A short summary of the types of Industrial Security with its corresponding examples

1. INTRODUCTION
TO
INDUSTRIAL
SECURITY
Submitted
by:
RJ
P.
Cubillo
Section
I
Submitted
To:
Mr.
Glyjun
Yangson
Types
Of
Security

2. Physical
Security
Overview
•
Protects
personnel,
hardware,
software,
networks,
and
data
from
physical
actions
causing
serious
loss
or
damage.
•
Includes
protection
from
fire,
flood,
natural
disasters,
burglary,
theft,
vandalism,
and
terrorism.
•
Involves
multiple
layers
of
interdependent
systems
including
CCTV
surveillance,
security
guards,
protective
barriers,
locks,
access
control,
perimeter
intrusion
detection,
deterrent
systems,
fire
protection,
etc.
•
Five
levels
of
physical
security:
minimum,
low-level,
medium,
high-level,
and
maximum.
•
Principles
include
preparation,
detection,
deterrence,
delay,
and
defense.
•
Physical
security
planning
and
design
involves
layering
key
elements
of
security.
THREE
MAJOR
AREAS
OF
SECURITY

3. Personnel
Security
Overview
•
Protects
people,
information,
and
assets
by
reducing
risk
of
harm
to
individuals,
customers,
and
partners.
•
Prevents
loss,
damage,
or
compromise
of
information
or
assets.
•
Designed
to
prevent
unsitable
individuals
from
gaining
access
and
appointment
or
retention.
•
Reliable
security
services
can
react
immediately
in
emergencies.
•
Private
security
guards
can
monitor
children
and
prevent
infractions
like
kidnapping,
child
abuse,
or
harassment.
•
The
Personnel
Security
Program
(PSP)
aims
to
protect
national
security
by
ensuring
only
loyal,
trustworthy
individuals
access
classified
information.
•
Practices
include
returning
keys,
issuing
ID
cards,
closing
information
system
accounts,
and
changing
access
authorizations
during
staff
transfers
or
reassignments.
Document
Security
Overview
•
Safeguards
documents
and
files
from
unwanted
access
or
theft.
•
Prevents
data
manipulation
or
reproduction.
•
Essential
for
protecting
company
and
data
from
hackers.
•
Includes
password
protection,
watermarking,
digital
rights
management,
and
document
tracking.
•
Ensures
clear
and
concise
procedures.

4. Types Of
Security

5. Physical security
The comprehensive approach to safeguarding
physical assets, people, and resources from unauthorized
access, theft, vandalism, or harm includes perimeter
security, access control, surveillance, intrusion detection
systems, security lighting, physical barriers, trained
security personnel, and emergency response
preparedness. This creates a robust security posture
against threats and vulnerabilities.

6. a) Personnel Security
Ensuring that individuals with access to
sensitive areas or information within
industrial facilities are trustworthy and
properly vetted. Personnel security
measures may include background checks,
security clearances, access control badges,
and employee training on security protocols.
Examples:

7. b) Bodyguards
Bodyguards, or close protection
officers, offer personal security services to
individuals or groups at risk of harm. They
assess potential threats, develop security
plans, and maintain a physical presence.
They are trained in threat management,
surveillance, reconnaissance,
communication, emergency response, and
professionalism, respecting clients' privacy.

8. c) Corporate Security
Corporate security is a comprehensive strategy to
protect a corporation's assets, personnel, information,
and operations from threats. It includes physical
security, access control, surveillance, emergency
response, information security, cybersecurity,
intellectual property protection, risk management, and
regulatory compliance. It involves establishing
communication protocols, coordinating emergency
responses, protecting sensitive data, and developing
risk management strategies.

9. d) CCTV monitoring
Is a crucial part of modern security systems,
providing continuous surveillance to deter crime,
detect breaches, and aid investigations.
Strategically placed cameras monitor live video
feeds, and intelligent algorithms automatically
flag suspicious activities. Remote monitoring
enables quick response to incidents. Integration
with other systems ensures coordinated
responses. Regular maintenance and training are
essential for system reliability.

