Unlike traditional crime scenes that focus on physical evidence like guns, cryptocurrency crime scenes often involve digital wallets, electronic devices, private keys, and blockchain related data. If first responders lack the proper training to identify and secure these assets, suspects may move funds instantly across borders or erase key evidence.

Digital evidence is fragile and easily altered, first responders must be trained to recognize, secure, and document cryptocurrency related evidence without compromising the investigation. Proper procedures help ensure that evidence remains intact and admissible in court while protecting potentially recoverable digital assets. 

Key Procedures for First Responders in Cryptocurrency Crime Scenes.

1. Securing Digital Evidence: First responders must immediately secure all electronic devices, including hardware wallets (e.g., Ledger, Trezor), mobile phones, and computers, as these may contain private keys or access to cryptocurrency.
2. Preventing Remote Access: To stop suspects from remotely deleting or transferring funds, devices should be isolated, placed in Faraday bags or disconnected from the internet.
3. Locating Sensitive Information: Identify and safeguard critical items like written seed phrases (mnemonic phrases), PINs, and backup codes that provide access to digital wallets.
4. Documentation and Chain of Custody: Every crypto-related asset must be carefully documented, including who collected it, when, and how it was secured, ensuring the evidence remains legally admissible.
5. Use of Specialized Tools: When available, employ blockchain analysis tools (e.g., Chainalysis, TRM Labs) to trace transaction histories and identify wallet connections, supporting the investigative process.

Essential Training Standards for First Responders in Cryptocurrency Investigations
Below are the minimum training standards first responders should possess when handling cryptocurrency crime scenes.

1. Cryptocurrency & Blockchain Fundamentals: Before investigating crypto-related crimes, first responders must understand the basic principles of cryptocurrency and blockchain technology. Cryptocurrencies operate on decentralized blockchain networks where transactions are permanently recorded and publicly verifiable. Understanding how blockchain transactions work helps first responders identify wallet addresses, transaction histories, and potential links between suspects and digital assets.

2. Hardware & Software Wallet Identification: At cryptocurrency crime scenes, first responders must be able to identify the different forms in which digital assets are stored. Cryptocurrency wallets may appear in several forms, including: Hardware wallets (physical devices that store private keys), Software wallets on mobile phones or computers, Exchange accounts and custodial wallets and Paper wallets or seed phrases written on paper.

3. Evidence Collection from Electronic Devices: Cryptocurrency investigations typically involve multiple electronic devices that may contain digital evidence. When arriving at a crypto-related crime scene, first responders must carefully identify and secure devices such as: Mobile phones, Laptops and desktop computers, External hard drives and USB devices and Cryptocurrency hardware wallets. INTERPOL’s guidelines  also establish best practices for handling and using digital evidence during search and seizure stages, with key technical considerations for the effective preservation of data to ensure it can support law enforcement in criminal investigations and be admissible in court.

4. Chain of Custody for Digital Assets: Maintaining the chain of custody is essential when handling cryptocurrency-related evidence. From the moment first responders identify a wallet, device, or seed phrase, every step must be carefully documented. This includes: who discovered the evidence, when it was collected, how it was secured and who accessed it afterward. NIST IR 8387 specifically addresses cryptocurrency as a digital object that may become evidence, noting that access to such assets is controlled by an authentication mechanism such as a username, password, or cryptographic key, and that a major distinction exists between assets that can be frozen by an organization and those that cannot.

5. Asset Preservation & Secure Transfer Protocols: One of the biggest challenges in cryptocurrency investigations is that digital assets can be transferred instantly across the world. For this reason, first responders must understand how to preserve cryptocurrency assets when authorized by law.  This may involve securing wallet credentials or transferring funds into an official investigative wallet controlled by law enforcement. Proper asset preservation procedures help prevent permanent loss of cryptocurrency and maintain evidence integrity during the investigation.

6. Legal Considerations for Digital Asset Seizure: Handling cryptocurrency during an investigation also involves important legal considerations. Before seizing digital assets or accessing electronic devices, first responders must understand the legal authority required for such actions. This may include warrants, jurisdictional approvals, or other legal documentation depending on the country or investigative framework.

