What is the official website of Heatrod Elements Ltd ?

The official website of Heatrod Elements Ltd is http://www.heatrod.com.

What is Heatrod Elements Ltd's cybersecurity risk score?

Heatrod Elements Ltd has an AI-generated cybersecurity risk score of 746 out of 1000, indicating a Moderate security posture according to Rankiteo's assessment.

How many security incidents has Heatrod Elements Ltd experienced?

According to Rankiteo, Heatrod Elements Ltd currently holds 0 security badges, indicating that no recognized compliance certifications are currently verified for the organization.

Has Heatrod Elements Ltd been affected by any supply chain cyber incidents ?

According to Rankiteo, Heatrod Elements Ltd has not been affected by any supply chain cyber incidents, and no incident IDs are currently listed for the organization.

Does Heatrod Elements Ltd have SOC 2 Type 1 certification ?

According to Rankiteo, Heatrod Elements Ltd is not certified under SOC 2 Type 1.

Does Heatrod Elements Ltd have SOC 2 Type 2 certification ?

According to Rankiteo, Heatrod Elements Ltd does not hold a SOC 2 Type 2 certification.

Does Heatrod Elements Ltd comply with GDPR ?

According to Rankiteo, Heatrod Elements Ltd is not listed as GDPR compliant.

Does Heatrod Elements Ltd have PCI DSS certification ?

According to Rankiteo, Heatrod Elements Ltd does not currently maintain PCI DSS compliance.

Does Heatrod Elements Ltd comply with HIPAA ?

According to Rankiteo, Heatrod Elements Ltd is not compliant with HIPAA regulations.

Does Heatrod Elements Ltd have ISO 27001 certification ?

According to Rankiteo,Heatrod Elements Ltd is not certified under ISO 27001, indicating the absence of a formally recognized information security management framework.

Which industry does Heatrod Elements Ltd operate in ?

Heatrod Elements Ltd operates primarily in the Appliances, Electrical, and Electronics Manufacturing industry.

How many employees does Heatrod Elements Ltd have ?

Heatrod Elements Ltd employs approximately 36 people worldwide.

Does Heatrod Elements Ltd own any subsidiaries ?

Heatrod Elements Ltd presently has no subsidiaries across any sectors.

How many LinkedIn followers does Heatrod Elements Ltd have ?

Heatrod Elements Ltd's official LinkedIn profile has approximately 1,063 followers.

What is the NAICS classification code for Heatrod Elements Ltd ?

Heatrod Elements Ltd is classified under the NAICS code 335, which corresponds to Electrical Equipment, Appliance, and Component Manufacturing.

Does Heatrod Elements Ltd have a Crunchbase profile ?

No, Heatrod Elements Ltd does not have a profile on Crunchbase.

Does Heatrod Elements Ltd have a LinkedIn profile ?

Yes, Heatrod Elements Ltd maintains an official LinkedIn profile, which is actively utilized for branding and talent engagement, which can be accessed here: https://www.linkedin.com/company/heatrod-elements-ltd.

How many cybersecurity incidents has Heatrod Elements Ltd experienced ?

As of August 11, 2026, Rankiteo reports that Heatrod Elements Ltd has not experienced any cybersecurity incidents.

How many peer or competitor companies does Heatrod Elements Ltd have ?

Heatrod Elements Ltd has an estimated 9,683 peer or competitor companies worldwide.

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HEL

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746

/1000

Moderate

771

/1000

Fair

Heatrod Elements Ltd Vendor Cyber Rating & Cyber Score

heatrod.com

Add Your Compliance Badge

Heatrod Elements manufacture both domestic and industrial electric heating products and solutions. Our manufacturing premises is based in north Manchester and we are also part of a global group of companies owned by the Swedish company Nibe Elements. Our products and solutions range from the humble domestic immersion heater through to more complex industrial heating applications which would employ offerings such as high power immersion heaters and process flow heaters. We offer application engineering expertise in electric heating applications into a variety of industry sectors such as the Rail, Chemical, Food & Beverage, Defense markets.

