Considerations

By hosting a service, we must act as designers, developers and systems administrators.  Whether it is on the open internet, available to a select few, or only for your personal use – we must make sure we consider how we can safely approach it.

Hosting your own personal cloud server can provide a great deal of digital utility, but maintaining one can come with a great deal of responsibility.  We must be proactive in maintaining privacy and security – for ourselves and any community whose trust we are seeking to maintain.  

We will be exploring these important considerations and what we can do to address them.  Depending on how you'll be using your services, you may not need to take the same measures as someone else.  Making these decisions requires we consider our needs, our audience and how we'll balance the security with convenience for our server.

Learning to balance security and privacy while creating an intuitive and approachable experience can be a difficult task, but it is perhaps the most important.  While building a digital ecosystem, you'll quickly find that every decision is a trade-off between security and convenience.

Along one end, security allows us to prevent unauthorized access so we can protect private and sensitive information.  We can take proactive measures by using strong randomly generated passwords, enforcing data encryption and enabling two-factor authentication. 

However, as we add more steps to the process, the user experience can become more difficult to use.  Remembering multiple unique passwords and entering a constantly changing authentication code every time we log in can be annoying. 

The more secure we create a system, the more restricting it will generally become.  It is not uncommon for the hardest part of secure tools being that they're simply hard to learn to use.  If we were to use the most secure enterprise tools available, we'd have to sacrifice usability and convenience – both for setup and continued usage.

In practice, there cannot be a system that is fully secure because then we would never be able to access it.  To that end, convenience is important to consider because it can affect and inform how people will use that system. 

When a user is frustrated by the inconvenience of remembering multiple random passwords, they may seek to remove a step in the process by writing down the password and attaching them to the monitor.  People may hunt down insecure ways to access a system – decreasing security for everyone.

We need to find an ideal medium between our control over a system and our ability to use it.  Threat modeling is a necessity to understand that balance point for our purposes.  Through four targeted questions, we will explore how these apply to us.

Threat Models

Security is not a checklist of steps to be completed, but an active and ongoing discussion's.  When stopping to consider the largest and most likely threats to our security, we have begun to create a threat model.  They are a vitally important step to building a relationship with security.

In cyber security, a threat is any event undermines your ability to keep your data private and system secure.  This can be the intentional actions of a malicious actor, an accidentally unsecured website offering a backdoor, or people intentionally getting around confusing security measures.

It's impossible to plan for every potential edge case, which is why a threat model focuses on the most probable and critical threats.  Once we have a better understanding of these weaknesses, we can create safeguards and prioritize countermeasures.

The threat model outlines a defensive gameplan that provides a systematic overview.  This covers what the system will be, who will have access, who might attack and why, as well as what they're hoping to acquire and how they might do it.

Orbit	System This covers what exactly we are trying to protect – what it does, how it does it, and why it is important to us.  This will help us understand the boundaries of the system we need to work on protecting.
Encrypted	Authorized Access By having a greater understanding of who should be authorized to access our system,  we can begin to setup access controls that define who has the ability to use different parts of the system.
Report	Malicious Actor Once we know who is allowed to interact with our system, we'll be better able to describe who shouldn't be.  A threat actor is any person or collective that attempt to exploit vulnerabilities in order to gain unauthorized access that allows them to perform a targeted attack to extract data or disrupt operations.
Trophy	Motivation It is important to consider why a malicious actor might choose to commit cyber crime.  While hackers may be state- or corporate-sponsored, there are also more personally motivated reasons: stealing money, extracting private data, fulfilling an agenda or simply for the thrill of getting away with hacking.
Target	Target An important facet to consider while deciphering an attackers motivation is their target and what they're hoping to acquire.  When a hacker is seeking money, they may steal it directly – or extort it through malware that encrypts personal data behind a paywall.
Bomb	Attack Vector When a malicious actor has made the decision to attack to get their desired target, they will need to figure out how.  Depending on what they're after, there are various strategies they can employ – each informed by what they're hoping to achieve.

