A ultra-frugal, snap-on hardware collar designed for rapid physical temporary fault-bridging and autonomous, off-grid telemetry recovery in damaged energy networks.
Test Autonomous Mesh NetworkBuilt for strict European regulatory standards while maintaining universal utility.
Constraint-driven creativity delivering maximal reliability at minimal unit cost.
Replaces expensive SCADA overhauls with modular, snap-on sensors using off-the-shelf, automotive-grade components optimized in Bengaluru's hardware ecosystem.
Avoids unnecessary display screens, cloud dependencies, or complex field provisioning. Operates on a pure passive-harvesting/battery hybrid system.
Engineered explicitly for unpredictable field environments—tolerant to power spikes, extreme weather, and non-standard conductor geometries.
Designed for rapid 12-to-18 month validation and deployment.
Features zero wire-stripping installation. Clamp-on mechanism connects electrical bypass while initializing autonomous communications instantly.
Hermetically sealed resin enclosure with no moving internal components. Functions flawlessly between -25°C to +65°C operating parameters.
Target TCO under €150/unit, yielding an immediate ROI compared to traditional mobile substation deployment costs.
Demonstration of communication restoration when primary telecom infrastructure fails.
Click "Trigger Grid Damage" to simulate primary grid failure. Watch AegisLink nodes create a self-healing LoRaWAN fallback mesh.
How AegisLink meets the core competitive criteria of E.ON Future Makers.
World-first hybrid physical fault-bridging collar combined with zero-config decentralized wireless mesh networking. Protects physical assets while maintaining network visibility.
12-18 Month Maturation: Ready for rapid pilot testing across EU DSOs. Minimal regulatory hurdles due to secondary isolation architecture.
Make: Captures ~5% of European distribution transformer emergency maintenance budget.
Save: Reduces disaster outage duration (SAIDI) by up to 35%.
Transparent estimates for production, deployment, and operation per 1,000 units.
| Cost Category | Per-Unit Estimate (€) | Total (1,000 Units) | Strategic Detail |
|---|---|---|---|
| Hardware Component Cost (BOM) | €65 | €65,000 | Off-the-shelf MCU, LoRa transceivers, polymer casing |
| Assembly & Testing | €20 | €20,000 | Automated manufacturing utilizing Indian hardware labs |
| EU Certification & Compliance | €25 | €25,000 | Amortized CE, IP67, & GDPR security auditing |
| Deployment & Field Training | €10 | €10,000 | Zero-overhead installation (sub-10 minute snap design) |
| Total Cost of Ownership (TCO) | €120 / unit | €120,000 | Substantially lower than conventional remote terminal units (RTUs) |