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A Breach That Reached Far Beyond One Company
A cyberattack against Ceva Logistics has highlighted a growing problem that security teams can no longer afford to treat as someone else’s responsibility: the supply chain itself has become a prime cyberattack surface.
Ceva Logistics, a major global logistics provider and subsidiary of French shipping giant CMA CGM, confirmed that its European contract logistics operations were affected by a data breach. Although the company emphasized that the incident was limited in scope and that its other global systems continued operating normally, the consequences appear to have extended across a broad network of customers.
The incident reportedly affected eight warehouses, creating concerns for companies that rely on Ceva to store, process, manufacture, fulfill and deliver products to customers across Europe.
The most troubling aspect is not simply that a logistics company was compromised. It is that attackers may have gained access to information belonging to thousands of customers and their customers, potentially turning ordinary delivery records into highly convincing material for phishing, fraud and impersonation attacks.
What Happened at Ceva Logistics?
According to the company statement cited in the original report, Ceva’s European contract logistics business was the portion affected by the breach.
Ceva said it notified impacted customers on August 1, while emphasizing that no other Ceva systems globally were affected.
The company also stated that its remaining operations continued without incident.
That distinction is important. A cyberattack does not necessarily need to bring an entire corporation to a halt to become strategically significant. In modern supply chains, the theft of relatively small amounts of information from a specialized business unit can create consequences that spread much further than the original intrusion.
The July 29–August 1 Attack Window
Information shared by Valve, the company behind Steam, provides additional insight into the timeline.
A communication reportedly sent by Valve to affected customers said the cyberattack took place between July 29 and August 1.
Valve explained that Ceva receives specific delivery information from Steam to fulfill shipments of physical hardware to customers in Europe.
The concern is that some of that information may have been accessed by the attacker.
Ceva reportedly retains certain delivery information for up to 90 days, meaning the potential impact was not necessarily limited to orders placed immediately before the incident.
That creates an uncomfortable security reality: attackers don’t need to steal a company’s entire database to create useful intelligence. A relatively short historical window can provide enough information to construct highly believable social-engineering campaigns.
What Information Could Have Been Exposed?
The information potentially involved is particularly dangerous because it is not random personal data.
Customers may have had information such as:
Full names
Home addresses
Email addresses
Telephone numbers
Order information
Delivery details
Information associated with physical hardware purchases
Individually, these details may appear relatively harmless.
Together, they can become a powerful weapon.
An attacker who knows a
Why Delivery Data Is So Valuable
Cybercriminals constantly search for information that gives them context.
A generic phishing email saying “Your account has been compromised” is increasingly easy to recognize.
A message saying that a
The attacker already knows what the victim purchased.
They may know where it is supposed to be delivered.
They may know the
They may know which retailer or platform is associated with the order.
That context can dramatically increase the credibility of a fraudulent message.
Valve Customers Could Become the Next Target
Valve’s involvement demonstrates how a logistics breach can cross organizational boundaries.
Steam customers who ordered physical hardware through European fulfillment operations could potentially receive fraudulent messages referencing real orders.
A criminal could theoretically imitate a delivery provider and claim that:
Your shipment requires address verification.
Another campaign could claim that:
A €2.99 redelivery fee is required.
A more sophisticated attack might direct the victim toward a fake delivery portal designed to steal payment information, passwords or authentication codes.
The danger is not necessarily the original breach alone.
The danger is what criminals can build on top of the stolen information.
Other Major Customers Reportedly Affected
Valve is not the only organization connected to the incident.
Dutch online retailer Bol reportedly acknowledged disruption involving Ceva’s Veerweg facility and warned that restoration was taking longer than expected.
Other organizations reportedly affected include Dutch department store chain De Bijenkorf, football club Ajax and banking group ING.
The diversity of these organizations demonstrates how deeply integrated logistics providers are within modern business operations.
Retailers depend on warehouses.
Manufacturers depend on fulfillment centers.
Sports organizations can depend on merchandise distribution.
Financial institutions may depend on third-party logistics for physical products, documents, equipment or other operational needs.
A logistics provider therefore becomes a common dependency connecting businesses that otherwise have little relationship with one another.
The Supply Chain Is the Real Attack Surface
This incident is a textbook example of why cybersecurity can no longer stop at the corporate firewall.
