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A New Wave of Ransomware Claims Emerges
Ransomware groups continue to turn the dark web into a public pressure stage, announcing alleged victims in rapid succession and attempting to create fear long before the full details of an intrusion are independently established. On August 25, 2026, two organizations were reportedly added to ransomware victim lists associated with ShadowByt3$ and Global Secret Group.
The claims, reported through threat-intelligence monitoring attributed to the ThreatMon Threat Intelligence Team, identify A-Plus Software Limited as a victim of ShadowByt3$ and Lockheed Architectural Solutions, Inc. as a victim of Global Secret Group.
At this stage, however, the available information establishes an important distinction: these are ransomware-group claims, not independently confirmed breaches. No publicly available evidence in the material reviewed confirms what information may have been accessed, whether systems were encrypted, whether data was actually stolen, or whether either organization paid or negotiated with the attackers.
That distinction matters because ransomware operations increasingly use victim-list publications as psychological weapons. A name appearing on a leak-site tracker can generate headlines, investor concerns, customer anxiety and reputational damage even before investigators determine whether an actual compromise occurred.
The Two Organizations Named
The first organization identified in the report is A-Plus Software Limited, a Hong Kong-based software company founded in 2009. The company describes itself as a SAP Business One Software Service Provider, offering enterprise resource planning solutions and third-party software integrations. Its products include tools for sales processing, barcode and warehouse management, expense claims and other business workflows.
A-Plus
The second named organization is Lockheed Architectural Solutions, Inc., an architectural and construction-related company in the United States. Public records and project documentation show the company participating in commercial construction and architectural-glazing work, including substantial building projects.
The appearance of two organizations from very different industries on ransomware monitoring lists illustrates the broad targeting strategy used by modern extortion groups. Attackers do not necessarily need a company to be enormous. They need the organization to possess valuable information, depend heavily on digital systems, or believe that operational disruption could force a rapid response.
What ThreatMon Reported
According to the supplied report, ThreatMon detected dark-web ransomware activity involving ShadowByt3$ and Global Secret Group.
The ShadowByt3$ entry identifies A-Plus Software Limited as the alleged victim and gives the reported timestamp as August 25, 2026, at 17:25:27 UTC+3.
A separate entry identifies Lockheed Architectural Solutions, Inc. as an alleged Global Secret Group victim, with a reported timestamp of August 25, 2026, at 22:21:22 UTC+3.
The wording is important. The monitoring report says the groups added the organizations to their victims, but that alone does not establish the technical details of an intrusion.
Why a Victim Listing Is Not the Same as a Confirmed Breach
A ransomware group can publish an
There have also been numerous instances across the ransomware ecosystem in which threat actors make exaggerated, recycled or disputed claims. Consequently, responsible reporting should preserve the distinction between “claimed victim” and “confirmed victim.”
For A-Plus Software and Lockheed Architectural Solutions, the strongest conclusion available from the supplied evidence is therefore that both organizations were reported as ransomware victims by threat-intelligence monitoring. The underlying compromise remains something that requires additional verification.
A-Plus
A-Plus Software is not simply a conventional software vendor with an isolated public website. Its own materials describe integrations with SAP Business One and business applications designed to support operational workflows.
Its A-Plus Barcode application, for example, is designed to connect with SAP Business One and support inventory-related transactions such as goods receipts, returns, inventory transfers, inventory counting and production operations.
That does not mean those systems were involved in the alleged incident. There is currently no evidence in the supplied report proving that any particular A-Plus product, customer environment or SAP deployment was compromised.
Nevertheless, the
The Lockheed Architectural Solutions Claim
The second claim carries a different risk profile. Lockheed Architectural Solutions operates in the construction and architectural-products ecosystem, where companies may maintain project documentation, contracts, estimates, engineering-related information, supplier records and communications.
Public documents identify Lockheed Architectural Solutions as a participant in construction projects, including a Cheshire, Connecticut school project where the company was listed as a bidder for a substantial package.
Again, none of these public records establish that any particular project information was compromised.
But they demonstrate why construction companies can hold commercially sensitive information even when they are not traditional technology companies. Modern construction operations depend heavily on digital communications, cloud platforms, accounting systems, project-management software and document repositories.
Ransomware Has Become an Extortion Business
The modern ransomware model is much more sophisticated than the traditional image of a malicious program simply locking files.