While considering these facets of security, you might start to see the ways it can be broken.  By creating a threat model, we can identify key weaknesses and implement safeguards throughout its lifetime.  This is not checklist, but instead an ongoing discussion to surface any potential (and emergent) flaws.

Through a series of questions, we will explore the potential weaknesses within the systems outlined within these guides.  Alongside exploring how to proactively protect against these potential attack vectors, you will need to explore whether they're the right option for you.   

How Large is Your Community?

This is important to identify because it can help us draw boundaries around potential malicious actors.  When hosting a small server for your own personal use, there are far fewer people you need to worry about overall.  Meanwhile, orchestrating several websites each catering to a hundred people has much more risk involved.

The cloud server systems provided by this guide are similar techniques to large companies – but they have a magnitude of scale more computing power.  Realistically, a refurbished workstation and the tools provided herein will work decently well for supporting up to twenty-five people.  The quality of their service depends on several factors:

Language	Internet Connection When hosting a web server, one key component is the quality of your Internet connection.  This is imperative for maintaining performance, stability and a pleasant user experience.   Imagine that your home's internet connection is a pipe connecting you to a service provider.  You can measure how fast data moves through the pipe, as well as how wide the pipe is – effectively transporting more data over time.     This is the difference between speed and  bandwidth.  While speed is often concretely measured in M/bits, bandwidth can be more difficult to define.  For a residential connection, the bandwidth may be shared among multiple homes or families.  Additionally, the connection technology – like cable or mobile broadband – can dictate how much data can be transmitted concurrently.
Power	Power Requirements  Hosting a computer server and operating all of the required peripherals requires electricity. This may change over time as your needs evolve and you add hardware to fulfill them.   The more powerful the computer, the greater those requirements – while a mini PC may need 150W, a workstation can requires upwards of 600W.  This can cause a strain on house wiring and greatly increase your monthly power bill.    When possible, try to spread out your power draw among multiple sockets.
Moving	Scaling When it comes to hosting a digital space, it is important to consider how needs will grow.  Our requirements have a tendency to scale over time – more storage, extra power and faster internet.   When hosting a media server, digital files can require more hard drive storage.  Providing service to more people requires greater bandwidth and more powerful hardware – all of which costs additional money.  While these necessities take some time to surface, it can be helpful to plan for upgrades going in.
Gavel	Legal Concerns Depending on what you will be using your server for, there may be legal concerns that must be considered.  By offering services to people over the internet, we are entering a contract with our community. Privacy Laws: When running a website, the host must follow all relevant laws about use privacy – such as the General Data Protection Regulation and California Consumer Privacy Act.  This can include writing an accessible privacy policy. Do Not Track: When using cookies with your website, you are required to inform the user. Intellectual Property: When making digital content available over the internet, adding a copyright notice allows you to retain control. Copyright Responsibility: Web hosts are responsible for the content they provide – including copyrighted media made available on it illegally by community members.  The Digital Millennium Copyright Act outlines the the laws associated with sharing works without permission by the creator. Accessibility: There are legal requirements for providing digital content as regulated by the Americans with Disabilities Act.  The Web Content Accessibility Guidelines explores making accessible web content. Data Security: When hosting a website that stores the private information of community members, it is your responsibility to ensure that you follow security best practices. E-commerce Regulations: When handling financial information over the internet, there are rules regarding how it can be conducted. Defining Expectations: While operating a service, it can be helpful to cover your bases by defining terms and conditions – such as an acceptable use policy.
Diversity_3	Community Dynamics When offering services to a community, you must keep in mind the support you will need to provide.  This will manifest differently depending on the services you are hosting. Code of Conduct: When creating a public space where people interact, it is necessary to state norms, rules and responsibilities. Moderation: Enabling communication within a community necessitates the enforcement of the rules to ensure a safe space for all.  Tech Support: In the event that something goes wrong, you'll need to offer the time to help get it working again. Outreach: Growing a platform requires an investment in community relationships.