10. Cybersecurity
Is the protection of computer systems, networks, and data from
unauthorized access, cyberattacks, and other security breaches. It involves
various technologies, processes, and practices to safeguard digital information
and ensure its confidentiality, integrity, and availability. Key aspects of
cybersecurity include network security, endpoint security, identity and access
management, data protection, application security, cloud security, and
incident response and forensics. Implementing robust cybersecurity
measures helps organizations protect themselves against cyber threats and
ensures the security and resilience of their digital assets. Cybersecurity
focuses on protecting digital assets, including networks, computers, software,
and data, from cyber threats such as hacking, malware, phishing, and data
breaches. It encompasses various techniques and tools like firewalls, antivirus
software, encryption, and intrusion detection systems.

11. a) Application security,
Is crucial for protecting software
applications from threats and vulnerabilities,
involving secure coding practices, testing,
vulnerability management, authentication,
data encryption, and integrating security into
the software development lifecycle to avoid
common pitfalls.
Examples:

12. b)Cloud security,
Involves policies and practices to protect data,
applications, and infrastructure in cloud environments
from threats. Network security includes measures like
VPNs, firewalls, and intrusion detection. Compliance with
regulations, industry standards, and policies is crucial.
Continuous monitoring, security awareness, and
collaboration between IT teams, security professionals,
and stakeholders ensure comprehensive protection
against evolving threats.

13. c) Endpoint security
Endpoint security is a crucial part of a network's cybersecurity
strategy, protecting devices from threats like malware,
ransomware, phishing, and data breaches. It includes antivirus
protection, firewalls, and data loss prevention solutions. It
complements network security and perimeter defenses, providing
comprehensive protection against cyber threats. IDS/IPS solutions
monitor network traffic, while DLP solutions prevent data leakage.
Device control features manage external devices connected to
endpoints, ensuring protection for remote and mobile devices.

14. Supply Chain Security
Protecting the integrity of the supply
chain to prevent tampering, theft, or
sabotage of materials, components, or
finished products. Supply chain security
measures may involve supplier vetting,
secure transportation practices, inventory
tracking systems, and tamper-evident
packaging.

15. Example:
Cargo tracking and monitoring
Cargo tracking and monitoring are essential for supply
chain security, providing real-time visibility and control over
goods' movement. Technologies like GPS, RFID, barcodes, QR
codes, and IoT sensors help organizations monitor cargo
movements. These technologies enhance security, optimize
operations, and ensure compliance with regulations. By
providing transparency, reducing risks, and enabling
proactive management, cargo tracking helps organizations
detect and respond to potential threats, improve operational
efficiency, and ensure compliance with regulations.

16. Emergency Response and Continuity Planning
Developing plans and protocols to respond to
emergencies such as natural disasters, industrial
accidents, or security breaches. This includes
evacuation procedures, emergency communication
systems, crisis management teams, and business
continuity plans to ensure the resilience of operations.

17. Examples:
a) Training and Drills
Training and Drills Regular training sessions and
emergency drills are conducted to familiarize personnel
with emergency procedures and validate the
effectiveness of response plans. These exercises
simulate various scenarios, allowing employees to
practice their roles and test the organization's
preparedness. For example, conducting fire drills helps
employees know what to do in the event of a fire and
ensures they can evacuate safely and efficiently.

18. b) Emergency Response Plan (ERP)
An ERP outlines procedures for responding to
different types of emergencies, such as natural disasters,
fires, chemical spills, or security incidents. It includes roles
and responsibilities of personnel, evacuation procedures,
communication protocols, emergency contacts, and
assembly points. For example, in the event of a fire, the
plan would specify evacuation routes, designated fire
wardens, and procedures for alerting emergency services.

19. Compliance and Regulatory Security
Adhering to industry-specific regulations and
standards related to security, safety, and environmental
protection. Compliance and regulatory security measures
may include audits, inspections, documentation, and
adherence to standards such as ISO 27001 for information
security management.

20. a) Health Insurance Portability and Accountability Act (HIPAA)
The Health Insurance Portability and Accountability Act
(HIPAA) and the Data Privacy Act of 2012 (DPA) are influencing
healthcare policies and practices worldwide, including in the
Philippines. Both laws emphasize the importance of protecting
patient health information and ensuring privacy and security. In the
Philippines, healthcare providers are implementing measures to
secure electronic health records, ensure confidentiality, and
prevent unauthorized access. HIPAA has influenced global
standards and best practices for healthcare data privacy and
security.
Examples:

21. b) Bangko Sentral ng Pilipinas (BSP) Regulations
The Bangko Sentral ng Pilipinas (BSP) regulates the Philippines'
banking and financial sector to maintain monetary stability, protect the
financial system, and promote sustainable economic growth. BSP
issues cybersecurity regulations, risk management guidelines, anti-
money laundering (AML) regulations, consumer protection regulations,
prudential reporting requirements, and corporate governance
guidelines. Compliance with these regulations ensures cybersecurity
resilience, risk management, anti-money laundering prevention,
consumer protection, prudential reporting, and corporate governance.
Failure to comply may result in sanctions, penalties, or other regulatory
actions, requiring banks and financial institutions to stay updated.

