I'm The King of Business & Technology in the Modern World

NSA Cyber Command Center – Fort Meade, Maryland

"Status update," Commander Greg Mathis demanded, his tone clipped as he entered the operations room.

Agents seated at various workstations quickly responded. Monitors displayed traffic streams from global data centers, encrypted packet flows, and live server metrics. Despite the complex activity on screen, one alarming issue persisted—there was a dramatic decrease in usable metadata from Facebook.

"Still no resolution, sir," Agent Howard replied, swiveling to face Mathis. "For the past two weeks, we've been experiencing near-total obfuscation of user traffic metadata from Facebook's global infrastructure."

Mathis crossed his arms. "Explain. What's changed?"

Howard gestured toward a large screen displaying comparative data from previous months. "Prior to this, we had stable access to packet-level traffic metadata—IP addresses, timestamps, user locations, and activity types. All of it fell within typical monitoring protocols authorized through partnerships and third-party data streams."

"And now?" Mathis pressed.

Howard pointed to a live feed on the monitor. "The data streams are still coming in, but the information is fully encrypted and anonymized in real time. It's adaptive, meaning every time we attempt traffic correlation, the system dynamically reshuffles encryption keys and disguises data flows through various proxy nodes."

Another analyst, Agent Yates, joined the discussion. "It's more than standard end-to-end encryption. This is a complete overhaul of their traffic routing architecture. Facebook's systems are now utilizing what appears to be quantum-resistant lattice-based encryption combined with decentralized authentication protocols."

Mathis frowned. "Lattice encryption? That's cutting-edge. That's still in the research phase for most organizations."

"Not for them, apparently," Yates replied. "We've identified that this shift coincides with the deployment of a new cybersecurity framework at Facebook. All attempts to bypass or intercept have failed. The system adapts in milliseconds, neutralizing our probes before they even register on the network."

Mathis leaned over the workstation. "Who's behind this? A contractor? An in-house team?"

Agent Howard shook his head. "That's the problem, sir. We don't know who's behind this system. It's like they appeared out of nowhere. No public announcement, no press coverage. It's not from any known defense contractor or major cybersecurity firm. All we've managed to trace is that this change occurred two weeks ago, and since then, our entire surveillance grid relying on Facebook metadata has gone dark."

Mathis's eyes narrowed. "Dark how?"

Howard expanded the data visualization on his screen. "Look at this timeline. Before the update, we had continuous data streams across various parameters—IP movements, login timestamps, social graphs, even indirect behavior markers like device ID associations and page visits. Now, it's like looking at a digital void. Any packets we capture are encrypted using constantly evolving keys. The algorithms seem to reroute or obfuscate information the moment an anomaly is detected."

Mathis exhaled sharply. "Let me get this straight. We're losing metadata not just from Facebook but also from its integrated platforms—Messenger, Instagram, and WhatsApp?"

"Yes, sir," Yates confirmed. "And that's where this becomes a serious problem. Facebook platforms are used by billions worldwide, including individuals linked to foreign governments, terror cells, and organized crime. We've flagged over 12,000 ongoing investigations that relied on behavioral pattern analysis from this data."

Howard jumped in. "If we can't monitor traffic, we lose the ability to detect radicalization trends, covert communications, recruitment activities, and even sleeper cell activations. Facebook has been a goldmine for SIGINT collection for years. This encryption barrier compromises national security intelligence on multiple fronts."

Mathis clenched his jaw. "Are there any backdoors left? Any privileged APIs we can exploit through third-party services?"

Yates shook his head. "No, sir. The system overhaul shut down or restricted all external access points. Facebook's cybersecurity team must have hardened those APIs as part of this new framework. We've even noticed that automated third-party data scrapers—typically used for marketing—are encountering errors. Whatever security system they're using is monitoring and mitigating unauthorized traffic across all layers."

Mathis turned to face the full room. "Okay, let's talk solutions. What's on the table?"

"Well we can just ask Facebook about their software…and speaking of software, we just realized that we can use the software for our national defense. You know, we are not the only one in the spying game, China and Russia."

Agent Yates nodded, picking up on Mathis's line of thought. "Exactly, sir. China and Russia have been aggressively expanding their cyber espionage capabilities. If Facebook's new cybersecurity system is as advanced as it appears, integrating a similar technology into our own infrastructure could give us a significant advantage in counter-intelligence and defense."

Mathis rubbed his chin thoughtfully. "Alright, but how do we approach Facebook without raising suspicion? If we openly ask for access or information, they'll be wary, especially after the scrutiny they've faced over privacy concerns in the past few years."

Howard suggested, "We could frame it as a partnership on cybersecurity research. Offer to collaborate on shared threats, like disinformation campaigns and cyberterrorism. It would provide a pretext for learning more about their system while keeping diplomatic relations intact."

Yates interjected, "That's a good approach, but there's another angle to consider. If we can't secure full access through cooperation, maybe we can identify the developers responsible for the overhaul. If it's a third-party contractor, they might be more open to discussions—especially if we offer lucrative defense contracts."

Mathis nodded slowly. "Good. We'll pursue both tracks. Start compiling a list of potential cybersecurity contractors who might be involved. Also, let's inform the Director of National Intelligence," Mathis continued, "and get authorization to escalate this. We need inter-agency coordination if this affects ongoing operations across the CIA and Homeland Security."

Agent Yates nodded. "I'll draft a full impact report for the Director's office. We should also flag priority cases to show how this data loss compromises active investigations."

Yates added, "What about Facebook's leadership? Should we investigate any changes in their cybersecurity division? New hires, partnerships, or acquisitions?"

"Yes," Mathis said. "Get a list of their key personnel. Focus on anyone who may have spearheaded this overhaul. I want their profiles—education, previous projects, any affiliations with defense contractors or universities specializing in cryptography. Finding the ones who made this software is our top priority!"