Tools built for engineers who care about speed.

A small, independent group shipping fast cores, clean APIs, and no hidden agenda. MIT / Apache-2.0, all the way down.

benchmark · reclink
# baseline implementation
dedupe(records) → 4.81s
 
# with the byteveda core
reclink.dedupe(records) → 0.07s
 
» 68× faster · same api
fast cores · works with
PythonJavaNode.jsRubyGoRustPythonJavaNode.jsRubyGoRust
About

Tools built for engineers who care about how it runs.

ByteVeda writes the kinds of libraries we wished existed when we were building our own systems — fast cores, clean APIs, and no hidden agenda.

01

Performance by default

Hot paths are written in compiled, systems-level code. No JIT gymnastics, no mystery slowdowns — just predictable, measurable speed.

02

Ergonomic by design

Clean, idiomatic APIs that fit the language your team already ships in — no ceremony, no friction.

03

No strings attached

MIT or Apache-2.0. No dual-licensing, no open-core traps. Read the source, fork it, ship it.

The approach

No house style. One standard.

Right foundation for each problem.

Some problems want a Rust core. Others want C++ throughput, Go's concurrency, or plain, readable Python. We don't force one architecture on every tool — we pick what the problem needs, then hold every build to the same bar.

01
Measure firstProfile the real bottleneck before a line of the core is written.
02
Fit the foundationRust, C++, Go, or pure Python — chosen per problem, never by habit.
03
Hold the barBenchmarked, documented, permissively licensed. Every tool, every release.
Different language cores held to one ByteVeda standardRIGHT CORE PER PROBLEMRustC++GoPythonTHE BYTEVEDA STANDARD
Activity

Shipping in the open.

Tagged builds straight from the org, and what the wider open-source ecosystem is talking about — refreshed every few hours.

Trending on GitHub
Contribute

Fast software, built in the open.

Read the source, file an issue, or ship a PR. Everything ByteVeda makes is MIT / Apache-2.0 — yours to fork and run.