January 13, 2025
Every organization regardless of size, budget or area of focus should have some form of a security operation center (SOC). When We use the term “Security Operations Center”, many people imagine a dedicated team with expensive tools and a room full of monitors. That image can be a SOC, but it is not always the case. A SOC can just be one person, or multiple groups of people spread across the globe. A SOC can be outsourced to a service provider, be made of internal resources or something in between. In short, a SOC is having a dedicated person or team focused on cyber security services for an organization, which means a SOC is obtainable by all organizations.
Security Operations Center (SOC) Definition
A Security Operations Center (SOC) is a centralized unit within an organization that employs a combination of people, processes, and technology to continuously monitor, detect, analyze, and respond to cybersecurity threats.
Operating 24/7, SOC teams are responsible for protecting an organization’s critical assets, including intellectual property, personnel data, business systems, and brand integrity.
A security operations center (SOC) is a command center for monitoring the information systems that an enterprise uses for its IT infrastructure. This may include everything from the business’s websites, databases, servers, applications, networks, desktops, data centers, and a variety of endpoints.
A SOC cybersecurity setup monitors each element of the infrastructure, assesses its current health, including potential and existing threats, and responds to threats. The SOC also sets up information security measures and protocols designed to prevent future threats.
The Modern Security Operations Center (SOC) Explained
A modern SOC is a centralized facility that uses specialized tools and processes to monitor and protect an organization’s digital assets. It serves as an intelligence hub, gathering data from across the organization’s networks, servers, endpoints, and applications to identify and respond to potential cybersecurity threats.
Your organization’s security operations team performs a vital role in protecting users, applications, and assets from cyberattacks. It uses a variety of highly specialized tools to monitor for signs of unauthorized activity and investigate security events when they occur.
Specialist security tools require specialist expertise. Centralizing security workflows in a single facility makes it easier and safer to coordinate complex security workflows without exposing sensitive tools or data to non-security personnel in the process.
By leveraging advanced technologies such as SIEM systems, intrusion detection/prevention systems, and threat intelligence platforms, SOC analysts work tirelessly to identify and mitigate potential security risks before they can impact the organization.
Your Security Operations Center (SOC) is a purpose-built facility designed to protect your organization from security threats. There are many different types of SOC facilities in use today, but they all serve the same basic goal — detecting and responding to unauthorized activity.
In essence, a SOC acts as the first line of defense against cyber threats, protecting an organization’s valuable assets and ensuring its continued operation.
In today’s rapidly evolving threat landscape, a well-functioning SOC is crucial for maintaining a robust cybersecurity posture and ensuring business continuity in the face of ever-increasing cyber threats.
Examining the SOC to Determine What Needs to be Fixed
A modern SOC must act as a responsive, fast-moving entity that combines threat intelligence with tools that prevent, detect, investigate, and eliminate threats of all kinds. But how can security teams reach this ideal state?
Developing a best-in-class SOC requires a closer look to determine how legacy models can be transformed to handle the needs of today’s security operations centers.
What Does A SOC Do?
A SOC performs much of what an on-site security operations team does. This includes monitoring, detecting, investigating, and responding to threats. Often, a video wall, which is a collection of monitors set adjacent to each other, is implemented.
A SOC is also responsible for safeguarding the organization’s digital assets, such as employees’ data, intellectual property, brand-related assets, and business systems.
The implementation of the organization’s security protocols and threat response fabric can facilitate collaboration between different departments and individuals to ensure a unified approach to monitoring, assessing, and defending against cyber threats.
- Key Responsibilities: Protecting sensitive data: Safeguarding confidential information from unauthorized access and misuse. Maintaining business continuity: Ensuring that critical business operations are not disrupted by security incidents. Complying with regulations: Adhering to industry standards and regulatory requirements related to data security. Improving security posture: Continuously enhancing the organization’s security defenses through proactive measures and incident response.
