Service Overview
Control is where theory meets reality. AISYS designs adaptive, predictive and reinforcement-learning-based controllers that push the envelope of what traditional PID and MPC can deliver.
From smart-grid optimisation and fault-tolerant flight controllers to AI-augmented SCADA, we engineer control systems that are safe, certifiable and measurably better than the incumbents.
Key Highlights
Adaptive Control
Gain-scheduled, LPV and L1 adaptive controllers for non-linear plants.
RL-Based Control
Simulation-trained RL agents with safety envelopes.
Fault Tolerant
Active fault detection, isolation and reconfiguration (FDIR).
Real-Time Edge
Deterministic ≤1 ms loops on edge AI accelerators.
What We Deliver
- Adaptive and predictive control design (MPC, L1, LPV)
- Reinforcement-learning-based autonomous controllers
- Smart-grid optimisation and distributed control
- Fault detection, isolation and reconfiguration (FDIR)
- AI-integrated SCADA and distributed control systems
- Real-time edge AI control on Jetson / NXP / Xilinx
Engagement Process
Model
First-principles + data-driven plant identification.
Design
Controller synthesis, stability proofs and HIL rig.
Validate
Monte Carlo, adversarial and regression testing.
Deploy
Commissioning, tuning and safety certification support.
Monitor
Online model-drift detection and controller re-tuning.
Industries We Serve
Representative Tech Stack
Frequently Asked
Can you support DO-178 / IEC-61508 certified controllers?
Yes — our control engineers build to functional-safety rigor with DOORS-based traceability.
Do you provide HIL rigs?
Yes — we deliver custom HIL simulators for customer test benches.
Ready to start your Control Systems programme?
Our engineers respond within one business day. No obligations, no fluff.