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Manufacturing Cybersecurity by the Numbers

Manufacturing Cybersecurity by the Numbers

Old Cyber Risks, New Cybersecurity Rules

Longtime NHL coach and living legend Scotty Bowman once famously claimed that “statistics are for losers.” For a game filled with numbers, that was a pretty bold statement. Around the same time, business author Peter Drucker, a legend in his own right, argued the opposite point, saying “if you can’t measure it, you can’t improve it.” There is certainly something to be said for “the bottom line” — the final score of a game is ultimately the most important number.

But a compelling case can be made that a winning game, a winning team, or a winning organization is comprised of many discrete elements, and that by seeking to measure and improve these key elements, the overall system will benefit accordingly. Our contemporary Moneyball sports world rendered Bowman’s statement a quant anachronism. Similarly, in the business world, managers and executives increasingly look for metrics that help them understand their areas of responsibility.

Manager, Technical, Industrial, Engineer, Working, Control, Robotics, Monitoring, Manufacturing Cybersecurity Technology

“Running the numbers” is not a substitute for successful management, but can be a valuable tool in its execution.

On that note, the National Institute of Standards and Technology (NIST) published a list of “20 Cybersecurity Statistics Manufacturers Can’t Ignore” which details some of the critical numbers that separate winning companies and organizations lost to the nefarious designs of malware, hackers, ransomware and the varying forms of cybercrime. From this list, a few highlights immediately come to the fore. By listening to the information embedded in the data, organizations can act quickly to mitigate the biggest threats that they didn’t know they had. A good manufacturing cybersecurity strategy can address old problems, predict new ones, and keep all operations cyber safe.

Ransomware Remains a Primary Threat to Manufacturers

The impact of ransomware on businesses has been monumental. According to NIST, 1 in 5 small or medium-sized businesses (SMBs) report that they have fallen victim to a ransomware attack. This makes ransomware the number one threat to organizations. Ransomware is unique among attacks in that it does not seek merely to damage the resources within a network. Rather, a ransomware attack encrypts company files, making them inaccessible to the organization and its users. Access to the decrypted files is only provided once payment to the assailant has been made. 

The effects of ransomware are immediate. When a company gets ransomed, all operations affected by the encrypted files come to a grinding halt. This has a cascading effect across the organization as it struggles to stay open during the crisis. This often results in delayed production, late shipments, confused inventory levels, and frustrated customers. To cope with the outage, the company normally resorts to a handful of painful workarounds that are difficult to unravel and clean up once the ransom has been paid.

Ransomers Attack & Manufacturing Cybersecurity Teams Rally

In DoD environments where data cyber security is key, the impact to a company’s reputation can be detrimental. As such, it is no surprise that a ransom situation can cause an organization to go out of business entirely. Worse still, the costs are increasing. According to NIST, over the course of a single quarter in 2019, the average ransomware payment went up by 13% to $41,198. The impact on an SMB’s cash flow should be self-evident. Hackers know no limit when it comes to ransomware targets, attacking companies of all sizes. For that reason, there is no reason to believe that your organization can hide under the hacker’s radar. Therefore,  manufacturers across the nation are increasing their investments in enterprise risk management and security solutions.

Microsoft Office is a Primary Vehicle for Malware

Microsoft Office has been a mainstay of organizations large and small. But the security risks of Microsoft files in an unmanaged environment are considerable. According to NIST, 38% of malicious file extensions come from Microsoft Office formats such as Word, PowerPoint and Excel, making this the most common set of file extensions. Microsoft’s Office suite has long been entrenched in the daily life of SMBs and manufacturers. Shop schedulers frequently define and redefine priorities using spreadsheets, SOPs utilize document formats for process control, and presentations to a company’s staff routinely take the form of a PowerPoint presentation.  

While these file formats are common, they are far from invulnerable, and the robust capabilities that Microsoft created within each format provides opportunities to embed hostile code that can detonate once the files are saved within the network parameters of an organization. And file sharing across the manufacturing community is widespread. It is common, for instance, for vendors and presenters at manufacturing conferences and trade shows to hand out flash drives containing promotional materials. Manufacturing cybersecurity policies need to include these activities because should these files be infected, the consequences of introducing them to an unprotected company network could be catastrophic. As such, companies need to take care in managing the devices that connect to network, and the safety of the files they contain.

