The Uncompromising Protection of
DATA ASSURANCE
Protects your data when it's in motion or at rest
DATA ASSURANCE uses Thales High-Speed Encryption running alongside ATOMIUS SDWAN on OMNIA's Vena hardware appliances, to make sensitive information unreadable to attackers as it travels between sites, clouds and data centres. Multi-layer encryption across Layers 2, 3 and 4 protects sensitive data, helping reduce the consequences of interception and data exposure. With throughput up to 1Gbps, near-zero latency and centralised management, you will strengthen protection and support compliance without making critical applications pay a performance penalty.
Protect what matters with Data Assurance
Data Assurance strengthens OMNIA’s connected cyber resilience by helping protect critical information wherever it is stored, used or moving between users, sites, services and cloud environments.
True Zero-Trust Encryption
Applies multi-layer encryption so that even if one defence fails, your data remains unreadable and unusable to attackers
Protects Data Everywhere
Secures information across Layers 2, 3 and 4, covering data in your network, in the cloud and in transit between sites, users and services
Stops Data Theft and Interception
Makes it significantly harder for cybercriminals to intercept, tamper with or exfiltrate sensitive data over public or private networks
Strengthens Ransomware Resilience
Even if systems are compromised, encryption keeps underlying data protected and far harder to monetise or leak
Supports Compliance and Governance
Helps you meet strict data protection, privacy and industry regulations by adding stronger technical controls around critical information flows
Built to Scale with Your Business
Designed to work as part of the wider OMNIA platform, so you can extend protection from a few key workloads to global operations without redesigning your network
No Trade-Off Between Security & Performance
Optimised encryption and architecture help maintain high throughput and low latency, so users and applications stay responsive
Works Across Hybrid and Multi-Cloud
Protects data moving between offices, data centres, clouds and remote users as your environment becomes more distributed
Put Proven Defence-Grade, Multi-Layered Encryption Between Your Data and its Next Threat
When your data needs its own line of defence
- Sensitive records, intellectual property or operational data travel between sites and clouds
- You need encryption without slowing critical traffic
- Retaining exclusive control of encryption keys is a business requirement
Why OMNIA DATA ASSURANCE is Different
Strong encryption shouldn’t mean surrendering control or adding another appliance. DATA ASSURANCE runs on our VENA device, combining Thales encryption with exclusive customer control of encryption keys. Apply encryption by department and manage protection centrally across distributed networks, with full-duplex, full line-rate performance. Support for quantum key distribution and quantum random number generation adds crypto-agility, while customer-specific encryption algorithms are available, giving you greater control over how critical information is protected as requirements evolve.
Keep your valuable data secure everywhere and make it unreadable and worthless to attackers.
View Technical Specifications
DATA ASSURANCE
Brief Technical Sheet
OMNIA Data Assurance is a zero-trust, multi-layer encryption and data-protection platform built on defence-grade high-speed encryption. It encrypts data in motion across any network while preserving full network performance from 10 Mbps up to 100 Gbps and makes intercepted data unreadable and therefore valueless to cybercriminals.
| Area | Technical specification |
| Encryption scope | Provides zero-trust data security through multi-layer encryption at Layers 2, 3 and 4 for data in motion across any network. Protects traffic between offices, data centres, cloud environments, backup locations and disaster-recovery sites. |
| Protection model | Makes sensitive business data unreadable to protect against data theft, ransomware and costly breaches. Applies zero-trust principles to data flows across sites, clouds, backup and DR locations. |
| Technology foundation | Built on Defence-grade Network Encryption / High Speed Encryption technology trusted by governments, defence and Tier-1 enterprises globally. |
| Transport independence | Transport Independent Mode provides network-layer-independent, protocol-agnostic encryption across Layers 2, 3 and 4, including mixed environments, without redesigning the underlying topology. |
| Data classification and control | Combines data classification and protection in a single, easy-to-manage platform. Customers retain exclusive control of encryption keys. |
| Performance | Near-zero latency, full-duplex operation at full line rate and zero performance loss, including in latency-sensitive environments. Supports line speeds from 10 Mbps to 100 Gbps across single-port and multi-port appliances and virtual solutions. |
| Interoperability | Vendor-agnostic interoperability with leading network-equipment vendors across the estate. |
| Centralised management | Central management of encryptors across single links or highly distributed networks, supporting policy management, monitoring and configuration at scale. |
| Crypto-agility | Supports customisable encryption with a range of elliptic and custom curves, including customer-specific encryption algorithms. Integrates Quantum Key Distribution (QKD) and Quantum Random Number Generation (QRNG). |
| OMNIA integration | Integrates seamlessly with OMNIA modular components |
| Certifications and assurance | Technologies have been tested and certified to FIPS 140-2 Level 3, Common Criteria EAL2+ and EAL4+, NATO “Restricted” classification and DISA UC APL. |
Deployment Context
OMNIA Data Assurance can secure data in motion across network layers and protocols, including data travelling between sites, data centres and cloud environments. Unlike perimeter-focused firewall and DLP controls, it encrypts data across these paths so intercepted or stolen data remains unusable.
The technology is preferred by financial institutions, telcos, critical-infrastructure providers and governments in more than 35 countries. It is designed to maintain maximum uptime in demanding environments, including trading, live video, SCADA and healthcare imaging.
Reference Use Cases
- National-government communications requiring end-to-end encryption without decrypting and re-encrypting traffic in transit.
- Live video feeds for border-agency monitoring and evidence capture without latency or glitches.
- Financial-services connectivity supporting SOX and PCI-DSS compliance, low-latency trading, real-time transactions and big-data analytics.
- SCADA traffic and real-time signalling for energy-distribution environments.
- High-resolution medical imaging and patient-data transfers between healthcare sites.
- FIPS-certified voice, video and data communications for law-enforcement CJIS traffic.
- Intellectual-property and customer-design protection between manufacturing plants and partners.
ARE YOU READY TO MAKE YOUR DATA USELESS TO ATTACKERS, WHEREVER IT TRAVELS?