Unleashing IoT Sensors Through
AI-Powered Compression

We help your IoT sensors transmit more data while using fewer resources. Our advanced AI-powered compression technology drastically cuts transmission costs, allowing you to deploy more sensors and transmit richer data without needing extra infrastructure. Just as Dolby revolutionized audio, bitteiler is reshaping how sensor data flows across IoT networks.

90%

Less data transmitted

100%

Lossless compression

30%

Longer battery up-time

The Hidden Bottleneck of IoT

The number of connected sensors is growing exponentially. From industrial machines and energy infrastructure to mobility and smart environments, devices continuously generate high-frequency data streams.

Yet the infrastructure moving this data has not evolved at the same pace.

Bandwidth constraints, energy consumption, transmission costs, and reliability limitations create a structural bottleneck. As a result, IoT deployments are often forced to compromise on sampling rates, battery life, scalability, or data quality.

We believe IoT cannot reach its full potential unless data transmission itself becomes intelligent.

Residential energy storage battery with electric vehicle charger

Why bitteiler ?

Purpose-built compression technology that understands your IoT sensor data

AI-Driven Compression

Learns device-specific data characteristics and signal behavior to achieve significantly higher lossless compression ratios than rule-based methods.

Drop-In Integration

Deployable as software without hardware changes or protocol modifications. Integrates into existing IoT stacks within minutes.

Real-Time Operation

Processes and compresses sensor data in real time, enabling low-latency applications without impacting throughput or responsiveness.

Longer Battery Lifetime

Lower data transmission volumes directly translate into extended battery lifetime for constrained IoT devices.

On-Sensor Intelligence

Our AI-compression happens at the source, e.g., MCU of a sensor, reducing bandwidth requirements before data even leaves the device.

Multi-Sensor Support

Works with temperature, vibration, pressure, acoustic, and virtually any time-series sensor data.

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How bitteiler Works

AI-powered compression that cuts transmission costs, enabling you to scale your sensors, send richer data, and skip costly infrastructure upgrades.

01

Sensor-Aware AI Agent Design

bitteiler designs a customized AI-based compression agent tailored to the customer's sensor setup and use case. Trained on sensor metadata and real data samples, it learns signal structure to derive the most efficient, fully lossless representation.

OUTCOME

A deployment-ready AI compression agent optimized for the sensor data and operational constraints.

02

AI Compression at Runtime

The trained agent operates inline wherever compression is needed. It dynamically encodes each measurement using learned strategies — no fixed profiles, no buffering, no added latency.

OUTCOME

A compact, fully lossless data stream generated in real time.

03

Data Reconstruction at Point of Use

The compressed stream is decoded using the inverse of the AI-derived encoding. Original sensor data is reconstructed deterministically and bit-exact, anywhere decompression takes place.

OUTCOME

Instant, fully lossless data reconstruction for analytics, monitoring, and control.

Train once. Compress anywhere. Reconstruct exactly

01 Sensor-Aware AI Agent Design

bitteiler designs a customized AI-based compression agent tailored to the customer's sensor setup and use case. Trained on sensor metadata and real data samples, it learns signal structure to derive the most efficient, fully lossless representation.

OUTCOME

A deployment-ready AI compression agent optimized for the sensor data and operational constraints.

02

AI Compression at Runtime

The trained agent operates inline wherever compression is needed. It dynamically encodes each measurement using learned strategies — no fixed profiles, no buffering, no added latency.

OUTCOME

A compact, fully lossless data stream generated in real time.

03 Data Reconstruction
at Point of Use

The compressed stream is decoded using the inverse of the AI-derived encoding. Original sensor data is reconstructed deterministically and bit-exact, anywhere decompression takes place.

OUTCOME

Instant, fully lossless data reconstruction for analytics, monitoring, and control.

Train once. Compress anywhere. Reconstruct exactly

Built for Every Industry

From factories to farms, bitteiler delivers adaptive compression for every IoT environment.

Drone monitoring crops inside a greenhouse

Smart Agriculture

Energy & Utilities

Industrial robots monitored via tablet in a smart factory

Smart Manufacturing

EXPLORE ALL USE-CASES

Meet the Founders

From top-tier research labs to startup execution, bitteiler’s founders combine globally recognized research with industry awards, turning deep-tech innovation into AI-powered IoT data compression for scalable, reliable sensor networks.