modules
Universal Telemetry Receptor
A single, frictionless binary designed to invisibly orchestrate telemetry across all platforms with near-zero overhead.
A single, frictionless binary designed to invisibly orchestrate telemetry across all platforms with near-zero overhead.
frictionless-observability
Frictionless Observability Our collection engine consolidates all telemetry inputs into a single optimized artifact. No legacy runtimes, no VM overhead, no dependency sprawl. Run the exact same artifact across containerized environments, bare metal, or disconnected edge fleets without configuration drift.
data Viz
Receptor Specifications
- Binary Footprint
- Statically Linked <20 MiB
- Operational RAM Overhead
- Minimal Baseline
- CPU Consumption
- Near-Zero Impact
- Compatibility
- Cross-Platform Universal Support
- Hardware Architectures
- Complete CPU Coverage
- Kernel Instrumentation
- Zero-Dependency Direct Access
- GPU Fabrics
- Unified Vendor Coverage
- Resolution Frequency
- Sub-Second Telemetry Ingestion
content section
value: Deploy a single statically-linked binary in seconds to gain absolute systemic visibility. Bypassing traditional kernel limits, it maps system calls, log flows, and hardware utilization silently without requiring configuration updates. Natively supporting industry-standard ingestion protocols, it automatically handles network volatility by securely caching telemetry on-device and synchronizing with the central cluster when connection resumes.
features
binary size mib: 20
memory baseline mb: 30
Section 1
linux
Section 2
windows
Section 3
macos
Section 1
ebpf
Section 2
perf_event
Section 3
gpu_nvml
Section 4
gpu_rocm
Section 5
gpu_oneapi
Section 6
log_tail
Section 7
otlp
Relationships
products
industries
capabilities
sub modules
use cases
- Cross-Vendor GPU Dominance
- Disconnected Edge Fleet Mastery
- Systemic Infrastructure Dominance
business sizes
- Enterprise
- Government
- Mid-Market
- SMB
- Startup