22. c) Data Privacy Act of 2012 (DPA)
The Data Privacy Act of 2012 is a law in the Philippines
that regulates the processing of personal data, including
collection, use, storage, and disclosure. It outlines principles
for data privacy, including transparency, legitimate purpose,
proportionality, accuracy, and accountability. The Act grants
individuals rights over their data, mandates a Data Protection
Officer, mandates security measures, and restricts cross-
border data transfers. Organizations must report data
breaches to the National Privacy Commission and individuals,
and non-compliance may result in fines, penalties, or
regulatory actions.

23. Risk Assessment and Management
Identifying potential security risks and
vulnerabilities within industrial operations and
implementing measures to mitigate these risks. This
involves conducting risk assessments, vulnerability
assessments, and implementing risk management
strategies to protect assets and personnel.

24. Examples:
a) Financial Institution Risk Assessment
Financial institution risk assessment is a process that involves
identifying, analyzing, and evaluating risks in the operations of
financial entities like banks, credit unions, and insurance companies.
Risks can include credit risk, market risk, liquidity risk, operational
risk, compliance risk, and reputational risk. Institutions use
qualitative and quantitative methods to assess and quantify risks,
prioritize them, develop mitigation strategies, monitor and review
their risk profiles, and provide regular risk reports to stakeholders.
This dynamic and iterative process ensures financial stability,
reputation, and compliance with regulatory requirements.

25. b) Information Technology (IT) Risk Management
Financial institution risk assessment is a process that
involves identifying, analyzing, and evaluating risks in the
operations of financial entities like banks, credit unions, and
insurance companies. Risks can include credit risk, market risk,
liquidity risk, operational risk, compliance risk, and
reputational risk. Institutions use qualitative and quantitative
methods to assess and quantify risks, prioritize them, develop
mitigation strategies, monitor and review their risk profiles, and
provide regular risk reports to stakeholders. This dynamic and
iterative process ensures financial stability, reputation, and
compliance with regulatory requirements.

26. Insider Threat Mitigation
Addressing the risk posed by insiders, including
employees, contractors, or partners, who may
intentionally or unintentionally compromise
industrial security. Insider threat mitigation
measures may include monitoring employee
behavior, implementing access controls, and
conducting periodic security awareness training.

27. Examples:
a) Employee Training and Awareness
Employee training and awareness programs are essential in mitigating
insider threats by educating employees about security risks, promoting best
practices, and fostering a security culture. These programs cover security
policies, threats, social engineering, password security, data handling,
physical security, incident reporting, and continuous learning. They should
cover data protection, access control, password management, and incident
reporting. By investing in comprehensive training, organizations can
empower their workforce to actively participate in security efforts, enhance
their ability to recognize and respond to threats, and contribute to a
stronger security posture.

28. b) Monitoring and Auditing
Monitoring and auditing are crucial for an organization's security
strategy, providing insights into the effectiveness of security controls,
detecting anomalies, and ensuring compliance with policies and
regulations. Monitoring involves real-time observation of systems,
networks, and user activities, while auditing involves systematic
examination of security controls, processes, and activities. Audits can be
conducted internally or externally, adopting a risk-based approach.
Documentation and reporting of audit findings help management,
stakeholders, and regulatory authorities understand the organization's
overall security posture. Remediation actions may include implementing
additional security controls, updating policies, providing employee
training, or allocating resources.

29. c) Behavioral Analysis and User Profiling
Behavioral analysis and user profiling are techniques used to identify
patterns of behavior and detect anomalies that may indicate security
threats or insider risks within an organization. These methods involve
understanding normal behavior patterns, detecting anomalies, assessing
context, assigning risk scores, and creating behavior profiles. They help
identify normal patterns, reduce false positives, improve incident
response, and enable continuous monitoring. These tools are essential
components of an organization's security strategy, providing proactive
threat detection capabilities and enabling effective identification and
mitigation of insider threats and malicious activities.