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Wipfli helps tribal governments replace outdated systems and manual processes with modern ERP solutions that provide greater control over accounting, grant management and financial reporting. Using proven methodologies and tribal industry experience, we help reduce implementation risk, accelerate adoption and position your organization for long-term success.
Technology should help your tribe operate more efficiently and achieve better community outcomes, not create additional challenges. Wipfli helps you select, implement and optimize tribal technology that aligns with your operational, financial and community goals.
Turn the data your organization generates across government services and gaming operations into meaningful insights. Whether you’re getting started with a data strategy or looking to advance analytics and reporting capabilities, we can help you unlock the value of your data while strengthening data sovereignty.
Maintaining the technology expertise needed to support a modern organization can be difficult, particularly when internal resources are stretched. Wipfli's managed services provide access to experienced professionals who can support critical technology functions, including cybersecurity, data management, IT leadership and tribal technology training so that your staff can focus on strategic priorities.
Drawing on our extensive experience serving tribal casinos and gaming enterprises, our team helps you modernize financial management with industry-tailored ERP solutions. From implementation and integration to optimization and ongoing support, we help you maximize the value of your ERP investment while supporting growth.
We know that data protection for tribal organizations is critical to maintaining member and customer trust. Our team provides the tailored guidance and ongoing support you need to confidently respond to an evolving threat landscape and keep sensitive data secure.
Wipfli’s strategic AI services help you evaluate, implement and govern AI solutions in a secure and practical way. Our advisors focus on identifying use cases that deliver measurable value while helping you manage risk, strengthen governance and align AI adoption with your organization’s goals.
Many tribal organizations rely on multiple systems across government departments, casino operations and business enterprises. Wipfli helps you connect those systems to improve the flow of information across your organization with our iPaaS services. From planning and implementation to ongoing support, we can help you modernize your IT infrastructure.
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Cyber risk management: How to reduce cyber risk across your business
As cybersecurity threats grow ever more potent, your business needs to adapt. This starts with adopting a more cohesive cyber risk management strategy to protect your operations, finances and reputation. Embracing a cyber risk strategy elevates cybersecurity beyond being just an IT concern into a core pillar of your overall enterprise risk management efforts — which helps make your whole organization safer and more resilient. Keep reading to learn more about why this approach matters, plus how to get started. What is cyber risk management? Cyber risk management is a strategy that addresses cybersecurity and cyber resilience as enterprise-level risks rather than siloed problems for your IT department. This proactive approach, which also contrasts with compliance-based models of cybersecurity that focus on meeting compliance requirements, aims to not just stop cyberattacks but also help you recover more quickly if an attack does break through your defenses. Executing a cyber risk management strategy involves identifying cyber-related threats or risks, assessing your current defenses, controls, governance and backup capabilities, strengthening your protections to meet your current risks and then making continuous improvements as needed. The end result is a business that is better able to navigate today’s threat environment and avoid significant losses. If your business has an overall enterprise risk management strategy to mitigate your risk in all areas (not just cybersecurity), then your cyber risk management efforts will fit neatly into that framework. Why cyber risk management matters for business leaders Cybersecurity incidents — like a data breach, business email compromise or ransomware attack — increasingly impact not just large corporations, but businesses of all sizes. That impact shows up directly on your balance sheet. A successful ransomware attack can cost you an upfront ransom payment that may stretch as high as seven figures, as well as ongoing financial, operational and reputational damages ranging from lost productivity or customers to regulatory fines. This isn’t a hypothetical. In one prominent incident, hackers compromised domain-level credentials for Stryker’s Microsoft ecosystem and used that access to remotely wipe data from up to 200,000 company laptops and phones, severely disrupting its worldwide operations. Consider what costs might you incur if you were suddenly locked out of your core systems or lost access to your most sensitive internal or customer data (or worse, found it for sale on the dark web)? In this environment, you can’t afford to write off cyberthreats as minor inconveniences. A cyberattack is a genuine risk to your business, no different than a new competitor, changing customer needs or a sudden hit to your supply chain. Cyber risk management is a way to recognize that — and act accordingly. Core components of an effective cyber risk management program An effective cyber risk management program views cyber risk as an enterprise-level challenge for your entire business to address and mitigate. Key aspects of