- Core Functions: Continuous Monitoring: 24/7 surveillance of an organization’s IT infrastructure (networks, devices, applications) for potential threats. Threat Detection: Identifying and analyzing suspicious activity, such as unauthorized access attempts, malware infections, and data breaches. Incident Response: Investigating and responding to security incidents, including containment, eradication, and recovery efforts. Security Information and Event Management (SIEM): Utilizing SIEM tools to collect, analyze, and correlate security logs from various sources to identify threats. Threat Hunting: Proactively searching for and investigating potential threats that may have evaded initial detection.
Typically, a SOC is designed using a centralized hub-and-spoke setup. This involves a Security information and event management (SIEM) system, which collects and correlates data that streams in from security feeds. Depending on the needs of the organization’s network, this may involve several different tools. Some may include risk and compliance systems, governance protocols, vulnerability assessment, endpoint detection and remediation, threat intelligence platforms, and behavior analytics of individual users and business entities.
When We think of a modern SOC, We don’t imagine that room. Confronted by the pandemic, many traditional SOCs disbanded, shifting to a distributed state of operations. The pandemic showed if we can work a distributed SOC out of necessity, why can’t this continue? SOCs are now run from people’s homes, with many operating during normal business hours.
I believe the SOC of today has evolved where the “center” stands for “center of excellence,” with central expertise along with centralized control and coordination—executed in a distributed manner. A key element for evolving your SOC toward a “center of excellence” starts with embracing automation with artificial intelligence (AI) and machine learning (ML). This enables organizations to process data more efficiently, reduce noise, and quickly find and remediate issues. It’s integral to the modern SOC, allowing it to respond quickly to threats while significantly reducing risk. It also allows for standardization and scaling procedures by instilling a consistent, repeatable process.
With most threats and alerts handled, you don’t need all those 24/7 shifts. On-call staff are only needed to deal with critical, verified incidents that can’t be handled through automation. The freeing up of analysts allows them more time to do work they genuinely enjoy. Stimulating work increases staff morale and retention while breeding excellence.
The SOC is the embodiment of zero trust. As a society, we’ve long embraced the concept of reliable, trustworthy systems. This trust, though, is where vulnerabilities and exploitation opportunities exist.
Zero trust is summed up with the mantra of “trust but verify,” a line popularized in the 1980s by Ronald Reagan. But how do we know the policies and trust decisions we have and continue to make are the right ones?
A SOC allows us to continuously monitor and validate those trust decisions using rich telemetry to build a unique, global view of all events. This provides it with the advantage of context—something that prevention tools and other technologies lack.
It’s able to double-check earlier trust decisions using tools focused on behavioral analytics, threat hunting, anomaly detection and other correlation rules. A SOC also uses automation to bring this full ecosystem of controls into play to enforce zero-trust principles at scale. The SOC supplies an added layer of verification to further reduce risk.
Talent
Talent continues to be a significant issue for most organizations and even more so for SOCs. Globally, cybersecurity is experiencing a growing deficit—around 3.4 million cyber folks. Although we do need more people in both technical and generalist roles, the SOC tends to comprise practitioners, meaning capable and qualified—with the ability to execute—personnel.
This model of a distributed SOC significantly simplifies recruitment by allowing you to hire talent where it exists, effectively broadening your talent pool, as geographical constraints no longer apply. The emphasis is squarely on skills and not hierarchy—a bonus for organizations operating in the era of severe practitioner shortages.
With digital transformation and other disruptive technologies expanding attack surfaces, the volume and type of data that needs to be captured, analyzed and actioned increases by multiples. Having an effective SOC is imperative for organizations of all sizes to enable fast detection and response to remedy security incidents.
Traditional SOCs reliant on human analysts have difficulty scaling to meet today’s demands. This means that automation, AI and ML delivered in-house or through outsourcing should be considered.
The role of the SOC has evolved to a greater level, becoming a critical apparatus for organizations operating in this globalized digital economy. It now has an important mission: to enable digital transformation and business resilience. A fine-tuned, well-constructed and managed SOC enables businesses to take on new initiatives and calculate risks in pursuing digital transformation. The SOC is the safety net!
