An integrated approach

The trillions of daily signals reveal the threats’ ferocity, scope, and scale across the networks.

Since February 23, 2022, the world entered a new era of acceleration of cyber threats and tools, an era of hybrid war.

For more than a couple of years, we have seen these operations used as part of Russia’s hybrid war in Ukraine and also seen other nations, including China and Iran, increasingly deploy propaganda operations powered by digital networks and social media to extend their global influence on various issues.

Nation-states increasingly use sophisticated influence operations to distribute propaganda, impact public opinion domestically and internationally, and harm networks’ stability. These campaigns erode trust, increase polarization, and threaten democratic processes.

The pandemic has also caused a significant surge in cyber attacks attributed to the widespread adoption of internet-connected devices.

With the rapid acceleration of digital transformation, the attack surface of the digital world has expanded, making it more vulnerable than ever before.

Cybercriminals and nation-states use security breaches to infiltrate networks, move laterally, gain a foothold in supply chains, or disrupt the target organization’s operations at large.

While IT hardware and software have improved over time, defense and security systems have not kept up with the pace of attacks.

From an active operation standpoint, network threat responders take multiple approaches to improve their organization’s defense and security posture. But from a passive standpoint, there is still work to do.

Another approach is continuously monitoring systems like the Internet of Things (IoT) and Operational Technology (OT) devices. Another is to “shift left*,” meaning to demand and enforce better cybersecurity practices.

A third approach is integrating a holistic platform based on an immunity solution spanning networks.

By contributing to critical organizational processes with multiple advantages, the enterprise can achieve an enhanced immune posture while meeting business objectives.

* Shift left is the practice of moving testing, quality, and performance evaluation early in the development process, often before any code is written.

Integrated approach by Wild Intelligence

What does an integrated approach mean for your organization?

The platform offers a two-pronged approach to safety

Enhanced, responsible, and collaborative systems are the foundation for thriving in today's technological landscape.

The integrated platform enables real-world enterprise applications to be actively and passively protected using AI-driven immune technology.

It focuses on the complex and critical software environments businesses use to operate (most enterprise applications).

These could include customer relationship management (CRM), enterprise resource planning (ERP), financial and supply chain management systems, and many more.

Imagine an immune system's white blood cells. The platform actively monitors applications for suspicious activity, potential breaches, and malware in real time. If a threat is detected, the AI can take steps to neutralize it, such as:
- Blocking unauthorized access attempts.
- Quarantining infected systems.
- Alerting security teams for further investigation.
Think of the skin as a barrier against germs. The platform incorporates built-in safeguards that constantly shield applications from vulnerabilities. This might involve:
- Automatic security patching to address known software weaknesses.
- Data encryption to protect sensitive information.
- Application hardening to make them more resistant to attacks.

A strategic investment that fosters business growth and resilience

A platform to make informed decisions, boosts productivity, and ultimately leads to a more resilient and successful organization.

- Early warning signals: the immune system detects vulnerabilities and suspicious activity early on. This allows for proactive measures and informed decisions before a breach occurs.
- Data-driven insights: Security data becomes an invaluable resource. Your organization can anticipate and prioritize resources effectively by analyzing past attacks and threat intelligence.
- Reduced downtime: the integrated approach helps minimize successful attacks, preventing costly downtime and disruptions that hinder productivity.
- Focus on core business: employees feel secure knowing their data and systems are protected, allowing them to focus on core business functions.
- Streamlined security measures: the system utilizes a range of tools that work together seamlessly, reducing complexity for IT teams and simplifying security management.
- Standardized practices: Clear communication and standardized security protocols across departments make identifying and addressing weaknesses easier.
- Multi-layered defense: Just like the human immune system, an organizational one has layers of protection. This redundancy makes it harder for attackers to gain access to critical systems.
- Continuous threat monitoring: Ongoing vulnerability assessments and threat intelligence gathering allow for proactive mitigation strategies, lowering overall risk.
- Prevention is cheaper: Investing in preventative measures like employee training and threat intelligence is more cost-effective than reacting to major breaches.
- Improved efficiency: Streamlined security processes and reduced downtime save time and resources, leading to cost savings.

The hybrid intelligence layer

How can a large language model (LLM) behave as a hybrid intelligence layer?

The AI era brings a new paradigm where defense and security are key enablers of success.

Innovation and enhanced productivity can only be achieved by introducing immune measures that strengthen organizations' resilience to modern threats.

Cybercriminals constantly evolve their tactics, deploy novel techniques, and obfuscate their infrastructure, making tracking and disrupting their malicious operations increasingly difficult.

Inadequate identity controls, ineffective security operations, and limited data protection have been consistently identified as critical factors leading to weak protection against ransomware.

IoT devices are frequently exploited using widespread botnets, and unpatched routers can be entry points for launching malicious attacks.

We are witnessing a surge in hacktivism as volunteer hackers use tools to damage political opponents, organizations, and even nation-states.

The number of credential phishing schemes is increasing, posing a significant threat to users worldwide as they target all inboxes without discrimination. Among the threats researchers monitor and defend against, phishing attacks outnumber all other threats.

The future is hyperconnected, but the past holds us back. A modernized approach unlocks a world of possibilities while simultaneously shielding us from the vulnerabilities of legacy systems.

Many business tasks require understanding specialized data, such as encrypted texts, images, and videos, not typically found in general-purpose large multimodal models.

These models build upon the powerful capabilities of industry modalities and knowledge that can provide advanced reasoning, multimodal understanding, and long-context processing enriched with representation.

We are developing the Wild intelligence platform as a powerful AI tool with capabilities well-suited for tasks requiring information retrieval, analysis, and report generation.

Here is to provide a glimpse of an exciting future where AI can broadly and deeply contribute to many domains:

Exploring: LLMs can access and process information from various sources to answer your questions comprehensively and informally.
Classification: the platform can analyze text or data and categorize it into predefined groups. This could be sentiment analysis (positive/negative reviews), topic classification (identifying the main subject of a document), or spam detection.
Threat prediction: the platform can analyze historical data and identify patterns to predict future events. For example, they might be used to assess financial risk or predict equipment failure rates.
Multi-report generation: it can generate different reports, from summaries and analyses to creative text formats like poems or scripts, based on the information they process.

Wild intelligence’s platform