Effective Incident Handling: The Phases, Key Elements, and Strategies

Welcome to the fascinating world of incident handling, where the distinction between the commonplace and the unusual is increasingly blurred as security personnel become digital investigators, analysts, and strategists. Every breach, every attempt at a breach, and every suspicious ripple in the enormous ocean of data offer a chance to demonstrate the skill of an efficient incident response system.

Fasten your seatbelt as we embark on an exciting voyage through the complex world of incident handling. We’ll go deeply into the stages that turn chaos into control, from the initial alarms that send shockwaves through a cybersecurity team through the tedious process of containment, elimination, and recovery.

Let’s get started and solve the mystery together!

Significance of Incident Handling

The process of controlling and responding to any occurrence that interferes or jeopardizes the regular operation of an organization’s IT systems, networks, or data is known as incident handling.

The security, accessibility, and integrity of an organization’s IT resources and data depend heavily on incident handling.

In the world of cybersecurity, incident response is like a fire drill. It is an action plan for when the unexpected happens. However, unlike a fire drill, normally a practice exercise, an incident response plan is implemented when your organization is attacked.

Incident response objectives include stopping the attack, reducing the damage, and getting your systems back up and running as soon as possible. Clear roles and duties, detailed procedures, and communication plans are all components of a successful incident response plan. It should also be continually examined and updated to reflect the most recent dangers and technologies.

A good incident response strategy can help your business avoid costly mistakes and maintain its good name. An IBM study indicated that firms with incident response teams and routinely tested incident response plans had data breaches at an average cost of USD 2.66 million lower than that of organizations without such resources.

Avoid waiting until it is too late. Create an incident response strategy immediately to shield your business from upcoming attacks.

The systematic phases of incident handling

Incident handling is not a random or chaotic activity. It is a structured and organized process that follows a logical sequence of steps. According to the NIST Special Publication 800-61, Computer Security Incident Handling Guide, there are four main phases of incident handling:

Preparation: This stage stands out as the real workhorse, the keystone that protects the very foundation of your company in the symphony of incident response preparation. Its embrace conceals a crucial job list:
1. Providing your staff with the training and know-how they require to carry out their incident response duties with ease when the threat of a data breach arises.

2. Creating hypothetical situations that set off incident response exercises, a crucial practice, represents the confusion of breaches. These planned breaches serve as the test bed where your response strategy is refined, exposing its strengths and weaknesses.

3. Prepare for success even before the show begins by ensuring that every aspect of your incident response strategy, from training schedules to the specifics of hardware and software, is equipped with approval and the financial sustenance it warrants.

4. Creating a big tale from your response strategy that includes every actor’s part and cue in fine detail. Once developed, this script is put to the final test on the real-world stage, where effectiveness is crucial.

Detection and Analysis: This phase involves identifying and verifying incidents as they occur. It includes monitoring and analyzing various sources of information, such as logs, alerts, reports, complaints, etc., to detect any anomalies or suspicious activities. It also involves prioritizing and categorizing incidents based on their severity, impact, and urgency and collecting and preserving evidence for further analysis.

Containment, Eradication, and Recovery: This phase involves isolating and removing the cause and effects of incidents as they occur. It includes implementing short-term and long-term containment strategies to prevent the spread or escalation of incidents, eradicating any malicious code or data from the affected systems or networks, and restoring normal operations as soon as possible. It also involves verifying the functionality and security of the restored systems or networks and documenting the actions taken and lessons learned.

Post-Incident Activity: This phase involves reviewing and improving the incident handling process after an incident has occurred. It includes conducting a thorough analysis of the incident’s root cause, impact, response effectiveness, and cost, identifying any gaps or weaknesses in the existing policies, procedures, or tools, implementing any corrective or preventive measures to avoid or mitigate future incidents, and sharing any best practices or lessons learned with relevant stakeholders.

The key elements to consider during incident handling

Importance of Key Elements in Incident Handling

It’s crucial to have a strategy for an immediate and effective response in case of a security issue. The measures your team will take to respond to an incident are outlined in an incident response plan document. The relevant documentation and notifications should also be mentioned, along with information on who is in charge of what.