this effort include establishing effective governance, identifying risks and continuously adapting to meet them. Governance and executive oversight Strong governance and active executive oversight help move cybersecurity from a siloed problem to an enterprise risk management issue. Governance helps mitigate your cyber risks by putting controls and policies around which technology you use and how you use it, while an executive leader like a chief information security officer (CISO) or vCISO can bring a strategic, big picture perspective to cyber risk that your frontline IT team doesn’t have. Risk identification and prioritization To mitigate your risks, you have to know them, so a cyber risk management strategy involves identifying the actual threats your business faces. But you can’t be strong everywhere, all the time, so it’s equally important to prioritize those threats and devote your resources to stopping the most urgent or dangerous. Continuous improvement and monitoring Cybersecurity threats are constantly evolving, so your risk strategy needs to, too. This involves active, ongoing cybersecurity and cyber resilience efforts, as well as a continuous assessment of what’s working and what needs to get better in light of your current threat environment. Build cyber resilience before an incident happens Cyber resilience is an essential aspect of cyber risk management that is focused on helping your business maintain operations during a cyberattack or recover more quickly after the attack ends. Cyber resilience is essentially a complementary activity to cybersecurity, which aims to stop attacks from succeeding in the first place. The overall goal of cyber resilience is to protect business continuity so that your team, customers, finances and outputs are less affected by a cyberattack. This is important because in today’s threat environment, it is unlikely you will be able to stop all cyberattacks at all times, so emphasizing cyber resilience means you will be better able to move forward if and when a breach occurs. It’s important to focus on cyber resilience before a breach or incident occurs. If you’re prepared ahead of time, then you’ll be ready to respond faster and with greater confidence. You’ll also have already taken steps, like backing up your data, that will make it easier to get back to business as usual. Assess your organization’s cyber readiness Understanding your cyber risks and your readiness to address them is key to managing your overall risk levels. But this can’t just be a one-time exercise. Cybersecurity-related risks are constantly changing. AI has made it easier than ever for even individuals without technical knowledge to launch attacks, and both the scope and vector of threats continue to evolve. That’s why you should think of assessing your cyber risks and readiness as an ongoing process. Ideally, this process should have executive leadership in the form of a CISO or vCISO (potentially a CIO in smaller organizations), and a third-party advisor can also provide an invaluable outside perspective that can help you identify gaps your internal team may be too close to notice. Establish strong cybersecurity governance Strong cybersecurity programs are built on a foundation of governance and effective leadership. Governance is crucial to understanding your risks and implementing the appropriate strategies to address them. Additionally, a CISO or vCISO can provide the leadership you need to help oversee the program, communicate with stakeholders and embed cybersecurity into culture and operations. As part of strong governance, your cybersecurity program should include: Annual cybersecurity program assessments to help ensure your program aligns with organizational objectives, regulatory requirements and best practices. Annual tabletop exercises that help you rehearse and strengthen staff’s incident response. Annual board security awareness sessions where your CISO educates leadership on cybersecurity risks, strategies and responsibilities. Quarterly employee training so that staff are aware of cyberthreats and equipped to defend against them. Implement a cyber risk framework A cyber risk framework is an organized, structured strategy for understanding and managing your cyber risks. A framework essentially lays out a series of actions or steps for your business to take to become better equipped to protect against and recover from cyber-related threats. You don’t need to develop your own cyber risk framework. Organizations like NIST and ISO have created detailed frameworks that you can use, sparing your team from attempting to reinvent the wheel. However, you may need help from a third-party advisor to successfully choose and implement a framework. Depending on your specific industry and needs, a particular framework may make more sense than other options or may even be necessary from a regulatory standpoint. Cyber risk management best practices Here are two best practices to help your business more successfully manage your cyber risk levels: Maintain active cyber defenses Cybersecurity operations (SecOps) refer to the tools, processes and personnel needed to monitor, detect, investigate and respond to security threats in real time. It’s a critical component of any cybersecurity program, helping protect your organization’s assets against evolving threats. Your SecOps can include: Endpoint detection and response to monitor activity on endpoints — such as laptops, desktops, servers and mobile devices — to detect threats and respond to them quickly. 