// Homepage — Redinent Global Site const { useState: useStateHome, useEffect: useEffectHome } = React; // ─── Product visual: XIoT device scan console ─────────────── function XIoTScanVisual() { const devices = [ { ip: "10.0.1.44", name: "Hikvision DS-2CD2T45", risk: "CRITICAL", fw: "v3.1.1", creds: "DEFAULT" }, { ip: "10.0.1.71", name: "Dahua NVR4116-HS", risk: "HIGH", fw: "v2.800", creds: "WEAK" }, { ip: "10.0.1.103", name: "Axis P3245-V", risk: "CLEAN", fw: "v11.2.0", creds: "OK" }, { ip: "10.0.1.118", name: "Unknown OEM (Hikvision)", risk: "CRITICAL", fw: "v4.2.1", creds: "DEFAULT" }, { ip: "10.0.1.204", name: "Siemens S7-1200", risk: "HIGH", fw: "v6.2", creds: "WEAK" }, { ip: "10.0.1.247", name: "Bosch FLEXIDOME 5100i", risk: "MEDIUM", fw: "v9.80", creds: "CHANGED" }, ]; const RC = { CRITICAL: "#ef3e5d", HIGH: "#f59e0b", MEDIUM: "#6b7280", CLEAN: "#22c55e" }; const CC = { DEFAULT: "#ef3e5d", WEAK: "#f59e0b", CHANGED: "#22c55e", OK: "#22c55e" }; const [scanLine, setScanLine] = useStateHome(0); useEffectHome(() => { const t = setInterval(() => setScanLine(p => (p + 1) % devices.length), 700); return () => clearInterval(t); }, []); const col = "100px 1fr 80px 72px 82px"; return (
REDINENT XIoT · ACTIVE SCAN ● 2,847 DEVICES
{["IP", "DEVICE", "RISK", "FIRMWARE", "CREDS"].map(h => ( {h} ))}
{devices.map((d, i) => (
{d.ip} {d.name} {d.risk} {d.fw} {d.creds}
))}
{[["34", "CRITICAL", "#ef3e5d"], ["127", "HIGH", "#f59e0b"], ["289", "MEDIUM", "#6b7280"], ["98", "CLEAN", "#22c55e"]].map(([n, l, c]) => ( {n} {l} ))}
); } // ─── Product visual: Turing agent fleet console ────────────── function TuringAgentVisual() { const agents = [ { id: "CRAWLER-01", status: "SCRAPING", src: "vendor firmware repos", out: "14,822 firmware images indexed" }, { id: "CVE-AGENT", status: "CORRELATING", src: "NVD · MITRE · OSV", out: "847 new device mappings today" }, { id: "OTX-01", status: "INGESTING", src: "AlienVault OTX", out: "233 IoT threat indicators" }, { id: "EXPLOIT-01", status: "MONITORING", src: "ExploitDB · GitHub PoCs", out: "12 new PoCs matched to XIoT" }, { id: "MATCH-01", status: "ENRICHING", src: "XIoT device fingerprints", out: "4,291 devices enriched" }, { id: "ETL-01", status: "PACKAGING", src: "intelligence bundle v.4812", out: "ready for XIoT sync" }, ]; const SC = { SCRAPING: "#5b8def", CORRELATING: "#a78bfa", INGESTING: "#34d399", MONITORING: "#f59e0b", ENRICHING: "#5b8def", PACKAGING: "#22c55e" }; const [active, setActive] = useStateHome(0); useEffectHome(() => { const t = setInterval(() => setActive(p => (p + 1) % agents.length), 520); return () => clearInterval(t); }, []); return (
REDINENT TURING · AGENT FLEET ● 6 AGENTS ACTIVE
{agents.map((a, i) => (
{a.id} ● {a.status}
{a.src}
↳ {a.out}
))}
); } // ─── Product visual: Labs CVE feed ────────────────────────── function LabsCVEVisual() { const cves = [ { id: "CVE-2026-0629", title: "Authentication Bypass in IP Camera", vendor: "TP-Link", sev: "CRITICAL" }, { id: "CVE-2024-10381", title: "Auth Bypass in Access Control System", vendor: "Matrix Comsec",sev: "CRITICAL" }, { id: "CVE-2023-28808", title: "Multiple Auth Vulnerabilities", vendor: "Hikvision", sev: "CRITICAL" }, { id: "CVE-2023-0773", title: "Authentication Bypass in IP Camera", vendor: "Uniview", sev: "CRITICAL" }, { id: "CVE-2022-41677", title: "Information Disclosure via ONVIF", vendor: "Bosch", sev: "HIGH" }, ]; const SC = { CRITICAL: "#ef3e5d", HIGH: "#f59e0b" }; return (
REDINENT THREAT LABS · CVE FEED 9 PUBLISHED
{cves.map((c, i) => (
{c.id} {c.sev}
{c.title}
{c.vendor}
))}
AIRPORTS · BANKS · DATA CENTERS · GOVERNMENT FACILITIES