10 Essential Capabilities of A Modern Security Operations Center
The job of convincing business leaders to take their cybersecurity seriously has become a lot easier in the past two years. From the SolarWinds hack to the general fifer created by the pandemic-driven switch to work-from-home, security challenges have been at the forefront of many executives’ minds, whether or not it’s a specific part of their job. Perhaps you’ve found yourself lying awake at night wondering about the security of your organization’s network. It’s a top concern on many leaders’ minds, and for good reason. Instead of counting sheep, maybe it’s time you took a cold, hard look at your security operations center (SOC).
The first line of cyber defense for any modern organization has long been a well-designed, well-maintained and well-staffed SOC. As you can probably tell from the name, a SOC is a centralized location where an information security team monitors, detects, analyzes and responds to cybersecurity incidents, typically on a 24/7/365 basis.
You may well have a SOC in your organization already. Maybe you’re creating one from scratch or wondering if your existing SOC is up to scratch. Whatever the case, here are the 10 capabilities so you can see if your SOC measures up.
1. Ingest
All data is security relevant. Data is the oxygen that gives life to a SOC. Analytics and algorithms breathe it. Just as important is the ability to ingest data from any source, structured or unstructured, at scale. You also need the ability to organize that data to make it actionable by machine or human.
Once an event has entered the system, it’s imperative that the SOC has the ability to detect the event. In this case, detection is focused on events, which is different from traditional solutions focused on files or network traffic. A SOC may leverage a combination of correlation rules, machine learning and analytics stories, to name a few.
3. Predict
Imagine you get an alert 30 minutes before you discover a security event. Imagine what that could do for your SOC. The ability to predict a security event allows the SOC to proactively escalate the incident to a human or to streamline a response with a predefined process. There are emerging predictive technologies that hold a lot of promise to provide analysts with an early warning using precursors or indicators of larger attacks, as well as identifying unknown events before they become bigger risks.
Automation is one of the newer technologies to help SOC analysts. Automation tools take standard operating procedures and turn them into digital playbooks to accelerate investigation, enrichment, hunting, containment and remediation. A SOC with automation capabilities can handle more events because processes that used to take 30 minutes, for example, can now be done in as little as 40 seconds. In the evolution of a SOC, automation is no longer a choice — it’s an indispensable tool.
When your organization first built your SOC, you bought dozens of products to power it. The majority of these tools serve a useful purpose and add to your defense, but they may not be updated to match the speed of evolving threats. The products your SOC uses to hunt threats need to keep pace in an API-driven world. This is where orchestration comes in. Orchestration lets you plug in and connect every component that’s inside and outside of your SOC. You no longer have to open new browser tabs or use separate point solution logins for every product, and you eliminate copying and pasting from different solutions. The ability to orchestrate all your products removes overhead, reduces frustration and helps analysts focus their energy on meaningful tasks.
6. Recommend
At this point in the threat-identification process, events have passed through several levels of the platform powering your SOC. Wouldn’t it be great if that platform could tell the analysts what to do next? The modern SOC can do just this by making a recommendation. This can come in the form of individual actions or playbooks. This is helpful in two ways: It teaches new analysts what to do when a similar threat arises again and gives experienced analysts a sanity check, or a reminder of what to do.
7. Investigate
At Splunk, we expect 90% of tier-1 analyst work to be automated in the near future. But what happens to all that other work? Inevitably, it requires detailed, precise human analysis to take it the last mile. Intuitive security tools aid an analyst’s human ability and help them prioritize what needs to be investigated.
Security is a team sport that requires coordination, communication and collaboration. In a SOC environment, nothing can be dropped, events must be processed comprehensively, and teams need ChatOps capabilities, or the ability to collaborate and connect the tools, people, processes and automation into a transparent workplace. This brings information, ideas and data to the forefront. It enables security teams to better collaborate, invite people outside the SOC to help with alerts, share critical time-sensitive details with peers and ultimately collaborate with others outside of the organization to stop widespread threats.
9. Manage Cases
Incidents happen even when we do our best to prevent them. What’s important is that when they do happen, security teams are armed with everything necessary to manage the response process. Teams need to make sure they have response plans, workflows, evidence collection, communication, documentation, and timelines. This is why case management has emerged as a core capability for the modern SOC.