24/7 security monitoring to detect threats in real time. Log retention to support forensic investigation if an incident does occur. DNS filtering to help prevent access to potentially malicious websites or sites you want to restrict. Threat intelligence to help you apply information about emerging cyberthreats to strengthen your defenses. Dark web monitoring to help identify any instances where your organization’s sensitive information may have been compromised. Regular vulnerability scanning to help your team proactively detect and address potential entry points before attackers can exploit them. Quarterly firewall configuration reviews to maintain strong defenses and align firewall rules with current security policies and business needs. With the right SecOps practices in place, you can minimize risk, reduce incident response time and maintain business continuity . Keep testing to find gaps Cybersecurity testing is your opportunity to evaluate your current level of effectiveness, with assessments and simulated attacks that can help identify any vulnerabilities, misconfigurations or weaknesses. Your cybersecurity program should include annual testing activities such as: Penetration testing, including internal tests to assess how far an attacker could go after gaining initial access and external testing to identify vulnerabilities in perimeter defenses. Comprehensive vulnerability assessments that identify, classify and prioritize security weaknesses across your organization’s entire IT environment. Cloud security reviews that provide a structured evaluation of your cloud environment to help ensure data, applications and services are properly secure. Social engineering tests, including phishing and pretext-calling attacks, to assess how staff recognize and respond to cybercriminals’ manipulation tactics. Ransomware attack simulations to test your organization’s ability to identify and respond to ransomware incidents. How cyber risk management supports enterprise risk management Effective cyber risk management serves as a supporting pillar of your overall enterprise risk management strategy. Think of cyber as one leg of a table, working in conjunction with other legs like operational risk, AI risk, regulatory risk and technology risk. As more businesses embrace enterprise risk management as a way to adapt to today’s uncertain business environment, operate more effectively and even identify growth opportunities, becoming better able to tackle cyberthreats is a critical part of that effort. To learn more about how managing risk can make your whole business stronger, work with a risk advisor to assess your vulnerabilities and understand your opportunities. Read more How to become a more cyber-resilient organization Cybersecurity is now a major financial risk Enterprise risk management: A strategy for turning risk visibility into business wins
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How tech companies can adapt to growing cybersecurity risks
For tech companies of any size, cybersecurity threats are part of doing business. The typical company’s network will often experience thousands of attempted cyberattacks per day, and as vendor relationships proliferate, the average attack surface only continues to grow. But are your defenses prepared to handle this onslaught and prevent a data breach? Keep reading to find out. How are data breach risks evolving for tech companies? Tech companies have always been heavily targeted by cyber attackers. But AI has made it easier than ever for even inexperienced cybercriminals to attempt an attack, while flawed AI-written code has also created new holes to be exploited. Tech companies are also sharing more data than ever with their vendors, which means you can suffer the consequences of a data breach even if your own systems remain secure. Key evolving data breach and cybersecurity risks include: AI-powered attacks: Data privacy breaches and identity threat-based attacks are way up because of AI. For example, AI tools make it easier to pull off a phishing scam with polymorphic emails so attackers can steal credentials needed to access your systems, at which point they can steal valuable data or attempt a ransomware attack. AI makes it simple enough that even children are trying their hand at hacking. Poorly written AI code: Tech companies are increasingly turning to AI coding tools like Claude Code to quickly write new code. However, this code is often implemented without human due diligence or testing, raising the risk that security holes will go undetected until exploited during an attack. Vendor proliferation: Companies that use multiple SaaS products or AI tools face additional exposure. If one of your vendors gets successfully breached, all the data you shared with that vendor is at risk of compromise, so each additional vendor you use raises your risk level. To make this even more complicated, consider that your vendors could have shared your data with third-party vendors of their own. Practice attacks on smaller companies: If your business is under a certain size, you might think you’re not worth attacking. But cybercriminals increasingly see small and mid-sized businesses as practice: A way to try out new attack methods and hone their skills before moving on to target a big fish. Complex cybercriminal relationships: Just as you have vendor relationships, many bad actors do as well. For example, a hacker may attack your business simply as a demonstration to impress a potential client or carry out a successful breach of your systems not to steal any of your data themselves, but so they can sell that access to another party. What kind of damage could a major data breach do to your business? A major data breach can cause financial, reputational and operational harm to your business. Expect both direct damages like operational downtime or the cost to resecure your systems, as well as second-order effects such as lost opportunities or regulatory action. The most damaging cyberattacks involve gaining insider access to your core systems. Attackers sometimes collaborate with a willing insider, like