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Kotlin SDK — zeq

Kotlin 1.9+ client. Coroutines + kotlinx.serialization. Targets JVM, Android, and Kotlin/Native. Shares the same wire envelope as every other SDK.

Install​

// build.gradle.kts
dependencies {
    implementation("org.zeq:zeq-kotlin:1.287.5")
}

First call — public, no key​

import org.zeq.pulse

suspend fun main() {
    val p = pulse()
    println("Zeqond ${p.zeqond} · phase ${"%.3f".format(p.phase)} · R(t) ${p.rT}")
}

Authed call — zeq.compute()​

import org.zeq.ZeqClient
import org.zeq.ComputeRequest

suspend fun main() {
    val zeq = ZeqClient.fromEnv()           // reads $ZEQ_KEY

    val r = zeq.compute(ComputeRequest(
        operators = listOf("KO42", "QM5", "GR40"),
        domain    = "cross",
        inputs    = mapOf("t" to 0),
    ))

    println("${r.value} ${r.unit} ± ${r.uncertainty}")
    println("zeqProof: ${r.zeqProof}")
    println("compliance: ${r.compliance.standardsAligned}")
}

The r.compliance field carries the ZeqCompliance v1 envelope.

Why Kotlin here​

  • Android apps. Coroutines mean one suspend call per compute — no callback hell.
  • Server-side Ktor or Spring. Drop the SDK into your service handler; the same envelope shape SOC 2 expects flows straight through.
  • Multiplatform projects. The same expect/actual interface compiles for JVM, Android, iOS (via Kotlin/Native), and JS.

Compose with​

Source​