The verification layer
for the agent internet.
Ironwall verifies AI agents and human users at the network edge. Hardware-bound cryptographic attestation. Zero-knowledge proof verification in under 10 milliseconds. No CAPTCHAs. No behavioral tracking.
The Agent Internet Is Not the Human Internet.
50% of internet traffic is now automated. AI agents autonomously browse, transact, and extract data. Legacy defenses, CAPTCHAs, IP reputation, browser fingerprinting, were built for a world of human users and scripted bots.
The agent internet is neither. Autonomous AI agents operate with legitimate credentials, mimic human behavior, and execute multi-step tasks without human oversight.
No existing security infrastructure can verify whether the entity behind an API call is a human, an authorized agent, or a threat.
Ironwall
Two-Gate VerificationA two-gate verification system deployed at the network edge.
Gate 1 — Proof Generation
Agent telemetry and WebAuthn hardware attestation are ingested by a SP1 zero-knowledge virtual machine. Complex inputs are compressed into a 128-byte Groth16 cryptographic proof. Runs off-edge on hardened compute.
Gate 2 — Edge Verification
A Rust/WASM module verifies the proof via elliptic curve pairings in under 10 milliseconds. Valid proofs receive a scoped access token. Invalid proofs are instantly terminated. Live on Cloudflare Workers.
Hardware Root of Trust
Identity is anchored to the physical device's secure silicon — Apple Secure Enclave, TPM 2.0 — via the WebAuthn/FIDO2 standard. Biometric verification stays entirely local. No behavioral data crosses the wire.
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Grideōs Active Spatial Nodes
Patent PendingPatent-pending hardware for intelligent physical environments.
Ceiling-mounted, multi-directional laser emitter systems that create real-time spatial awareness in physical environments. Each node combines a 488nm cyan laser with 110-degree Powell Lens optics, a dual LiDAR/ToF sensor array operating at 20Hz, and a 6-axis IMU safety kill switch that fires in under 10 milliseconds.
All safety-critical functions run locally at the edge. No server dependency for core operation. Validated against IEC 60825-1:2014 Class 1 eye-safe emission standards. Housed in CNC-machined 6061-T6 aluminum rated IP65.
Luxury Hospitality
Guest intelligence, VIP detection, occupancy optimization.
Airport Terminals
Passenger flow, zone management, security coordination.
Construction Sites
Worker safety, danger zone proximity alerts, compliance monitoring.
Retail
Customer path analytics, conversion tracking, zone density.
Built and Deployed
We ship working systems, not slide decks. Every capability listed on this page has been built, deployed, and timestamped.
| Capability | Status |
|---|---|
| Live edge verifier (Groth16 ZK-SNARK, Cloudflare Workers) | 8.6ms Measured |
| WASM binary (#![no_std] Rust, BN254 pairings) | 381 KB |
| Patent filed | Priority Date Established |
| Self-funded | Zero External Capital |
| Defence aligned | 3 Pillars, Canada DIS |
| Spatial node simulations | 9 Live Demos |
Who Needs Verification
Financial Institutions
Verify that AI agents accessing trading APIs, customer data, or payment systems are authorized and hardware-attested. Instant termination of unauthorized access.
Critical Infrastructure
Sovereign-grade verification for energy grids, government networks, and defence systems. Air-gapped deployment option.
MSSP / Managed Security
White-label Ironwall as part of managed SOC offerings. Revenue share model.
Team
Kareem Louisy
Built every component of the Ironwall stack: edge detection engine, ZK verification pipeline, Cloudflare Workers deployment, patent architecture. Background in spatial computing and systems engineering.
Babafunso Alakija
Former NCO, UK Army Combined Cadet Force. Operational experience at Canadian Manoeuvre Training Centre, CFB Suffield (2009–2011). Leads strategic partnerships across infrastructure, energy, and institutional channels. Educated at Stowe School (UK).
Esam Wshah
Operations, partnerships, and go-to-market strategy.
Advisory Board
Ironwall is supported by advisors with deep expertise in cybersecurity, venture capital, managed security operations, and quantum-safe cryptography.
We're Hiring
Owns Phase VI Citadel Network architecture. You will design and deploy zero-knowledge proof circuits for distributed threat intelligence sharing across edge nodes. Requires: Rust, distributed systems, familiarity with ZK proof systems (SP1, RISC Zero, arkworks, or equivalent). Contact: kareem@grideos.com