an employee looking to make some extra cash, but will more often get in by tricking a team member into sharing their access credentials through phishing or other social engineering scams. Once inside, attackers often take their time to look around. By some estimates, the typical cybercriminal may remain in your systems for an average of 220 days after first breaking in. That’s a lot of time to find valuables to steal. Insider attacks often cost the company 10-15% more (on the low end) than an external bad actor. Plus, the length of time that an investigation takes usually increases because insiders can cover their tracks more effectively. Expect significant financial losses after a data breach A successful data breach or other cybersecurity incident can quickly become a major drag on your balance sheet. Expect damages like: Sensitive internal and customer data stolen and sold on the black market Ransom payments starting at $60,000 Operational downtime Higher cybersecurity insurance premiums, think 2-3 times what you’re paying now Regulatory blowback, which can include fines, starting at $500,000 Reputational damage, with customers moving to your competition The cost of re-securing your systems after an attack, which could undo five years or more of network investment Ransomware attacks carry especially high financial and operational costs Hackers may simply attempt to steal your data and then vanish. However, once inside your systems, some may launch a ransomware attack instead. During a ransomware attack, an attacker will lock down your core systems or critical data, paralyzing your operations while pressuring you to make a ransom payment. In addition to the financial damages described in the previous section, a ransomware attack can trigger ransom costs that average: $60,000 for small businesses $500,000 for midsize companies $1.5 million for larger firms If these amounts sound lower than you might expect, consider that if the ransoms were too big, nobody would pay. But if they’re tolerable from a cash flow perspective, firms are likely to pay and try to recover later from insurance. A risk-based cybersecurity strategy helps businesses adapt to today’s threats Many tech companies think about cybersecurity strictly in terms of compliance. If you’re a fintech company, for example, you might be tempted to assess your specific regulatory requirements, implement frameworks like PCI and HITRUST to satisfy regulators and then move on. That would be a mistake. Treating cybersecurity as just a compliance exercise still leaves you exposed to potential harm, especially because compliance standards typically don’t account for newer or evolving threats. However, adopting a risk-based cybersecurity strategy can help significantly reduce your potential pain. Under a risk-based approach, you’d go beyond simple compliance to map out the specific threats you face and prioritize them based on likelihood and degree of harm. This can allow you to implement additional defenses to reduce your potential repercussions should you suffer an attack. How tech company CIOs should implement a cybersecurity risk management strategy Tech CIOs or CISOs often benefit from guiding their businesses to adopt a cybersecurity posture built on defense-in-depth. This is a risk-based strategy that deploys multiple layers of protective measures so your systems won’t be compromised by a single point of failure. Using a defense-in-depth approach, an attacker can often be stopped even if they’ve already broken through one or more of your defensive layers. Defense-in-depth also factors in the likelihood of a particular attack, prioritizing defenses based on risk rather than attempting the impossible task of being strong everywhere at all times. Here are key action steps to implement a risk-based cybersecurity approach that incorporates defense-in-depth: 1. Work with a cybersecurity advisor Unless you have a large internal cybersecurity team (10+ people), you’ll typically benefit from working with a third-party cybersecurity advisor who does this every day. An advisor can help you implement a risk-based approach and apply concepts like defense-in-depth to your specific business. 2. Understand your points of failure Map out your points of failure, like breached firewalls, team members clicking on a phishing link or third-party vendors. This will help you figure out where to add additional controls, policies and team training exercises. Your people are probably your weakest link, so you’ll need to account for that as you move forward. 3. Don’t add unnecessary tech Don’t add new tech to your business just because it’s new. Every additional vendor you work with expands your attack surface, so as you integrate more AI and other advances into your existing systems and processes, do so deliberately and with a careful eye on cybersecurity. 4. Limit network access for everyone Higher-than-necessary credentials represent a distinct security threat. Make sure that your team only has the minimum level of network access they need to do their jobs, including your C-suite, who are the most vulnerable to phishing or spear-phishing attacks. 5. Use AI network monitoring to speed up breach detection AI tools can help you implement more effective network monitoring, so you can detect an unusual login or other signs of a breach more quickly. This can help you avoid long-term exposure even if your systems are successfully compromised. 6. Do careful vendor due diligence Talk to your third-party vendors about their own cybersecurity efforts, including whether they take a risk-based or compliance-based approach. To fully understand your vendor risks, you’ll also want to ask about whether any of their own third-party vendors could have access to your data. 7. Implement governance policies and trainings Your whole team needs to be responsible for cybersecurity. Establish clear governance policies, including for how you use AI , to prevent team members from exposing your data to unauthorized tools. Offer regular training on threats like phishing scams and hold tabletop exercises to practice how your business would respond to an active cyberattack. 