Social Media Accounts Become a New Target

Social media is widespread, and manufacturers are increasing playing along in order to get more visibility for their products and more interactions with their customer base. But with the proliferation of online social interactions comes increasing risk. In fact, 63% of MSPs anticipate that hackers will increasingly target social media accounts, according to NIST. Similar to Microsoft Office, social media toolsets have increasingly found their way into organizations. Initially thought of as a distraction, these toolsets have become embedded in many organizations, allowing for more collaborative communication between suppliers, customers, individuals, and groups.

Like the Microsoft Office suite, social media platforms have been enhanced and expanded, with new capabilities added on a routine basis. But a single compromised account can compromise an entire network when accessed from within the network’s parameters. Worse still, given the continually evolving nature of social media platforms, the threats are similarly evolving. Business owners need to understand what role social media will play in their organizations, and how these platforms can be leveraged without excessive risk. Manufacturing cybersecurity measures should take into account all accounts, including those on Twitter, Facebook, and similar online social meeting grounds.

Ghost Security Breach

When it comes to cybersecurity for manufacturers, the numbers don’t lie.

The correlation between successful IT threat mitigation and business success is well documented. Understand the numbers and take the necessary actions to put the odds in your favor. Manufacturers can avoid a cyber security breach by taking it one step further by partnering with industry experts: managed services firms with cyber specialists lead the way in cyberattack mitigation.

How Manufacturers Can Prevent a Cyber Security Breach

How Manufacturers Can Prevent a Cyber Security Breach

Cyber security solutions are technological processes and practices designed to protect networks, computers, programs and data from attack, damage or unauthorized access. Over the years, they have become a necessity in order for industrial firms to succeed. Manufacturing supply chains are often interdependent and integrated. Security within the entire supply chain will lessen any vulnerabilities that could impact the company as a whole. Manufacturers must prepare for a cyber security breach by way of proactive measures.

Cyber Security for Manufacturing Global Supply Chain Map

Has a hacker already gained access to your sensitive data?

All companies have private data that ranges from non-secure to highly secure information. This applies if you have one user, a million users, a million customers, or a supply chain with 500 million endpoints. This applies if your data is exclusive to networks outside of the United States or if you are global in reach.

Regardless of the size of the company, all companies include the following data within their protected systems, and this is the type of data that needs the highest level of endpoint security:

  • Social Security Numbers / Information
  • Bank Account Information
  • Personal Emails
  • Payroll Files
  • Account Information
  • Contact Information
  • Financial Records
  • Product Designs
  • Tax Records

Is your supply chain or customer data on the dark web?

If you have suffered a data breach in the past, the data included personal information, such as phone numbers or other personally identifiable information (PII). Leakage of such information could be fatal towards the growth of a company and its workers. Such sensitive information needs to be secured with proper cybersecurity measures. For companies that do not ensure these measures, the chances of survival within the digital world are slim. The only practical solution is developing ways to combat or prevent cyber risks.

Understanding Manufacturing Cyber Security 

In order to stay safe in a world where digitization is key to success, manufacturing companies have to stay prepared. The best way to prepare, understand and manage cybersecurity risks is by considering all areas that could be breached by an attack. By looking at such risks in a business, and from a legal standpoint, owners may aim to formulate regulatory procedures in order to avoid the damage that a cybersecurity attack can impose on their company. In order for a manufacturing company to not only exist but thrive, they must first UNDERSTAND:

Understanding the risk: First, one must understand that hackers aim to steal, exploit and disrupt the company’s work. This may not necessarily be a personal attack and therefore it must not be treated as one.

Narrowing down risks: Manufacturing companies utilize technology for a multitude of sectors within the company. Therefore, narrowing down where the weakest aspects of cybersecurity are would help avoid data loss or operational risk significantly. If an attack is successful, it is also helpful to know where the root of the problem may have begun in order to stop it.