Many groups now combine multiple pressure techniques. They may steal data before encryption, threaten publication, contact customers or partners, publish partial samples, create countdown timers and repeatedly announce alleged victims on underground platforms.
This changes the economics of an attack.
An organization can potentially face operational disruption, forensic expenses, legal costs, notification requirements, customer concerns and reputational damage simultaneously. Even if backups allow a company to recover its systems, stolen information can remain a bargaining tool.
The Psychological Weapon Behind Victim Lists
Publishing a
A ransomware operator wants executives, employees, customers, insurers and investigators to know that an organization has allegedly been compromised. Public exposure can increase pressure on a company to communicate with the attackers.
This is why victim-list announcements should be treated as part of the extortion process rather than automatically interpreted as neutral technical evidence.
The announcement can be genuine, partially genuine, outdated, exaggerated or completely disputed. Independent investigation is required before determining which category applies.
Deep Analysis
The First Signal Is Timing
The two claims appearing on the same day demonstrate how quickly ransomware-monitoring ecosystems can change. Organizations that monitor only confirmed incidents may discover an attack significantly later than organizations tracking early threat-actor claims.
The Second Signal Is Industry Diversity
A software provider and a construction-oriented company represent very different sectors. Their appearance in the same day’s ransomware activity reinforces the idea that attackers are not limiting themselves to one industry.
The Third Signal Is Data Value
Attackers increasingly evaluate organizations according to the value of the information they control rather than simply their size. Internal business data can be valuable even when a company has a relatively small public profile.
The Fourth Signal Is Operational Dependency
A company that depends on digital systems for sales, inventory, accounting, communication or project management can suffer serious disruption from a comparatively small intrusion.
The Fifth Signal Is Third-Party Risk
A-Plus
The Sixth Signal Is Credential Theft
Many ransomware incidents begin with compromised credentials rather than an exotic vulnerability. Password reuse, stolen session tokens, phishing and infostealer malware can all provide attackers with an initial foothold.
The Seventh Signal Is Identity Abuse
Once attackers obtain legitimate credentials, malicious activity can sometimes resemble normal administrative behavior. This makes traditional malware-focused detection less effective.
The Eighth Signal Is Cloud Exposure
Cloud storage and SaaS platforms can contain enormous quantities of business information. If attackers obtain privileged credentials, they may target cloud repositories without deploying conventional ransomware across every endpoint.
The Ninth Signal Is Backup Targeting
Modern ransomware operators understand that functional backups reduce their leverage. Consequently, backup infrastructure, administrative accounts and recovery systems can become strategic targets.
The Tenth Signal Is Double Extortion
Data theft gives attackers leverage even when encryption fails. If systems can be restored quickly, criminals can still threaten to publish allegedly stolen information.
The Eleventh Signal Is Reputation
The publication of a
The Twelfth Signal Is Verification
Threat intelligence should be treated as an early-warning mechanism. A claim can justify investigation without automatically becoming a confirmed breach in public reporting.
The Thirteenth Signal Is Evidence
The strongest confirmation would normally involve technical indicators, forensic findings, company statements, regulatory disclosures, leaked samples that can be independently authenticated, or other reliable evidence.
The Fourteenth Signal Is Attribution
Even if a compromise occurred, identifying the exact ransomware group responsible can be complicated. Criminal ecosystems frequently share infrastructure, affiliates, malware builders and stolen-access markets.
The Fifteenth Signal Is Affiliate Activity
Some ransomware brands operate through affiliate models. One group may provide infrastructure while another actor conducts the intrusion. Attribution can therefore be more complicated than simply reading the name on a leak site.
The Sixteenth Signal Is Data Publication
If a threat actor eventually publishes files allegedly belonging to a victim, investigators should verify metadata, document authenticity, creation dates and other indicators before assuming the entire dataset is genuine.
The Seventeenth Signal Is Partial Leaks
Attackers may publish a small sample rather than an entire dataset. A sample can demonstrate possession of information, but it does not necessarily establish the full scale of a compromise.
The Eighteenth Signal Is Recycled Information
Ransomware groups can sometimes reuse old data or information obtained from other sources. A convincing-looking document does not automatically prove that it was stolen during the newly claimed incident.
The Nineteenth Signal Is Business Continuity
For organizations such as A-Plus Software, the availability of business applications can be as important as the confidentiality of information. Operational disruption can become an extortion mechanism by itself.
The Twentieth Signal Is Supply-Chain Exposure
If a technology provider is compromised, customers may need to consider whether attackers obtained access to connected systems. This does not mean that customers were compromised, but it makes third-party investigation important.