8. Set up MFA All of your core systems should use multifactor authentication (MFA) to add an additional layer of protection against unauthorized access. Ideally, this should be done with an authenticator app rather than through a code sent via email or text message, as the latter is easier to compromise. 9. Back up your data To mitigate a worst-case scenario like a ransomware attack (or a strike by a nation-state actor hell-bent on causing chaos ), regularly back up your data. This will prevent a total loss in the event that an attacker decides to wipe your systems and allow you to resume normal operations more quickly in the aftermath of an attack. Think of cybersecurity as a journey, not a single event Finally, you’ll do a better job protecting your data and your business if you think of cybersecurity as an ongoing process. You don’t have to implement a bunch of new defensive layers all at once. In fact, small but consistent monthly actions to improve your security will often deliver more impact than one big splashy annual upgrade. Bear that in mind as you move forward. Read more The right cybersecurity framework boosts a business’s value Nation-state actors represent a growing cybersecurity threat AI governance framework: Start with intent
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7 cybersecurity tips for tribes and tribal organizations
Cybercrime continues to plague the U.S., and the problem is only accelerating. According to the 2025 FBI Internet Crime Report , there were 1,008,597 cybercrime complaints filed in the year. That is the biggest number on record. No industry or government body is safe from a cyberattack. This includes tribal governments and the businesses they operate, particularly casinos. In this environment, investing in cybersecurity isn’t an option. You shouldn’t be asking if you’ll be attacked, but rather when and if you’ll be ready. Keep reading to learn steps your tribe can take to bolster its cybersecurity posture. Why tribes must take cybersecurity seriously Nearly 90 tribes nationwide own and operate broadband networks . It’s common for critical infrastructure managed by tribes, such as water treatment facilities and healthcare centers, to be connected. Tribal businesses, such as casinos and resorts, also rely on the internet to deliver services and manage day-to-day operations. Add it all together and tribes have a large attack surface that bad actors can target. Tribes hold sensitive data of their members and customers that need to be protected. There’s also invaluable cultural heritage data that could be compromised in an attack. From critical services to members being disrupted to financial information being stolen, the consequences of a cyberattack could be disastrous for a tribe. A cybersecurity program that is regularly tested is a must for tribes to protect their communities. Why do cybercriminals target tribes? The reason tribes are targeted is simple: they run high-dollar businesses, manage critical infrastructure and possess sensitive data. The information or infrastructure that attackers could attempt to compromise includes: Financial data Tribal casinos, resorts and other businesses generate significant revenue. As a result, they hold large amounts of credit card numbers, bank routing information, gaming loyalty program data and more. Examples of attacks on tribal casinos include: Several Kewadin Casinos locations were forced to temporarily close following an attack. A ransomware attack impacted gaming operations and other tribal services for the Lower Sioux Indian Community . Tribal enrollment and membership records Tribes hold a significant amount of their members’ personally identifiable information (PII), including names, Social Security numbers, dates of birth, physical addresses and potentially even biometric data. Financial records linked to distributions, tribal housing assistance funds and more could also be compromised if your tribe is the victim of an attack. Healthcare records Many tribes manage independent medical centers via the Indian Health Service (IHS) or localized tribal health networks. As a result, they possess protected health information (PHI). In addition to the ethical need to protect their members’ health records, holding PHI means tribes must comply with HIPAA. Disruption of critical services Some cyberattacks are carried out simply to create chaos. Tribes provide a variety of essential services to their communities, and their disruption could upend day-to-day life. Services that are vulnerable to an attack include: Health centers Police, fire and emergency dispatch centers Emergency alerting systems Utilities, including water and power Social services such as housing and welfare programs Cultural heritage and language assets Hackers can also target a tribe’s digital archives. If successful, they can hold your cultural and historical files ransom. It took the Eastern Band of Cherokee Indians eight months to recover audio and video recordings of tribal members speaking their native language after they were stolen in a ransomware attack . Other valuable assets could include digital copies of sacred artifacts, geographic land boundaries, water rights documents and historical government treaties. What cybersecurity actions should tribes take? Here are seven ways tribes can mitigate cyber risks across their government and business operations: 1. Multi-factor authentication (MFA) MFA remains one of the most effective controls a tribe can