Predictive Maintenance
Detect drift, flag anomalies, and act on equipment telemetry before failure: motor health, battery life, and industrial sensor arrays running fully on-device.
Decision Labs Edge enables on-device, data-driven decision making: forecasting and perception on the hardware you already carry and leave behind, from camera traps in remote reserves to buoys and stations with patchy uplinks. Act on what matters without waiting for the cloud.
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Turn telemetry and sensor streams into on-device decisions where connectivity is unreliable, latency is critical, and every watt counts.
Detect drift, flag anomalies, and act on equipment telemetry before failure: motor health, battery life, and industrial sensor arrays running fully on-device.
Multivariate decisions on air-quality, water, and energy sensor networks. Filter noise and trigger alerts locally before any uplink to the cloud.
Detect buildings, vehicles, solar panels, and storage tanks from satellite or aerial imagery. On-device geospatial perception weights are on the roadmap.
Segment wetlands and land cover and detect ships in ports.
Time-series LiteRT weights for purchase and download. Geospatial perception models are coming soon.
Time-series forecasting: purchase and deploy today.
Smallest Toto-2 edge checkpoint. Free with registration. On-device quantile decisions at context 512.
decision-labs/toto2-litert
Edge weight checkpoint for Datadog Toto-2.0-22m. On-device quantile forecasting at context 512.
decision-labs/toto2-litert
Edge weight checkpoint for Datadog Toto-2.0-313M. On-device quantile decisions at context 512.
decision-labs/toto2-litert
Large Toto-2 edge checkpoint for high-capacity field telemetry. On-device quantile decisions at context 512.
decision-labs/toto2-litert
Edge weight checkpoint for Datadog Toto-2.0-2.5B. On-device quantile decisions at context 512.
decision-labs/toto2-litert
Edge weight conversion of amazon/chronos-2. Univariate, multivariate, and covariate forecasting at context 2048.
decision-labs/chronos2-litert
Edge weight conversion of google/timesfm-2.5-200m. Patched transformer with host-side RevIN for long horizons.
decision-labs/timesfm2_5-litert
Geospatial perception weights for detection and segmentation.
Detect vehicles, buildings, boats, and utility infrastructure in drone or satellite imagery (WALDO30 classes).
Custom object detection from text labels when your target isn’t in a specialised detector’s class list.
Rotated bounding boxes for ships, aircraft, and vehicles that aren’t axis-aligned in overhead imagery.
Cars and small vehicles in urban, suburban, or rural imagery for traffic and parking analysis on-device.
Maritime vessel detection in ports, coastal zones, and open water from satellite tiles.
Built structures in aerial and satellite imagery for urban development and disaster response mapping.
Rooftop and utility-scale solar installations in overhead imagery for energy infrastructure surveys.
Industrial storage tanks in refineries and port facilities from satellite imagery.
Segment contiguous regions (roads, lakes, fields, solar arrays) as precise masks on map polygons.
Categorise vegetation, urban areas, water, and other land-use types across a region of interest.
Identify marsh and wetland zones for environmental monitoring and conservation planning.
Precise building outlines for urban mapping, planning, and post-disaster assessment.
Field hardware is fragmented: hundreds of SoC variants, NPUs, GPUs, and MCUs, each with its own compilers and runtimes. Cloud round-trips add latency and fail when uplinks drop. On-device inference is the only way to act in real time on camera traps, buoys, drones, and sensor nodes.
Google’s LiteRT is the universal on-device framework for this era: one .tflite checkpoint, accelerated across CPU, GPU, and NPU on Android, iOS, Linux, Windows, Web, and embedded targets without rebuilding your pipeline per platform.
Decision Labs Edge sits on that stack. We convert and ship production LiteRT weights for time-series and perception models so your team deploys the same artifact across the fleet, not a maze of one-off exports.
The Decision Labs Edge SDK abstracts hardware differences so your team ships faster from mobile apps to bare-metal embedded systems running in the field.
Swift bindings with Core ML and ANE acceleration. Camera pipeline integration for real-time vision on iPhone and iPad field apps.
Swift · Core ML · VisionKotlin/Java SDK with NNAPI and GPU delegates. Background inference for rugged tablets and custom Android-based edge devices.
Kotlin · TFLite · NNAPIHigh-performance native runtime for Linux edge servers, NVIDIA Jetson, and custom SBCs. Zero-copy camera buffers and batch inference.
C++17 · ONNX Runtime · TensorRTMicrocontroller targets with CMSIS-NN and custom kernels. Run detection and classification on ARM Cortex-M and RISC-V at milliwatt budgets.
C · CMSIS-NN · FreeRTOSContainerized deployment for gateway devices. gRPC and MQTT interfaces for sensor fusion hubs and drone companion computers.
Docker · gRPC · MQTTBrowser and Node.js inference for dashboards, annotation tools, and rapid prototyping before hardware deployment.
WASM · ONNX.js · TypeScriptBook a one-hour support session with the Decision Labs team: LiteRT integration, weight deployment, and field rollout troubleshooting.
Access purchased model weights and integration docs.
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