HEL A.I CyberSecurity Scoring

Scoring History

HEL

Heatrod Elements Ltd CyberSecurity News & History

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Impact

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A.I.

HEL Company Scoring based on AI Models

Cyber Incidents Likelihood 3 - 6 - 9 months

Actual

Prediction

Incident Predictions locked

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A.I Risk Score Likelihood 3 - 6 - 9 months

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Underwriter Stats for HEL

Incidents vs Appliances, Electrical, and Electronics Manufacturing Industry Avg (This Year)

No incidents recorded for Heatrod Elements Ltd in 2026.

Incidents vs All-Companies Average (This Year)

No incidents recorded for Heatrod Elements Ltd in 2026.

Incident Types HEL vs Appliances, Electrical, and Electronics Manufacturing Industry Avg (This Year)

No incidents recorded for Heatrod Elements Ltd in 2026.

Incident History - HEL (X = Date, Y = Severity)

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SUBSIDIARY

Heatrod Elements Ltd Subsidiaries

HEL

Appliances, Electrical, and Electronics Manufacturing

Website: http://www.heatrod.com

Company Size: 36

NIBE GroupIndustrial Machinery Manufacturing

NIBERenewable Energy Equipment Manufacturing

NIBE Energy SystemsRenewable Energy Semiconductor Manufacturing

Contura ABTillverkning av industriella maskiner

NIBE Energy Systems LimitedRenewable Energy Equipment Manufacturing

RhossIndustrial Machinery Manufacturing

BackerAppliances, Electrical, and Electronics Manufacturing

CTC ABIndustrial Machinery Manufacturing

CTC Heat pumpsIndustrial Machinery Manufacturing

BentoneIndustrial Machinery Manufacturing

CTC ProfessionalReal Estate

NIBE FRANCEIndustrial Machinery Manufacturing

Heat Trace LimitedAppliances, Electrical, and Electronics Manufacturing

ait-deutschland GmbHRenewable Energy Semiconductor Manufacturing

alpha innotecRenewable Energy Semiconductor Manufacturing

KKT chillersMachinery Manufacturing

NOVELANRenewable Energy Semiconductor Manufacturing

NOVELAN ÖsterreichRenewable Energy Semiconductor Manufacturing

alpha innotec ÖsterreichRenewable Energy Semiconductor Manufacturing

Eltwin GroupAppliances, Electrical, and Electronics Manufacturing

CetethermIndustrial Machinery Manufacturing

HT SpAAppliances, Electrical, and Electronics Manufacturing

Stovax GazcoManufacturing

BACKER FER SRLAppliances, Electrical, and Electronics Manufacturing

TempeffIndustrial Machinery Manufacturing

ABK-Qviller ASHVAC and Refrigeration Equipment Manufacturing

Danotherm Electric A/SAppliances, Electrical, and Electronics Manufacturing

DZ Dražice, člen skupiny NIBEIndustrial Machinery Manufacturing

GrayBar LtdRailroad Equipment Manufacturing

Norske Backer ASAppliances, Electrical, and Electronics Manufacturing

Backer ElectricAppliances, Electrical, and Electronics Manufacturing

HT EST DivisionAppliances, Electrical, and Electronics Manufacturing

BRAUDE a trading division of Heatrod Elements LtdAppliances, Electrical, and Electronics Manufacturing

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NEWS

Heatrod Elements Ltd CyberSecurity News

Latest updates, reports, and threat intel affecting the global network.

