Guidance, navigation & control
Guidance, state estimation, and feedback for autonomous machines operating in dynamic environments.
INDEPENDENT DEEP-TECH COMPANY Intelligence for autonomous machines
We build the systems that make machines move on their own.
ArieLogik is an autonomous control systems company developing the intelligence, electronics, and software behind capable machines. Our engineering is designed for autonomy across domains—not air alone. AL-Logic 1, our first integrated flight controller, is where that vision takes flight.
CONTROL SYSTEMS
Guidance, state estimation & real-time control
EMBEDDED SYSTEMS
Purpose-built hardware, sensing & software
AUTONOMY
From individual machines to coordinated systems
FIRST PLATFORM // AL-Logic 1
Integrated flight control, avionics & navigation
The company behind the control system
01 // CONTROL
02 // AVIONICS
03 // AUTONOMY
Autonomy is bigger than any one vehicle.
ArieLogik builds autonomous control systems: the embedded computing, sensing, estimation, and feedback that help complex machines understand their state and act with precision. Our first product is for flight; our systems mindset reaches further.
Integrated flight systems
Purpose-built electronics and real-time software that connect sensors, decisions, and physical actuation.
Multi-vehicle platforms
Adaptable foundations for airborne, ground, marine, and robotic platforms—developed around real system needs.
DESIGNED & ENGINEERED IN PAKISTAN
DIRECT SUPPORT FROM OUR ENGINEERING TEAM
BUILDING LOCAL CONTROL-SYSTEMS EXPERTISE
FIRST PLATFORM Autonomous control, built from the core
PILOT PLATFORM // AL-Logic 1
AL-Logic 1 FLIGHT-CONTROL CAPABILITY
ARIELOGIK CAPABILITY
Products for machines that move.
Explore our first product alongside the wider control-systems capabilities we bring to autonomous machines. AL-Logic 1 is our integrated flight controller with Telemetry+ and broad peripheral and actuator connectivity. Our swarm-systems showcase explores how ArieLogik brings autonomy to coordinated teams of machines.
AL-Logic 1
Integrated flight controller // Telemetry+Flight computing, inertial sensing, multi-GNSS, integrated Telemetry+, UART/I²C/CAN connectivity, 8 motor outputs, 4 servo outputs, and 10-channel PWM/PPM receiver input for multirotor, fixed-wing, and VTOL aircraft.
Explore the platform →Control stack
Guidance // navigation // controlState estimation, guidance, real-time stabilization, control allocation, and vehicle-specific autonomy built around the AL-Logic 1 platform.
Explore control technology →Swarm systems
Multi-agent autonomyA showcase of ArieLogik’s wider autonomy work: coordinated behavior, formation control, distributed mission logic, and cooperation across multiple autonomous vehicles.
Explore our capability →Designed and engineered in Pakistan. We build local control-systems expertise and provide direct support from the engineers behind the product, with the aim of reducing reliance on opaque foreign control stacks. We do not claim every component is locally sourced; the distinction is that the system is designed here and support stays close to the team building it.
Platform in focus: AL-Logic 1. The interactive flight-controller model unfolds as you enter this section. Drag to orbit, then open the architecture below to inspect its hardware.
Zero External Dongles // Controlled-Impedance PCB
One Enclosure. Two Antennas. Ready for Flight.
Conventional UAV avionics rely on fragile UART/I2C ribbon cables linking separate GPS pucks and telemetry radios. AL-Logic 1 integrates the entire RF and inertial front-end onto a single multi-layer PCB with 50Ω coplanar waveguide traces feeding two external SMA antenna ports.
