackers and defenders adopt these tools, raising the operational tempo beyond what current government staffing can match [5].

What Comes Next

The 120-day action plan mandated by the executive order is due in early July 2026. It will identify "responsible criminal networks and possible solutions to disrupt those networks" [1]. National Cyber Director Cairncross has signaled plans to convene CEO-level meetings to "clarify industry's role and resource dedication needed" [2].

The fundamental tension remains unresolved. The administration wants to expand offensive cyber capacity through private-sector involvement, but the legal framework — the CFAA, state laws, international obligations — was built to prevent exactly that. The Active Cyber Defense Certainty Act has languished in Congress for nearly a decade. No executive order can override federal criminal statutes.

What is emerging is not a formal hack-back authorization but something more ambiguous: a strategic posture that encourages private companies to operate closer to the offensive line while leaving the legal boundaries deliberately unclear. For companies weighing participation, the calculus involves not just patriotic duty or commercial opportunity, but unquantified legal exposure, diplomatic risk, and the possibility that an operation gone wrong could trigger consequences far beyond the cyber domain.