Data Centric Security and Data Privacy

Key drivers

Regulatory compliance and data privacy
Regulatory compliance and data privacy regulations have raised the bar for companies to assure that data is protected whilst at the same time knowledge workers need access to data to do their jobs effectively. This requires a comprehensive, granular approach that is manageable at the same time.

Ransomware attacks
Cyber-attacks using ransomware are more common then ever before. So you have to safeguard your organisation from reputational or financial damage caused by a ransomware incident and ensure that your most valuable data is kept secure from any malicious activity. You do not only have to protect access to your systems, but also must protect the actual data itself.

Data sharing in the connected world
Sharing with third-parties, other systems, and in-house partners introduces new challenges for safeguarding sensitive data. Organisations are struggling to share data with confidence. The data flows in a large variety of directions, is used by many different people, organisations and systems.

Big data analytics in the cloud
Data warehouses and data lakes contain massive volumes of data that not only individuals but also machine personas have access to. Sensitive information needs to be identified and access to it needs to be controlled and restricted. At the same time you need to provide your users timely access to data to gain key insights that contribute to your effectiveness and bottom line.

Insider threat
You protect your data against unauthorized access to your systems, but you also need to protect sensitive data agains internal people that have access to this data. Traditionally this is a challenge. Access to data, which may include sensitive data, is needed to perform tasks, like data analysis, systems management etc.

Obtain Quantum Resistance

For many years and in many situations, the use of encryption to secure data using mathematical functions has been sufficient to obfuscate data and thus protect the information it conveys. Authorised users can decrypt digital data using a key to enable access to the original information.

 A growing concern is that the advent of quantum computing threatens the viability of current encryption methods. Quantum computers will provide lightning-fast code-breaking capabilities, devouring the complex mathematics underpinning encryption and current methods for securing digital information may be rendered useless long before quantum cryptography is solved.

 Prizsm provides a Quantum Resistant approach to storing digital information by using disaggregation and random distribution of the data. If you are building, transforming, or “keeping the lights on” a system that will be around in 5 or more years, Quantum Resistance should be one of your primary considerations! 

Get full data security control

Protect, detect, defend

‘One single pane of glass’

Centrally manage from one single user interface

Advanced encryption methods

Wide range of encryption and masking techniques.

Plug and play interoperability

Connectivity to a wide range of platforms and databases

Protect everywhere

Encryption in rest. Encryption / decryption in motion and in use. Regardless of location

Realtime anomaly detection

Using advanced AI / machine learning techniques.

Ransomware protection

Real-Time prevention on security threats

No code implementation

Access control without code changes to the applications.

Protect all data

Structured data, Unstructured data / files, hybrid, APIs

Live in hours

Cost effective