The Importance of Training for Crypto Crime Response.

As cryptocurrency adoption continues to grow globally, first responders are increasingly encountering crimes involving digital assets. However, without adequate training, investigators risk:

1. losing critical digital evidence
2. mishandling cryptocurrency wallets
3. allowing suspects to transfer funds before seizure
4. weakening legal cases during prosecution
5. Strengthening the technical capacity of first responders ensures that law enforcement agencies can respond effectively to crypto enabled crime while protecting digital evidence and recoverable assets.

Challenges for First Responders in Cryptocurrency Crime Scenes.

1. Rapid Asset Movement: Cryptocurrency can be transferred globally in seconds, risking permanent loss.
2. Identifying Digital Evidence: Crypto evidence is often hidden in devices, apps, or written notes, making it easy to overlook.
3. Preserving Data Integrity: Electronic evidence can be easily altered or erased if not handled properly.
4. Legal and Jurisdictional Complexities: Accessing wallets or seizing digital assets may require warrants or cross-border authority.
5. Technical Knowledge Gaps: First responders may lack sufficient blockchain or cryptocurrency expertise, which can hinder investigations.

CONCLUSION

The growing role of cryptocurrency in financial crimes demands a new level of preparedness from first responders. Their ability to quickly recognize, secure, and preserve digital evidence can make the difference between a strong case and a lost opportunity.

With the right training, tools, and adherence to proper procedures, first responders can protect critical evidence, prevent the movement of illicit funds, and support successful investigations. As the threat landscape continues to evolve, strengthening these capabilities will remain essential to effectively combating crypto-enabled crime.

Understanding how FATF Recommendations 23 and 24 works through Designated Non-financial Businesses and Professions (DNFBPs) rules and beneficial ownership of legal persons can help your organization stay compliant.

Understanding FATF Recommendation 23: DNFBP Regulation for AML Compliance.

FATF Recommendation 23 is making sure DNFBPs like Casinos, Notaries and Independent Legal professionals play by the same anti-money laundering rules as banks. Basically and according to the FATF, any business or organization that falls into DNFBPs categories, Recommendation 23 says you need to follow the rules in Recommendations 18 to 21, which states its AML Compliance have to meet the global standards.

FATF Recommendation 23 focuses on sectors that criminals often try to exploit, making sure these DNFBPs stick to anti-money laundering rules. According to AML Watcher, in October 2021, the FATF updated Recommendation 23 to make it clear that DNFBPs need to spot, assess, and deal with risks tied to financial crime. Basically, it’s about tightening up AML compliance and leaving less room for shady activity.

How FATF Recommendation 23 Aids AML Compliance

1. Closing Exploitation Gaps: Recommendation 23 closes the gaps that criminals try to exploit in the financial system. By making sure professionals like lawyers and accountants stay alert and report anything suspicious, it stops illegal money from slipping through outside of banks.

2. Extending Suspicious Transaction Reporting: FATF Recommendation 23 makes it clear that reporting suspicious transactions isn’t just for banks. DNFBPs have to spot and report anything unusual, and they also need to do proper customer checks. That way, criminals can’t hide illegal money behind professional services.

3. Implementing Risk-Based Approaches: According to the FATF Explanatory Materials, Recommendation 23 helps strengthen AML compliance by asking DNFBPs to take a risk-based approach. In other words, these businesses and professionals need to actively look out for the specific money laundering risks in their sector, instead of accidentally letting financial happen

4. Requiring Regulatory Supervision: FATF Recommendation 23 tightens up AML regulations. Regulators have to keep a close eye on DNFBPs,  checking compliance, running inspections, and penalizing those who don’t follow through. It’s what keeps businesses honest and AML standards actually working.

Understanding FATF Recommendation 24: Beneficial Ownership of Legal Persons in AML Compliance

FATF Recommendation 24 is about knowing who really owns a company. It makes sure criminals can’t hide behind complicated corporate structures to cover up who’s in control of the money. According to the FATF, Recommendation 24 makes sure authorities can access clear, accurate, and up to date information on who really owns a company. 