The Twenty-First Signal Is Customer Trust
For software providers, cybersecurity incidents can have consequences beyond the affected company. Customers may immediately ask whether credentials, integrations, support systems or shared environments were exposed.
The Twenty-Second Signal Is Construction Data
For architectural and construction businesses, sensitive information can include contracts, bids, project documents, supplier information, employee records and commercial correspondence.
The Twenty-Third Signal Is Small-Company Targeting
Ransomware groups do not need every victim to be a multinational corporation. Smaller companies may have weaker security resources while still possessing valuable data.
The Twenty-Fourth Signal Is Automation
Threat actors increasingly automate scanning, credential testing, initial access discovery and data collection. Automation allows criminals to investigate more potential targets with fewer human resources.
The Twenty-Fifth Signal Is Human Error
Phishing remains dangerous because even advanced security technology can be undermined by a compromised employee account. Security awareness therefore remains a practical component of ransomware defense.
The Twenty-Sixth Signal Is Privileged Accounts
Administrators represent particularly valuable targets. A single privileged account can potentially allow attackers to move deeper into an organization’s infrastructure.
The Twenty-Seventh Signal Is Lateral Movement
Once inside, attackers may spend time mapping networks and identifying high-value systems. The absence of immediate encryption does not necessarily mean an intrusion is harmless.
The Twenty-Eighth Signal Is Dwell Time
A long period between initial access and ransomware deployment can give criminals time to identify valuable data and recovery infrastructure.
The Twenty-Ninth Signal Is Detection
Organizations increasingly need behavioral monitoring capable of identifying unusual authentication, privilege escalation, mass file access and suspicious administrative activity.
The Thirtieth Signal Is Incident Response
The faster an organization isolates compromised credentials and endpoints, the greater its opportunity to limit an intrusion before attackers reach critical systems.
The Thirty-First Signal Is Evidence Preservation
When a ransomware claim emerges, organizations should preserve logs, authentication records, endpoint telemetry and network evidence. Destroying or overwriting evidence can complicate forensic analysis.
The Thirty-Second Signal Is Legal Exposure
A confirmed breach can create regulatory and contractual obligations depending on the type of information involved and the jurisdictions affected. The legal response should therefore be based on verified facts rather than speculation.
The Thirty-Third Signal Is Public Communication
Companies must balance transparency with the risk of releasing information that could help attackers. Premature statements can be just as problematic as prolonged silence.
The Thirty-Fourth Signal Is Threat Intelligence
The value of services such as ransomware monitoring lies partly in their ability to surface claims early. Early visibility gives defenders an opportunity to investigate before an incident becomes larger.
The Thirty-Fifth Signal Is Independent Confirmation
Independent confirmation remains the most important missing piece in these two cases. The victim listings are signals, not complete forensic reports.
The Thirty-Sixth Signal Is No Evidence of Ransom Payment
Nothing in the supplied material establishes that either organization paid a ransom. A victim listing should never be interpreted as proof of payment.
The Thirty-Seventh Signal Is No Confirmed Data Volume
There is also no verified figure for the amount of data allegedly stolen from either organization. Any numerical claim about records, gigabytes or affected individuals should therefore be treated cautiously until supported by evidence.
The Thirty-Eighth Signal Is No Confirmed Encryption
The available report does not establish whether ShadowByt3$ or Global Secret Group encrypted systems at either organization. The claims could involve data theft, extortion, encryption, or another form of alleged compromise.
The Thirty-Ninth Signal Is Watchful Monitoring
The most reasonable cybersecurity posture now is continued monitoring. New information could emerge through company disclosures, security researchers, law-enforcement notifications or additional threat-intelligence reporting.
The Fortieth Signal Is The Bigger Warning
The broader lesson is more important than either individual claim. Ransomware continues to evolve into a combination of intrusion, data theft, psychological manipulation and public pressure. Organizations cannot rely solely on backups or antivirus software. Identity security, segmentation, monitoring, employee awareness, tested recovery procedures and rapid incident response all matter.
What Undercode Say:
Early Warning, Not Final Verdict
The appearance of A-Plus Software Limited and Lockheed Architectural Solutions, Inc. on ransomware victim lists deserves attention, but it should not yet be presented as definitive proof of a confirmed breach.