Legacy Hobby Stack
- Separate FC, GPS puck & SiK radio
- EMI coupling & connector vibration failure
- Manual port & baudrate mapping
AL-Logic 1 // designed in Pakistan
- Monolithic PCB with EMI shield cans
- Integrated Telemetry+ and multi-GNSS
- Direct engineering support from Pakistan
| Subsystem | Hardware Architecture | State |
|---|---|---|
| Flight MCU & IMU | ARM Cortex CPU + Isolated 6-Axis MEMS IMU | 8kHz Rate |
| Telemetry+ | Integrated Sub-GHz Transceiver + SMA Port | Integrated |
| Onboard Multi-GNSS | Concurrent GPS/Galileo/BeiDou + SAW Filter | Integrated |
| Enclosure | Plastic casing | Housing |
| Peripheral Buses | UART, I²C, CAN/DroneCAN | Flexible I/O |
| Motor Outputs | 8 outputs; PWM, OneShot, MultiShot, and DShot ESC protocols | 8 Channels |
| Servo Outputs | 4 dedicated PWM outputs | 4 Channels |
| RC Receiver Input | 10-channel PWM and PPM support | 10 Channels |
Hover or click any row above (or drag the 3D model) to highlight the exact component inside the exploded AL-Logic 1 stack.
One Hardware SKU // Any Vehicle Topology
Reconfigurable Control Allocation.
AL-Logic 1 decouples high-level guidance laws from airframe actuator mixing. It provides 8 motor outputs for PWM, OneShot, MultiShot, or DShot ESC protocols, plus 4 dedicated PWM servo outputs. Receiver input supports 10-channel PWM and PPM; peripheral buses include UART, I²C, and CAN/DroneCAN. Select your airframe geometry over USB-C to allocate motor, elevon, aileron, and tilt-rotor outputs. Select an airframe below to morph the 3D testbed:
-
Integrated Flight Control
Onboard flight computing, inertial sensing, GNSS, Telemetry+, and guidance for multirotor, fixed-wing, and VTOL aircraft.
-
Flexible Vehicle I/O
Eight motor outputs, four dedicated servo outputs, and 10-channel PWM or PPM receiver input for adaptable airframe setups.
Day-1 Onboard Autonomy // State Estimation
Engineered Around Control Theory.
Because inertial sensing, GNSS positioning, and telemetry live on the same board, AL-Logic 1 executes tight closed-loop guidance out of the box without companion computer latency:
24-STATE EKF3Attitude & Pos
→
L1 / TECS / POSOuter Guidance
→
8kHz CASCADED PIDNotch Filtered
→
8 MOTOR + 4 SERVOESC / PWM
CASCADED PID + NOTCH FILTER
8 kHz gyro sampling with dynamic harmonic notch filtering to reject frame resonance.
L1 & TECS FIXED-WING GUIDANCE
Total Energy Control System coupling pitch and throttle for precise airspeed and altitude tracking.
GAIN-SCHEDULED VTOL TRANSITION
Automated hover-to-cruise aerodynamic blending with stall-margin protection.
DETERMINISTIC FAILSAFE RTH
Autonomous return-to-launch, loiter descent, and geofence enforcement on link loss.
Use the roll and pitch controls in the 3D controls panel, or drag across the model to observe real-time attitude response and actuator stabilization.
ArieLogik engineering capability // Multi-agent control
We build autonomy beyond a single machine.
At ArieLogik, we look beyond a single machine. This swarm-systems showcase brings our broader autonomy vision to life: vehicles coordinating, adapting formations, sharing mission logic, and working together across different platforms.
Partner With ArieLogik // Islamabad, Pakistan
Let’s build what moves next.
We welcome product, research, and integration conversations with teams building autonomous air, ground, marine, and robotic systems. For flight teams, we are opening our inaugural AL-Logic 1 pilot production run to UAV integrators, university laboratories, agricultural operators, and aerospace R&D groups across Pakistan.
Email our team
info@arielogik.com
Call or WhatsApp
+92 309 2786125
What is included in the AL-Logic 1 Pilot Kit?
AL-Logic 1 includes integrated GPS and Telemetry+.
Why put GNSS and telemetry directly on the flight controller PCB?
External GPS and telemetry modules introduce wiring failures, connector intermittency under vibration, and ground-loop EMI. AL-Logic 1 integrates its RF front-ends with EMI shielding and external SMA connectors, reducing external module wiring and simplifying installation.
Can the same AL-Logic 1 unit fly both a quadcopter and a fixed-wing plane?
AL-Logic 1 has 8 motor outputs supporting PWM, OneShot, MultiShot, and DShot ESC protocols, plus 4 dedicated PWM servo outputs. Receiver input supports 10-channel PWM and PPM. Peripheral interfaces include UART, I²C, and CAN/DroneCAN.