Embedded Edge Computing Solutions

Embedded Edge Computing

Edge Intelligence
Where Data is Born

We build embedded edge computing solutions for IoT and connected devices that need secure local processing, lower cloud dependency, faster decisions, and resilient operation when connectivity is limited.

Cloud-Connected <100ms Latency Offline Resilient OTA Updates TLS / mTLS
Start Your Project Why Edge?
Embedded Edge Computing
<100msLocal Latency
OfflineCapable
Multi-CloudReady
<100ms
Edge Latency
Offline
Resilient
End-to-End
TLS Security
3
Cloud Platforms

Technical Capabilities

What We Work With

Full-stack edge expertise from cloud connectivity and secure provisioning to local processing and OTA update management.

We design edge products that are intelligent at the source connecting securely to the cloud while maintaining full functionality when offline.

Cloud Platform ExpertiseAWS IoT Core/Greengrass, Azure IoT Hub/Edge, Google Cloud IoT agent integration and device provisioning
Protocol StackMQTT, CoAP, HTTP/REST, WebSocket, AMQP, LwM2M for reliable edge-to-cloud communication
Security & ProvisioningX.509 certificates, TLS 1.3, mTLS, Secure Element (ATECC608), secure boot, code signing
Local ProcessingSensor fusion, data filtering, threshold alerting, local ML inference with TensorFlow Lite / tinyML

Platforms & Protocols

  • ✔AWS IoT Core, Greengrass V2, FreeRTOS Agent
  • ✔Azure IoT Hub, IoT Edge, Device Provisioning Service
  • ✔Google Cloud IoT Core, Pub/Sub, Dataflow
  • ✔Alibaba Cloud IoT, Tuya Smart Platform
  • ✔Self-hosted MQTT Broker (Mosquitto, EMQX)
  • ✔MQTT 3.1.1 / 5.0 — lightweight pub/sub
  • ✔CoAP / DTLS — constrained devices
  • ✔HTTP/REST, WebSocket — real-time bidirectional
  • ✔AMQP 1.0, LwM2M (OMA device management)
  • ✔MODBUS TCP, OPC-UA (industrial edge)
  • ✔X.509 device certificates, PKI lifecycle management
  • ✔TLS 1.3, mTLS mutual authentication
  • ✔Secure Element: ATECC608A/B, TPM 2.0
  • ✔Secure Boot, signed OTA images, MCUboot
  • ✔Code signing, encrypted flash, anti-rollback
  • ✔Sensor fusion — IMU, environmental, industrial
  • ✔FFT / signal processing — vibration, audio analysis
  • ✔Threshold alerting, anomaly detection
  • ✔TensorFlow Lite Micro — on-device ML inference
  • ✔Data compression, batching, store-and-forward
  • ✔WiFi 802.11 b/g/n/ac (station + AP mode)
  • ✔Cellular 4G LTE, NB-IoT, LTE-M
  • ✔LoRa / LoRaWAN — long-range low-power
  • ✔BLE 5.x, Zigbee, Thread, Matter
  • ✔Ethernet (10/100/1000), RS485 Modbus

Why Edge Computing

Why Move Intelligence to the Edge?

Processing data where it is generated reduces latency, cloud costs, and attack surface — while making your product resilient to connectivity failures.

01
Ultra-Low Latency

Process sensor data locally for sub-100ms actuation without a cloud round-trip critical for industrial control and safety systems.

02
Offline Resilience

Store-and-forward, local decision-making, and automatic cloud sync when connectivity is restored no single point of failure.

03
Reduced Cloud Costs

Filter and aggregate at the edge before uplink reducing data egress and cloud processing costs by up to 90%.

04
Enhanced Security

Sensitive data stays on-premise. mTLS, X.509, and Secure Element ensure only authorised devices communicate with your cloud.

05
Bandwidth Efficiency

Compress, filter, and batch data before uplink essential for cellular and LoRa deployments with limited data budgets.

