Strategic Objectives
• Master the hardware-software interface to eliminate processing jitter.
• Implement kernel bypass techniques for direct wire-to-application data flow.
• Leverage FPGA and ASIC acceleration for nanosecond-level logic execution.
• Architect memory hierarchies and network topologies for maximum throughput.
The Core Challenge
Standard computing stacks are riddled with bottlenecks—interrupts, context switches, and OS overhead—that stall data and kill alpha.
01
The Need for Speed
02
Foundations of Latency
03
Modern CPU Architecture
04
Memory Hierarchy and Caching
05
The Cost of Context Switching
06
Breaking the Kernel Barrier
07
Direct Memory Access
08
Zero-Copy Networking
09
Network Interface Cards
10
Ethernet and TCP/IP Optimization
11
FPGA Acceleration
12
Hardware Description Languages
13
PCI Express Interconnects
14
Synchronization and Atomic Operations
15
Instruction Set Architecture
16
Cache Coherence and NUMA
17
Real-Time Operating Systems
18
Microwave and Laser Links
19
Profiling and Benchmarking
20
Hardware-Software Co-Design
21