Data access control: Data is one of the most important factors in cybersecurity. The reliance on a single password, as security for data information, leaves manufacturing companies unshielded from hackers. Implementing a series of security measures by ranking importance of data can establish a hierarchy that prioritizes confidential data. Making sure only limited personnel has access to the data will lower the risk as well.

Enterprising the risks: Since cybersecurity risk is such a prevalent aspect in technology, manufacturing companies must include a prevention plan in their enterprise. This includes spending the necessary funds to prevent any harm towards the company’s technology.

Readying for the worst: Another tactic is assuming that every cybersecurity breach will be crippling towards the company. This prepares staff through proactive methodology and technology.

Setting key roles in an incident plan: Defining roles in advance with a detailed plan will enable everyone to know exactly what is required of them in case of an attack. This will help in a time when it is necessary to move quickly. Everyone will remain organized and on task.

Training all employees: Manufacturing companies need to train all employees to know how to avoid human error, which is one of the highest risk factors within cyber attacks. Through training, proper communication can be established between IT (Information Technology) and OT (Operational Technology) workers. The creation of a community culture will enable proper guidance and action on security shortfalls.

Administering the company’s policies wisely: Cyber attacks in manufacturing companies range from light breaches to severe damages that shut down operations. Therefore, ensuring that effective policies are in place is essential. The entire company needs to understand the severity of even a small breach. Policies should be updated as new threats emerge. Staff should be informed of any backup strategies in place and also of planned disaster recovery steps.

Never forget the basics: Manufacturing companies should have a basic response plan in order to outline expected and anticipated actions. Routinely changing user passwords and checking all systems for vulnerabilities should be common occurrences.

Decoys for intelligence gathering: Deploying white collar hackers is another method that could prevent vulnerability to cyber attacks. Companies should place themselves in the mind of the attacker in order to gain more knowledge on how one may think. Therefore the company can counter the attack before a breach is successful. Using decoys allows manufacturers to actively identify and analyze trends in their system that need to be addressed.

The latest technology, including managed application hosting in the cloud, provides new openings for risk and reveals a general lack of effective security in companies of all sizes, across all industries. The manufacturing industry is particularly vulnerable due to complex applications and third-party software integrations. Manufacturers also have challenging compliance regulations that require intensive documentation and reporting. Small business IT solutions help manufacturers looking for partners who will help them grow without the burden of cyber risk.

Cyber security incidents put manufacturing companies at risk of shutdown

Zero-trust cybersecurity policies have become the most essential risk management strategy. The only way manufacturing companies can stay safe is by making sure they are secure on all ends. The first step is understanding the risks, then making the effort to make sure a security breach does not occur. This process utilizes security audits and penetration testing to gain full vision of all system vulnerabilities. In the chance that a data breach does occur, cyber protection and cyber insurance are critical for survival.

Prevent a Cyber Security Breach with Best Practices

Chat with us now to schedule a penetration test to see if your data is secure.

 

 

Three Ways to Make Compliance Everyone’s Business

Three Ways to Make Compliance Everyone’s Business

Compliance acronyms often become the “inside jokes” of an industry, a sort of alphabet soup, but the language of business governance can quickly result in confusion. Clever letter combinations echo the rules and regulations of businesses, especially for companies in manufacturing and distribution. Compliance is a company-wide issue that affects everyone from owner to customer. With that in mind, here are three ways to reduce the stress of compliance management by making the rules of the road everyone’s business:

1. Know the compliance acronyms that affect your business

2. Optimize your ERP for reporting and metrics tracking

3. Bring in experts when compliance involves advanced cybersecurity, data privacy regulation, or highly sensitive record management

Business Compliance

Rules and regulations serve to keep your data protected. Here are a few of the most common regulations that govern business data:

GDPR (General Data Protection Regulation)

Information that leaves the European Union must comply with GDPR even in countries that are not part of the EU. With comprehensive regulations for security and privacy in data handling, GDPR essentially protects your company from a security breach. If you draw any traffic from the European Union, you must follow the rules of general data protection regulation (GDPR).