); } // ─── Platform Architecture Diagram ────────────────────────── function PlatformDiagram({ navigate }) { const [assets, setAssets] = useStateHome(247); const [proto, setProto] = useStateHome(312); const [hardened, setHardened] = useStateHome(1482); const [activeNode, setActiveNode] = useStateHome(null); useEffectHome(() => { const t1 = setInterval(() => setAssets(v => Math.max(240, v + Math.floor(Math.random() * 3) - 1)), 4000); const t2 = setInterval(() => setProto(v => Math.max(280, Math.min(360, v + Math.floor(Math.random() * 20) - 10))), 1800); const t3 = setInterval(() => setHardened(v => v + Math.floor(Math.random() * 3)), 3000); return () => { clearInterval(t1); clearInterval(t2); clearInterval(t3); }; }, []); const nodeMap = { ipcam: { color: "#ef3e5d", title: "IP Camera fleet — CVE EXPOSED", body: "Hikvision multi-site fleet. CVE-2017-7921 active: unauthenticated firmware config download. Shared administrative credential extracted and reused across entire fleet. XIoT identified the unpatched device, decrypted config automatically — credential valid at all locations." }, bms: { color: "#f59e0b", title: "BMS / HVAC Controllers", body: "Building automation and HVAC systems. Protocols: BACnet/IP, Modbus TCP, KNX. Firmware unpatched since vendor advisory 2022-11. Remote command injection surface on BACnet management interface. Covers the IT/facilities ownership gap." }, screenmirror:{ color: "#f59e0b", title: "Screen Mirroring units", body: "ProDisplayLink deployed across all meeting rooms. Every unit running on manufacturer default credentials. Web control panel accessible to any building WiFi user. Live conference content visible over the network in real time." }, accessctrl: { color: "#f59e0b", title: "Physical Access Controllers", body: "IoT-integrated access control managing building entry across all floors. Firmware unaudited, credential review never performed since installation. DoS vector on exposed management port — building lockout risk." }, nvrvms: { color: "#22c55e", title: "NVR / VMS", body: "Network Video Recorder and Video Management System. Currently scanning: web interface hardening, API authentication, RTSP stream access controls. Passive fingerprinting in progress — zero active packets transmitted." }, layer1: { color: "rgba(240,236,228,0.7)", title: "Asset fingerprinting", body: "Full passive inventory of every device on the network. XIoT identifies device model, manufacturer, firmware version, open ports, and running services without sending a single probe packet. Cross-referenced against known device databases instantly." }, layer2: { color: "#ef3e5d", title: "CVE & vulnerability mapping — ACTIVE ALERT",body: "CVE-2017-7921 confirmed on camera at 192.168.10.14. CVSS 9.8 CRITICAL. Unauthenticated firmware config retrieval confirmed. Credential extraction automated. ICS-CERT advisory cross-referenced. Full exploit path mapped to affected fleet." }, layer3: { color: "#f59e0b", title: "Credential & access audit", body: "XIoT tests manufacturer default credentials against every discovered device. Open admin panels detected, shared credentials identified. 14 devices using factory defaults. Screen mirroring, NVR admin panels, and camera dashboards all accessible without authentication." }, layer4: { color: "rgba(240,236,228,0.7)", title: "Protocol inspection", body: "Deep inspection: RTSP streams, ONVIF device profiles, BACnet/IP commands, Modbus function codes, proprietary firmware protocols. Command-level audit of devices. Support for legacy and air-gapped environments." }, layer5: { color: "rgba(240,236,228,0.7)", title: "Compliance mapping", body: "Findings mapped to NDAA hardware compliance, Meity empanelment requirements, ISO 27001 controls, IEC 62443 series, and STQC certification criteria. Audit-ready report per device class. Export: PDF · JSON · CSV." }, }; const activeInfo = activeNode ? nodeMap[activeNode] : null; const toggle = (id) => setActiveNode(p => p === id ? null : id); return (
); } // ─── PageHome ──────────────────────────────────────────────── function PageHome({ navigate }) { const verticals = [ { icon: "ph-buildings", name: "Data Centers", headline: "OpenBMC to AI firmware — the full stack.", image: "assets/slider-data-center.jpg", page: "solution-datacenter" }, { icon: "ph-camera", name: "CCTV & Surveillance",headline: "The largest attack surface you never audit.", image: "assets/sector-cctv.jpg", page: "solution-cctv" }, { icon: "ph-traffic-sign", name: "Smart Cities", headline: "CCTV fleets, traffic and citizen data.", image: "assets/slider-smartcity.jpg", page: "solution-smartcity" }, { icon: "ph-gas-pump", name: "Oil & Gas", headline: "SCADA and safety-critical OT.", image: "assets/slider-oil-and-gas.jpg", page: "solution-oilandgas" }, { icon: "ph-building-apartment",name: "Government", headline: "STQC-certified. Sovereign deployments.", image: "assets/slider-government.jpg", page: "solution-government" }, { icon: "ph-factory", name: "Manufacturing", headline: "PLC security without production disruption.", image: "assets/slider-manufacturing.jpg", page: "solution-manufacturing" }, { icon: "ph-lightning", name: "Power & Energy", headline: "Grid security and substation protection.", image: "assets/slider-power.jpg", page: "solution-powerenergy" }, { icon: "ph-door", name: "Smart Buildings", headline: "BMS, HVAC and access control — secured.", image: "assets/sector-buildings.jpg", page: "solution-smartbuildings"}, ]; const cves = [ { id: "CVE-2026-0629", title: "Authentication Bypass in TP-Link IP Camera", vendor: "TP-Link", sev: "critical" }, { id: "CVE-2024-10381", title: "Authentication Bypass in Access Control", vendor: "Matrix Comsec", sev: "critical" }, { id: "CVE-2023-0773", title: "Authentication Bypass in IP Camera", vendor: "Uniview", sev: "critical" }, ]; // Refs for GSAP pinned bridge sequence const pageRef = React.useRef(null); const bridgeSectionRef = React.useRef(null); const bridgePanelRef = React.useRef(null); const beat1Ref = React.useRef(null); const beat2Ref = React.useRef(null); const beat3Ref = React.useRef(null); const { lbState, openLightbox, closeLightbox, lbPrev, lbNext } = useLightbox(); // ── GSAP: bridge pin + general scroll animations ────────────── useEffectHome(() => { const gsap = window.gsap; const ST = window.ScrollTrigger; if (!gsap || !ST) return; const ctx = gsap.context(() => { // ── 1. Pinned scroll sequence ─────────────────────────── const section = bridgeSectionRef.current; const panel = bridgePanelRef.current; const beat1 = beat1Ref.current; const beat2 = beat2Ref.current; const beat3 = beat3Ref.current; if (section && panel && beat1 && beat2 && beat3) { gsap.set([beat1, beat2, beat3], { opacity: 0 }); const L1 = beat1.querySelectorAll('.bb-line'); const L2 = beat2.querySelectorAll('.bb-line'); const L3 = beat3.querySelectorAll('.bb-line'); const cta = beat3.querySelector('.bb-cta'); gsap.set([...L1, ...L2, ...L3], { opacity: 0, y: 52 }); if (cta) gsap.set(cta, { opacity: 0, y: 20 }); const tl = gsap.timeline({ scrollTrigger: { trigger: section, start: "top top", end: "bottom bottom", scrub: 1.8, pin: panel, anticipatePin: 1, } }); tl // ── Beat 1 in ───────────────────── .to(beat1, { opacity: 1, duration: 0.2 }) .to(L1, { opacity: 1, y: 0, duration: 0.55, stagger: 0.22, ease: "power2.out" }, "<0.05") .to({}, { duration: 2.4 }) // hold .to(beat1, { opacity: 0, y: -60, duration: 0.5, ease: "power2.in" }) // ── Beat 2 in ───────────────────── .to(beat2, { opacity: 1, duration: 0.2 }) .to(L2, { opacity: 1, y: 0, duration: 0.55, stagger: 0.22, ease: "power2.out" }, "<0.05") .to({}, { duration: 2.4 }) // hold .to(beat2, { opacity: 0, y: -60, duration: 0.5, ease: "power2.in" }) // ── Beat 3 in ───────────────────── .to(beat3, { opacity: 1, duration: 0.2 }) .to(L3, { opacity: 1, y: 0, duration: 0.6, stagger: 0.28, ease: "power2.out" }, "<0.05") .to({}, { duration: 1.4 }) .to(cta, { opacity: 1, y: 0, duration: 0.45, ease: "power2.out" }) .to({}, { duration: 2.2 }); // final hold before unpin } // ── 2. General scroll fade-ups ────────────────────────── gsap.utils.toArray('.problem-cell').forEach((el, i) => { gsap.from(el, { scrollTrigger: { trigger: el, start: "top 88%", toggleActions: "play none none none" }, y: 52, opacity: 0, duration: 0.75, delay: i * 0.13, ease: "power2.out", }); }); gsap.utils.toArray('.stat').forEach((el, i) => { gsap.from(el, { scrollTrigger: { trigger: el, start: "top 88%", toggleActions: "play none none none" }, y: 40, opacity: 0, duration: 0.6, delay: i * 0.09, ease: "power2.out", }); }); gsap.utils.toArray('.cve-row').forEach((el, i) => { gsap.from(el, { scrollTrigger: { trigger: el, start: "top 90%", toggleActions: "play none none none" }, x: -30, opacity: 0, duration: 0.55, delay: i * 0.08, ease: "power2.out", }); }); }, pageRef); return () => ctx.revert(); }, []); return (
{/* ── 1. HERO — CURIOSITY + PATTERN INTERRUPT ───────── */}
AI-Native · Edge, IT, Data Center, IoT & OT Security Platform

