company insight   sponsored by bellridge

It’s an IT world comprised of opposing corporate forces. On one hand, we have enormous demands to increase worker productivity and support an ever-changing, distributed and mobile workforce, while on the other hand, we are being asked to secure our corporate network access and our underlying data. Exclusively focused on the problem of remote access and data protection, SPYRUS use the proprietary Rosetta technology, incorporating the highest level of hardware based security.

Rosetta NcryptNshare™, a suite of applications that work with any SPYRUS Rosetta enabled device, allows you to encrypt your files and control access from wherever they are stored. The SPYRUS Rosetta file encryption solution is hardware-based FIPS 140-2 and offers unmatched individual file protection using the strongest levels of encryption and key protection available. ‘Sealing’ the file closed, it can detect if a file has been tampered with and, because the encryption keys stay with you, only you control access.

At the core of the SPYRUS technologies is SPYCOS (SPYRUS Cryptographic Operating System). SPYCOS is the firmware operating system incorporated into SPYRUS hardware devices. It supports more cryptographic algorithms than any other commercial product and dynamically allocates nonvolatile memory. The Rosetta security devices are used as the key and the trust anchor in the NcryptNshare application to create the encrypted files and vaults. Wherever your data is stored, whether it’s at rest or in transit, NcryptNshare will keep it safe.

“When it comes to protecting and securely sharing our files and content, SPYRUS was the clear choice.”
The Department of State

Security is at the forefront of everything you do. The SPYRUS security architecture is based on public key infrastructure architecture that integrates with and complements the overall security functionality of the Microsoft ecosystem. SPYRUS also offers NcryptNshare applications for Windows:

• RES4Office - a software add-in application for Office 2013, 2016, and Office 365 that encrypts and saves individual Office files and allows you to securely share decryption capabilities. Files are encrypted with keys generated and stored in a SPYRUS hardware encryption device.
• RESDisk - unlike most other data protection solutions, RES Disk uses a FIPS 140-2 Level 3 Rosetta security module as a hardware root of trust to generate and protect digital identities and key. RES Disk implements next generation military grade elliptic curve cryptography recommended by NIST and global government organisations for both unclassified and most classified information.
• RES Pro - a software application that encrypts both individual files and folders and allows you to securely share decryption capabilities. All key management and critical security functions are implemented in the Rosetta SPYCOS FIPS 140-2 Level 3 certified hardware security module.

Work is no longer a place. SPYRUS helps secure your business wherever it is happening.

// The First Sea Lord Admiral Tony Radakin. Image: Crown Copyright / MOD

Admiral Tony Radakin hasn’t been First Sea Lord for long but that doesn’t mean he is worried about rocking the boat. Rising through the ranks of the navy during tours in the Falklands, the Adriatic Sea and the Caribbean, he is now commanding a force that is rapidly shedding its old skin as it embraces a digital future.

The First Sea Lord’s plans for the Royal Navy are a reflection of this and the rising tensions around the world.

“We are a global Navy, supporting a global Britain,” he said. “And finally, we are in an era of rapid technological change. Our adversaries are exploiting this. And we need to embrace, match and utilise this pace of change.” 

The first of Radakin’s priorities is the North Atlantic. “This is key to ensuring the freedom of movement of the nuclear deterrent, but it is an area where we are facing increasing pressure, especially from Russia,” he said.

As the UK continues to develop Dreadnought, the replacement for the current continuous at-sea nuclear deterrent, providing submarines safe passage as they leave their home base in Scotland is increasingly important. As Radakin noted, the continuing pressure from Russia in the northern hemisphere means that safe passage across the Atlantic is as important as ever.

Part of securing the North Atlantic is a combined effort with the Royal Air Force (RAF). Radakin added: “Consequently we are investing even more; we are binding even more strongly with our allies and NATO; and we will leverage off the RAF’s P8 coming into service later this year.”

The P-8A Poseidon recently acquired by the RAF will play a central role in providing intelligence on North Atlantic adversarial activity. The aircraft is fitted with an array of sensors from radar to sonobuoys, giving the Royal Navy the eyes and ears to operate in the North Atlantic.

Carrier strike operations are another priority for the Royal Navy, according to the First Sea Lord.

