Decoy

The internet is entering a new era of cyber threats, and the crypto industry is becoming one of its biggest targets. AI-assisted attacks are evolving rapidly. Autonomous systems can now perform reconnaissance, identify vulnerabilities, exploit exposed services, and operate with minimal human intervention. The numbers speak for themselves. In the first half of 2026 alone, the crypto industry suffered 207 reported hacks, resulting in approximately $972 million in losses. And recent events have cost companies billions. Attacks are becoming faster, more automated, and increasingly difficult to anticipate. We believe the next generation of crypto infrastructure should help defend itself. Introducing DECOY, a cybersecurity network built around one fundamental idea: Instead of waiting for attackers to find real targets, we give them something else to find. decoy.network/#home DECOY deploys real, distributed servers across the internet, deliberately configured to resemble vulnerable infrastructure. These servers operate as digital decoys, using SSH and Telnet honeypots, simulated web consoles, and network sensors to observe suspicious connections, unauthorized access attempts, commands, and scanning activity. Every interaction leaves a trace. Our infrastructure collects, verifies, and analyzes these observations, transforming raw network activity into publicly accessible threat intelligence. Through the DECOY dashboard, anyone can explore the growing network, monitor active servers, examine attack patterns, track suspicious activity, and observe how threats evolve across different regions. Not artificially generated attack statistics. Real infrastructure. Real network activity. Verifiable observations. And here’s what makes DECOY different from a conventional cybersecurity initiative. The entire network is designed to expand through the trading activity of its own token. Creator fees are converted into SOL and distributed across three fundamental components: 40% - DECOY Network Finances the deployment, maintenance, and expansion of our global honeypot infrastructure. As funding becomes available, additional servers can be deployed, increasing our observation capacity and geographic coverage. 40% - Quantum Staking Funds SOL rewards for holders participating in our post-quantum staking system. Our staking architecture is being built around Falcon-512 cryptographic signatures, with keys generated locally in the user’s browser and a dedicated Solana verification program designed to authorize sensitive operations. Stakers receive a proportional share of available rewards, funded by actual creator fees rather than fixed or artificially generated yields. 20% - Emergency Reserve Remains in the project treasury to support emergency operations, infrastructure continuity, incident response, and unforeseen security requirements. This creates a continuous economic cycle. Trading activity funds infrastructure. Infrastructure expands the network. The network collects intelligence. Long-term holders participate in the ecosystem through staking rewards. We’re building a system where token activity can finance actual servers, measurable network coverage, and a growing body of security observations. Our initial honeypot infrastructure is already being tested, while the broader network expansion, automated financial operations, and post-quantum staking deployment remain part of our development roadmap. The objective is simple: make cybersecurity something the crypto community can collectively help build, monitor, and sustain. The next generation of threats is already emerging. It’s time to build the infrastructure that observes them. Let them attack what isn’t real. Protect what matters. Every trade funds the defense. AroY3MN2wUfUqbQ1Q3GtgTpgiUYc3ScK4fAixjC5pump

Why could $DECOY become genuinely useful for the entire cybersecurity industry? Every second, automated bots and attackers scan the internet looking for vulnerable systems. Most of this activity happens silently, long before anyone notices a potential threat. DECOY turns that invisible activity into observable data. By deploying thousands of digital traps worldwide, we aim to identify suspicious scanning patterns, detect emerging attack techniques, and track how malicious activity evolves over time. The larger the network becomes, the broader our visibility into what is actually happening across the internet. And because our findings are publicly accessible, researchers, developers, and security teams can benefit from the intelligence we collect. Imagine a global early-warning network built by a crypto community, funded by its own trading activity. That’s the long-term vision behind DECOY. We’re not just deploying servers. We’re building a way to see threats before they reach real targets.

10 servers are now officially online. decoy.network/#servers Our first network milestone is complete, and the traps are already collecting real-world activity. Latest 24h statistics: • 13,368 SSH sessions • 293,124 network probes • 12,792 commands observed • 1,387 web decoy sessions • 179 file interactions All 10 servers are operational and continuously monitored. We started with just a few servers. Now we’re at 10. Next comes 25, then 50, then 100, and eventually thousands of digital traps distributed across the globe. Every new server expands our reach. Every trade helps fund the next one.

Buying $DECOY means becoming part of something much bigger than a token. You’re helping fund an ambitious, community-driven cybersecurity experiment: building a global network of thousands of digital traps designed to detect and study malicious activity across the internet. Every day, millions of bots, automated scanners, and potential attackers search for vulnerable systems. We want them to find ours. Our servers are deliberately exposed to capture suspicious connections, intrusion attempts, malicious commands, and emerging attack patterns, turning real-world activity into publicly accessible threat intelligence. Our ultimate goal is simple: deploy as many DECOY servers as possible. Hundreds of servers. Then thousands. Eventually, a worldwide network of observation points silently monitoring suspicious activity, 24/7. And the most interesting part? The network funds its own expansion. 40% of creator fees go directly toward deploying and maintaining more digital traps. The more the ecosystem grows, the more infrastructure we can build. The more servers we deploy, the more of the internet we can observe. We’re turning memecoin trading activity into real cybersecurity infrastructure. Every trade helps fund the next trap.

Our network is now up to 8 live servers, all reporting into the public record. Current network stats: • 8 / 8 sensors online • 12,886 SSH sessions in 24h • 1,473 web sessions in 24h • 290,319 port probes in 24h • 11,867 commands observed in 24h • 170 files touched in 24h Every new server expands the trap. decoy.network/#servers More servers mean more coverage, more observations, and more chances to catch suspicious activity across the internet in real time.

We’re opening up our codebase so anyone can explore the technology behind our growing cybersecurity network. github.com/decoynetwork/deco…

Every new server expands our global network, creating more digital decoys for hackers, bots, and automated scanners to encounter. More servers mean more traps, broader coverage, and more opportunities to observe suspicious activity in real time. And with 40% of creator fees funding network expansion, every trade helps us build toward that goal. Imagine thousands of $DECOY servers silently watching the internet, 24/7. The bigger the network, the harder it becomes for suspicious activity to go unnoticed.

Our first 3 servers are now deployed, operational, and already recording real-world cybersecurity activity. And the numbers are getting interesting. Current network statistics: • 3/3 servers online • 13,579 observed connections • 5,432 distinct sources • 12,208 SSH sessions in 24 hours • 268,653 network probes in 24 hours • 11,138 commands observed • 1,160 web decoy sessions decoy.network/#servers Every new server becomes another observation point across the internet.

The journey of $DECOY has just started. While most projects react to hacks after the damage is done, DECOY takes a different approach. We deploy real servers across the internet, designed to attract suspicious activity, record intrusion attempts, and turn those observations into publicly accessible threat intelligence. But protecting the ecosystem is only half of what we’re building. We’ve also developed a post-quantum staking architecture designed to give holders a new layer of security for their assets. Using Falcon-512 cryptographic signatures, our Quantum Vault is designed to protect sensitive operations with quantum-resistant authorization, while allowing participants to earn SOL rewards funded by trading activity. The result is an ecosystem where trading activity finances real cybersecurity infrastructure while long-term participants benefit from its growth.