A company may maintain strong internal security controls and still be exposed through a third-party supplier.
The organization may have multi-factor authentication.
It may have endpoint detection.
It may have security operations teams monitoring its network.
It may have carefully configured cloud infrastructure.
But if a logistics partner has access to customer information, order records or operational systems, that partner becomes part of the organization’s effective security perimeter.
The attack surface is therefore not just the company’s infrastructure.
It is the entire ecosystem.
The Point of Failure Problem
Cybersecurity researcher Joseph Perry described logistics companies as attractive targets because they sit at the center of thousands of transactions.
That is precisely what makes them dangerous from a supply-chain perspective.
A logistics provider does not have to be the ultimate target.
It can simply become the point of failure.
Attackers may compromise one company because it gives them indirect access to information associated with dozens or hundreds of other organizations.
This strategy has repeatedly appeared across the cybersecurity landscape, from software dependencies and cloud providers to managed service providers and industrial suppliers.
Why Logistics Companies Are Attractive Targets
Logistics businesses possess an unusually valuable combination of information and operational access.
They know:
Who ordered something.
What was ordered.
Where it is going.
When it is expected to arrive.
Which organization fulfilled it.
Which warehouse processed it.
That is effectively a behavioral map of commercial activity.
For cybercriminals, such information can be useful for fraud, espionage, phishing, extortion and targeted social engineering.
The Rise of Delivery Problem Scams
Security experts are particularly concerned about follow-up phishing campaigns.
KnowBe4 CISO advisory Anna Collard described the incident as a classic supply-chain breach and warned that attackers could exploit the stolen information through fake delivery-related messages.
That prediction makes sense.
Delivery scams work because they exploit urgency.
A victim sees a message claiming that a package is waiting.
The message says the address is incomplete.
A small fee is supposedly required.
A link is provided.
The victim clicks.
The attacker wins.
Why These Attacks Can Be More Convincing
Traditional phishing often relies on volume.
Attackers send millions of generic messages and hope a small percentage of recipients respond.
Supply-chain data changes that equation.
Instead of guessing whether someone ordered a product, attackers may already know.
Instead of guessing the
Instead of inventing a retailer, they may reference the real company.
Instead of pretending that a package exists, they can construct a message around a genuine transaction.
This is contextual phishing, and it is considerably more dangerous than generic spam.
Customers Should Treat Delivery Emails With Suspicion
Anyone who received a delivery-related message after ordering physical products should be particularly cautious.
A legitimate-looking email should not automatically be trusted simply because it contains accurate personal information.
In fact, accurate information can now be part of the deception.
The safest approach is to avoid clicking links contained in unexpected delivery messages.
Instead, open the retailer’s or delivery company’s official website manually and check the order directly.
Do not call phone numbers provided inside suspicious messages.
Do not provide passwords or payment information through links received unexpectedly.
A Data Breach Can Become a Fraud Campaign
The timeline of a cyberattack does not necessarily end when the compromised system is restored.
That is one of the most important lessons from this incident.
The attacker may leave the network.
The company may reset credentials.
Systems may return to normal.
But stolen information can remain useful for months or years.
A database containing customer information can be copied instantly and exploited long after the original vulnerability has been closed.
This creates a dangerous distinction between incident recovery and risk recovery.
Restoring systems does not automatically eliminate the consequences of data theft.
The 90-Day Retention Issue
Valve’s warning that Ceva retained relevant delivery information for up to 90 days is particularly important.
Data retention is often treated as an operational requirement.
But every additional day that sensitive information remains accessible can potentially increase the amount of information exposed during an intrusion.
Organizations should therefore ask a difficult question:
Do we really need to retain this information for this long?
If the answer is yes, additional security controls should surround it.
If the answer is no, unnecessary data should be deleted.
Data minimization is not simply a privacy principle.
It is an attack-surface reduction strategy.
Deep Analysis: Investigating the Defensive Side
Security teams investigating similar incidents should begin by identifying exactly what data a third-party logistics provider can access.
The first step is to inventory integrations, APIs, file transfers, shared accounts and operational connections.
