🧠 Deep interest in OS internals, networking, distributed systems, and performance engineering
🔬 Building gowaite — eBPF uprobes on runtime.schedule, gcSTW, park, goready
💼 3+ yrs production Go at Altro (YC-backed fintech) & Privcy AI (London)
📝 Writing about internals at latencylog.tech
🎓 MS CS @ SUNY Binghamton (GPA 3.7, Dec 2026)
📍 Binghamton, NY · OPT Jan 2027 · H-1B sponsorship required
- Operating Systems → schedulers, memory management, virtual memory, syscalls
- Networking → transport layer, congestion control, protocol internals, RDMA
- Distributed Systems → consensus, replication, consistency, fault tolerance
- Performance → profiling, low-latency I/O, cache efficiency, eBPF tracing
- Adjacent → compilers, hardware/ISA design, HFT systems, observability
package main
import "fmt"
type Engineer struct {
Name string
Stack []string
Reads []string
Status string
}
func main() {
me := Engineer{
Name: "Basil Eldho",
Stack: []string{"Go", "eBPF", "C", "Kubernetes", "Linux"},
Reads: []string{
"OSTEP", // Operating Systems: Three Easy Pieces
"CS:APP", // Bryant & O'Hallaron
"Kurose&Ross", // Computer Networking
},
Status: "OPT Jan 2027 · open to offers",
}
fmt.Printf("$ echo 'Hi, I am %s'\n", me.Name)
}| Book | Why |
|---|---|
| OSTEP — Operating Systems: Three Easy Pieces | Processes, virtual memory, concurrency from first principles |
| CS:APP — Bryant & O'Hallaron | Memory hierarchy, linking, systems programming |
| Kurose & Ross — Computer Networking | Transport layer, congestion control, protocol internals |
| Princeton Computer Architecture (YouTube) | Pipelining, caches, ISA design |
Languages
Kernel & Systems
Observability
Infrastructure
Systems & Observability
Infrastructure & Security
Applications