These rules make it far easier to trace who owns a company and prevent money laundering. In March 2022, the FATF tightened them further to close the breaches criminals were using to hide behind anonymous shell companies. 

As of now, countries are required to collect and keep clear, up to date information on who really owns and controls a business, making the system more transparent and helping stop illegal money more effectively.

How FATF Recommendation 24 Aids AML Compliance

1. Eliminating Anonymity: FATF Recommendation 24 helps fight money laundering by cutting out the anonymity criminals rely on. By making companies reveal who really owns them, it stops shell companies and complicated corporate setups from being used to hide illegal money.

2.Enabling Meaningful Due Diligence: Recommendation 24 also helps financial institutions and DNFBPs do proper customer checks for AML compliance. It is easier to spot Money Laundering risks and make smarter decisions when one knows who owns and controls a company 

3. Supporting Investigations: When authorities investigate money laundering, the beneficial ownership regulations in Recommendation 24 make a big difference. They help trace money through complex company structures, figuring out who’s really behind the transactions, and recover the proceeds of crime.

4. Creating Deterrence: FATF Recommendation 24 also helps prevent crime by acting as a deterrent. When criminals know that ownership rules will expose who they really are, they’re less likely to use companies or complex structures to hide illegal money, which lowers the risk of money laundering overall.

5 Key Impacts of FATF Recommendations 23 and 24 on AML Compliance

1. These recommendations take anti-money laundering checks beyond just banks and bring everyday professionals into the mix. Lawyers, accountants, and trust service providers now have to verify their clients and make sure they know who really owns a company. It adds extra checkpoints, making it much harder for criminals to hide or move illegal money.

2. When a business falls under Recommendation 23 as a DNFBP, it has to do proper customer checks and find out who really owns or controls a company just like Recommendation 24 says. These recommendations regulations strengthen AML compliance as they make sure the real people behind every business are clearly identified.

3. FATF Recommendation 24 ensures information about who really owns a company is collected, kept up to date, and easy to access. This means banks, DNFBPs, and law enforcement can quickly get the ownership details they need, making risk checks and investigations much more effective for AML compliance.

4. FATF Recommendation 23 also ensures DNFBPs are properly supervised for AML compliance. They need to meet licensing requirements, go through regular inspections, and face penalties if the rules aren’t followed. This kind of oversight keeps everyone on track and makes sure it’s clear who really owns each company.

5. The two recommendations work hand in hand to boost AML compliance. Recommendation 23 makes sure DNFBPs follow anti-money laundering rules, and Recommendation 24 makes them figure out who really owns or controls a business. Working together, these rules form a connected system that closes gaps criminals might try to exploit, making it much harder for illegal money to slip through.

5 Implementation Challenges of FATF Recommendations 23 and 24.

1. Many DNFBPs don’t have the same resources or staff that banks dedicate to anti-money laundering efforts. Still, even smaller law firms and accounting practices are expected to comply with the FATF Recommendations 23 and 24.
2. DNFBPs also need to stay on top of political and regulatory changes, both locally and internationally. Keeping up and adapting quickly helps them stay compliant and avoid any issues
3. Criminals are constantly finding new ways to take advantage of DNFBPs and beneficial ownership rules.To keep up, organizations need to stay alert and adapt quickly to maintain strong AML compliance under FATF Recommendations 23 and 24.
4. As digital transactions continue to grow, DNFBPs are facing greater cybersecurity risks. Protecting sensitive financial data from hackers and other online threats has become important l to keeping operations secure.
5. Experiencing delays in international legal cooperation make it harder to investigate companies and DNFBPs involved in money laundering.

CONCLUSION

FATF Recommendations 23 and 24 work together to make global AML compliance stronger. They don’t just focus on banks, they make sure companies reveal who really owns them.

Recommendation 23 makes DNFBPs responsible for noticing and reporting anything suspicious, while Recommendation 24 ensures those who really own and control a company are identified. It’s not always easy to put these rules into practice, but together they build a system that makes it much harder for criminals to hide or move illegal money.