For Linux environments, administrators can begin with basic authentication and network reviews:
sudo journalctl --since "2026-07-29" --until "2026-08-02" | grep -Ei "authentication|login|failed|accepted"
Reviewing unusual outbound connections can also help identify unexpected communication:
sudo ss -tupn
Organizations using firewall logs can search for suspicious destinations and abnormal traffic patterns:
grep -Ei "denied|unknown|suspicious|malware" /var/log/ 2>/dev/null
For systems where SSH is exposed, administrators should review recent access:
last -ai
And failed authentication attempts:
sudo journalctl -u ssh --since "2026-07-29" | grep -Ei "failed|invalid"
These commands are not a substitute for a full forensic investigation, but they can provide an initial picture of suspicious activity.
Protecting Against Supply-Chain Credential Abuse
Organizations should also review service accounts associated with third-party integrations.
A forgotten integration account can become an attacker’s easiest path into an otherwise well-defended environment.
Security teams should identify:
Which third parties have access
What data each third party can access
Which accounts they use
Which APIs they can call
Where credentials are stored
When credentials were last rotated
Whether access is still required
Whether access is restricted by network or identity controls
The principle should be simple:
A supplier should have the minimum access necessary to perform its job.
Monitoring for Stolen-Data Exploitation
Companies affected by a breach should not stop monitoring once systems are restored.
Security teams should watch for:
Password-reset attempts
Unusual authentication requests
New device registrations
Suspicious payment activity
Fake delivery domains
Lookalike customer-support websites
Abnormal API requests
Unexpected login locations
Fraudulent customer communications
Email security systems should also be tuned to detect impersonation of logistics providers and retailers.
Defending Against Phishing at the Endpoint
Endpoint protection remains important because supply-chain breaches frequently evolve into identity attacks.
Organizations should enforce phishing-resistant authentication wherever possible.
For privileged accounts, security keys and passkeys can provide stronger protection against credential theft than passwords and traditional one-time codes.
Security teams should also train employees not to trust messages simply because they contain accurate information.
That lesson is becoming increasingly important in an era where criminals can combine stolen customer data with generative AI to produce convincing communications at scale.
AI Makes Contextual Phishing More Dangerous
Artificial intelligence could amplify the consequences of a logistics breach.
An attacker with customer records does not need to manually write thousands of individualized messages.
An AI system can help generate variations based on:
Customer names
Retailer names
Product categories
Delivery dates
Geographic information
Language
Communication style
The result can be a large-scale phishing campaign that feels surprisingly personal.
This is one reason supply-chain data should be treated as high-value intelligence rather than merely administrative information.
The CMA CGM Connection Shows This Is Not New
The incident also has historical significance.
CMA CGM,
The earlier incident demonstrates that the maritime and logistics ecosystem has already been a target for cybercriminals.
That history should reinforce a broader lesson:
Cybersecurity incidents in logistics are not isolated technical events.
They can become operational crises with consequences that reach customers, retailers, manufacturers and entire supply chains.
Why Warehouses Matter
The mention of eight affected warehouses deserves attention.
Warehouses increasingly operate like technology companies.
Modern facilities may rely on warehouse management systems, scanners, robotics, inventory databases, automated sorting equipment, transportation platforms, IoT devices and cloud services.
Compromising a warehouse environment can therefore create more than a data-security problem.
It can create an operational-security problem.
Even when an attacker does not disrupt industrial systems directly, the loss of visibility into inventory and fulfillment can produce delays and financial damage.
The Hidden Cost of Operational Recovery
A company can technically restore its systems while remaining operationally impaired.
Orders may be delayed.
Inventory may need to be reconciled.
Customers may need to be notified.
Employees may have to manually verify transactions.
Third-party partners may temporarily restrict access.
Security teams may need to investigate historical logs.
Legal and privacy teams may need to determine notification requirements.
All of this creates costs that are rarely visible in the initial breach announcement.
Why Third-Party Risk Management Needs to Change
Traditional vendor assessments often focus on questionnaires.
A supplier is asked whether it uses encryption.
Whether it has MFA.
Whether it performs penetration testing.
Whether it has an incident-response plan.
These questions are useful, but they are not enough.
Organizations need to understand how a supplier is connected to their environment.
A low-risk vendor with no system access is fundamentally different from a logistics provider handling customer addresses, order information and fulfillment data.
Risk should therefore be based on actual access and potential impact, not simply the name of the vendor category.
Continuous Vendor Monitoring Is the Future
Third-party risk cannot be assessed once a year and forgotten.
A vendor’s infrastructure changes.
