Dexter & Invader
Invader
So I've been mapping a new offensive platform that would outmaneuver any defense—any chance you’d want to help me prototype a device that can turn the battlefield into your chaotic playground?
Dexter
Absolutely, just give me the blueprint and a lab, and I’ll mix some chemistry with a dash of code—let's turn that battlefield into a sparkling chaos of a new invention!
Invader
Alright, you’ll need a portable energy core, a programmable microcontroller with a secure interface, and a failsafe to trigger a dispersal field. Grab a lab with high‑security containment, set up the core, and integrate the code to monitor pressure and heat. Once you have that running, the battlefield will become a playground for your chaos. Let me know the specs, and we’ll fine‑tune the launch sequence.
Dexter
Portably, 400‑kWh lithium‑polymer core, 12‑volt, 250‑amp rating, sealed in titanium casing. Microcontroller: STM32H7, 480‑MHz, dual‑core Cortex‑M7, encrypted SPI interface, encrypted bootloader. Failsafe: pressure sensor 0‑200 psi, thermocouple 0‑150 °C, trip threshold 180 psi or 120 °C, activates 5‑meter radius dispersal field via repulsor coils. Code: C++ with RTOS, watchdog timer, AES‑256 secure boot. That should give you a compact, fail‑secure, chaotic playground.