What is Your Attack Surface?

When dealing with a software environment powered by physical hardware – such as hosting a server – you need to consider your level of exposure.  There are often many vectors that malicious actors can exploit to attack software systems. An attack surface is the sum total of all possible vulnerabilities within the system being examined.

The goal of cybersecurity is an attack surface that is  as small as possible with proactive protection against known weaknesses.  The digital landscape continues to change rapidly, only increasing  the necessity of systematic threat analysis. 

Measuring your attack surface is an ongoing process that can expand over time – often unevenly.  As you add more hardware, the more potential you have for encountering vulnerability within the system.

As you provide community services and offer access to broader audiences, your threats deepen.  While you may be able to exert control over a private cloud server, members have their own autonomy – to enforce or eschew best security practices.  More moving parts invites more risk: can you ensure that your friend will use a strong password?

When approaching security in software development, there are two important philosophies that inform the choices made:

Castle

Security By Design This paradigm enables the creation foundationally secure software.  Developers often employ best practices focused on: Privacy Integrity Stability Robustness  Safety Accountability  It is not uncommon to employ open security practices that leverage the community.  While closed software relies on keeping flaws hidden, open security relies on the oversight of everyone who uses and contributes to the software.

Lens_blur

Security By Obscurity This paradigm relies on concealing how the software works as a proactive security measure.  While security traditionally constitutes physical locks or safeguards, this approach relies on sleight of hand – such as a key obscured by shadows as it rests on a car tire.   This philosophy assumes that secrets with remain secret – but this is often not the case.  This is heavily employed by proprietary software by obscuring source code.  While this mentality can complement an already securerobust systems,system, it is deeply discouraged as the sole security system.security.

Confidentiality, integrity and availability are the core underlying of security.  Ensuring there is no unauthorized access or modification while keeping systems always available requires careful planning.

Step 1: Visualize Systems

Before we can correct any potential vulnerabilities, we need to take stock of our hardware and software systems.  This will include making a list of internet-connection electronic devices, such as:

Desktop_windows	Computers These devices – often using x86 processors – are connected to the Internet using a variety of local (physical) means. Workstations Desktops Laptops
Smartphone	Mobile Devices These devices generally focus on a "cloud-first" approach and wireless connection methods for improved portability. Cellphones Tablets Smart Watches
Terminal	Software User applications add more variability to the defined standards of operating systems. Servers Drivers
Router	Communication Computers process information independently and often transmit their data over a network – either local or regional in scale.  Wired Networks Wireless Networks Personal Area Networks Networking Devices
Home_iot_device	Internet-of-Things Smart Devices These devices often contain system-on-a-chip computers that enable updates over the Internet.  Appliances Climate Control Lighting Sensors Speakers Microphones Security Devices

[[Basic diagram of some devices and the ways they connect]]

Your digital attack surface will change shape from day-to-day and continue to morph over time.  While computers may shut off at night or disconnect from the Internet, a server will always be a beacon visible over the network.

As the number of vulnerable points grow and opens potential for attacks, defenses become even more important.  In the worst case clscenario, malicious actors only need one exploit to gain unauthorized access.  These are some common elements:

