Telemetry Ingestion is driving up your cloud bills. Tiny AMPS evaluates logic filters at the edge socket layer in zero-GC systems-space, cutting WAN bandwidth and data ingestion costs by up to 99%.
Toggle the WAN connection state below to watch the gateway cache matched alerts locally during network outages and replay them upon reconnection.
Why systems-space content filtering changes the cost paradigm of distributed IoT systems.
Evaluates threshold filters in Odin on raw device streams. Drops normal steady-state telemetry before it enters the expensive WAN interface.
High-level subscriber brains (Python/JS) sleep until a match is dispatched, eliminating memory allocation, parsing churn, and GC pause spikes.
A memory-mapped local ring-file buffers matched alarm alerts during network outage, replaying them immediately when connection is restored.
Multi-Stage Level Graphs prune missing keys early, while Fast-Path binary headers and Clause Caching eliminate redundant AST executions.
Zero-GC systems engineering meets ticket-based cryptographic isolation and low-contention thread scaling.
Dynamic ticket-based session rekeying. A dual-stage connection handshake boots up under a static key, verifies a KMS-issued ticket, and swaps seamlessly to a unique, ephemeral session-specific ChaCha20 cipher key.
ChaCha20 Stream CipherMulti-threaded thread scaling with zero performance cost. We upgraded internal subscription indexes to a Shared/Exclusive Readers-Writer Mutex and deployed lock-free CPU-level atomic counters for telemetry statistics.
sync.RW_Mutex & atomicsReal-time tenant and device blacklisting. Administrators can issue a revocation token which writes to the active blacklist, instantly terminating the target device's socket streams and blocking future connections.
Token-validated REST APIBuilt on a hardened binary protocol, the client runs on desktop environments or microcontrollers. It offers a sub-millisecond footprint tailored for edge environments.
Our C++ client is a single header-only class utilizing standard POSIX or Arduino networking interfaces. It compiles to less than 20KB of code memory.
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