A senior US military official has highlighted Bitcoin’s strategic potential, arguing that its value goes far beyond finance and into the realm of cybersecurity and national defense.

Bitcoin Seen as a Strategic Technology

US Navy Admiral Samuel Paparo described Bitcoin as a “valuable computer science tool” during a Senate Armed Services Committee hearing.

Paparo said Bitcoin’s underlying proof-of-work (PoW) system plays a key role in strengthening cybersecurity by making attacks more costly and difficult to execute.

He emphasized that:

• Bitcoin is not just a financial asset
• Its architecture can support broader security applications
• It contributes to what he called US “power projection”

Beyond Money: Cybersecurity Applications

According to Paparo, Bitcoin’s PoW mechanism introduces computational costs that act as a deterrent to malicious actors.

This model could potentially be applied to:

• Securing sensitive data
• Protecting communication systems
• Strengthening digital infrastructure

The idea is that systems built on similar principles could make cyberattacks more resource-intensive and less effective.

Echoing Earlier Military Views

Paparo’s comments align with earlier statements from Jason Lowery, who has argued that Bitcoin’s architecture could be used to secure not just money, but also:

• Messages
• Command signals
• Critical data systems

Lowery has previously warned that focusing only on Bitcoin’s financial use underestimates its broader strategic importance.

Rising Cyber Threats Drive Interest

The discussion comes as cyber warfare becomes an increasingly important part of global conflict.

State-linked groups, including North Korea’s Lazarus Group, have:

• Stolen billions in crypto
• Used ransomware and phishing attacks
• Targeted financial and infrastructure systems

These threats are pushing governments to explore new defensive technologies, including blockchain-based solutions.

Bitcoin’s Role in US Strategy

Paparo described Bitcoin as a “peer-to-peer, zero-trust system”, suggesting it aligns with modern cybersecurity principles.

While he did not directly address policy questions raised during the hearing, he noted that technologies supporting US national power are inherently valuable.

Policy Momentum Building in Washington

The growing strategic interest in Bitcoin is also influencing legislation.

US Senators Cynthia Lummis and Bill Cassidy recently introduced the Mined in America Act, which aims to:

• Boost domestic Bitcoin mining infrastructure
• Reduce reliance on foreign hardware
• Strengthen supply chain security

The proposal also ties into broader efforts to formalize a US Strategic Bitcoin Reserve.

A Shift in How Bitcoin Is Viewed

Bitcoin is increasingly being seen not just as a digital asset, but as a strategic technology with implications for national security.

As governments continue to assess its potential, its role may expand into areas like cybersecurity, defense infrastructure, and geopolitical strategy.

The rise of artificial intelligence is reshaping how crypto security works, but not always for the better. While AI is helping uncover vulnerabilities faster, it is also flooding teams with low-quality reports that are becoming harder to manage.

Bug Bounty Submissions Surge Across Crypto

Bug bounty programs, which reward ethical hackers for identifying vulnerabilities, have long been a key part of crypto security. Now, AI tools are accelerating that process by scanning large amounts of code in seconds.

According to HackerOne, there were 85,000 valid bug bounty submissions in 2025, marking a 7% increase from the previous year.

However, the total number of submissions, including invalid ones, has grown much faster.

AI Creates More Noise Alongside Value

Industry leaders say AI is driving both progress and problems.

Barry Plunkett, co-CEO of Cosmos Labs, revealed that their program has seen a 900% increase in submissions, with teams now handling between 20 and 50 reports per day.

While some of these reports are legitimate, many are not.

Kadan Stadelmann, CTO of Komodo Platform, noted a clear rise in:

• False positives
• Low-quality submissions
• Reports likely generated using AI tools

The underlying issue is simple: AI has significantly reduced the effort required to generate a bug report, leading to a flood of submissions.

Developers Struggle With “AI Slop”

The growing volume of poor-quality reports is becoming a major burden.

Daniel Stenberg, creator of the widely used curl tool, recently shut down his bug bounty program altogether, citing exhaustion from dealing with what he described as “AI slop.”

For many teams, separating real vulnerabilities from noise is now one of the biggest challenges in maintaining security.

Adapting to a New Reality

To manage the surge, crypto teams are starting to rethink how bug bounty programs operate.

Some of the strategies being implemented include:

• Prioritizing submissions from trusted researchers
• Tightening scoring and validation criteria
• Using advanced triage systems

These changes aim to ensure that critical vulnerabilities are not overlooked amid the growing volume of reports.

AI Could Also Be the Solution

Despite the challenges, AI may also help solve the very problem it created.

Developers are exploring defensive AI systems that can:

• Filter incoming reports
• Identify high-quality submissions
• Reduce the burden on human reviewers

This approach could be especially important for smaller teams with limited resources.

A Turning Point for Crypto Security

Bug bounty programs remain essential for securing decentralized systems, but the rise of AI is forcing a shift in how they are managed.

The industry now faces a balancing act:

• Leveraging AI to improve security
• Preventing it from overwhelming systems with low-quality data

As AI continues to evolve, so too will the tools and strategies needed to keep crypto protocols secure.

Privacy-focused crypto protocol Umbra has temporarily taken its front-end interface offline in an effort to slow down hackers attempting to move stolen funds.

The move comes amid heightened scrutiny following a series of major exploits across the crypto ecosystem.

Front-End Taken Offline After Suspicious Activity

Umbra said it identified roughly $800,000 in stolen funds being routed through its protocol. In response, the team placed its hosted front end into maintenance mode.

The protocol noted that the interface will remain offline until it is confident that restoring it will not interfere with ongoing recovery efforts.

This action follows the recent exploit of Kelp DAO, where attackers stole over $280 million, with some reports linking the movement of funds through Umbra.

Limits of Control in Decentralized Systems

Despite shutting down its front end, Umbra acknowledged a key limitation: it cannot stop users from interacting directly with its smart contracts.

Because the protocol is open-source:

• Users can access it through self-hosted interfaces
• Alternative front ends can be deployed independently
• Smart contracts remain fully operational onchain

This highlights the broader challenge of controlling decentralized infrastructure once it is live.

Debate Over Responsibility Intensifies

The situation has reignited debate around developer responsibility in decentralized systems.

Roman Storm, co-founder of Tornado Cash, argued that disabling a front end may not be enough to satisfy regulators.

Storm, who was previously convicted in a high-profile case, said authorities may still view control over a user interface as control over the protocol itself.

He warned that:

• Modifying or shutting down a front end could be interpreted as governance authority
• Developers may still face legal accountability regardless of decentralization claims

Umbra Defends Its Design

Umbra pushed back on claims that its protocol is useful for laundering funds.

The team emphasized that:

• The protocol primarily protects the receiver’s identity, not the sender’s
• Transactions remain traceable onchain
• Stolen funds routed through Umbra can still be identified

It also confirmed that it is working with security researchers to track suspicious activity.

Ongoing Pressure on Privacy Tools

The incident reflects growing pressure on privacy-focused crypto tools as regulators and law enforcement target illicit fund flows.

While some platforms have taken steps to freeze or block hacker activity, decentralized protocols like Umbra face structural limitations in enforcement.

A Balancing Act Between Privacy and Security

Umbra’s decision underscores a broader tension in crypto:

• Preserving user privacy
• Preventing misuse by bad actors

As exploits continue and scrutiny increases, protocols may face tougher choices around how much control they can or should exert over their systems.