06
Multi-Cloud Ready

Vendor-agnostic architecture supports AWS, Azure, and Google Cloud from the same firmware base avoiding lock-in.

How We Work

Our Edge Development Process

From architecture to cloud integration testing — a proven process for secure, reliable edge products.

01
Edge Architecture Design

Cloud platform, protocols, security model, and local processing requirements defined.

02
Connectivity & Provisioning

Device certificate provisioning, cloud registration, and network stack implementation.

03
Edge Application Dev

Local processing pipelines, threshold alerting, data batching, and OTA update agent.

04
Security Implementation

TLS, secure boot, HSM integration, and certificate lifecycle management.

05
Cloud Integration Testing

End-to-end tests with live cloud backend, failover, reconnect, and OTA scenarios.

Production Delivery

Source code, cloud configuration, security guide, and test evidence handed over.

Our Toolchain

Tools & SDKs We Use

Cloud SDKs, security tools, and connectivity frameworks used by AWS, Azure, and Google engineers.

■  Cloud & Edge SDKs
AWS IoT Device SDK
MQTT / Greengrass Agent
Azure IoT C / Python SDK
Hub / Edge Runtime
Mosquitto / EMQX Broker
MQTT Testing
Node-RED
Edge Flow Prototyping
■  Firmware & Security
STM32CubeIDE / ESP-IDF
Firmware IDE
MCUboot
Secure Bootloader / OTA
OpenSSL / mbedTLS
TLS / Certificate Tools
Wireshark / MQTT Explorer
Protocol Analysis

Industries

Industries We Serve

Edge computing firmware for industries where real-time data, remote monitoring, and uptime are non-negotiable.

IoT Devices

Connected sensors, gateways

Industrial IoT

Predictive maintenance, SCADA

Connected Vehicles

OBD gateways, fleet telematics

Medical & Healthcare

Remote patient, vital signs

Analytical Instruments

Remote lab, field instruments

Scientific Instruments

Environmental monitoring

Smart Buildings

HVAC, lighting, energy mgmt

Consumer Electronics

Smart home, wearables

Water Treatment

Remote monitoring, dosing

Agritech

Soil, irrigation, weather nodes

Environmental Controllers

Air, water, climate sensors

Deliverables

What You Receive From Us

A complete edge solution package firmware, cloud configuration, security credentials, and documentation your team can own.

Well-Commented Source CodeFirmware and edge application code versioned in Git, modular and cloud-agnostic.
Security & Certificate PackageX.509 provisioning scripts, TLS configuration, and key generation procedures.
Cloud Configuration GuideIoT policy documents, thing definitions, topic structures, and shadow configuration.
OTA Update PipelineSecure OTA firmware update mechanism with rollback and integrity verification.
Integration Test ReportsEnd-to-end test evidence: connectivity, failover, OTA, security, and data pipeline tests.
Technical DocumentationArchitecture overview, data flow diagrams, protocol specs, and API reference.
Post-Delivery SupportBug fixes, cloud migration assistance, and feature additions after project completion.
Full IP Ownership TransferredNo licensing fees, no lock-in the firmware and configuration belong entirely to you.

Related Services

Explore Related Embedded Software Services

These embedded software services are often planned together when a product needs firmware, platform support, device integration, and operator-facing functionality.

Bare Metal Firmware Development

Low-overhead firmware for precise hardware control, performance-critical timing, and resource-constrained products.

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RTOS Programming

Real-time task scheduling, deterministic behavior, middleware integration, and scalable firmware architecture.

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Linux and Android Kernel Customization

Custom BSPs, root file systems, driver enablement, boot optimization, and platform-specific Linux or Android tuning.

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Custom Device Driver Development

Reliable driver development for peripherals, sensors, buses, connectivity stacks, and platform bring-up.

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Intuitive HMI Design

Operator-friendly embedded GUIs, touch experiences, multilingual flows, and product-specific control interfaces.

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