See Every Device.
Secure Every Layer.

{ e.preventDefault(); navigate("contact"); }} style={{ padding: "14px 24px" }}> Book a Demo { e.preventDefault(); navigate("xiot"); }} style={{ padding: "14px 24px" }}> Explore XIoT Platform
Trusted infrastructure STQC Empanelled Lab 9 Published CVEs India · UAE · Australia
{/* ── MARQUEE ─────────────────────────────────────────── */}
{/* ── 2. PROBLEM — LOSS FRAME + CONTRAST + SPECIFICITY ─ */}
What your security stack cannot see

Network scanners see traffic.
Redinent explore the inside.

Three blind spots in every enterprise IoT deployment — costing organizations millions before they're discovered. None of them appear in your SIEM.

67%
Unpatched firmware in a typical enterprise deployment

Your vulnerability scanner found nothing because it checked the network traffic, not the firmware. Redinent interrogates the firmware image directly — CVE exposure, certificate expiry, Signed / Unsigned firmware, password hashes — automatically, on first contact.

28
Default or hardcoded credentials per deployment

Every one is an open door. Your firewall cannot see them because they live inside the firmware binary — not in the traffic. Passive traffic analysis is completely blind to what's burned into the device at the factory.

Brand ≠
Firmware
Hidden insecure OEM components in branded hardware

A camera sold as a western OEM brand runs Hikvision firmware. Enterprise procurement checks the vendor name. Redinent checks what's actually running inside the device. We've found banned OEM components in critical infrastructure worldwide — airports, banks, government facilities.

{/* ── 3. PLATFORM BRIDGE — Pinned scroll sequence ──────── */} {/* 500vh outer section gives ~400vh of scroll travel */}
{/* ── The panel that gets pinned ── */}
{/* Grid overlay */}
{/* ── 4. PRODUCTS — IDENTITY + FUTURE PACE ─────────────── */}
{/* Section header */}
{/* XIoT watermark */}
01 Platform · Intelligence · Research

A platform ecosystem built
around deep inspection.

{/* ── Row 1: XIoT — content left, visual right ── */}
Core Platform · On-Premise

It's not what's on your network.
It's what's running inside it.

Every device on your network has firmware. Most security tools see the traffic coming out. XIoT reads what's burned in — credentials, certificates, CVE exposure, true OEM identity — automatically, without agents, without disruption.

{["Asset Discovery", "Firmware Analysis", "Credential Audit", "CVE Correlation", "Compliance Mapping", "Air-Gap Capable"].map(f => ( {f} ))}
{ e.preventDefault(); navigate("xiot"); }} style={{ display: "inline-flex", alignItems: "center", gap: 8, fontSize: 14, fontWeight: 600, color: "var(--accent)", textDecoration: "none" }}> Explore Redinent XIoT →
{/* ── Row 2: Turing — visual left, content right ── */}
{/* TURING watermark */}
AI Intelligence Layer · Multi-Agent

Turing Fleet
No sleep. No analyst budget.

While your SOC handles tickets, Turing's agent fleet is crawling firmware repos, correlating CVEs to device fingerprints, monitoring exploit archives and packaging intelligence bundles — continuously, autonomously, without a single human in the loop.