deploy, but not all MFA is equal. SMS-based codes, in which an access code is texted to a cell phone, are now considered a weaker form of MFA due to SIM-swapping attacks, in which criminals convince a carrier to transfer your phone number to a device they control. Tribes should prioritize a phishing-resistant MFA, such as FIDO2 hardware security keys or authenticator apps that generate time-based codes. These methods help prevent the most common cyberattacks, including phishing, credential stuffing and adversary-in-the-middle (AiTM) attacks, a newer technique that attackers use to bypass traditional MFA by intercepting authentication sessions in real time. 2. Penetration testing Penetration testing simulates real-world attacks against your systems, applications and people. A pen test will expose vulnerabilities in your security that hackers may exploit. For example, the third-party firm you hire to perform penetration testing might create simulated phishing emails to look for insufficient updates and improper protection processes. 3. Real-time detection If you’re only relying on traditional endpoint protection tools (e.g., firewalls and antivirus software), security attacks and data breaches may go undetected for weeks or months. These are reactive security measures developed to counter known security threats. Two technologies now define the current standard for proactive threat detection: Security information and event management (SIEM) collects and aggregates log data from across your environment, networks, endpoints, applications, identity systems and cloud platforms and correlates that data in real time to surface suspicious patterns. Unlike a firewall that only sees what crosses its perimeter, a SIEM sees across your entire operation simultaneously. For a tribal organization running a casino, a health center, a broadband network and a government services portal, that breadth of visibility is critical. A SIEM might flag that the same user account logged in from two geographic locations within minutes, that a privileged account accessed an unusual volume of enrollment records overnight or that outbound traffic is communicating with a known malicious IP address. Managed detection and response (MDR) pairs that technology with human security analysts operating around the clock. MDR platforms use extended detection and response (XDR) capabilities to correlate signals across endpoints, networks, cloud environments and identity systems. Trained analysts investigate alerts, separate genuine threats from false positives and take containment action when needed. AI-driven behavioral analysis has become central to this discipline, enabling faster detection of multi-stage attacks that automated rules alone would miss. Used together, SIEM and MDR close the visibility and response gaps left by legacy tools. For tribes that cannot hire a full security staff, outsourcing MDR to a specialized provider delivers 24/7 coverage without the operational overhead. While the SIEM ensures analysts have the full environment data they need to act quickly and decisively. 4. Patches and updates Hackers know how to exploit vulnerabilities in systems, applications and processes. Patches and updates fix code defects and close these vulnerabilities. Make sure a member of your IT team is monitoring software and frequently pushing updates and patches. 5. Cybersecurity insurance When assessing your insurance needs, make sure to consider obtaining cybersecurity insurance. Appropriate coverage helps prevent your tribe from being left in a vulnerable security posture with much to lose. 6. Backup and recovery Ransomware attacks are increasingly looking for backup files to encrypt so they can prevent access to any data until the ransom is paid. Your tribes should have a data backup recovery process in place that includes air-gapped, immutable data protection. These are offline copies of data, which makes them secure, recoverable and unable to be altered or changed. By keeping an archive of immutable backups, you can recover from a ransomware attack much easier and faster — without having to pay the ransom. 7. Cybersecurity training Employees remain a primary target in cyberattacks, and the attacks they face are becoming more sophisticated. AI-generated phishing emails are now grammatically flawless, personalized and increasingly indistinguishable from legitimate communications. Deepfake audio and video are being used in vishing (voice phishing) attacks, in which criminals impersonate executives or vendors to obtain authorization for fraudulent wire transfers or credential resets. A modern security awareness program needs to include: Simulated phishing campaigns: Regularly send realistic test phishing emails to employees and use failures as teaching moments rather than punitive ones. Role-based training: Tailor training to specific departments. Finance staff need training on wire fraud and business email compromise. HR staff need training on W-2 and direct deposit scams. IT staff need training specific to their elevated access privileges. Insider threat awareness: Not all threats are external; employees need to understand access control principles and report unusual activity. Frequent updates: Training content must evolve as threats evolve. New employees must be trained before they have access to tribal systems, not weeks after onboarding. Cybersecurity for tribes FAQs Here are answers to some frequent asked questions about cybersecurity for tribes: Why are tribal governments targeted by cyberattacks? Tribal governments are high-value targets because they combine the financial assets of a business with the sensitive data holdings of a government entity. Tribal casinos and resorts generate significant revenue and process large volumes of credit card transactions, gaming loyalty data and