10. Report
You can’t manage what you can’t measure. We live in a data-driven world and security is no different — that’s why you can now measure all aspects of the security process. Having the right reporting tools helps you see what’s performing, so security teams can accurately measure where they are and where they need to go. Today, the challenge SOCs face is their reliance on too many platforms, which makes it all but impossible to get accurate reporting.
Security analysts
Security Operations Centers are staffed by security engineers who bring a wealth of unique training and expertise to their roles. Security analysts are responsible for detecting unauthorized activity, launching investigations, and acting on their findings.
Most SOCs divide their analysts into three levels based on their experience and qualifications:
- Tier 1 security analysts receive and investigate security alerts daily. They are responsible for triaging alerts and categorizing them based on their severity. When they encounter and verify a high-severity alert, they usually escalate the issue to a higher-tier analyst.
- Tier 2 security analysts address security incidents according to operational security playbooks. This includes analyzing affected processes, carrying out in-depth investigations, and pinpointing affected systems.
- Tier 3 security analysts usually deal with system-wide configurations and rulesets. They may conduct vulnerability assessments and manage penetration tests while carrying out long-term strategies for improving operational security performance.
In some SOC environments, analysts are directly involved in responding to security incidents. They may launch incident response playbooks that leverage advanced security technologies to isolate unauthorized processes, block malicious executions, and quarantine impacted assets.
There are thousands of cybersecurity tools and services available on the market, and no two SOCs use the same tech stack and infrastructure. However, most SOCs focus on at least one of the core capabilities defined by the SOC Visibility Triad:
- Security Information and Event Management (SIEM) platforms ingest log content from across the organization and analyze them in real time. This gives analysts a single, centralized solution for security event data correlation across users, endpoints, applications, cloud workloads, and more. Advanced SIEM solutions also provide User Entity and Behavioral Analytics (UEBA) that can detect insider threats and credential-based attacks.
- Network Detection and Response (NDR) tools provide deep visibility into network traffic, identifying and analyzing anomalous traffic patterns to generate security insights. This enables analysts to detect lateral movement, block suspicious traffic, and prevent potential threats without giving attackers space to hide.
- Endpoint Detection and Response (EDR) solutions analyze and respond to security events taking place on endpoint devices like mobile devices, laptops, and computer workstations. Extended detection and response (XDR) enhance this protection to include cloud-hosted applications and identity-based monitoring while enabling third-party security integrations.
Many SOCs include additional solutions on top of these core capabilities.
For example, Inventiv Technology offers curated threat intelligence, email security, and data observability solutions to customers as add-ons through its Inventiv Technology SOC services.
10 standard operations SOC personnel carry out
Your SOC manages the security configurations of the devices and applications your organization relies on every day. It also manages the resources your team relies on to secure these assets. This is achieved by establishing full visibility into your organization’s IT infrastructure and updating it every time it changes.
- Prepare for security incidents and conduct preventative maintenance.
Preventing threats costs much less than remediating them. SOC personnel constantly research new threats as they emerge and create new detection rules and incident response playbooks that mitigate the risks involved. They also update security tool configurations according to the latest threat intelligence data and ensure the SOC is in perfect working order.
- Continuous monitoring and threat detection.
Round-the-clock security monitoring is crucial for quick, decisive incident response. Achieving 24/7 alarm and response coverage is an important goal for most SOC implementations, ensuring the SOC team is ready to launch response playbooks whenever attackers strike, day or night.
- Alert triage and investigation.
SOCs process an enormous volume of system-generated alerts. The team must filter and categorize these alerts so they can process the most important ones first. Alert fatigue can set in if time and resource-intensive investigations are expended on every incoming alert and false positive.
When SOC analysts detect and confirm a threat, they must then launch a coordinated response to address it. This may involve quarantining assets, isolating endpoints, terminating malicious processes, and more. Highly automated SOCs are able to accomplish these complex tasks much faster than ones that rely on manual response workflows.
- Recovery and remediation.
Once the immediate threat is addressed, your security team has to assess the damage and begin the recovery process. This process can involve lengthy investigations, verifications, and backup restoration. The more complex an attack is, the more challenging recovery may be.
- Root-cause analysis.
After a security incident occurs, SOC managers must provide in-depth information about why it occurred, how it occurred, and what steps the organization can take to prevent similar incidents in the future. Root-cause analysis and incident reports help organizations continuously improve their security posture and response capability.