Co-Author: Ademola-Adesola Ifeoluwaposimi

The five-day virtual training was designed to equip compliance professionals, investigators, regulators, and financial crime specialists with the knowledge and practical skills needed to navigate the rapidly evolving digital asset ecosystem.

As cryptocurrency adoption continues to grow across Africa, the need for professionals who understand the compliance, investigative, and regulatory dimensions of virtual assets has become increasingly important. The virtual 3CS training was developed to help bridge this knowledge gap and support institutions in managing emerging crypto-related risks.

About the Certified Crypto Compliance Specialist (3CS) Training.

The Crypto Compliance Specialist Training garnered significant participation from lawyers, compliance officers in traditional banks and exchanges, and individuals in the financial sector, highlighting the worldwide demand for improved compliance measures in the evolving landscape. Led by seasoned experts, the training comprehensively covered aspects of cryptocurrency, such as identifying and tracking suspicious transactions, understanding compliance laws and regulations across jurisdictions, and implementing measures to combat financial crimes associated with cryptocurrency.
These sessions were covered in 5 modules spanning Four Learning Days. On the Fifth and Last day, participants were ready to take their certification exams. The successful participants were officially awarded their Certifications as Certified Cryptocurrency Compliance Specialists (CCCS).

3CS Certification Conferment and Alumni Induction Ceremony.

A major highlight of the program was the 3CS Certification Conferment and Alumni Induction Ceremony, organized by A&D Forensics to formally recognize participants who successfully completed the Certified Crypto Compliance Specialist (3CS) Training.

The virtual ceremony marked an important milestone for the program, celebrating the achievements of the newly certified specialists and officially welcoming them into the growing 3CS alumni community. The event also served as a platform to reinforce the importance of professional capacity building in the rapidly evolving digital asset and compliance landscape.

Our Training Lead at A&D Forensics, Chioma Onyekelu, CCI, delivered the welcome speech and shared reflections on the structure and standards that guide the 3CS program. She highlighted how the program was carefully designed to equip professionals with practical knowledge in crypto compliance, investigations, and financial crime prevention. She also emphasized the importance of building strong technical and regulatory understanding as digital assets continue to transform the global financial ecosystem.
Mr. Adedeji Owonibi, Senior Partner at A&D Forensics shared his insights on how the frontier of traditional finance has gradually shifted toward digital assets.

“Over the past decade, digital assets have moved from what they used to be to becoming increasingly mainstream within our financial system and at the center of global innovation. They are changing how banking is conducted, how value is transferred, and how capital markets will operate. As this innovation continues to grow, it also creates new risks.”- Mr.Adedeji Owonibi

He also encouraged participants to continue building their expertise and remain proactive as the industry evolves.

During the ceremony, four distinguished speakers (alumni) from different institutions shared their insights on the importance of crypto compliance expertise and the role of training initiatives in strengthening Africa’s financial crime prevention ecosystem.

Mrs. Udo Ilechukwu, CCCS (Head of Compliance department, First Bank) highlighted the importance of continuous learning and proactive engagement as digital assets continue to evolve and reshape the global financial system.

“The digital asset space is no longer shrouded in mystery; it is a new frontier of global finance. And this frontier needs policing by individuals who understand both the technology and the law, which is what the 3CS program represents.”

Mr. Adegoke Sayeed Salawu, CCCS (Conduct and Compliance, Sterling Bank) encouraged the participants to leverage their newly acquired knowledge to strengthen compliance efforts and serve as active advocates within their institutions.

“Innovation is only sustainable when regulation, risk management, and compliance serve as its foundation.”

Mr. Japhet Gana, CCI, (Head of Transaction risk and financial crimes, yellow card) commended the initiative by A&D Forensics for creating a platform that equips professionals with the practical knowledge required to address emerging risks within the virtual asset ecosystem.

Another speaker, Mr. Senator Iheyen (Lead Partner, Infusion Lawyer) encouraged the graduates to continue learning even after obtaining their certification, emphasizing that the digital asset space is constantly evolving.