A-Plus Software Is Technically Significant
A-Plus Software’s connection to SAP Business One and business-process applications makes the claim particularly interesting from a cybersecurity perspective. The company’s own website describes its role in providing ERP-related solutions and integrations.
Business Software Creates Valuable Attack Surfaces
ERP-related environments can contain information that attackers may consider highly valuable. Even without millions of consumer records, business systems can contain financial, operational, customer and administrative information.
The Lockheed Claim Shows Another Side
The Lockheed Architectural Solutions allegation demonstrates that ransomware targeting extends beyond technology companies. Construction and architectural businesses can hold commercially sensitive information that can be used for extortion.
Claims Must Remain Claims
Undercode’s assessment is that the language surrounding both incidents should remain cautious. At the time of this report, the available evidence supports describing them as alleged ransomware victims, rather than confirmed victims.
The Threat Is Still Serious
Caution about attribution does not mean the threat should be ignored. A ransomware listing can be an early indication of an intrusion that has not yet been publicly disclosed.
Organizations Should Investigate Immediately
If either company has not already begun an investigation, the appropriate response would include reviewing authentication logs, privileged accounts, endpoint telemetry, remote-access activity, cloud access and unusual data transfers.
Credentials Deserve Immediate Attention
Compromised credentials are among the most practical routes attackers can use to maintain access. Password resets, session revocation and stronger multifactor authentication can therefore be important containment measures.
Recovery Must Be Tested
Backups are valuable only when they can actually be restored. Organizations should regularly test recovery procedures and ensure that backup systems cannot easily be reached using compromised production credentials.
Public Claims Can Escalate Quickly
If threat actors publish samples or begin contacting customers, suppliers or employees, the incident can rapidly become a reputational crisis in addition to a technical one.
The Next Update Matters
The most important question now is what evidence emerges next. A statement from either company, authenticated leaked data, forensic findings or additional threat-intelligence information could substantially change the assessment.
Verification Status
❌ The ransomware claims are not independently confirmed by the evidence supplied with the original report. The available material shows threat-intelligence reporting that ShadowByt3$ and Global Secret Group listed the two organizations, but it does not prove that an intrusion occurred.
A-Plus Software Identity
✅ A-Plus Software Limited is a real Hong Kong-based software company. Its official website states that it was founded in 2009 and provides SAP Business One-related software and services.
Lockheed Architectural Solutions Identity
✅ Lockheed Architectural Solutions, Inc. is a real company with publicly documented construction activity. Government and project documents identify the company in construction-related bids and projects.
Data Theft and Encryption
❌ There is no verified evidence in the supplied material showing how much data was stolen, whether systems were encrypted, or whether ransom demands were issued. Those details should not be invented or treated as established facts.
Prediction
(+1) More Evidence Is Likely to Emerge
(+1) The most likely development is additional information surrounding one or both claims. If the listings represent genuine compromises, further technical indicators, leaked samples, company statements or additional threat-intelligence reporting could appear in the coming days.
(+1) Organizations Will Face Greater Pressure to Respond
(+1) Public ransomware listings increasingly create pressure on alleged victims even before a breach is confirmed. If either organization acknowledges suspicious activity, the incident could quickly move from a dark-web claim into a publicly documented cybersecurity event.
(+1) Ransomware Monitoring Will Remain Critical
(+1) These incidents reinforce the importance of monitoring underground ecosystems. Early detection of a victim listing can give defenders additional time to investigate credentials, isolate systems and prepare communications.
(-1) False or Exaggerated Claims Remain Possible
(-1) There is also a meaningful possibility that one or both claims could be exaggerated, disputed or unsupported by sufficient evidence. Ransomware groups have a direct incentive to make their operations appear larger and more successful than they actually are.
(+1) The Broader Ransomware Problem Will Continue
(+1) Regardless of the final outcome of these specific claims, ransomware and data-extortion operations are unlikely to disappear. The continued appearance of organizations across software, construction and other industries demonstrates how broadly attackers can search for targets.
(-1) Public Uncertainty Could Become the Biggest Immediate Problem
(-1) If no independent evidence appears, uncertainty itself may become the dominant issue. Companies can be forced to answer questions about an alleged breach while still determining whether their systems or information were actually compromised.
(+1) Defensive Verification Will Be More Important Than Headlines
(+1) The organizations that respond fastest with evidence-based investigation will be in the strongest position. In ransomware incidents, the difference between an online claim and a confirmed compromise can only be established through careful technical and forensic verification.
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