Host	Physical Access When a malicious actor gains physical access to the hardware – such as your server or network router – they have the potential to cause damage.  This can be to the physical hardware components as well as the digital systems that they embody.   Computer ports that are used for communication and data transmission may come with their own flaws that can create unintended vulnerabilities.  Ethernet ports can be used to deliver destructive electrical shocks  and USB can be used to log every key you press on your keyboard.
Lan	Local Network Access By gaining access to the networks that computers use to communicate, it is possible to piggyback access to connected systems.  This allows malicious actors to use your secure credentials to gain unauthorized access.   There are varying types of local networks ranging from personal devices to household electronics.  This can include connecting a device directly to your router through Ethernet, gaining access to your Wi-Fi network or connecting over Bluetooth.
Captive_portal	Remote Access Gaining the ability to control your computer over the Internet can involve compromising hardware, as well as leveraging exploits within software.  There are so many applications available and each may come with their own vulnerabilities.   In addition to holes with an application's defenses leaving you open to an attack, malicious software can be distributed by hackers with the explicit intentions of gaining unauthorized remote access.  There are numerous tactics that can be employed to reach the desired goal: Malware:  This "malicious software" is an umbrella term for programs created to cause digital disruptions. Worm: This malware can replicate itself onto other devices in the local network. Virus: This malware can be used to modify the way another program operates by infecting them with unauthorized program code. Trojan: This malware claims to perform a beneficial function, but instead can be used to compromise security. Ransomware: This malware encrypts personal data until a ransom is paid to the perpetrating actor. Keylogger: This malware can be used to covertly record every key press on your keyboard and report back to the hacker.
Settings_alert	Misconfiguration  When software is configured incorrectly – such as accidentally enabling a feature that you don't monitor – can lead to unexpected consequences.  When you don't accurately know the perimeter of your attack surface, malicious actors can find entry points that not even you were aware of.   Permissive rules and acl Misconfigurations and missing security controls in systems and software, which allow hackers to access confidential data and to navigate to systems with vulnerable software Security misconfigurations often happen with reliance on out-of-the-box code or services butThis can be presentas anywheresimple fromas networkusing securityan insecure password that is easy to passwordguess, protection.or Theas impactcritical ofas forgetting to secure your Wi-Fi network. While many software programs come with accessible "out-of-the-box" configuration, they are not often hardened for security. misconfigurations   While there are many ways that a system can bebecome significant, but with the proper precautions and cybersecurity,misconfigured, they canall be prevented. Security misconfiguration is any error or vulnerability presentresult in the configurationsame ofthreat: codevulnerability thatto allows attackersauthorized access to sensitiveyour data.private Theredata.  These are manycommon types of security misconfiguration, but most present the same danger: vulnerability to data breach and attackers gaining unauthorized access to data.areas: Ssl certificate           ADPermissive misconfigurationRules: ,Software whichcan exposescome administratorwith andpermissive domainrules credentials.that default to allowing access for convenience rather than requiring authorization. Access Control: Linux files can have complex file permissions governing who can access files  Identity access misconfigurationManagement:, which provides attackers easy access to applications. Directory Server: which exposes administrator and domain credentials. File Servers: smb, by making them available without security to a local network, even a Linux server can spread viruses across windows machines. SSL Certificates: These are used to ensure secure communication between two servers, such as through a web browser using HTTPs. API security misconfigurationAccess:, which leaves unrestricted endpoints and unprotected files. Network security misconfigurationNetworking:, which is incorrect configuration of an information system. Cloud security misconfiguration, which leaves gaps in the cloud environment that may lead to security breach. Web serverServer: misconfiguration, which often includes unnecessary default and sample files.
Domino_mask	Privacy WHOIS registration You will be sharing your public IP address with the world. Domain registration Credit card payments  Things that are tied back to you by address, name and money.
Deployed_code	Dependencies  Web Frameworks (PHP, Apache, Java, etc.) Web Server Services (email, database, applications)
Psychology	Social Engineering  Phishing

Step 2. Define Boundaries 

Step 2: Find indicators of exposures. The second step is to correspond each indicator of a vulnerability being potentially exposed to the visualized map in the previous step. IOEs include "missing security controls in systems and software".^[4]

Define your boundaries

Who do I want to protect it from?

What do you consider an attack?

