Protecting MCA Funders: Cybersecurity You Need to Understand

MCA companies process large flows of money and personal data daily. In their routine work, employees handle passport details, bank statements, account numbers, tax returns, and client payment information. The security of this data often takes a backseat to the speed of closing deals: companies prioritize approving applications and issuing funds as quickly as possible, sometimes sacrificing thorough checks and security protocols.

The MCA industry attracts hackers for several reasons. First, MCA funds store vast amounts of valuable data, suitable for direct theft of funds or resale on the dark web. Second, unlike banks with their multi-level verification systems and compliance controls, MCA companies rarely implement comparable security measures. Third, the very nature of the business requires constant document exchange with brokers and partners: employees send data via email, brokers forward documents through messengers, and files are stored in the cloud without additional protection. This creates numerous potential entry points for malicious actors.

In this article, we will examine the main cyber threats to the MCA business in detail, assess their financial consequences, and describe specific prevention methods that a company can implement independently. Understanding these cybersecurity essentials is no longer optional; it is a fundamental requirement for operating in this space.

Three Common Cybercrime Attacks

Cybercriminals use several proven attack scenarios against financial companies. Each scenario has its own mechanics and goals.

Phishing Attacks

Attackers send employees emails that appear to come from partners, contractors, or management. The email contains legitimate-looking content: logos, signatures, and references to previous correspondence. In the email text, hackers craft an urgent request to change payment details, follow a link to view a document, or open an attachment with «updated deal terms.»

The employee clicks the link and lands on a fake login page for corporate email or CRM. Entering their username and password hands this data directly to the hackers. An alternative scenario: the employee opens the attachment, and the file installs malware on the computer, which then logs keystrokes or provides remote access to the system.

Phishing attacks use social engineering techniques. Hackers first study the company’s structure, employee names, and contractors. They target emails to specific employees in accounting or deal support teams — this tactic is called spear-phishing. The attack aims to steal credentials for accessing finances or install software for long-term surveillance.

DDoS Attacks

Hackers direct a flood of fake requests to a company’s server from numerous devices simultaneously. The server cannot handle the load: it becomes overwhelmed and stops processing requests from real users. The company’s website and partner portals become unavailable.

For an MCA fund, such an attack is critical during peak application hours, typically in the first half of the business day. Brokers cannot upload documents, check application statuses, or secure approvals. Service downtime of even 2-3 hours means losing specific deals and damaging relationships with brokers, who may turn to competitors with functioning websites. Effective cyber protection must include strategies to mitigate these disruptions.

Ransomware Attacks

Malware infiltrates a company’s system through a phishing email, an infected website, or a vulnerability in software. The program activates and begins encrypting files: client databases, scanned contracts, financial reports, and backup copies if they are writable.

After encryption finishes, a ransom note appears on the screen. The attackers demand payment in cryptocurrency, threatening to delete the decryption keys or release confidential client data publicly.

For an MCA company, such an attack means a complete operational shutdown. Employees cannot access client documents, process payments, or prepare reports. Simultaneously, the risk of personal data exposure triggers a chain of legal consequences.

Financial Losses for the MCA Business Due to Cybercrime

Cyberattacks inflict direct and indirect damage on MCA companies across several areas. Losses occur not only at the moment of the attack but also throughout the lengthy recovery period.

• Recovering damaged data. After a ransomware attack or data destruction, the company must hire external cybersecurity and IT audit specialists. The cost of such experts is high due to urgency and complexity. The company needs to purchase new equipment, update software, and restore system configurations. During the recovery period, which can last from several days to several weeks, employees cannot perform their tasks fully. The company incurs direct losses from downtime and misses out on new deals. A robust cyber risk management framework helps minimize these recovery costs and downtime.
• Fines and legal costs. A leak of client personal data violates information protection laws. Regulatory bodies conduct investigations and impose administrative fines. The fine amounts depend on the volume of leaked data and the category of violations. Additionally, clients and partners whose data is compromised may file class-action lawsuits for damages. Legal defense costs in court and potential settlement payments constitute significant sums.
• Contractual obligations and compliance. Agreements with brokers, investors, and clients contain confidentiality clauses and obligate the company to protect shared data. A cyberattack makes fulfilling these obligations impossible. Brokers and investors terminate contracts and refuse further cooperation. They may also sue for breach of contract, seeking compensation for losses from the disclosure of their commercial information. The company’s market reputation suffers, and attracting new partners requires significantly more resources.

