Autonomous Terminal Guidance
SYNAPLEX enables active radar and imaging infrared seekers to perform autonomous target discrimination during terminal phase, critical for precision strike against mobile and hardened targets. Photonic neuromorphic processing delivers sub-millisecond guidance updates at hypersonic flight velocities.
Modern air defence systems employ sophisticated countermeasures including decoys, chaff, and electronic attack. SYNAPLEX seeker processing provides AI-driven discrimination between genuine targets and countermeasures, maintaining track quality through terminal phase without human operator intervention.
Anti-ship and land-attack cruise missiles require autonomous target selection when operating beyond datalink range. SYNAPLEX neural networks trained on multi-spectral target signatures enable real-time classification and aim point selection for maximum effect against priority targets.
Air-to-Air Guidance
Active radar homing for beyond-visual-range missiles with AI discrimination against expendable decoys and electronic countermeasures.
- Meteor — MBDA ramjet BVR
- AMRAAM — AIM-120D/E variants
- ASRAAM — CAMM family
- Gokdogan — Turkish BVR missile
Anti-Ship Strike
Autonomous target selection in maritime environments with classification of vessel type and optimal aim point determination.
- SPEAR-EW — MBDA next-gen ASM
- NSM — Naval Strike Missile
- Atmaca — Turkish anti-ship cruise
- Sea Venom — UK/FR helicopter ASM
Precision Land Attack
Terminal guidance for cruise and ballistic missiles with AI-driven target recognition and moving target engagement.
- Storm Shadow — Long-range cruise missile
- SPEAR 3 — Miniature cruise missile
- Brimstone — Dual-mode precision strike
- SOM-J — Turkish stand-off munition
Surface-to-Air Systems
Active terminal homing for SAM systems with autonomous discrimination between aircraft, missiles, and decoys.
- CAMM — Common Anti-Air Modular Missile
- SAMP/T — Aster missile family
- Hisar-O/U — Turkish SAM systems
- NASAMS — AMRAAM-based air defence
Why SYNAPLEX for Missile Guidance
Photonic neuromorphic processing meets extreme seeker requirements
Hypersonic Processing
<0.5ms update rate enables guidance corrections at Mach 3+ terminal velocities for time-critical intercepts.
ECM Resistance
AI-driven discrimination defeats decoys and jamming through multi-feature target recognition.
Seeker SWaP
Ultra-compact form factor fits within missile nose cone constraints for tactical weapons integration.
Discuss Seeker Integration
Contact our precision strike team to explore SYNAPLEX deployment for missile guidance systems.
Contact Guidance Team Back to SYNAPLEX Defence