Cloud_off	Denial of Service DDos
Gpp_maybe	Unauthorized Access Malicious Actor limiting user access Strong and or randomly generated passwords Different passwords for different services Physical security Firewall
Water_lock	Data Leaks Docker vs vm vs bare metal  When running all your services through your bare operating system, such as on Debian, there is possibility for a vulnerability in that application to breach containment and effect other applications.  By using a docker container, these processes are virtually separated into different operating systems that make it more difficult for a vulnerability in one container to affect the others. Phishing SQL injection Xss attacks Phishing Social engineering
Swords	Brute Force Attack Brute force https://en.m.wikipedia.org/wiki/Brute-force_attack In cryptography, a brute-force attack or exhaustive key search is a cryptanalytic attack that consists of an attacker submitting many possible keys or passwords with the hope of eventually guessing correctly. This strategy can theoretically be used to break any form of encryption that is not information-theoretically secure.[1] However, in a properly designed cryptosystem the chance of successfully guessing the key is negligible.
Pest_control	Web Crawler bots and web crawlers https://en.m.wikipedia.org/wiki/Web_crawler Web crawler, sometimes called a spider or spiderbot and often shortened to crawler, is an Internet bot that systematically browses the World Wide Web and that is typically operated by search engines for the purpose of Web indexing (web spidering).[1] Crawlers consume resources on visited systems and often visit sites unprompted. Issues of schedule, load, and "politeness" come into play when large collections of pages are accessed. Mechanisms exist for public sites not wishing to be crawled to make this known to the crawling agent. For example, including a robots.txt file can request bots to index only parts of a website, or nothing at all. Claude ai bots https://en.m.wikipedia.org/wiki/Claude_(language_model)

Step 3. Create Safeguards

Step 3: Find indicators of compromise. This is an indicator that an attack has already succeeded.^[4]

^{Add safeguards}

One of the most simple and important ways to protect data and security is through encryption.

Encryption 

https://en.wikipedia.org/wiki/Encryption

In cryptography, encryption (more specifically, encoding) is the process of transforming information in a way that, ideally, only authorized parties can decode. This process converts the original representation of the information, known as plaintext, into an alternative form known as ciphertext. Despite its goal, encryption does not itself prevent interference but denies the intelligible content to a would-be interceptor.

Circle	Data at Rest disk encryption encryption at rest https://en.wikipedia.org/wiki/Data_at_rest Data at rest in information technology means data that is housed physically on computer data storage in any digital form (e.g. cloud storage, file hosting services, databases, data warehouses, spreadsheets, archives, tapes, off-site or cloud backups, mobile devices etc.). Data at rest includes both structured and unstructured data.[1] This type of data is subject to threats from hackers and other malicious threats to gain access to the data digitally or physical theft of the data storage media. To prevent this data from being accessed, modified or stolen, organizations will often employ security protection measures such as password protection, data encryption, or a combination of both. The security options used for this type of data are broadly referred to as data-at-rest protection (DARP).[2]
Bubble	Data in Use encryption in use This can be difficult without specialized hardware that employs active encryption, such as ram and a processor.  Software provides some data in use security.  Encrypting in-use data is computationally intensive. The process requires the computer to encrypt and decrypt data in real-time, which often introduces performance overhead. This issue is a major reason why most adopters process data in the public cloud, a strategy that grants access to sufficiently powerful hardware.   https://en.wikipedia.org/wiki/Data_in_use  https://phoenixnap.com/blog/encryption-in-use Data in use is an information technology term referring to active data which is stored in a non-persistent digital state or volatile memory, typically in computer random-access memory (RAM), CPU caches, or CPU registers.[1] Scranton, PA data scientist Daniel Allen in 1996 proposed data in use as a complement to the terms data in transit and data at rest, which together define the three states of digital data. Protecting data in use Data in use could be handled in protected memory or the data can be transformed for use. An example would be the use of a hash of the original data for comparison purposes like when performing password verifications. Example: password verification     The user password is protected at rest through hashing (usually with a salt)     The user's entered password is protected in use through hashing     The user's password hash is protected in transit between the authentication requesting system and the centralised authentication server over an encrypted channel (TLS, SSH) The best way to secure data in use is to restrict access by user role, limiting system access to only those who need it. Even better would be to get more granular and restrict access to the data itself.
Animation	Data in Transit Https enceyption encryption in transit https://en.wikipedia.org/wiki/Data_in_transit Data in transit, also referred to as data in motion[1] and data in flight,[2] is data en route between source and destination, typically on a computer network. Data in transit can be separated into two categories: information that flows over the public or untrusted network such as the Internet and data that flows in the confines of a private network such as a corporate or enterprise local area network (LAN).[3] Data in transit is used as a complement to the terms data in use, and data at rest which together define the three states of digital data.[4] end to end encryption