HIPAA (Health Insurance Portability and Accountability Act of 1996)

HIPAA compliance is very common, yet many medical facilities miss important steps necessary to meet the fine print of HIPAA laws. All organizations that interact with medical practices in any way must comply with HIPAA. Health and humans services organizations obviously fall within HIPAA privacy rule, but HIPAA violations are seen across industries as more companies host data subject to these health information laws. Small businesses often fail to comply because of limited in-house expertise, which is why 2021 is moving more and more owners toward partnership with a small business IT provider that offers compliance care.

Here are a few of the types of companies that must process data in ways that comply with HIPAA rules and regulations:

Here are signs that you are keeping up with HIPAA compliance:

Failure to comply with even a single HIPAA security rule has resulted in fines of 1.5 million for small companies and up to 16 million for large scandals. Large scale security breaches are common, and everyone handling or interacting with the medical industry needs to be ready for a cyber attack. Physical theft, such as mobile device theft, is also common, so in-house strategies must include data protection from employees and other on-site actors such as third-party consultants.

PCI DSS (Payment Card Industry Data Security Standard)

Payment data is sensitive data, and is therefore protected by advanced compliance standards. Fortunately, these regulations demand solutions that benefit all businesses. If you collect credit card information for any reason, you must ensure PCI DSS compliance. All credit card information must be encrypted. Data access must be limited and tracked so that information stays in trusted hands.

Information transmission requires firewall protection, cybersecurity software solutions, and proactive security management. The network must be accessed for vulnerabilities, and all software must stay updated, patched, and in compliance with the PCI DSS regulations. A penetration test is the best way to see if your company is at risk of a data breach.

EstesGroup can help you create a compliance plan for your business. Compliance acronyms abound, but the right IT solution will quickly make the rules and regulations of your industry as simple as saying the alphabet.

5 Takeaways from the Microsoft Exchange Server Attack

5 Takeaways from the Microsoft Exchange Server Attack

A Microsoft Exchange Server Attack Caused Hours of Downtime for Businesses Around the Globe

Last week’s Microsoft Exchange Server attack underscores the liabilities of on-premise architectures compared to their cloud counterparts. On Friday, March 5th, 2021, a zero-day Microsoft Exchange vulnerability was found being exploited across the globe. It affected on-premise Exchange servers, all versions, and allowed the attacker to read emails, exfiltrate data and run the “code of attackers” choice. Unfortunately, a zero-day exploit is one that usually doesn’t have any patches against it. In short, if you had an Exchange Server out on the internet, then it COULD likely have been compromised.

A computer popup box screen warning of a system being hacked, compromised software enviroment. 3D illustration.

Our Break-Fix Client’s Last On-Premise Exchange Server Was Compromised

Microsoft (thankfully) moved quickly, and released a LOT of information, much of it confusing, with many incorrect links. It took our team some time to weed through the chaff and get the actionable tasks from it. The patches are out now, thankfully. It might take your IT folks 4 or 5 hours to install them, and yes, it’s Exchange/email downtime to get them there.

What’s the answer?  I’d say “defense in depth”:

Here are 5 steps you can take to mitigate the potential damage of the Microsoft Exchange Server attack:

  1. PatchingPatch publicly exposed servers quickly and completely.
  2. Zero Trust – Once your servers are built, and before they are exposed to the internet, lock them down! Malware protection can help, but Zero Trust is the ultimate malware protection!
  3. Cyber Insurance – Offload the risk to the insurance company.
  4. Migration – Move the service to a more agile company. Microsoft Office 365 was not vulnerable to this exploit.
  5. Backups –  Enough said.

These 5 steps can be takeaway lessons for even those unaffected by this security breach. Cloud computing costs are decreasing while increasing cybersecurity availability via affordability. Talk to our IT specialists to learn more about how cloud technology can protect your business.

 

3 Signs It’s Time For a Server Upgrade

3 Signs It’s Time For a Server Upgrade

Is Your Server Seeing Stars?

Sometimes called a “super computer” or simply a “computer bigger than yours,” a server is a technological infrastructure that hosts a shared resource pool. Servers become more complicated as small businesses grow and require multiple pieces of hardware to support company software. A multi-site company might have multiple servers at each location to support various types of users, devices, and software interactions. Many of us never physically see the servers that support our personal devices, yet our data is available across phones, laptops, tablets, and desktops. Unfortunately, old servers put our data at risk. Is it time to take a good look at a server upgrade?

