Americans filed 1,008,597 cybercrime complaints with the FBI in 2025 and reported $20.9 billion in losses. Attackers have reached water plants, hospitals, utilities, airports and election offices in nearly every state. This briefing maps the hot spots and shows how BB2G code scans itself for weaknesses, quarantines what it finds and repairs itself before anyone is hurt.
States are shaded by FBI cybercrime complaints per 100,000 residents. Each glow is a documented attack on a hospital, utility, government office, school or election system; red marks critical infrastructure and election systems, and blinking marks the last 10 weeks.
Recent attacks and national advisories, newest first. Red cards hit critical infrastructure or election systems.
Most breaches start with a known flaw nobody patched or a new one nobody saw. BB2G systems scan themselves on every build and every day, contain anything that behaves wrong, and restore a verified good state in seconds.
Built to CISA Secure by Design and the NIST Secure Software Development Framework.
Signed commits, signed builds and a software bill of materials for every release.
Keys live in vaults. Leaked tokens found in public code or breach dumps are revoked automatically.
Static analysis, dependency checks and tests must pass before code can merge.
A new flaw found in someone else's product goes to the vendor and CISA through coordinated disclosure.
Infrastructure changes run in a throwaway copy first to show exactly what they would touch.
The command desk fuses network, device and open-source signals, then runs a fixed four-phase response. People make the final call; the system buys them time.
Signals are scored against each site's normal baseline; a high composite score escalates in under 50 milliseconds.
Compromised ports drop into a dead-end network while suspicious connections are routed to a decoy for evidence.
Fresh 3-2-1 copies of critical state are written to separate media and an encrypted off-site link.
Administrative changes freeze until two hardware keys approve the reset.
TRACK-BACK documents the intrusion path for law enforcement. BB2G traces; it never hacks back.
A sealed incident packet with timeline and evidence goes to the owner, CISA and insurers.
Continuous watch of public signals, certificates, leaked credentials and exposed services.
Known exploited vulnerabilities patched on CISA's deadline, with proof for each system.
FIDO2 hardware keys for every privileged account; phishing can't steal them.
Ten-point vetting for every vendor before it touches a network.
CIS benchmark hardening applied and re-checked automatically.
Water, power and building controls separated from office networks and the internet.
A release passes through code, review, dependencies, build, deploy, monitoring, patching and backup. If each step is right 95% of the time, the whole chain is clean only 36% of the time, and real systems have far more than 20 steps. Move the sliders.
With BB2G, each step is gated: a check catches 99% of errors and stops the release instead of shipping it.
Rank 1 has the highest FBI cybercrime complaint rate per resident (2025). Select a column to re-sort.
Documented cyberattacks on hospitals, utilities, transportation, government, schools and election systems, newest first, each linked to its source.
2025 FBI cybercrime figures, confirmed ransomware attacks, and every documented incident in each jurisdiction.
How attackers get from first access to physical and public harm, and the controls that stop them.
Start outside the fence, prove the controls, then harden every system.
Authorize an outside-in exposure scan to set owners, priorities and success measures for a cyber readiness pilot.