using all three to ensure data is always encrypted.

On top of this foundation, we can add targeted defenses to help shore up security from specific angles 

Verified_user	Authentication  This can be on the local server by restricting it only to the administrator.  This can also mean limiting access to services behind  a tool like Authelia. two factor totp Vpn vs proxy How to Remotely Connect A VPN requires preconfigured authentication to access the server, whereas a proxy server provides access to the general public that can then have layers of security added.
Shield_toggle	Proper Configuration  disable robots
Encrypted	Physical Security Lock case  Restrict access to server Remove keyblard and mouse unless needed
Policy	Monitoring  intrusion protection services Monitoring services Swag dashboard Fail2ban
Security	Isolation  LAN access vs server only access (127.0.0.1:80:80) vs 80:80 Within docker, containers can be configured to be accessible over the local network to all computers, as well as restricted to access from only the local machine. This means you can open it while using a browser on the server computer, but your other computers cannot access it over the network.

kill switch

https://en.m.wikipedia.org/wiki/Kill_switch

A kill switch, also known more formally as an emergency brake, emergency stop (E-stop), emergency off (EMO), or emergency power off (EPO), is a safety mechanism used to shut off machinery in an emergency, when it cannot be shut down in the usual manner. Unlike a normal shut-down switch or shut-down procedure, which shuts down all systems in order and turns off the machine without damage, a kill switch is designed and configured to abort the operation as quickly as possible (even if it damages the equipment) and to be operated simply and quickly (so that even a panicked operator with impaired executive functions or a bystander can activate it). Kill switches are usually designed to be noticeable, even to an untrained operator or a bystander.

What is The Value of Your Data?

• What do I want to protect?
• How likely is it that I will need to protect it?
• How bad are the consequences if I fail?
• What is the value of the data? Does a hacker care about Joe Schmo? Probably not. But do you have confidential company data, or are you an important stakeholder? Well, now you've suddenly become a bigger target.
• How important is it to someone else, and how important is it to you, your security, identity and privacy?

• Privacy ensures that unauthorized parties do not have access to your information and that you continue to control your personally identifiable information (PII). Therefore, Data privacy primarily deals with procedures and policies governing the collection, storage, and use of PII and proprietary company information such as trade secrets, personnel, and internal processes. PII is highly confidential because of the civil and criminal liability companies and individuals face if improper disclosure is allowed overtly or due to unintended data security breaches.
  
  To ensure privacy, you need more than a specific technology or set of technologies. This includes training all employees who have access to sensitive data about approved data protection processes. Just as airline pilots use checklists to ensure that essential items are checked before a flight and monitored during flight, IT professionals must also be willing to use privacy policies and other resources to protect PII and other sensitive information. In particular, to ensure privacy, IT professionals must have a set of policies, and processes detailing how organizations and their employees collect, store, and use sensitive data on all systems. This privacy policy aims for all employees to recognize the importance of privacy, understand how to prevent inappropriate disclosure of information, and deal with privacy issues and policy violations.
  
  Data breaches are no longer just embarrassing or inconvenient for businesses. Currently, privacy laws such as  GDPR impose penalties for failing to protect the privacy of PII and other sensitive personal information. These compliance standards may impose financial penalties and criminal charges for PII's intentional and, in some cases, unintentional disclosures. GDPR imposes privacy standards and legal requirements on all companies that store or process the personal information of EU residents.