{["Firmware Crawling", "CVE Correlation", "Threat Intel", "Exploit Monitoring", "OTX Integration", "Real-time Sync"].map(f => ( {f} ))}
{ e.preventDefault(); navigate("sigint"); }} style={{ display: "inline-flex", alignItems: "center", gap: 8, fontSize: 14, fontWeight: 600, color: "#5b8def", textDecoration: "none" }}> Explore Redinent Turing →
{/* ── Row 3: Labs — content left, visual right ── */}
{/* ── RESEARCH / LABS — proof before application ───────── */}
Threat Labs · CVEs published

We find what
others miss.

Redinent Threat Labs has published 9 CVEs — authentication bypasses, credential exposure, firmware backdoors — across global OEMs. These aren't theoretical. They were found in devices deployed at airports, banks, data centers and government facilities worldwide. Our research feeds directly back into XIoT.

{["9 Published CVEs", "Responsible Disclosure", "Firmware Research", "OEM Advisories", "Feeds back to XIoT"].map(f => ( {f} ))}
{ e.preventDefault(); navigate("research"); }} style={{ display: "inline-flex", alignItems: "center", gap: 8, fontSize: 14, fontWeight: 600, color: "var(--accent)", textDecoration: "none" }}> View all research →
{/* ── SOLUTIONS SLIDER ─────────────────────────────────── */} {/* ── REAL DEPLOYMENT PROOF ────────────────────────────── */}
Real deployment output · Not a demo

26,898 assets discovered.
Unfied Exposure Visibilty

Three views from a single live XIoT deployment — Inventory, Risk & Findings, Attack Surface. The numbers are real. The fleet includes Siemens, Axis, Bosch, Hikvision and Cisco devices across seven locations.

{(() => { const shots = [ { src: "assets/screenshots/org-wide-asset-inventory-multi-location.jpg", label: "INVENTORY", caption: "26,898 total assets · 15,813 unregistered · Siemens 4,173 · Axis 2,805 · Bosch 1,439 across Cairns, Woomera, Palmerston and more.", }, { src: "assets/screenshots/org-wide-risk-dashboard.jpg", label: "RISK & FINDINGS", caption: "15,751 vulnerabilities · 2,403 vulnerable devices · 23 vendors affected. Top vendors: Bosch 6,521 · HID 2,388 · Cisco 2,111.", }, { src: "assets/screenshots/org-wide-attack-surface-dashboard.jpg", label: "ATTACK SURFACE", caption: "90,703 open ports · 11,408 unprotected RTSP video streams · 152 Telnet CRITICAL · 241 FTP CRITICAL · 198 RDP HIGH.", }, ]; const lbImages = shots.map(s => ({ src: s.src, alt: s.label, caption: s.caption })); return shots.map((shot, i) => (
{shot.label}
openLightbox(lbImages, i)} > {shot.caption}

{shot.caption}

)); })()}
{/* ── STRATEGIC SERVICES ───────────────────────────────── */}

For Enterprises & Governments

Buy the platform.

XIoT and Turing are products you license and deploy in your infrastructure — on-premise, no cloud required. Redinent Threat Labs provides ongoing research and custom NDA engagements for the deepest investigation needs.

{ e.preventDefault(); navigate("products"); }} className="btn btn-ghost" style={{ alignSelf: "flex-start" }}> Explore Products →

For Startups & Scale-Ups

Hire the advisory.

India-specific compliance services — DPDP readiness, STQC certification, Meity compliance, and our 120-day Startup Security Accelerator that takes pre-Series A companies to investor-grade security.

{ e.preventDefault(); navigate("strategic-services"); }} className="btn btn-primary" style={{ alignSelf: "flex-start" }}> Explore Strategic Services →

For OEMs & Governments

Buy the firmware.

Redinent firmware products — OpenBMC, UEFI, DC-SCM, Backplane Management Controller and more — are customised to your hardware design and licensed for direct integration. Standard firmware for open-standard modular hardware is available without customisation. All custom engagements are signed under NDA with Redinent Research Labs.

{ e.preventDefault(); navigate("contact"); }} className="btn btn-ghost" style={{ alignSelf: "flex-start", borderColor: "#7a5af044", color: "#7a5af0" }}> Enquire: Custom Firmware →
{/* ── FINAL CTA — FUTURE PACE ──────────────────────────── */} See what's actually
on your network.} cta1="Book a Demo →" cta2="Explore Products" cta1Page="contact" cta2Page="products" contactContext="general-inquiry" /> ); } window.PageHome = PageHome;