Team in charge of incident response: Members of this team should have the knowledge and expertise required to react to a security event. They must understand the incident response strategy and be able to carry it out swiftly and effectively.

Tools for facilitating and automating process steps: Several tools may facilitate and automate various parts of the incident response process. The procedure can also be streamlined and made more effective with these technologies.

Incident Response Plan

How your team will carry out each of the subsequent incident response stages should be explicitly stated in the incident response plan:

Respond to threats: This entails spotting threats as soon as feasible and taking appropriate action.

Triage incidents to determine severity: By classifying incidents according to their severity, issues can be prioritized so that the most crucial ones can be handled first.

Mitigate a threat to prevent further damage: Take action to reduce the harm a threat can inflict to mitigate it and stop further damage.

What are the strategies for incident handling?

Are you prepared to explore the untamed world of incident managing tactics? Hold tight because we’re about to unleash some incredibly fantastic strategies that will transform you into the digital world’s champion.
The Ninja Preparation Stance: Just like a ninja, who is always prepared, preparation is your first line of defense. Before the storm arrives, create a reliable incident response strategy. Bring your team together, establish responsibilities, and list the procedures for various circumstances. It resembles having a strategy in your back pocket!

The Sherlock Investigation Twist: Embrace your inner Sherlock Holmes whenever a crisis arises. Do a thorough investigation of the matter! Like a skilled detective, sift through logs, track the attacker’s steps, and gather proof. You’ll get closer to winning if you can solve the riddle.

The Iron Curtain Containment Move: Containment erects an iron curtain around the breach. Establish a quarantine for the impacted data, isolate the compromised systems, and ensure the attacker cannot disseminate their malicious code further. You now act as the gatekeeper!

The Zorro Eradication Slash: Just as Zorro wouldn’t let criminals go unchecked, so should you. It’s time to eliminate the danger! Clean up the mess, fix vulnerabilities, and remove malware. Remove all evidence of the attacker’s nefarious actions.

The Phoenix Recovery Rise: The Phoenix plan is necessary after the chaos. Rebuild your life after the incident and restore order. Rebuild systems, restore data from backups, and brand-new your digital environment.

Ending Note

As our thrilling tour of incident handling comes to a close, we’re reminded that readiness and agility are the secrets to success in the always-changing world of cybersecurity.

The phases, key elements, and strategies we’ve covered arm contemporary cyber fighters with the tools they need to withstand the barrage of online threats. They are more than just written strategies.

Despite the chaos, you already have the map you need to control the storm. Remember that addressing incidents is both a mindset and a process. It is the willingness to protect what has been given to you, the bravery to face the unknowable, and the skill to change direction when it is called for.

The Advanced Certification Program in Cyber Security from Imarticus Learning is a life-changing experience that will put you on the road to a thrilling career in cyber security. This cybersecurity course covers ethical hacking, cloud security, application security, incident response, and networking and information security fundamentals.

Developed in partnership with CEC, IIT Roorkee, this curriculum provides a comprehensive arsenal of in-demand security skills and techniques. You will explore the fields of ethical hacking, cloud security, application security, and network security through in-depth lab sessions that tackle real-world problems, earning hands-on experience along the way.

Stay curious, stay vigilant, and may your incident-handling prowess shine as a beacon of resilience in the vast digital cosmos. Stay safe, and keep crushing those cyber defenses until we cross paths again in learning and discovery!

Cyber security online: Learning paths, jobs and career opportunities

Cyber security online: Learning paths, jobs and career opportunities

Cybersecurity explains what it is; it is the act of providing security against any online threats. To put it in a more lucid way, cybersecurity refers to the act of using certain software, systems and human expertise to keep critical information of a particular company safe. Here the data refers to the ones stored on the company servers.

Cybersecurity has become an important part of all our lives today owing to the increasing influence of the internet. This is why you can consider a career in cybersecuritywhere the scope is immense to become an ethical hacker and serve for the better.