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CVE

Latest

Global CVEs (Not Company-Specific)

CVE-2026-8718

SUMMARY

tls_opt_dtls_peer_connection_id_value_get() in subsys/net/lib/sockets/sockets_tls.c, which handles getsockopt(SOL_TLS, TLS_DTLS_PEER_CID_VALUE), passed the caller-supplied optval directly to mbedtls_ssl_get_peer_cid() without verifying the buffer was at least MBEDTLS_SSL_CID_OUT_LEN_MAX (default 32) bytes. mbedtls_ssl_get_peer_cid() copies the peer-negotiated DTLS Connection ID (length 1..MBEDTLS_SSL_CID_OUT_LEN_MAX) into that buffer without a destination-size parameter, so a caller-supplied optlen smaller than the CID causes a write of up to 31 bytes past the buffer end. In CONFIG_USERSPACE builds the getsockopt syscall verifier (z_vrfy_zsock_getsockopt) bounce-buffers the user's optval into a kernel allocation of exactly optlen bytes (k_usermode_alloc_from_copy -> z_thread_malloc), so an unprivileged user thread that passes a small optlen on a connected DTLS socket with Connection ID enabled induces a kernel-heap buffer overflow, with the overflowing content being the remote peer's CID. The defect requires CONFIG_MBEDTLS_SSL_DTLS_CONNECTION_ID, an established DTLS session with a negotiated peer CID, and (for the kernel-crossing case) CONFIG_USERSPACE. Introduced when the TLS_DTLS_CID option was added (v3.5.0). The fix rejects callers whose optlen is below MBEDTLS_SSL_CID_OUT_LEN_MAX with -EINVAL.

Published

Date2026-08-10

Updated

Date2026-08-10

RISK INFORMATION (Score: 8.4)

cvss3

Base Score: 8.4

Complexity: LOW

CVSS:3.1/AV:L/AC:L/PR:L/UI:N/S:C/C:N/I:H/A:H

Impact Score

5.8

Exploitability

REFERENCES

CVE-2026-48161

SUMMARY

react18-use is a React 19 use hook shim. Between 2026-05-19 01:07:01 and 2026-05-19 15:20:43, the default branch contained malicious commits 7b79148d1495a2505f9277da295a98cf176f4496 through 7b79148d1495a2505f9277da295a98cf176f4496 that executed remote attacker-controlled code on developer machines during `npm install`. The commits were removed by force-push, but local clones, forks, and direct-SHA URLs may still contain them, and `npm install` against an affected checkout will still execute the code today. The package was not published to npm. `src/install.js` was added and wired into the `postinstall` script. It fetched a JavaScript payload from an attacker-controlled HTTPS endpoint (configurable via an environment variable), disabled TLS verification, and evaluated the response as code with `require` available. Execution was deliberately skipped on CI and cloud/serverless environments, targeting developer workstations. The second-stage payload was attacker-hosted and cannot be reconstructed. Assume full compromise of anything reachable from a Node process with the user's permissions. Those who ran `npm install` against an affected checkout on a developer machine on or after 2026-05-19 01:07:01 should treat the machine as compromised, rotate every credential the machine could reach, audit account activity since 2026-05-19 01:07:01, and clean local clones.

Published

Date2026-08-10

Updated

Date2026-08-10

RISK INFORMATION (Score: )

cvss4

Base Score: 9.3

Complexity: LOW

CVSS:4.0/AV:N/AC:L/AT:N/PR:N/UI:N/VC:H/VI:H/VA:H/SC:N/SI:N/SA:N/E:X/CR:X/IR:X/AR:X/MAV:X/MAC:X/MAT:X/MPR:X/MUI:X/MVC:X/MVI:X/MVA:X/MSC:X/MSI:X/MSA:X/S:X/AU:X/R:X/V:X/RE:X/U:X