Employees change.
Integrations change.
Cloud environments change.
Acquisitions happen.
New APIs are deployed.
Old accounts remain active.
Security teams should therefore continuously evaluate their most important suppliers.
The question should evolve from:
“Was this vendor secure when we signed the contract?”
to:
Is this vendor still secure today?
What Organizations Should Do Now
Companies connected to affected logistics providers should review their integrations and identify what information may have passed through the compromised environment.
They should also review authentication logs around the reported attack window and investigate suspicious activity involving customer accounts, employees and service accounts.
Any credentials that may have been exposed should be rotated.
API tokens should be revoked and regenerated where appropriate.
Third-party access should be reviewed.
Security teams should also prepare communications for customers who may receive suspicious messages.
What Consumers Should Do
Consumers do not need to panic, but they should become more skeptical of delivery-related communications.
If an unexpected message claims that a shipment needs payment, address verification or account authentication, do not click the included link.
Open the official retailer or shipping service website manually.
Check the order there.
If the message does not appear in the official account, treat it as suspicious.
And if the message asks for a password, payment-card details or authentication code, stop immediately.
The Bigger Cybersecurity Lesson
The Ceva incident demonstrates how modern cyberattacks increasingly exploit relationships rather than isolated machines.
The attacker does not necessarily need to break into every company individually.
Compromise one strategically positioned supplier, and valuable information may become available across an entire ecosystem.
That is why supply-chain security has become one of the defining cybersecurity challenges of the decade.
What Undercode Say:
- The Real Target May Be the Ecosystem
The most important lesson is that Ceva does not operate in isolation.
Its customers, suppliers and consumers form a connected digital ecosystem.
2. Logistics Companies Hold Extremely Valuable Intelligence
Delivery data tells attackers who bought something, what they bought and where it is going.
That is far more useful for targeted fraud than random personal information.
- Context Turns Ordinary Data Into Weaponized Data
A name alone may have limited value.
A name combined with an address, phone number and recent purchase can become a highly convincing phishing profile.
4. Supply-Chain Attacks Are Increasingly Attractive
Attackers can achieve greater leverage by compromising organizations that serve many other businesses.
One intrusion can therefore create multiple downstream opportunities.
- The Victim May Not Know They Are a Victim Yet
A customer may receive no obvious warning that their information is being exploited.
The first sign could instead be a fake delivery message weeks after the breach.
- Phishing Is Entering a More Personalized Era
Generic phishing is becoming easier to identify.
Personalized phishing based on legitimate transaction data is much harder to distinguish from genuine communication.
7. Data Retention Creates Long-Term Exposure
Keeping historical customer information for operational convenience also creates additional material for attackers.
Organizations need a clear justification for retaining sensitive data.
- Eight Warehouses Can Represent a Large Attack Surface
Warehouses are no longer simple physical buildings.
They are technology-heavy environments containing interconnected systems and operational data.
- Logistics Providers Should Be Treated as Security-Critical Vendors
Companies should classify important logistics providers according to the data and access they possess.
A logistics provider with customer information should not be treated like an ordinary supplier.
10. Vendor Questionnaires Are Not Enough
A company can answer every security questionnaire correctly and still suffer an intrusion.
Continuous technical validation is more valuable than annual paperwork alone.
- Identity Is Likely to Become the Next Battlefield
If attackers obtain customer information, their next objective may be account takeover.
Organizations should therefore monitor authentication and account-recovery activity closely.
- Delivery Fraud Could Become the Immediate Threat
The most realistic downstream consequence may not be another ransomware attack.
It may be a wave of fake delivery notifications.
13. Small Fees Are Effective Social Engineering
Attackers understand that victims are more likely to pay a small redelivery fee than question a large financial demand.
14. Accurate Information Can Create False Trust
Consumers often assume a message is legitimate because it contains their correct name or address.
After a breach, that assumption becomes dangerous.
15. Attackers Can Exploit Real Orders
A genuine order provides a perfect narrative for a fraudulent communication.
The criminal does not need to invent the transaction.
16. Third-Party Breaches Create Notification Complexity
Companies may need to determine which customers were exposed even when their own infrastructure was never compromised.
17. Security Boundaries Are Becoming Less Meaningful
The traditional perimeter assumes that sensitive activity occurs inside one organization.
Modern supply chains prove otherwise.