People wondering about the benefits of cybersecurity or the various aspects of the same can read on below to find out.

What Are The Benefits Of Cybersecurity?

Implementing cybersecurity practices has a lot of benefits, such as: –

  • Protection of sensitive data of a company
  • Increase in the reputation of an organization in the eyes of its stakeholders
  • Having a safeguard against unauthorized users
  • Increasing the productivity rate of an organization by preventing cyberattacks (attacks on the system’s software etc.)

What are the Basic Elements or Concepts Of Cybersecurity?

Now, cybersecurity as a field operates based on quite a few key or core concepts, namely: –

DDoS or Distributed Denial of Service

DDoS essentially refers to a system or method of blocking or disabling a web service by inundating or weakening it by sending a lot of web traffic towards it. Generally, this is a practice followed by hackers to hold the system hostage in exchange for some ransom.

CASB or Cloud Access Security Brokers

CASB refers to the cloud-based software that acts as a middle layer or gate between a cloud-based consumer and a cloud-based service provider. It essentially prevents threats by recognizing or identifying the risk to the company’s systems.

IoC or Indicator of Compromise

IoC refers to the instances where data that is not supposed to exist in a system is uncovered or found by running the usual data checks, which are routine practices.

IR or Incident Response

IR refers to the response of the system cybersecurity managers or software to the threat. Usually, some of the methods include first isolating the system software, then locking access to the system, running diagnostics etc.

IAM or Identify Access Management

IAM essentially refers to the degree of access granted to the users of a particular company or organization’s systems based on their position in the hierarchy. 

SIEM or Security Information and Event Management

SIEM refers to the data funnel that channels or funnels all data of an organization, whether internal or external, to a centralized or otherwise depot wherein it is continuously analyzed for security threats.

SOC or Security Operations Centre

SOC refers to the central command-like aspect of any cybersecurity management software or setup of an organization or company. It is the central place from which all commands are issued as regards the correct steps and practices.

UEBA or User and Entity Behavior Analysis

UEBA essentially refers to the close and continuous scrutiny of users who access the system of an organization concerning their behavior. This scrutiny is quite useful to map anomalies in their behavior if any.

APT or Advanced Persistent Threat

APT refers to the consistent or continued presence of an intruder in the system network to harvest valuable and sensitive information like Intellectual Property, employee credentials etc.

MSSP or Managed Security Service Provider

MSSP essentially refers to an all-around management enterprise that overlooks and watches over the security management systems of the company or organization in question.

What are the Professional Avenues For Cybersecurity?

The career scope in cybersecurity is growing and will expand even further in the coming years. You can now complete a course in cybersecurity and find employment in a host of areas. Some of the prominent ones are as mentioned below –

  • Digital forensics analyst 

Essentially playing the role of a forensic examiner in the world of technology by applying knowledge of network, mobile, cloud-based etc., forensics. 

  • Malware analyst 

These professionals essentially act as the first responders to any major cyberattacks. They concentrate on locating and flushing out the malware or malicious software as their first response.

  • Blue Team professional 

Blue team professionals essentially act as all-in-one cyber-defender, meaning that these professionals possess a higher or wider degree of knowledge to tackle any problems head-on.

  • Incident response team member

These professionals essentially respond to the threat while it unfolds, similar to malware analysts, but while malware analysts search for the malicious software, incident response team members search for the puppet masters or malicious attackers.

  • OSINT Analyst 

These professionals essentially act as researchers for a cyberattack threat; that is, they look up and collect data on the attacks to better advise their clients on their best course of action, similar to consultants.

There are many other cybersecurity professional roles, such as becoming ethical hackers, which you can explore based on their particular skill sets or even after learning about cybersecurity.

Parting Thoughts

Now, if you are interested in entering this field, you can do so by completing a cybersecurity course available online as well as offline. In this regard, two courses from Imarticus Learning need special mention.

The Post Graduate Program in Cybersecurity includes an industry-standard curriculum and placement opportunities. Also, the Advance Certification Program in Cyber Security from IIT Roorkee offers the platform you need to build your career in this field.