Impact Score

Exploitability

REFERENCES

https://github.com/dai-shi/react18-use/security/advisories/GHSA-32xh-vg5f-64fm

CVE-2026-11812

SUMMARY

The UpdateHub management subsystem (subsys/mgmt/updatehub/updatehub.c) drives every update operation through a single file-scope ctx structure that holds the CoAP block context, payload buffer, status code, socket, and a one-element poll-fd array fds[1]. Access to ctx was not serialized, and prepare_fds() wrote ctx.fds[ctx.nfds] and incremented ctx.nfds with no bounds check. Two independent paths mutate ctx concurrently: the background autohandler running on the system workqueue, and user-triggered operations reached through the updatehub run shell command, direct API calls, or — since the operations are exposed as syscalls — userspace threads. When a second flow enters prepare_fds() while ctx.nfds is already 1, the write lands one element past the array; by struct layout it overlaps the adjacent ctx.sock/ctx.nfds members. More broadly, the unsynchronized sharing lets two flows interleave connection setup and teardown, double-closing a socket descriptor or scribbling the shared buffers. The result is corruption of the update subsystem's internal state and denial of service of the firmware-update path; the out-of-bounds write is contained within the ctx structure and there is no demonstrated path to memory outside it or to code execution. Triggering requires a local actor able to invoke update operations (or, with CONFIG_USERSPACE, an unprivileged userspace thread) and to win a timing race against the background handler; remote peers cannot control the race timing. The fix serializes the entry points with a mutex and adds a bounds check to prepare_fds().

Published

Date2026-08-10

Updated

Date2026-08-10

RISK INFORMATION (Score: 2.5)

cvss3

Base Score: 2.5

Complexity: HIGH

CVSS:3.1/AV:L/AC:H/PR:L/UI:N/S:U/C:N/I:N/A:L

Impact Score

1.4

Exploitability

REFERENCES

CVE-2026-11811

SUMMARY

The UpdateHub over-the-air update client's start_coap_client() in subsys/mgmt/updatehub/updatehub.c leaks the CoAP/DTLS socket descriptor on its connection-setup failure paths. The shared error: cleanup gated socket closing on a ret > 0 flag, but ret was set to -1 immediately after the socket was created, so when zsock_setsockopt() (DTLS) or zsock_connect() subsequently failed the gate was false and cleanup_connection() was never called. The open descriptor in the global ctx.sock was then overwritten by the next attempt, permanently leaking it from the socket / net_context pool until reboot. The failing setup path is reached every time the OTA client tries to contact the UpdateHub server and the connection cannot be established — driven automatically by the periodic autohandler() poll (and on demand via the updatehub_probe()/updatehub_update() API or the updatehub run shell command). The DTLS handshake/connect outcome is influenceable by a network or on-path attacker who drops, resets, or otherwise disrupts traffic to the server, and also fails naturally whenever the server is unreachable. Each failed attempt permanently leaks one descriptor; once the shared socket pool is exhausted, networking degrades device-wide until the device is rebooted, a denial-of-service condition. Severity is low because the leak rate is bounded by the configured OTA poll interval (default once per 24 hours), the effect is gradual and recovered by reboot, and only builds with the UpdateHub client enabled are affected. There is no memory-corruption, information-disclosure, or authentication impact.

Published

Date2026-08-10

Updated

Date2026-08-10

RISK INFORMATION (Score: 3.7)

cvss3

Base Score: 3.7

Complexity: HIGH

CVSS:3.1/AV:N/AC:H/PR:N/UI:N/S:U/C:N/I:N/A:L

Impact Score

1.4

Exploitability

2.2

REFERENCES

CVE-2025-30241

SUMMARY

Certain web interface components in affected TP-Link Aginet devices do not validate and sanitize user-supplied input properly before passing it to system-level command execution functions. An authenticated adjacent attacker may inject specially crafted input to execute arbitrary operation system commands with elevated privileges. Successful exploitation may allow execution of arbitrary system commands, potentially leading to full device compromise.

Published

Date2026-08-10

Updated

Date2026-08-10

RISK INFORMATION (Score: )

cvss4

Base Score: 8.6

Complexity: LOW

CVSS:4.0/AV:A/AC:L/AT:N/PR:L/UI:N/VC:H/VI:H/VA:H/SC:N/SI:N/SA:N/E:X/CR:X/IR:X/AR:X/MAV:X/MAC:X/MAT:X/MPR:X/MUI:X/MVC:X/MVI:X/MVA:X/MSC:X/MSI:X/MSA:X/S:X/AU:X/R:X/V:X/RE:X/U:X

Impact Score

Exploitability

REFERENCES

https://www.tp-link.com/us/support/faq/5239/

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