Protect your data with
Layered Data Security
Cybersecurity experts agree: cyber threats are constantly evolving, and layered security is always the best approach. Rather than relying on a single data protection technology, Anonomatic’s unique Layered Data Security combines the proven solutions you know with new, patented technologies to protect your data more effectively than any standalone solution ever could.
But it’s more than just data protection—it’s also a data utilization solution. After all, what’s the point of protecting your data at rest if you have to expose it every time you need to use it?
With Anonomatic, when you need to use your data, it is always available to you, fully protected and in whatever form you need for that specific use case.
* See below for more details on Layered Data Security
Drop-in Use Case
Encryption & PCI Compliance
NIST compliant and exceeds requirements to secure and encrypt data with high performance.
Post-quantum security
Quantum computers pose an existential threat to AES and other forms of public-key, private-key encryption. Post-Quantum Encryption (PQE) promises to address this but it is not generally available, will not run on standard hardware and is still subject to loss or exposure of a single key. Anonomatic provides Post-Quantum Secure now, and on standard hardware.
Synthetic & Dynamic Data Masking
Mask your data however you need it obfuscated. Replace real PII with synthetic values for completely realistic non-production data or apply more traditional masking. It is up to you.
Poly-Anonymization
Next-generation data security and privacy technology that blends all of the above and renders data both fully usable and immune to many of the threats that organizations face today.
Data Sharing & Augmentation
Combine data from disparate sets at individual level without ever exposing PII.
Format-preserving Tokenization
What is PolyAnonymization?
PolyAnonymization is the first new data security and data privacy technology since modern tokenization was invented in 2001. That is the same year that the Apple iPod came out and encryption is way older. iPods were great but are you still using yours?
So why are you still relying on data security that is decades older than what the attackers are using to steal your data?
Check out this 3-minute quick explanation of PolyAnonymization.
How Does Layered Data Security Work?
Historically, data security methods like encryption, tokenization, and anonymization were designed to protect your data — but left it up to you to figure out how to actually use that data afterward. PolyAnonymization® was created to change that: it lets you extract 100% of the value from your data, at the individual level, while keeping it fully protected.
The best way to understand what makes Anonomatic different is to start with what you want to do with your data.
In the Layered Data Security diagram:
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The outer ring represents your use cases — everything from making all your data available for AI to supporting transactional systems. Each use case has a data protection method that works best for it.
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The second ring shows common data protection and privacy techniques. Anonomatic lets you choose the most effective method for each use case — or even combine them — without unnecessary overhead or restrictions.
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The third ring shows that, regardless of use case or method, your data can be fully de-identified and remain fully useful. How? Because data needs personally identifiable information (PII) for only two purposes: identifying which records belong to the same individual and acting on individual results.
Traditional anonymization renders data largely useless beyond aggregate insights. In contrast, PolyAnonymization allows you to perform aggregations and individual-level actions — without exposing identities.
There’s nothing you can do with clear text data that you can’t do with PolyAnonymized data.
PolyAnonymization also gives you complete control over what data is re-identified, when, and to what extent. Unlike conventional approaches, it protects against the growing threat of Harvest Now, Decrypt Later attacks — where stolen encrypted data can eventually be decrypted, especially as quantum computing advances. With PolyAnonymized data, this risk is eliminated — even if an attacker obtains your keys or uses quantum capabilities.
That’s thanks to the innermost circle of protection: Anonomatic’s patented Data Sundering, part of our proprietary Multi-dimensional Result Factoring (MRF) technology. MRF neutralizes the well-known weaknesses of legacy data security methods. (We have a detailed white paper on MRF if you’d like to learn more.)
If you’re looking for the world’s most secure way to work with your data — while preserving its full value and safeguarding your customers’ privacy — reach out to sales@anonomatic.com. We’d be happy to show you how to stay more secure and more agile than your competition.
PII Vault Core Capabilities
The PII Vault portfolio of technologies enables innovative data privacy solutions
Post-Quantum Data Security
Quantum computers pose such a significant threat to traditional data security that the industry-standard term is Post-Quantum Resistance. However, thanks to Anonomatic’s unique and patented technology, quantum computers pose no greater threat to data protected by PII Vault than any conventional computer.
PII Vault is the only solution you can implement today—on standard hardware—that prevents your data from being stolen and remotely reidentified by a quantum computer.
Privacy ETL
Apply all your data security and data privacy rules to data while in transit from one system to another or even from storage to presentation and back.
Privacy SQL
Store your data completely de-identified with PolyAnonymization then query your data as if it were fully identified.
Customer Success Story
“First of its kind solution to gain insights into the relationship between the healthcare services students receive and their academic performance.”.
The Los Angeles Trust for Children’s Health (The L.A. Trust) was created through a resolution of the Los Angeles Unified School District Board of Education (LAUSD) to improve the health of LAUSD children. Although hard to quantify, educators and health experts believe there is a strong correlation between student health and academic success. When children in economically disadvantaged districts struggle to receive routine healthcare, it could impact their entire lives economically. The L.A. Trust wanted to gain insights to better understand this relationship so it could drive their programs and funding. In order to do this, they needed to collect, combine, and share vital data from healthcare providers who adhere to HIPAA privacy laws and educators who must follow FERPA compliance.
The L.A. Trust selected Anonomatic to design and build a data privacy solution to ensure PII from HIPAA and FERPA regulated data could never be exposed. The PII Vault system now enables The L.A. Trust’s dozen data partners to anonymize their data before it is ever shared. It also allows The L.A. Trust to link all anonymous data at the individual level without ever receiving any PII. The L.A. Trust can now, for the first time anywhere, perform in-depth analysis of the relationship between HIPAA and FERPA data.
The L.A. Trust now gains insights into the relationship between the healthcare services students receive and their academic performance. It can also provide current partners, such as Planned Parenthood Los Angeles, and other agencies with the assurance that any data shared is safe to handle.
See What PII Vault Can Do for You
Request Demo
Looking forward to showing you our PII Vault data privacy solution. Tell us a bit about yourself, and we’ll get in touch to schedule the demo ASAP.