Ransomware: Vexy Ransomware named Strad Solutions (GB)

1. Executive summary

On 2026-09-12, the ransomware operation calling itself "Vexy Ransomware" listed Strad Solutions (GB, stradsolutions.com) on its leak site. Strad Solutions is a UK provider of cloud hosting, dedicated servers, managed IT, cybersecurity and disaster recovery services — a supplier to other businesses, which makes this a potential supply-chain exposure rather than a single-victim event. The listing page reports 78 compromised users, 4 third-party employee credentials and an external attack surface of 43 records for the victim domain; these figures are platform-derived and unverified. "Vexy Ransomware" has no MITRE ATT&CK profile in our verified reference data, so the attribution is unconfirmed — we cannot tie this operation to a tracked group, and the leak-site claim itself is not evidence that data was exfiltrated or encrypted. For EMEA financial services clients, the immediate risk is third-party concentration: any client using Strad Solutions for hosting, managed IT or DR should treat that dependency as potentially degraded until the provider confirms otherwise.

2. Regulatory framing

No NIS2 or UK NIS article is engaged on the facts available: the source does not establish that Strad Solutions is an essential or important entity, nor that any client's own incident-reporting threshold has been crossed. DORA Art. 17–19 are not engaged by this item as received — there is no confirmed incident at a client, no confirmed classification, and no reporting deadline triggered. If a client confirms its own service disruption or data impact, Art. 17/18/19 come into scope at that point.

3. Technical analysis & attack chain

Confirmed steps (from the source material)

1. The "Vexy Ransomware" operation posted a victim entry for Strad Solutions (GB) on its leak site on 2026-09-12T23:58:29Z.
2. The listing identifies the victim domain as stradsolutions.com and describes the victim's business as cloud hosting, dedicated servers, managed IT, cybersecurity and disaster recovery services for businesses worldwide.
3. The indexing platform's page for this victim records: compromised employees 0, compromised users 78, third-party employee credentials 4, external attack surface 43, plus DNS records for the victim domain.

That is the entirety of the confirmed technical record. The source does not state an initial access vector, does not name an exploited CVE or component, does not describe malware capabilities, persistence, privilege escalation, C2, lateral movement, exfiltration method, or encryption behaviour. We will not manufacture an attack chain to fill this section.

Unconfirmed / single-sourced claims — treat with caution

• The 78 compromised users, 4 third-party employee credentials and 43 external-attack-surface figures are single-sourced from the ransomware.live victim page and are platform-derived enrichment, not provider-confirmed facts. The "third-party employee credentials" figure in particular is an infostealer-ecosystem metric (the page is sponsored by a credential-intelligence vendor) and does not by itself demonstrate that those credentials were used in this intrusion. Verify before acting on any of these numbers.
• The leak-site listing is an operator claim. A listing does not prove encryption, does not prove exfiltration, and does not prove the volume or nature of any data held. Nothing in the source indicates ransomware encryption occurred, and nothing indicates data theft or extortion beyond the listing itself. We therefore do not characterise this as confirmed ransomware deployment, and we do not characterise it as confirmed data theft.
• Attribution is unconfirmed. "Vexy Ransomware" has no MITRE ATT&CK profile in our verified reference data. There is no basis in this material to link the operation to any tracked group, to a ransomware-as-a-service affiliate programme, or to a known initial-access broker.

Why this matters more than a typical single-victim listing: the victim is itself a supplier of hosting, managed IT and — critically — disaster recovery. If the provider's own DR capability is impaired, its customers' recovery assumptions are impaired with it. That is a structural risk that exists regardless of whether the leak-site claim is accurate.

4. Mitigation & containment

P1 — within 24 hours

• Establish whether you have a live Strad Solutions dependency. Check the third-party register, procurement records and DNS/hosting inventories for stradsolutions.com and any subdomains or IP ranges delegated to them.
• Contact the provider through a channel you already trust (account manager, contractually nominated contact) — not through any contact detail taken from the leak site. Ask three specific questions: (a) is our service currently available and unmodified; (b) has any client data or credential material been accessed; (c) what is the status of DR failover capability. Record the answers and the time received.
• If Strad Solutions hosts or manages anything supporting a critical or important function, activate your third-party incident playbook and confirm your own fallback: tested backups held outside the provider's environment, and an alternative hosting/DR path if one exists.
• Rotate credentials for any account, service principal, API key or VPN credential that Strad Solutions staff or systems can access or have administered. Prioritise credentials with administrative scope over your environment. Assume third-party-held credentials are exposed until the provider states otherwise.
• Review authentication logs for your own tenant for the last 30 days for access from unexpected geographies, unexpected source ASNs, or use of service accounts at unusual hours.