• What Is Data Security?

  Data security uses physical and logical strategies to protect information from data breaches, cyber-attacks, and accidental or intentional data loss. Specifically, technologies and techniques used to prevent:

  • Unauthorized access
  • The deliberate loss of sensitive data
  • Accidental loss or corruption of sensitive data

  Examples of measures to ensure data security include data encryption, both at rest and in transit, and physical and logical access control to prevent unauthorized access. Specific techniques include multi-factor authentication, multiple layers of network and application-level access control, and detection and isolation of rogue devices after connecting to the network. Regular backups and a proven disaster recovery plan are essential parts of data security.
  
  In short, data security is based on a technically sophisticated and comprehensive approach to protecting all networks, applications, devices, and data stores within an enterprise IT infrastructure.

• The best way to understand the difference between data security and privacy is to look at the mechanisms used in your data security and privacy policies. Privacy policies control how data is collected, processed, and stored. While your organization's data security is more robust, detailing physical and logical controls to secure data. The way you collect, store, or distribute that data can violate your privacy policy. For example, enterprises can ensure that sensitive information is encrypted, masked, and restricted adequately to authorized parties. However, improper collection of this data, such as not obtaining informed consent from the data owner before collecting the data, does not change the security of the data but violates data privacy rules.
• Is this a vulnerable community?
  
• Vulnerable communities are groups within a population that face a higher risk of negative health, social, or economic outcomes due to various factors. These factors can include social, economic, political, and environmental components, as well as limitations due to illness or disability. Examples include people with disabilities, low-income individuals, racial and ethnic minorities, and those experiencing homelessness. 
• Social:
  Poverty, lack of access to healthcare, discrimination, limited English proficiency, and social isolation can all increase vulnerability. 
  Economic:
  Low income, unemployment, and lack of access to financial resources can make individuals more susceptible to hardship. 
  Political:
  Marginalization, lack of political representation, and policies that disproportionately affect certain groups can contribute to vulnerability. 
  Environmental:
  Living in areas prone to natural disasters, pollution, or lack of access to clean water can create vulnerability. 
  Health-related:
  Disabilities, chronic illnesses, and mental health conditions can limit an individual's ability to cope with challenges. 
• 
  Examples of Vulnerable Communities:
  
      People with disabilities:
      May face physical and social barriers, limiting their access to employment, healthcare, and other essential services. 
  
  Racial and ethnic minorities:
  May experience discrimination, systemic barriers, and disparities in health and socioeconomic outcomes. 
  Low-income individuals and families:
  May struggle to afford basic necessities, access healthcare, and live in safe environments. 
  Individuals experiencing homelessness:
  Face high risks of health problems, violence, and social exclusion. 
  Elderly individuals:
  May be more susceptible to illness, social isolation, and financial hardship. 
  Children:
  May be particularly vulnerable to neglect, abuse, and the effects of poverty and environmental hazards. 
  LGBTQIA+ individuals:
  May face discrimination and social stigma, leading to increased risks of mental health issues and violence. 
  Migrant workers:
  May be vulnerable to exploitation, low wages, and lack of access to legal protections. 
• Prisoners
• Should this data be accessible to the outside world, should it even be digitized?
  
• Is this information about your personal media collection or is it access to all of your financial data?
• Physical and digital security 
• Physically locking down a computer 

How Much Effort Are You Willing to Spend?

• How much trouble am I willing to go through to try to prevent potential consequences?
• How much time, money and effort are you willing to put into your security? Remember, there are entire companies dedicated to security, and entire SOC's whose sole job is monitoring for security incidents and even they don't catch everything. These organizations have multiple experts, layers of defense and constant monitoring, but the data they protect is worth it (see #2 above). How much effot you're willing to put in determines how many steps you need to take.
• Documentation
• Resources
• Updates & Upgrades
• Hardware and software
• Integration
• what you can handle yourself vs what you need a dedicated professi me
• onal for.