The Future of Cybercrime: Bright Prospects for the Darkest of Industries is a deep investigation by Bernd Riemann into how artificial intelligence, autonomous agents, blockchain infrastructure, and machine-speed automation are transforming cybercrime faster than governments, corporations, and security teams can respond.
This book argues that the distinction between "cyber" crime and "traditional" crime has effectively collapsed. Digital breaches now lead directly to physical consequences: extortion, infrastructure disruption, financial theft, identity compromise, geopolitical conflict, and real-world violence. At the same time, offensive cyber capabilities once reserved for elite nation-state operators are being commoditized and distributed through Crime-as-a-Service ecosystems, dark web marketplaces, open-source tooling, and increasingly capable AI systems.
At the center of this transformation is a new reality: AI is no longer merely assisting attackers. It is becoming the attacker.
Drawing on real-world case studies, emerging research, threat intelligence reporting, and the rapidly evolving offensive AI landscape, this book explores:
- Autonomous zero-day discovery.
- AI-generated exploit development.
- Agentic malware capable of self-modification.
- Blockchain-hosted malware delivery.
- Smart contract exploitation.
- Vulnerability chaining.
- AI-powered phishing and voice cloning.
- State-sponsored AI abuse.
- Supply chain compromise.
- Shadow AI exposures.
- Identity-centric attacks.
- Machine-speed cyber operations.
- The collapse of traditional vulnerability management.
The book examines the emergence of reasoning-capable offensive AI systems such as Claude Mythos, and the economic implications of reducing vulnerability discovery costs from six-figure human research operations to trivial compute costs. It analyzes how AI systems can comprehend codebases, generate hypotheses, conduct active experimentation, refine exploits iteratively, and verify vulnerabilities with minimal human involvement.
Readers are taken deep into the modern attack surface:
- OpenBSD and Linux kernel vulnerability discovery.
- Firefox exploit generation.
- Blockchain malware campaigns such as EtherHiding and ErrTraffic v3.
- Polygon-based ransomware infrastructure.
- Prompt injection marketplaces.
- Prompt-reactive malware families including PROMPTFLUX, PROMPTLOCK, FRUITSHELL, QUIETVAULT, and PROMPTSTEAL.
- AI-assisted operations linked to Iranian, Chinese, North Korean, and Russian threat actors.
- The rise of AI-vs-AI cyber warfare.
The book also explores the defensive response emerging from companies such as Microsoft, Google, AWS, Cisco, CrowdStrike, Palo Alto Networks, and the Linux Foundation through initiatives like Project Glasswing. Topics include:
- AI-generated patching.
- Continuous vulnerability discovery.
- Behavioral detection systems.
- Security telemetry fragmentation.
- AI-driven log analysis.
- Machine-speed remediation.
- The limits of CVE-centric security models.
- Why identity compromise and social engineering remain dominant attack vectors.
Rather than presenting sensationalist cyber-doom scenarios, The Future of Cybercrime argues that the defining challenge of the next decade will be operational saturation. Attackers may not win through stealth alone, but by overwhelming defenders with millions of simultaneous true-positive alerts, automated exploit attempts, phishing campaigns, and continuously generated vulnerabilities.
This is a book about the industrialization of cyber offense, the automation of exploitation, and the transformation of digital security into a permanent contest between adaptive machines.