18. APIs Deserve Special Attention
Third-party APIs can expose highly valuable information without giving attackers direct access to traditional corporate desktops.
19. Service Accounts Are Often Overlooked
Organizations frequently protect human identities better than machine identities.
That imbalance creates opportunities for attackers.
- Least Privilege Is More Important Than Ever
A supplier should receive only the data and permissions required to perform its function.
21. Segmentation Can Limit Blast Radius
If a third-party account is compromised, segmentation can prevent the intrusion from spreading into unrelated systems.
22. Security Teams Need Supply-Chain Visibility
It is impossible to protect what an organization does not know it depends upon.
23. Incident Response Must Include Partners
When a supplier is compromised, internal incident-response teams should immediately identify downstream systems and relationships.
24. Customer Communications Matter
A vague warning can leave customers vulnerable to phishing.
Clear guidance about what information may have been exposed can reduce the success rate of follow-up scams.
25. Security Awareness Training Must Evolve
Employees should be taught that accurate personal information does not prove a message is legitimate.
26. AI Will Amplify the Threat
Generative AI can transform stolen records into thousands of highly customized phishing messages.
27. The
Automation allows criminals to personalize campaigns at a scale that was previously difficult to achieve.
28. Defensive Automation Must Keep Pace
Security teams need automated detection for suspicious domains, impersonation attempts, authentication anomalies and unusual account activity.
29. Historical Breaches Should Inform Current Strategy
CMA
- Recovery Does Not Mean Risk Has Disappeared
Restoring servers does not erase stolen information.
- Data Exposure and Operational Disruption Are Different Problems
A company can suffer limited technical disruption while still facing substantial privacy and fraud consequences.
32. Retailers Need Their Own Contingency Plans
Retail companies should have procedures for continuing fulfillment if a major logistics partner becomes unavailable.
- Customers Should Not Be Forced to Trust Email
Order information should always be independently accessible through official applications and websites.
34. Cybersecurity Is Now an Ecosystem Problem
No major company can realistically secure itself without considering its suppliers.
35. Trust Must Be Continuously Verified
A trusted partner today may become a compromised partner tomorrow.
36. Attackers Look for the Weakest Connection
The strongest company in an ecosystem does not necessarily determine the ecosystem’s security.
37. Logistics Data Has Strategic Value
Shipping records can reveal commercial relationships, consumer behavior and operational activity.
- Supply Chains Are Becoming Digital Intelligence Networks
Every warehouse, API and delivery platform creates another stream of information that can potentially be abused.
- The Next Attack May Not Look Like a Cyberattack
A victim may simply see an ordinary delivery notification.
Behind that notification could be an attacker using stolen information from a previous breach.
- The Industry Needs a Security Mindset Shift
The future of supply-chain security depends on treating logistics, software providers, cloud services and other partners as extensions of the enterprise security perimeter.
✅ Ceva Logistics Confirmed a Limited European Impact
The supplied report states that
Ceva also reportedly said that other global Ceva systems were not affected and that operations elsewhere continued normally.
✅ Customer Information Was Potentially Exposed
Valve’s reported customer communication said delivery-related information provided to Ceva may have been accessed by the attacker.
Potentially exposed information included names, addresses, email addresses, phone numbers and order details.
✅ The Incident Represents a Supply-Chain Risk
The description of the event as a supply-chain breach is consistent with the nature of the incident.
A compromise at a logistics provider can affect organizations and consumers that rely on that provider even when their own infrastructure remains uncompromised.
⚠️ Follow-Up Phishing Is a Risk, Not a Confirmed Outcome
Warnings about fake delivery messages are a reasonable cybersecurity assessment based on the type of information potentially exposed.
However, the supplied article does not establish that a large-scale follow-up phishing campaign has already occurred.
✅ CMA CGM Has Previously Experienced a Cyberattack
The supplied report correctly notes that CMA CGM suffered a ransomware attack in 2020.
That earlier incident affected certain systems and temporarily disrupted parts of the company’s online operations.
Deep Analysis: What Security Teams Should Learn
Supply-Chain Visibility
Organizations should maintain an up-to-date inventory of every third party with access to customer, employee or operational information.
Unknown dependencies represent unknown risk.
Access Control
Third-party accounts should use least privilege, strong authentication and narrowly defined permissions.
