Deterministic Foundations for the Post-Fragmentation Era
FluxionLabs was founded to eliminate the artificial boundaries dividing embedded microcontrollers, operating systems, asynchronous fibers, and GPU accelerators. We engineer tools grounded in type theory, formal SMT proofs, and mechanical sympathy for silicon.
Bharti Sisodia
Bharti spearheads Aether's core runtime architecture and deterministic memory models. Her work centers on removing garbage collection non-determinism without burdening developers with manual lifetime annotations. She previously architected ultra-low-latency financial matching primitives and embedded sensor networks.
“Memory safety and deterministic nanosecond execution must not be mutually exclusive.”
Ojas Gupta
Ojas designs Aether's formal type inference pipeline and multi-tier AVM execution engine. He authored the formal inference rules for @kernel constraints and built the 3-stage self-hosting bootstrap pipeline. His research bridges formal verification via Z3 SMT solvers and high-throughput code emission for modern tensor hardware.
“A single mathematical grammar can span bare-metal microcontrollers and 80GB tensor accelerators.”
The FluxionLabs Engineering Tenets
Stop-the-world garbage collectors have no place in high-frequency matching or embedded robotics. Perceus reference counting ensures deterministic microsecond deallocation.
Financial balances should never be rounded by IEEE-754 binary floats.
Native dec128 with fixed-point accuracy is an inviolable standard.
Compilers must embrace cache line alignment, CPU register residency, and GPU warp scheduler topologies directly in their intermediate representations.