- Log management
Although logs are often automatically generated and overlooked much of the time, they contain a plethora of useful information about the system, including anything that may have infiltrated it. The SOC team therefore must carefully collect, maintain, and review log activity. Within a log, you see a baseline snapshot of the system in a healthy state. If two logs are compared side by side, the presence of a threat may be revealed because the second log differs from the baseline snapshot.
In addition, the logs can be used to remediate after a security incident. Primary to remediation is engaging in a forensic examination of log data, which often reveals important information about the nature of a threat and its targets.
Many security teams feed log data directly to their SIEM and store it there at great expense. When they run out of storage space, they have to decide between expanding storage or deleting logs. Efficient SOCs reduce costs and improve performance by implementing separate log management solutions
Of course, several logs are rendered simultaneously by different endpoints, firewalls, and operating systems connected to the network. Because each of these produces its own log, a SOC may use a SIEM tool for the aggregation and correlation of the data. This streamlines the log analysis process.
- Proactive fine-tuning.
Cybercriminals are constantly refining their operations and coming up with new ways to launch attacks. It’s up to SOC personnel to make continuous improvements to their security measures and stay ahead of these developments, address false positives, and improve security architecture over time.
The SOC is critical to demonstrating and maintaining regulatory compliance with standards like GDPR, HIPAA, PCI DSS, and others. In many cases, the SOC implements compliance frameworks and conducts audits to prove that those regulations are being adhered to.
The SOC approach is not a one-size-fits-all methodology. There are a variety of models, ranging from those that are 100% outsourced solutions to those that involve significant elements of the internal IT team.
In 2017, Gartner distinguished between six core SOC models. Most SOCs fall into one of these categories:
- Virtual SOC.
This is a small-scale virtualized security environment usually staffed by part-time team members. It is typically only activated after a security incident occurs. This SOC typically works remotely and without a physical facility.
- Internal or Dedicated SOC.
This is a dedicated in-house facility staffed by in-house team members dedicated exclusively to security operations. This allows organizations to address security threats proactively. In-house dedicated SOCs can provide 24/7 coverage but come with high costs.
This model includes both dedicated security personnel and semi-dedicated team members. When used with a managed security service provider, it is also called a co-managed SOC. It does not always provide 24/7 alarm and response coverage.
- Command SOC
This is a specialized security operations center that coordinates with other operations centers, providing additional insights and expertise on an as-needed basis. It is rarely involved in day-to-day security operations.
- Network Operations Center (NOC)
This is a dedicated facility with a dedicated team that also conducts other critical IT operations apart from pure security. This is usually done to enable 24/7 network monitoring while reducing costs.
- Fusion SOC
This model integrates multiple security functionalities into a single facility. For example, it may include operational technology (OT), computer incident response team (CIRT), and threat intelligence functions as well.
Global SOC
This refers to a group that oversees several other SOCs that may be spread across a region.
Many of these models can be built in-house or outsourced to managed service providers. The costs involved can vary considerably, especially for organizations that need 24/7 detection and response coverage.
A SOC operates by continuously monitoring an organization’s IT environment, including servers, networks, endpoints, and applications. Security analysts use advanced tools to detect suspicious activities, investigate incidents, and respond to threats. The SOC also engages in proactive threat hunting to identify vulnerabilities before they can be exploited.
Key tools used in a SOC include:
- Intrusion Detection and Prevention Systems (IDPS): Monitor network traffic for malicious activity.
- Security Information and Event Management (SIEM) Systems: Collect and analyze log data to identify potential threats.
- Threat Intelligence Platforms: Gather and analyze data from various sources to identify emerging threats.
- Endpoint Detection and Response (EDR) Tools: Monitor endpoint activities to detect advanced threats.
- Vulnerability Management Platforms: Scan systems for known vulnerabilities and help prioritize remediation.
Security operations center (SOC) benefits
What Are the Benefits of A SOC?
The primary benefit of a SOC is the enhancement of security measures using nonstop monitoring and analysis. This produces a faster, more effective response to threats across the system. However, there are additional benefits as well.