Shared credentials should be eliminated wherever possible.
Network Segmentation
Supplier connections should be isolated from unrelated corporate systems.
A compromised integration should not automatically provide a path into critical infrastructure.
Credential Rotation
After a third-party incident, organizations should determine whether passwords, API keys, OAuth tokens, certificates or service credentials could have been exposed.
Potentially compromised secrets should be rotated rather than merely monitored.
Log Analysis
Security teams should investigate authentication and API logs around the reported breach period.
Look for unusual geographic locations, unfamiliar devices, abnormal request volumes and unexpected privilege changes.
Email Protection
Organizations should strengthen detection for domains impersonating retailers, delivery companies and logistics providers.
DMARC, DKIM and SPF should be properly configured, but organizations should also deploy behavioral detection because technically valid emails can still be malicious.
Customer Protection
Affected organizations should communicate clearly with customers.
The message should explain what information may have been exposed and what customers should do if they receive suspicious delivery communications.
Data Minimization
Companies should periodically review how long customer information is retained.
If information is no longer necessary, deleting it reduces the amount available to attackers during a future breach.
Incident Response
Third-party incidents should automatically trigger an internal investigation into downstream exposure.
The key question is not simply:
Was our network breached?
It should also be:
“What information about our customers passed through the compromised supplier?”
The Bigger Picture: Cybersecurity Has Become a Chain Reaction
The Ceva breach illustrates a reality that organizations across the technology, retail, financial and manufacturing sectors are increasingly confronting.
Cybersecurity incidents no longer remain neatly contained within the company where they begin.
A compromised logistics provider can affect retailers.
A compromised software dependency can affect developers.
A compromised cloud provider can affect thousands of businesses.
A compromised identity provider can potentially affect an entire enterprise.
The weakest link is therefore no longer simply the employee who clicks the wrong attachment.
It can be the supplier that quietly processes information in the background.
What Happens Next?
The immediate priority will be determining exactly what information was accessed, how the attackers gained entry and whether any stolen information has already been abused.
Customers and affected organizations should also remain alert for suspicious communications.
The most important warning sign may not come from a security dashboard.
It may arrive as an ordinary-looking text message saying that a package could not be delivered.
Prediction
(+1) Supply-Chain Security Will Become a Board-Level Priority
The logistics sector is likely to receive greater cybersecurity scrutiny as businesses recognize that third-party providers can expose sensitive customer information without directly compromising the customer’s own infrastructure.
Companies will increasingly demand stronger vendor controls, continuous monitoring, tighter segmentation and clearer incident-reporting requirements from critical suppliers.
(+1) Phishing Detection Will Become More Context-Aware
Security products will increasingly use behavioral analysis and AI to identify messages that exploit legitimate transaction information.
Instead of simply asking whether an email contains a suspicious link, security systems will need to determine whether the entire communication fits the user’s normal behavior.
(+1) Passkeys and Stronger Identity Controls Will Expand
As attackers increasingly combine stolen personal information with credential attacks, organizations will accelerate adoption of phishing-resistant authentication.
Passkeys and hardware-backed authentication will become increasingly important for both employees and consumers.
(-1) Delivery Scams Could Surge After Similar Breaches
Criminal groups are likely to continue exploiting logistics data because delivery narratives are easy for victims to understand and difficult to ignore.
Messages demanding small payments, address confirmation or redelivery fees could become increasingly sophisticated.
(-1) Third-Party Breaches Will Become More Expensive
As companies become more digitally interconnected, the financial consequences of a supplier breach will continue to expand.
The cost will not be limited to incident response.
Organizations may also face customer notifications, operational delays, fraud investigations, legal expenses and reputational damage.
Final Verdict
The Ceva Logistics breach is another warning that cybersecurity cannot be measured only by the strength of a company’s own network.
The modern enterprise is a web of suppliers, warehouses, APIs, cloud platforms, retailers, delivery services and technology partners.
Every connection creates trust.
Every trust relationship creates an attack surface.
And every piece of information moving through that ecosystem can potentially become useful to an attacker.
The most important lesson from the Ceva incident is therefore simple: your company does not have to be hacked directly to become a victim.
Sometimes, the breach happens somewhere else.
The data arrives later.
And by the time the fraudulent delivery message appears in a customer’s inbox, the original intrusion may already be long forgotten.
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References:
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