Interstellar

We are proud to announce that Enigma has partnered with Syngenity, a global leader in TISAX consulting, an elite cybersecurity standard for the global automotive industry. Enigma will work with customers that wish to upgrade their networks to meet the rigorous TISAX cybersecurity requirements related to zero trust network access. Existing clients for Syngenity include: Google J.P. Morgan Mercedes-Benz BMW Volkswagen Texas Instruments Continental $ENX

We are proud to announce that Enigma has partnered with Syngenity, a global leader in TISAX consulting, an elite cybersecurity standard for the global automotive industry. Enigma will work with customers that wish to upgrade their networks to meet the rigorous TISAX cybersecurity requirements related to zero trust network access. Existing clients for Syngenity include: Google J.P. Morgan Mercedes-Benz BMW Volkswagen Texas Instruments Continental $ENX

EPN Dev Update February 16, 2026 ⸻ The Network Zero-trust overlay architecture in place. Devices authenticate before connection. End-to-end encrypted traffic routed through distributed edge mesh. Path selection based on latency and node health. Session handoff supported under normal network conditions. 14 exit nodes (8 U.S. based, 6 international) Provisioned for testing purposes. Design target: • <50ms latency for most US users • <20ms in select metro areas (proximity dependent) Smart routing, IP rotation, and geographic exit selection implemented. ⸻ Backend & Billing Backend API deployed and live. Handles: • User accounts • Authentication • Stripe subscriptions • Device enrollment • Entitlement enforcement Access provisioned on subscription. Revoked upon lapse (near real time). Device controls: • Enrollment • Revocation • Per-user device limits ⸻ Windows Version 1.0.0.2 released. Includes: • Connect / disconnect • Real-time network stats • Identity management • MFA • Tunnel configuration Production distribution: • Code-signed installers • Stable + beta update channels • Crash diagnostics reporting In-app device enrollment active. Status: Released. Preparing for beta expansion. ⸻ macOS Client rebuilt with new dark HUD design system. Implemented screens: • Login • Registration • Password recovery • Subscription (in-app Stripe) • Device enrollment • Dashboard • Device sharing (QR) • Account management • Settings End-to-end auth flow connected to live backend. Keyboard navigation and structured error handling in place. Status: Core experience complete. Finalizing for public beta. ⸻ iOS Functional client: • Tunnel management • Identity enrollment (QR) • MFA • Diagnostics SwiftUI interface prototype developed. Converging with production client. Status: Functional. UI modernization ongoing. ⸻ What’s Next Desktop beta this week. Final integration testing on full in-app flow: sign up → subscribe → enroll → connect. iOS follows after desktop stabilization.

Founder’s Notes (04) - Movement Is Life: The Radio Revolution By the mid-20th century, the rules of the spectrum were changing. Intercepting a steady, predictable signal had once been straightforward: find the frequency, tune in, and listen. But then came a breakthrough, frequency hopping and spread spectrum. Suddenly, the signal wouldn’t sit still. Instead of transmitting on one channel, radios leapt across many, changing frequencies in rapid succession. To the casual observer, the signal disappeared, flashing in and out unpredictably. To an operator with the right synchronization, it was perfectly clear. For the interceptor, it was a nightmare. Manual tracking became impossible. Machines were required just to follow the jumps and reconstruct the stream. Movement became protection. Agility became survival. The Modern Parallel: Cyber hopping networks today faces the same reality. Static endpoints (fixed, visible IP addresses), always-on VPN tunnels, unchanging DNS records that behave like those old, stationary radio transmissions. They can be found, monitored, and eventually attacked. Movement changes the equation. Ephemeral IPs that rotate, gateways that shift, multiple simultaneous pathways, applications that rebuild and relocate inside containers; these are the modern equivalents of spread spectrum. Just as frequency hopping denied the enemy a stable target, Automated Moving Target Defense (AMTD) invalidates reconnaissance before it can be exploited. It’s not about hiding forever. It’s about moving fast enough that the attacker’s map is out of date before they can use it. The Lesson That Endures, The fourth great truth of SIGINT and EW: survival depends on speed and unpredictability. Strength alone won’t hold. Static defenses invite patient enemies. Motion forces adversaries to chase shadows, never quite catching up. Why It Still Matters: Today’s adversaries automate reconnaissance, scanning vast swaths of the internet in seconds. Static defenses give them all the time in the world to probe, wait, and strike. But when the terrain itself changes, when addresses shift, services move, and containers rebuild, the adversary’s timing is broken. What they found yesterday is gone today. Just as spread spectrum kept radio operators one step ahead, modern cyber defenders must think in terms of motion. Every system left standing still is already halfway compromised. Next in the Series “The Fusion of SIGINT and Electronic Warfare”. How listening evolved into active disruption, and why blending sensing with effects became the foundation of dominance.

Ethereum is for quantum resistance.

Not all risk lives on-chain. Supply chains, payments, defence systems, and enterprise data flows all fail when relationships and movement become visible. Our RAVID infrastructure can secure off-chain, real-world systems by removing network observability, especially where exposure equals catastrophic risk. $ENX