Open Nodes
Spearhead the development of our core network backbone, architecting proprietary tunneling protocols, ultra-low-latency microservices, and specialized real-time in-memory databases.
- Linux Kernel Networking: Deep, practical understanding of the Linux network stack, TCP/IP packet internals, Netfilter/eBPF, and advanced packet routing directly within the Linux kernel to achieve zero-copy architecture.
- Hardware-Accelerated Cryptography: Proven capability to write high-performance C++/Assembly code that directly interfaces with AVX2 and AVX-512 SIMD execution units to minimize CPU cycles for >5Gbps encryption throughput per node
- Advanced Algorithms: Intimate knowledge of highly optimized, high-throughput implementations of Curve25519, ChaCha20-Poly1305, and AES-GCM.
- High-Speed Microservices & IPC: Expert-level proficiency in designing and developing ultra-low-latency microservices in Rust and Golang, interconnected via heavily optimized gRPC protocols.
- RADIUS & Atomic Scaling: Deep expertise in custom RADIUS server programming, implementing massive-scale MSchapv2, PAP, PEAP authentications and connection accounting, writing ultra-fast lock-free atomic databases to handle millions of concurrent sessions without bottlenecks.
Engineer the native Android client ecosystem, ensuring flawless UI/UX while orchestrating complex background networking daemons with absolute battery efficiency.
- Advanced JNI/NDK Integration: Confidently cross-compile our proprietary C/C++/Rust tunneling binaries for ARM/x86 architectures and interface them seamlessly with Kotlin layers.
- Android VpnService Mastery: Deep, practical understanding of capturing and routing local device traffic, strictly mitigating DNS leaks, and flawlessly handling volatile network state transitions.
- Concurrency Paradigms: Absolute mastery of Kotlin Coroutines and the strict background processing constraints enforced by modern Android OS environments.
Develop the Apple ecosystem clients, expertly navigating Apple's restrictive networking guidelines while delivering uncompromising cryptographic speed.
- NetworkExtension Framework: Deep architectural expertise with
NEPacketTunnelProvider. Build, deploy, and debug proprietary custom tunnel providers from scratch.
- Low-Level POSIX Networking: Extensive experience interacting directly with POSIX sockets and raw C networking libraries within the Darwin/Apple ecosystem.
- Strict Memory Profiling: Mastery of ARC and Instruments profiling tools to absolutely prevent memory leaks and optimize CPU usage under Apple's draconian Network Extension memory limits (e.g., 15MB).
Crucial System Parameters
- Node Location: We strongly prefer Programmers stationed outside of Iran, at least bilingual, with absolute professional fluency in English serving as our primary protocol for cross-node collaboration.
- AI-Augmented Engineering: You must be a power user of advanced LLMs (Gemini, Claude, Copilot). We mandate leveraging AI to rapid-prototype, deeply optimize algorithmic complexity, and vastly accelerate debugging cycles.
- Security-First Execution: Flawless implementation of cryptographic primitives utilizing established, audited libraries (OpenSSL, boringssl, ring) integrated securely into custom protocol wrappers.
- Independent Problem Solving: You comprehend how frameworks execute under the hood, natively digest RFCs, and possess the capability to write core network logic entirely from scratch.
Ready to architect the next generation of privacy?
Transmit your GitHub profile, a technical summary of your experience with high-throughput network programming, and specific metrics of hardware-level optimizations you have successfully deployed in production.
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