financial records that are attractive to financially motivated attackers. At the same time, tribes hold personally identifiable information (PII) on their members and protected health information (PHI) through tribal health centers. Tribes also operate critical infrastructure, including broadband networks, water utilities and emergency services that hackers may target to cause disruption. The scale of that attack surface, often managed with lean IT and security resources, makes tribal governments a frequent and deliberate target. How often should tribes conduct cybersecurity assessments? At a minimum, tribes should conduct a comprehensive cybersecurity risk assessment annually, but the threat environment has evolved to the point where annual reviews alone are not sufficient. Penetration tests should be performed at least once a year, with targeted retesting any time a significant system change, new technology deployment or major business expansion occurs. Ongoing attack surface management and continuous vulnerability scanning should run between formal assessments to catch newly discovered exposures before attackers do. Tribes that operate casinos, health centers or broadband networks, each of which carries its own regulatory and compliance obligations, may need assessments on a more frequent cycle to remain in good standing with applicable requirements. Think of cybersecurity assessment not as a calendar event but as a continuous process with periodic formal checkpoints. What is the biggest cybersecurity risk for tribal organizations today? The single greatest cybersecurity risk facing tribal organizations today is human error. Specifically, the success rate of phishing and social engineering attacks as an initial entry point into tribal systems. Attackers no longer need to find a technical vulnerability when a convincing email, text message or AI-generated voice call can trick an employee into handing over credentials or directly authorizing a fraudulent transaction. Once inside, attackers move laterally across connected systems, often going undetected for weeks. The growing use of generative AI by threat actors has made phishing messages harder to identify, removing the spelling errors and awkward phrasing that employees were historically trained to spot. Addressing this risk requires a combination of phishing-resistant MFA, continuous security awareness training and robust detection capabilities that can identify suspicious behavior even after credentials have been compromised. How can tribes prepare for ransomware attacks? Preparing for ransomware requires a layered strategy that addresses prevention, detection and recovery. On the prevention side, tribes should enforce phishing-resistant MFA on all accounts, maintain a disciplined patch management program and limit user access privileges so that a compromised account cannot move freely across systems. For detection, managed detection and response (MDR) combined with a SIEM gives security teams the visibility to identify ransomware staging activity, such as large-scale file enumeration or backup deletion, before encryption begins. Recovery preparedness centers on maintaining tested, air-gapped and immutable backups, so that data can be restored without paying a ransom. Equally important is a documented incident response plan that has been rehearsed through tabletop exercises, ensuring tribal leadership, IT staff, legal counsel and communications teams each know their role the moment an attack is confirmed. Read more AI for tribes: Managing risk and maximizing impact How GASB 103 and GASB 104 will impact tribal governments Your tribal organization just implemented a new ERP. How do you maximize the success of your investment?
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Tribal technology services FAQ
Technology can help create change in tribal communities by:
- Improving how services are delivered for tribal citizens by providing more efficient access to programs and resources.
- Supporting more informed decision-making by giving leadership access to unified, accurate and real-time data on performance and community needs.
- Strengthening sustainability with budgeting and financial management solutions that help tribes better manage resources and financial planning.
- Increasing efficiency by automating processes.
- Protecting tribal assets and data with stronger cybersecurity and data management strategies.
Wipfli offers comprehensive technology consulting services to help tribes leverage the right tools to improve operations and achieve community goals. Our services include:
- Enterprise solutions: We provide implementation support for tribal-specific ERP, CRM and budgeting solutions.
- Cybersecurity for tribes: We help you protect sensitive information and maintain data sovereignty, including support for physical and cybersecurity penetration testing.
- Tribal data and analytics: We help you unify data from disparate systems and leverage it with more advanced reporting.
- Managed services: We help you manage every area of your IT function, from virtual CISO leadership and network monitoring to managed data and cybersecurity.
- AI services: Our team focuses on practical AI adoption, looking past the hype to help ensure you have solutions, security and training tailored to your operations.
We combine our technology expertise with decades of experience serving tribal organizations, giving our team a deeper understanding of your tribe’s priorities and operational realities. Rather than just focusing on implementation, we help you develop a digital strategy and align technology investments with your community and enterprise needs.
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Wipfli is ready to help you balance today’s challenges with the priorities that will shape your tribe’s future.
