Phosphorus discovers, hardens and continuously manages your IoT, OT and IoMT devices. No hardware, SPAN ports or TAPs required — it deploys in minutes and operational cost doesn't grow with scale.
Phosphorus runs the xIoT lifecycle across three stages: discovery and assessment, automated hardening and continuous monitoring — all from one platform, with human oversight preserved at every step.
Classify your IoT/OT/IoMT devices, score vulnerabilities by brand and model. Skip the months- long PoC and get results in minutes.
Automatically rotate default and weak passwords and apply your password policies. Integrates natively with PAM platforms like CyberArk.
Upgrade or downgrade device firmware at scale. Detect legacy / EOL devices and prevent uncontrolled updates.
Manage and renew device certificates at scale; automatically report on near-expiry or weak- algorithm certificates.
Disable insecure services like Telnet and FTP at scale; standardise device policies across the estate.
Discover NDAA Section 889 banned devices (Huawei, Dahua, Hikvision, ZTE, Hytera) and their OEM firmware — and disable them remotely when needed.
This isn't passive observation — it's active control. Phosphorus doesn't just report on findings; it safely touches devices to take action.
Manage xIoT devices across data centres, retail, healthcare, finance and manufacturing in one platform. A common control surface for ICS, OT and IIoT devices.
Most xIoT devices still carry default credentials.
68% of devices run vulnerable or out-of-date firmware.
Native integrations with Check Point, ServiceNow, CyberArk, Axonius and Microsoft Sentinel — extending your existing investments.
Device drift (configuration change, new service, unexpected behaviour) is automatically detected and forwarded to the SOC.
Manage your device inventory, vulnerability posture and compliance position from a single dashboard with Phosphorus.
Fill out the form and the CyberDistro xIoT team will schedule a tailored demonstration and PoC for your environment.
Supported protocols, agentless operation, SIEM integration and critical-infrastructure use cases.
Across IT/IoT/OT/IoMT, Phosphorus supports industrial protocols such as Modbus, BACnet, OPC-UA and DNP3 alongside common management protocols like HTTP/HTTPS, SSH, Telnet, SNMP, RTSP and ONVIF. Devices are identified through deep fingerprinting on brand, model and firmware version.
Yes — Phosphorus is fully agentless. Nothing is installed on the device; the platform communicates over native protocols to perform discovery, audit and remediation. That makes it easy to use in sensitive OT / ICS production environments.
Phosphorus pushes device enrichment and alerts to SIEM platforms — most notably Microsoft Sentinel. With PAM platforms like CyberArk, it manages credentials through the password vault. Workflow and ticketing happens through ServiceNow; asset detail joins via Axonius; and network-centric isolation is enabled through the Check Point integration.
Banking & Finance: continuous security for ATMs, kiosks, IP cameras and BMS devices. Healthcare: hardening of patient- safety-critical IoMT devices (infusion pumps, MRIs, vital monitors and similar). Manufacturing / ICS: credential and firmware control for Modbus / OPC-UA devices. Retail: in-store POS, camera and kiosk inventory management. Data centre: security for out-of-band devices such as PDUs, KVMs, BMS and IPMI.
Device-level inventory, password management and audit reports are a critical requirement under most data-protection regimes (GDPR / KVKK Article 12 and equivalents). Phosphorus delivers concrete evidence in the form of device inventory, password rotation, certificate status and drift reports. Outputs map cleanly to NDAA 889, NIST SP 800-82 (ICS Security) and IEC 62443 controls.
Phosphorus is software-based and requires no extra hardware. Initial discovery on a pilot IP block completes within hours. Production-scale rollout typically takes 1–4 weeks depending on the size of the organisation. The CyberDistro xIoT team supports PoC and roll-out on-site.
Under the US federal regulation NDAA Section 889, Huawei, Dahua, Hikvision, ZTE, Hytera and other brands carrying their OEM firmware are banned. Phosphorus identifies these devices by actual firmware signature rather than brand label and lets you disable them remotely. This is an important building block for supply-chain risk management.
Both options are available. Critical-infrastructure scenarios usually prefer on-prem deployment (your own DC or OT network), while more flexible scenarios may use a cloud management layer. CyberDistro provides advisory on the best architecture for your environment.
Official platform datasheets, solution briefs and product overviews.
Request the official platform data sheet via phosphorus.io.
Request DatasheetThe three-stage xIoT discover/harden/monitor approach, modules and sector use cases.
Platform PageIntelligent Active Discovery: agentless device fingerprinting through native protocols.
ExploreDetection of default credentials, old firmware and EOL devices — enriched with CVE / EPSS / KEV context.
ExploreCyberDistro-curated product overview, three-stage approach and sector scenarios.
Download PDFLocal mirror of the official platform datasheet for offline review.
Download PDFOne-page summary of key capabilities, scale metrics and customer benefits.
Download PDFJoint Phosphorus + Check Point brief on network-centric xIoT security.
Download PDFNetwork-centric xIoT visibility coordinated with the Check Point security stack.
ExploreThe Azure-Marketplace Phosphorus Connector delivers xIoT enrichment and SOC integration.
ExploreFor licensing, PoC and compliance work on Phosphorus, talk to CyberDistro.
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