Server Upgrade IT Strategy Team

Sign #1: The Word “Outdated” Comes to Mind When You Think About Your Server

A timely server upgrade can increase profitability by giving you a competitive edge since a server upgrade is most often a “profit now, profit later” occasion. For example, Section 179 allows business owners to upgrade technology and write off purchases. Business growth is challenging, and investments can be risky, and there are programs in place that acknowledge and assist with this reality. Like you might replace an old furnace or broken window when the timing is right for tax deductions, you might replace old technology when your CFO or accountant sees an opportunity to take advantage of a tax break.

Sign #2: You Find Yourself Questioning the Security of Your Data

A handful of “S” words haunt the security issue, with servers as the first serve. When looking for signs of server insecurity, also inspect system assessment history, speed issues, storage requirements, and sensitivity of information handling.

Is your current server architecture safe from hackers? Ransomware is becoming an amateur hacker’s play now that Cybercrime as a Service is becoming a popular business exchange on the Dark Web. SaaS (Software as a Service) and BYOD (Bring Your Own Device) cultures increase the risk as they both allow more complex interactions with your network.

How much of your data is sensitive, and can your servers keep up with compliance regulations? If your office handles medical information, you’ll need technology solutions that comply with HIPAA. The acronyms of compliance are often industry-specific notations that change yearly to adapt to new threats.

Backup management and documentation strategies need to be supported by a network that can process information swiftly and without risk of data loss. Storage needs increase as devices become more interactive, and physical servers don’t offer the same flexibility as virtualized servers, so this is also something to take into consideration as you question data security. No room in the server means no data saved for your future. Inadequate or improper data storage can become a costly mistake that can lead to significant strain on your budget.

Sign #3: You Worry About Stability & Know a Server Upgrade Could Help

If you have a physical server to maintain, you know the burdens of cooling costs, fire alarms, and on-site security systems. Your server room is vulnerable to both physical and virtual attacks. Business owners rarely have time to analyze every file created, and every company click needs to be protected from malware and other threats. Ask yourself a few questions to see how much you know about the stability and accessibility of your backups:

  • How do you archive company information?
  • What are the greatest risks to your servers?
  • If you need to upgrade your technology every 5 – 10 years, when will your servers need to be replaced so that you can stay competitive amid advancements?
  • How long would it take to migrate your data to another physical server? Would it be more efficient to migrate data to the cloud? Is your data already somewhere in the cloud?

Now Is the Time To Take a Closer Look at Your Server

Unfortunately, on-premise servers fail, and routine assessments are necessary. EstesGroup can help. Our IT specialists are here 24/7 to provide recommendations for IT infrastructure, maintenance, testing, & more.

Wish to know more about server management?

On-Premise vs. Hosted vs. SaaS

On-Premise vs. Hosted vs. SaaS

Which is right for your business? On-Premise, Hosted or SaaS?

Technology changes at such a rapid pace that it can be hard to keep up. Today we are going to dive into the key differences of on-premise vs. hosted vs. SaaS (software as a service) and provide some great reference points that you can align best with your business.

On-Premise, Hosted, Cloud & SaaS Definitions

On-Premise Solutions

The best place is to start with a quick history lesson. Most businesses have some from of IT infrastructure that they leverage that allows them to operate efficiently and effectively. The traditional method that many businesses begin with is on-premise. In today’s world, on-prem deployment is considered a legacy approach. A legacy approach is not always wrong, as an on-premise solution does have its benefits.

Benefits of On-Premise Solutions

  • Increased security since control is controlled locally.
  • Performance can be important to users who have slower internet speeds and for when occasional software requires local installs for best performance.
  • On-premise software usually carries more features due to development cycles.

Weaknesses of On-Premise Solutions

  • Infrastructure: Average server life span is around 5 years and can be shorter depending on growth.
  • Cost: Considered a Cap-X expense and can be more expensive then SaaS counterparts.
  • Security: Endpoints, backups, patch management, etc. — all needs to be considered.
  • Future proofing: Many servers are more expensive upfront than required to account for future growth. If this is not applied correctly during initial purchase, it can lead to increases in long-term spending.
  • Remote access: Unless originally configured, users outside the office (remote workforces) will have a hard time accessing required resources.
  • Performance degradation: Over the course of time, hardware breaks down and will need to be replaced.