Before the deployment of the HMS Queen Elizabeth, the Royal Navy’s structure changed significantly; the loss of carrier strike capabilities meant the force had to operate in ways it had not done for decades. The First Sea Lord announced the navy’s shift back to carrier strike operations as the HMS Queen Elizabeth set sail to the US East Coast to take part in an exercise to test just that.

“We need to shift the whole navy to being a carrier task group navy. This will allow us to project our power around the world and at a level alongside our American and French allies,” Radakin said.

Carrier operations allow the navy to strike deep far from the UK and easily form floating villages for future operations. New developments in the fleet are central to this, with the F-35 bringing back the short take-off and vertical landing capabilities the Royal Navy lost when the Harrier was scrapped.

“The current carrier strike force being put through its paces off the US coast is formed of the HMS Queen Elizabeth, HMS Dragon (Type 45), and HMS Northumberland (Type 23).”

The UK’s shipbuilding strategy has also keyed into this push, with the Type 45 destroyer designed to provide maximum air cover. Meanwhile the crew of the HMS Prince of Wales – the UK’s second new aircraft carrier – has recently moved onboard, and the Type 26 and Type 31 frigates will help extend the navy’s reach further.

The current carrier strike force being put through its paces off the US coast is formed of the HMS Queen Elizabeth, HMS Dragon (Type 45), and HMS Northumberland (Type 23). In future, these groups could be backed up by Astute-class submarines.

This return to carrier focused operations will extend the Royal Navy’s reach and allow the UK and allies to deploy multiple carrier strike groups to a single theatre, which Radakin said will boost the UK’s “economy of force”.

Radakin’s third priority for the Royal Navy lies in fully embracing fifth-generation technology. “We have fifth-generation aircraft carriers. We have fifth-generation aircraft operating from those aircraft carriers and it makes sense to have fifth-generation commando warriors,” he said.

The Royal Marines Commandos have long been, as he puts it, “the door-openers” for the British Armed Forces.

The Royal Marines execute a range of missions from paving the way for heavier forces by striking adversaries’ heavier weaponry to humanitarian roles assisting in disaster relief. The commando force is highly versatile and Radakin wants to sustain this as the UK’s air and sea power makes strides with new technology.

“We will build on the amazing cachet and specialness of our Royal Marine Commandos, blending them with technology to have fifth-generation commando warriors,” he said.

However, this does not mean we will soon sea commandos embarking on ekranoplans and deploying with laser weapons, as reported by Naval Technology. This push will more likely see an emphasis on networked capabilities, giving the Royal Marines advanced communications and information accessing capabilities as part of the UK Armed Forces’ plans for increased survivability and lethality through the use of data.

The Royal Navy has successfully forward-based ships in Bahrain and is now looking to expand this model across the rest of the world.

“My fourth priority is forward presence,” Radakin said. “This is about being able to demonstrate a global navy, project influence and respond to threats more quickly.”

Policing the Strait of Hormuz from its base in Bahrain, the HMS Montrose has proved the merits of having a constant presence in a contested region. However, the rest of the Royal Navy fleet is currently based in the UK meaning when quick support is needed ships need to travel before they can effectively respond.

“Now I want to have a conversation about whether we could deploy more ships, permanently stationed forward in areas where we have significant interests,” Radakin said, explaining that this would allow the navy to back up its operations in heavily contested environments and also project the UK’s power through a continued presence.

For a long time, naval digitisation meant replacing analogue systems with digital alternatives, changing the equipment but not the processes behind it. This is something the First Sea Lord wants to change as part of his fifth priority.

“We have to embrace technology and innovation in a much bigger way,” he said. “We are doing some great things across the service. But it has to be stronger, bolder and much more impactful.”

Radakin pointed out that “the world is moving faster than the time we take to assess, trial and introduce equipment,” emphasising the need to speed up procurement processes to give sailors the equipment they need more quickly.

The navy is working on speeding up its R&D through a range of initiatives, ranging from its NavyX artificial intelligence and digital technology accelerator to partnerships with the Defence Science and Technology Laboratory (Dstl) and industry.

The Royal Navy has long been the powerhouse of the UK’s Armed Forces, and the First Sea Lord plans to further strengthen its position through his strategies for increased reach, new operational capabilities and faster integration of next-generation technologies.