P2 — within 72 hours

• Enforce phishing-resistant MFA on all administrative and remote-access paths into your environment; disable legacy authentication protocols that bypass MFA.
• Audit standing administrative access granted to the provider. Remove or time-box any persistent admin role that is not contractually required; replace with just-in-time elevation where your platform supports it.
• If the provider holds your backups or runs your DR, verify independently that your recovery point objective is still achievable without them. Restore-test at least one critical system from a copy the provider does not control.
• Review the contract against DORA Art. 30 expectations: incident notification timelines, cooperation and access rights, and exit/transition assistance. Note gaps as findings.

P3 — within 7 days

• Complete or refresh the concentration assessment (DORA Art. 29) for this provider, explicitly covering the case where hosting, managed IT and DR are all supplied by the same counterparty.
• Where the provider supports a critical or important function and no credible substitute exists, open a remediation plan with a defined timeline for reducing that single-provider dependency.
• Add the provider's domain and any delegated infrastructure to monitoring for availability and certificate/configuration change, so that a future event is detected by you rather than by a leak site.

Explicitly not recommended: do not attempt to access, download or verify any data purportedly published by the operator. Do not contact the operator. Do not treat the leak-site listing as confirmation of a breach in your own environment.

5. Indicators of compromise

No atomic indicators of compromise (hashes, malicious domains, IP addresses, file paths, registry keys) are present in the source material. The source provides only victim-identity and enrichment data.

The single entry above is the victim's domain, not attacker infrastructure. It is included only so that tooling can pivot on the victim identity; it must not be blocked or treated as malicious.

Behavioural indicators (no atomic IOCs available):

domain  stradsolutions[.]com

6. Detection

The source material contains no threat artefacts — no distinctive strings, command-line flags, mutex names, scheduled-task or service names, file names or paths, registry keys, ransom-note text, or hard-coded values from the malware itself. The only strings available are the victim's name and domain, which are not artefacts of the threat and would produce rules that detect reporting about the incident rather than the incident.

Insufficient indicators to author detection rules.

7. Sources

• ransomware.live — Victim: Strad Solutions – Vexy Ransomware — https://www.ransomware.live/id/U3RyYWQgU29sdXRpb25zQFZleHkgUmFuc29td2FyZQ== — published 2026-09-12T23:58:29Z
• ransomware.live — Victim: Strad Solutions – Vexy Ransomware (enrichment page: compromised users, third-party employee credentials, external attack surface, DNS records) — https://www.ransomware.live/id/U3RyYWQgU29sdXRpb25zQFZleHkgUmFuc29td2FyZQ== — retrieved 2026-09-13

Both sources are the same platform page; there is no independent corroboration of the victim listing or the enrichment figures in the material provided.

8. Adverse Trace position

We assess this as a third-party risk event of moderate severity with low technical confidence. The only hard fact is that a leak-site operator listed Strad Solutions on 2026-09-12; the enrichment figures (78 users, 4 third-party credentials, 43 attack-surface records) are single-sourced platform data and should be verified before any enforcement or escalation decision. Attribution to "Vexy Ransomware" is unconfirmed — the operation has no MITRE ATT&CK profile in our reference data, and we make no link to any tracked group. We do not assess this as confirmed ransomware encryption or confirmed data theft; the source supports neither claim. The client impact is concentrated in third-party dependency: firms using Strad Solutions for hosting, managed IT or disaster recovery should assume degraded assurance until the provider confirms otherwise, and should specifically test whether their recovery capability survives the loss of that provider. Next, we will monitor for provider statements, for any client-side service disruption, and for further leak-site activity from this operation; if a client confirms its own incident, DORA Art. 17–19 come into scope and we will reissue with classification and reporting timelines.

Read the original source →

Published via PulseTrace — Adverse Trace threat intelligence.