Hosted & SaaS Solutions

This is the future of where most businesses are heading. Hosted solutions generally come in two forms: hardware and software. A hosted server is very similar to on-premise as the main difference comes from the server physical location. This generally means that you get the same benefits as the on-premise solution but with far fewer of the weaknesses. SaaS generally refers to software without requiring the infrastructure to run the software but does not always have the same features.

Benefits of Hosting & SaaS

  • Time to deploy: SaaS-based solutions can be deployed almost immediately in most cases.
  • Expense: Upfront costs are low for SaaS.
  • Minimal Infrastructure: With SaaS solutions, hardware requirements are generally taken on by the company offering the SaaS solution. Hosted has the benefit of being able to right-size resources for the organization with the ability to scale on demand.
  • Flexibility: With both SaaS & hosted solutions, you can increase or decrease resources on the fly.
  • Security: Backups and updates are generally applied by the provider. This is not always the case and requires additional costs depending on the vendor.
  • Performance: Both solutions scale and are not affected by hardware degradation, as the underlying hardware is upgraded by either the data center or the SaaS vendor.

Weaknesses of Hosting & SaaS

  • Internet connection: Both solutions require decent bandwidth at location in order to function.
  • Transparency: Data storage with SaaS solution is beyond the control of the business owner. Hosted solutions will disclose where data is being stored.
  • Long-term costs: Upfront costs are generally lower and moved into an operating cost structure which can be higher, especially if on-prem hardware is owned.

Examples of Deployment Options

Scenario 1 – Startup / Small Engineering Consultancy

A small business with 5 people, you have 3 people working in one location, and 2 employees working remotely. You have minimal overhead, and you are expecting to grow quickly, so you need flexible and scalable systems.

What your key systems might look like:

Large Corporate Business Systems

In this example, a hosted, lightweight solution is totally appropriate. It allows you to focus on the business and not have to worry about managing an IT environment. New users can be added in minutes and can access information from anywhere with no specific hardware requirements other than an internet connection.

Scenario 2 – Established Mid-Size Engineering Consultancy

A mid-sized business with 50 people, you have 20 people working at one office location and users scattered throughout the states with no aspirations of any other offices at this stage. You have an established client base you work for and provide some specialist engineering design services which require some specific CAD software.

What your key systems might look like:

Key Small Business Systems

In this example, you probably have an existing investment in infrastructure and are probably already running a Windows network. You are probably also running an intranet and have appropriate network storage and data backup facilities. You have your own or regular IT support so you can manage your own environment. In this case, you may prefer the software to be installed on your network so you can control it. Hosting is less of a benefit for you, but you may still choose this option for convenience if your current environment is not appropriate for the software due to age or if it is already running at maximum capacity. Over the next few years, we will see a lot of businesses in this space start to run a hybrid model of on-premise and hosted software solutions.

Scenario 3 – Large International Corporate

As part of a global engineering consultancy, your systems are dictated by your owners. They are designed by an internal IT team to fit in with rules and processes as established by an internal governance team. They are very rigid and highly controlled, and most of your systems are on-premise where you have a team of internal IT technicians maintaining them.

What your key systems might look like:

Midsize Business Systems

In this example, the environment and the software are governed by internal policies. These are not agile systems, and they require a large investment in infrastructure. A massive amount of time and effort goes into establishing and maintaining these systems. Eventually, large corporates will start moving towards more agile hosted solution.

EstesGroup understands that not every business operates in the same manner. Some businesses require on-prem solutions while other businesses might be able to increase efficiency and reduce costs by moving to a hosted or SaaS-based solution.

If you are interested in finding out how you can make technology work better for your business, including which solution would fit best, we would love to help by setting up a 100% free business technology assessment. If you have any questions or are interested in find out how to make your business technology operate better, please email Chris Koplar at [email protected] or call 760-216-3452.