Five Best Practices for Preventing Cybercrime

Systematic protection against cyberattacks requires implementing a set of organizational and technical measures. Below are five core practices a company must adopt. Maintaining strong system security relies on consistently applying these principles.

Multi-Factor Authentication (2FA)

Passwords are no longer a reliable means of protection. Hackers steal them via phishing, intercept them during transmission, or guess them with automated programs. Multi-factor authentication requires login confirmation with a second factor: a one-time code from SMS, a push notification on a mobile app, biometric data, or a hardware token.

Without physical access to the employee’s device, a hacker cannot enter the system, even knowing the password. The company must make 2FA mandatory for access to all corporate systems: email, CRM, accounting software, and databases. Exceptions are unacceptable for management or technical staff.

Regular Backups (The «3-2-1 Rule»)

Regular backups allow data recovery after an attack without paying a ransom. The «3-2-1 rule» prescribes a specific storage scheme:

1. 3 copies of data. The company stores at least three copies of information: one working (primary) and two backup copies.
2. 2 different media types. The company uses at least two different types of media for storing copies. For example, one copy on a local server, a second in cloud storage or on a tape library. This prevents losing all copies if one media type fails.
3. 1 copy offsite. The company stores at least one copy physically separate from the main office. This copy protects data from fire, flood, physical theft of servers, or a local attack that could affect all on-site devices.

The company must regularly test restoration from backups to ensure they are functional.

Device Control

Remote work and the use of personal devices expand the attack perimeter. The company implements policies controlling devices that access corporate resources.

Every work computer and laptop must have licensed antivirus software with updated databases, a configured firewall, and installed security updates. The company requires using a VPN (Virtual Private Network) to access corporate systems from external networks, such as home or public Wi-Fi.

Access to corporate email and CRM from employee personal devices requires separate approval and the installation of security tools like mobile device management (MDM) solutions on those devices. These solutions allow remote wiping of corporate data if the device is lost or stolen.

Train Your Employees

Employees remain the most vulnerable link in the security chain. Technical safeguards are useless if an employee directly hands data to hackers or launches malware. The human factor leads to opening dangerous attachments and clicking on phishing links.

The company conducts regular cybersecurity training for all employees without exception. In training, employees learn:

• how to verify sender email addresses;
• how to distinguish fake login pages from real ones;
• why not to open attachments from unexpected emails;
• where to report suspicious activity.

The company may also conduct simulated phishing campaigns to test employee vigilance and identify those needing additional training.

Use Only Trusted Software and Secure Websites

Pirated and unlicensed software often contains embedded malicious modules, trojans, and backdoors. Installing such software on work computers opens direct access for hackers into the corporate network. The company must prohibit installing any unlicensed software and regularly audit the software on workstations.

Employees should use only official browsers with up-to-date versions. When working with external sites and web services, employees must check for the HTTPS protocol and the padlock icon in the address bar. Entering logins, passwords, or payment data on sites without HTTPS is unacceptable, as the information transmits in plain text and can be intercepted.

Sugarant Can Be Your Digital Protection

Sugarant is a company that develops a CRM system specifically designed for the MCA business. Our solution combines deal management, document flow, and broker interaction functionality with built-in data protection mechanisms. We designed the platform’s architecture so that security requires no additional actions from users and does not slow down workflows. Our approach to software security ensures that every layer of the application undergoes rigorous testing and follows industry best practices.

We do not view security as a static characteristic. The Sugarant team constantly monitors the emergence of new vulnerabilities and attack vectors. We regularly update encryption protocols and release security patches that install automatically into the system. Users do not need to hire dedicated security specialists or implement complex additional solutions — basic protection is already built into our CRM’s functionality.

By choosing Sugarant, you gain an MCA business automation tool where data protection issues are resolved at the architectural level. This allows you to focus on your core activities — providing funding and attracting partners — without the constant risk of cyberattacks and information leaks.