A SOC provides numerous benefits to organizations, including:
Asset protection: The proactive monitoring and rapid response capabilities of SOCs help prevent unauthorized access and minimize the risk of data breaches. This will safeguard critical systems, sensitive data and intellectual property from security breaches and theft.
Business continuity: By reducing security incidents and minimizing their impact, SOCs ensure uninterrupted business operations. This helps maintain productivity, revenue streams and customer satisfaction.
Regulatory compliance: SOCs help organizations meet regulatory requirements and industry standards for cybersecurity by implementing effective security measures and maintaining detailed records of incidents and responses.
Cost savings: Investing in proactive security measures through an SOC can result in significant savings by preventing costly data breaches and cyberattacks. The upfront investment is often far less than the financial damage and risks to reputation caused by a security incident, and, if outsourced, replaces the need for staffing security professionals in-house.
Customer trust: Demonstrating a commitment to cybersecurity through the operation of a SOC enhances trust and confidence among customers and stakeholders.
Enhanced incident response: The rapid response capabilities of SOCs reduce downtime and financial losses by containing threats and quickly restoring normal operations to minimize disruptions.
Improved risk management: By analyzing security events and trends, SOC teams can identify an organization’s potential vulnerabilities. They can then take proactive measures to mitigate them before they are exploited.
Proactive threat detection: By continuously monitoring networks and systems, SOCs can more quickly identify and mitigate security threats. This minimizes potential damage, and data breaches and helps organizations stay ahead of an evolving threat landscape.
Leveraging SOC services from Inventiv Technology offers several significant benefits:
- Cost-Effectiveness: Reduced Operational Expenses: Avoids the high upfront costs of building and maintaining an in-house SOC (personnel, infrastructure, technology). Scalability and Flexibility: Pay-as-you-go models allow scaling resources based on specific needs, avoiding over-investment during periods of low threat activity.
- Enhanced Security Posture: 24/7 Monitoring: Continuous surveillance by experienced security professionals ensures proactive threat detection and rapid response. Advanced Threat Detection: Access to sophisticated tools and technologies (SIEM, SOAR, threat intelligence feeds) enhances the ability to identify and analyze complex threats. Improved Incident Response: Rapid and effective incident response capabilities minimize downtime and mitigate potential damage. Proactive Threat Hunting: Dedicated teams actively search for and investigate potential threats that may have evaded initial detection.
- Increased Efficiency and Focus: Freeing Up Internal Resources: Allows internal IT teams to focus on core business priorities rather than dedicating resources to security operations. Access to Expertise: Leverages the deep security expertise and best practices of the MSP’s security professionals. Improved Compliance: Helps organizations meet industry regulations and compliance requirements (e.g., HIPAA, PCI DSS).
- Improved Business Agility: Faster Time-to-Market: Enables businesses to quickly adapt to evolving security threats and emerging technologies. Enhanced Business Continuity: Minimizes disruption to critical business operations by quickly addressing and resolving security incidents. Improved Customer Confidence: Demonstrates a strong commitment to data security and customer trust.
96% of security professionals have experienced at least one breach or incident in the past year.
Of those, 57% reported 3+, and 24% were aware of 10+.
84% of security professionals agree they have seen more security incidents due to hybrid work.
By partnering with an Inventiv Technology for SOC services, businesses can significantly enhance their security posture, improve operational efficiency, and gain a competitive advantage.
Threats are detected faster and triaged more effectively and enables your internal staff to focus on important initiatives other than the cybersecurity the SOC provides.
Building customer trust
All it takes is one significant breach to erode customer confidence. With a SOC working around the clock, your network and customer data are better protected.
Regarding SOC services, We believe every SOC should have some form of the following services, which We call the foundational SOC services.
- Risk management: Identifying and making decisions to deal with organizational risk. This pertains to managing any type of risk, from physically securing assets to patching digital vulnerabilities that exist within software.
- Vulnerability management: Identifying and managing risk from technical vulnerabilities. This commonly involves targeting vulnerabilities within software found on servers, laptops, and IoT devices. Most SOCs use vulnerability scanners and outside threat intelligence to identify vulnerabilities.
