News

• The Battlefield 6 system requirements have been revealed
• A beefy CPU and graphics card are recommended
• Players should also use SSD storage for the best experience

EA has revealed the system requirements for Battlefield 6 and, if you're anything like me, it might be a sign that you need to upgrade your gaming PC.

Available via the official Battlefield 6 website, the game will require an Nvidia RTX 2060 or AMD Radeon RX 5600 XT 6GB graphics card at a minimum. This is in addition to Intel Core i5-8400 or AMD Ryzen 5 2600 processor and 16GB of RAM.

As those specs are just a minimum requirement, however, I can't imagine that the experience will be very smooth.

You're recommended to have at least an Nvidia RTX 3060Ti or AMD Radeon RX 6700-XT graphics card, in addition to a newer Intel Core i7-10700 or AMD Ryzen 7 3700X CPU and the same 16GB or RAM.

Although the game will run on a conventional HDD, an SSD is also recommended and should help keep loading times to a minimum.

You can see a full list of the requirements minimum below:

• OS: Windows 10
• Processor(AMD): AMD Ryzen 5 2600
• Processor(Intel): Intel Core i5-8400
• Memory: 16GB
• Graphics Card(AMD): AMD Radeon RX 5600 XT 6GB
• Graphics Card(Nvidia): Nvidia RTX 2060
• Direct X: DX12
• Online Connection Requirements: Yes
• Hard Drive Space: HDD - 55GiB

And the recommended requirements:

• OS: Windows 11
• Processor(AMD): AMD Ryzen 7 3700X
• Processor(Intel): Intel Core i7-10700
• Memory: 16GB
• Graphics Card(AMD): AMD Radeon RX 6700-XT
• Graphics Card(Nvidia): Nvidia RTX 3060Ti
• Direct X: DX12
• Online Connection Requirements: Yes
• Hard Drive Space: SSD - 80GiB

The reveal of these system requirements follows a comprehensive rundown of the game's explosive multiplayer mode.

We also learned that the game will launch on October 10 and be exclusive to current generation platforms including PC, PlayStation 5, and Xbox Series X and Series S. Pre-orders are available now.

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• Microsoft uncovers cyber espionage attacks targeting diplomats
• Embassies within Russia are being hit with malware
• The threat actors are using adversary-in-the-middle attacks

Foreign embassies in Moscow are being targeted by Russian state hackers, who are using custom malware tracked as ApolloShadow, disguised as Kaspersky antivirus software, new reports have claimed.

The attacks have the end goal of installing a TLS root certificate which allows the threat actor to ‘cryptographically impersonate’ trusted websites visited by the infected system inside the embassy, Microsoft Threat Intelligence reports.

“This campaign, which has been ongoing since at least 2024, poses a high risk to foreign embassies, diplomatic entities, and other sensitive organizations operating in Moscow, particularly to those entities who rely on local internet providers," the experts noted.

This cyber espionage campaign targeting diplomats and embassies uses what's known as an adversary-in-the-middle (AiTM) attack, which occurs when hackers intercept and alter communications between two parties without their knowledge.

These frequently leverage other attack vectors like social engineering emails or messages to create conditions in which an attacker can intercept and manipulate the communications between users and the legitimate services they use, then stealing credentials and authenticated access tokens.

The notorious threat actor, Secret Blizzard, has previously been observed hacking Ukrainian military tech by stealing points of entry from third-parties. The group is one of the most sophisticated and most prolific state-sponsored threat actors in the world.

Microsoft previously assessed with ‘low confidence’ that Secret Blizzard was conducting cyberespionage within Russian borders against its adversaries, but the company now confirms that they have the capability to carry these out on the Internet Service Provider (ISP) level.

This means diplomats using local ISP or telecommunications within Russia are ‘highly likely’ targets of Secret Blizzard’s AiTM position within those services.

“In our previous blog, we reported the actor likely leverages Russia’s domestic intercept systems such as the System for Operative Investigative Activities (SORM), which we assess may be integral in facilitating the actor’s current AiTM activity, judging from the large-scale nature of these operations,” Microsoft confirmed.

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On April 25, 2025, Patrick Opet, CISO of JPMorgan Chase, issued an open letter to technology providers, urging the industry to address growing concerns about software supply chain security. His message emphasized the increasing operational and systemic risks associated with SaaS providers, particularly in highly regulated sectors like financial services.

To many across the SaaS and cyber security industries, this comes as no great surprise. For years, large businesses have been heavily investing in their own cyber security. However, in response, cyber criminals are moving down the supply chain to third party vendors as the new attack surface to bypass in-house security measures.

Instead of defensive posturing, we see this as an opportunity to demonstrate how purpose-built solutions can directly address these critical concerns. In particular, Opet’s call aligns with a wider industry shift—spurred by frameworks such as the EU’s DORA and the UK’s CTP regime—toward greater transparency, accountability, and operational resilience throughout the supply chain.

A key concern raised in the open letter is the industry’s growing reliance on single deployment models that can introduce concentration risk. Many SaaS providers operate solely in multi-tenant environments with shared IT infrastructure and common update cycles—an approach that can create efficiencies, but may not suit all customers’ control or compliance requirements.

One solution, and our own approach, is to offer deployment flexibility—whether that’s via public cloud, or on-premise. These technical capabilities support both single-tenant and hybrid models, giving clients greater control over how and where their data and workloads are managed.

For example, our asset management clients processing legacy data sets may choose an on-premise deployment for maximum control, while payment processors handling high transaction volumes might opt for our scalable cloud managed service solution.

This flexibility doesn’t need to come at the expense of innovation. Release cycles can be structured to give customers clarity and choice around when to adopt updates, with rigorous testing built into the process. In sectors where operational continuity is mission-critical, this control can be just as important as feature velocity.

Opet’s letter also touches on the systemic risks posed by opaque third-party dependencies. In this regard, a conservative approach to supply chain design can help to minimize reliance on external services in the delivery of core applications.

When cloud infrastructure is relied on, robust business continuity and disaster recovery planning is required, including real-time replication across zones. We actively monitor our providers and maintain the transparency needed to support regulatory expectations around fourth-party oversight.

Resilience is about more than just technical architecture—it’s about building a culture of preparedness, and ensuring clients are confident in how their data is managed, stored, and protected.

Another theme highlighted is the insufficiency of annual certifications as a stand-alone assurance model. Frameworks like ISO27001 and SOC 2 should be foundational—but not the end of the story.

Organizations must provide ongoing support for client audits and due diligence, and encourage proactive engagement between teams and clients’ governance, risk, and compliance (GRC) functions. Security and resilience aren’t one-off milestones—they are continuous, evolving responsibilities.

The growing use of AI across the software landscape brings new opportunities—and new responsibilities. Vendors are integrating AI features in areas such as anomaly detection and process automation, always with clear governance and internal risk oversight.

For regulated firms, assurance around how AI is deployed, tested, and controlled is critical. Having said that, ensuring that any AI capabilities within platforms are developed with transparency, control, and compliance at the forefront, is essential.

The message from JPMorgan Chase serves as an important reminder: as technology providers, we are an extension of our customers’ risk environments. Our role is not just to deliver functionality—it’s to help our clients operate safely, confidently, and compliantly in an increasingly complex world.

SaaS providers must commit to providing the flexibility, transparency, and resilience that financial services firms need to navigate today’s evolving regulatory expectations.

In return, the firms that will thrive are those that view security not as a compliance checkbox, but as a competitive advantage built through genuine partnership with their technology providers.

We've listed the best software asset management (SAM) tools.

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