- Incident management: Responding to security-related events. This covers what actions the SOC takes when certain events occur, such as isolating systems, alerting team members, and implementing remediation steps to resolve the issue
- Analysis: Analyzing various types of artefacts. This includes identifying characteristics, reverse engineering, vulnerability/exploitation analysis, root-cause analysis, remediation, and mitigation analysis.
- Compliance: Assessing and maintaining organizational compliance requirements.
- Digital forensics: Gathering evidence post incident to determine the cause of the incident and prepare for legal action.
- Situational and security awareness: Providing the organization with awareness of its operational environment and potential threats.
- Research and development: Researching the ever-evolving threat landscape, developing new tools and techniques, and modifying existing tools to improve effectiveness.
Some of these services can be outsourced, while others could be on demand. For example, a small business will likely not have a digital forensics expert on staff however, they should know who to call in if legal action needs to be taken due to a cyber related incident
THE SECURITY OF KNOWING YOU’RE SECURE
Always know what’s at risk anytime, anywhere.
We provide the most sophisticated, personalized cyber security solutions in the market backed by trusted cyber experts and leading technology vendors. We evaluate and assess all aspects of a customer’s organization, utilizing defense solutions to protect and manage from cyber-attacks.
In today’s rapidly evolving threat landscape, a robust Security Operations Centre (SOC) is no longer a luxury—it’s a necessity. Whether you’re a large enterprise or an SME, the question isn’t if you’ll face a cyber threat, but when. By partnering with Inventiv Technology for SOC services, you gain access to round-the-clock expert monitoring, rapid incident response, and cutting-edge threat intelligence without the hefty price tag of an in-house team.
Services tailored to meet the unique needs of our clients.
Our experts analyze trends and work with your team to constantly test and strengthen your network. Our 365 Security operation center (SOC) offering can be easily customized to your operations and aligned to the specific environment and issues that are unique to your organization.
We aim to furnish validated, actionable, and pertinent security intelligence seamlessly integrated and operationalized within your organization. Leveraging engineering expertise and an intricate understanding of contemporary attack vectors, our assessors adeptly navigate and manage your security controls without causing disruptions to your day-to-day operations. Interactions with your workforce are conducted with the utmost respect and safety, prioritizing the testing of awareness and adherence to cybersecurity protocols.
The Inventiv Technology Team excels in delivery, yet the efficacy of the data we provide hinges on the organization’s capacity to process and promptly act upon it. Connect with us today to schedule a ‘quick look’ assessment for your organization.
Inventiv Technology specialize in determining the most fitting tailored assessment for your company’s current state and offer a roadmap towards achieving the level of security you’ve been diligently seeking.”
Range & Size
Inventiv Technology extends its services to companies of all sizes, catering to large corporations, government entities, and Small and Medium-sized Enterprises (SMEs) alike. In our view, no project is too grand or too modest. Our highly skilled consultants and extensive resources empower us to undertake projects of any magnitude, always executed with an unwavering commitment to providing the industry’s finest service.
Competitively Priced
At the heart of our consultancy lies a distinctive advantage – our team of consultants not only leads the charge but owns the firm. This unique dynamic empowers us to deliver unwavering dedication and consistently outpace competitors with cost-effective solutions. How? Our streamlined approach, featuring a lean organizational structure and consultant-driven project management, slashes unnecessary costs. No flashy ad campaigns, no extra layers – just security essentials, ensuring you get premium service without breaking the bank
Don’t wait for a breach to expose your vulnerabilities. Empower your business with SOC-as-a-Service and transform your cybersecurity posture from reactive to proactive. With SOCaaS, you’re not just investing in security—you’re investing in peace of mind, business continuity, and a resilient future.
Remember, in the world of cybersecurity, an ounce of prevention is worth a pound of cure. Take the first step towards ironclad protection—explore Inventiv Technology SOC services today and safeguard your digital assets against the threats of tomorrow
We encourage you to get in touch with us today to arrange a complimentary consultation, during which we can elucidate how our expertise can assist you in identifying and addressing vulnerabilities within your organization—proactively safeguarding your assets against potential threats, well before any unauthorized access occurs.