The ceremony concluded with the formal conferment of the 3CS certification and the induction of participants into the 3CS Alumni Network, marking the beginning of their continued engagement in advancing crypto compliance and financial crime prevention across Africa.

Conclusion.

The 3CS certification conferment and induction ceremony brought together industry professionals and institutional representatives who commended the initiative and emphasized the growing importance of crypto compliance expertise across the financial and regulatory landscape in Africa.

To learn more about the Certified Cryptocurrency Compliance Specialist (3CS) Training, visit: https://adforensics.com.ng/3cs/

For Media: [email protected] +2349095503040

Co-Author: Ibrahim Anuoluwapo Azeez

To properly defend your applications and digital information systems, you need to move beyond just simple network security scans and employ a dedicated Vulnerability Assessment and Penetration Testing (VAPT) strategy to secure your APIs. Unlike a traditional website you know, APIs often hand the bad guys a direct line to the backend logic and data. Securing them requires specialized tools that let you dissect, manipulate, and batter these endpoints until they break.

Here, we’ll look at some essential tools in no particular order, used by professional pentesters and how weaving these tools into your security plan supports your broader Systems Security goals.

5 Essential API Penetration Testing Tools

1. BurpSuite Professional: Burp Suite is a popular and widely used web security tool often dubbed the “Swiss Army knife for web security”, particularly when you are carrying out API penetration testing. Its main selling point is the proxy tool. This tool essentially lets you sit right in the middle of the conversation between your API client and the web server. By intercepting the network traffic, it enables you to pause, read, and tweak the data flying back and forth, which is exactly how you figure out where the weak spots are.

Burp comes packed with tools to make this easier:

• Repeater is like a sandbox where you can tweak a single api request over and over to see what eventually breaks.
• Intruder handles the heavy lifting, automating boring tasks like brute-forcing logins or fuzzing parameters.
• Scanner and Sequencer help you catch standard bugs and check if security tokens are actually random or just guessing games.

2. Postman: Postman is primarily known as a tool for building and managing APIs together, but it’s actually a great utility for hacking them, too. It packs a lot of features such as  workspaces, pipelines, and design tools which makes the API lifecycle easier to manage.

As an API  Penetration tester, you often use Postman as the “client” in your testing setup. You can pipe Postman’s traffic through a proxy like Burp or ZAP. Basically, Postman sends the legitimate requests, and your proxy intercepts them so you can mess with the data and run attacks. It’s a great way to save time and get high-quality coverage early in a test. After you’ve sent the initial calls, you can usually stop using Postman and just work directly inside your proxy.

There is one major catch right now, though. Some security pros are ditching Postman because the offline client has changed. To get full functionality, you now have to sign in, which automatically syncs your collections to Postman’s cloud servers. There’s currently no switch to turn this syncing off.

3. OWASP ZAP (Zed Attack Proxy): OWASP ZAP is an open-source web proxy security testing tool. It provides automated scanners that can kick off every time new code is committed. Zed Attack Proxy (ZAP)  is a solid choice for spotting common security bugs such as the infamous  XSS and SQL injection. It’s pretty flexible, letting you run quiet, passive scans or noisy, active ones. It comes with all the standard gear you’d expect: a decent UI, an intercepting proxy to catch traffic, and plenty of plugins to extend what it can do.

When it comes to API penetration testing, ZAP speaks the language specifically JSON and XML. You can set it up to scan APIs in a few ways: either grab add-ons for things like GraphQL and OpenAPI, or just feed it a list of URLs. You can even pipe your existing test traffic through ZAP. Once it knows where the endpoints are, it scans them basically the same way it scans a regular website.

But keep in mind that ZAP isn’t a silver bullet. It struggles with business logic bugs where the code works but the process is flawed, so you’ll still need a human to check those. It also doesn’t have native features for automatically checking regulatory compliance.

4. Swagger (OpenAPI) and Reconnaissance: Swagger is a documentation framework, not a hacking tool, but it’s arguably the most critical asset for both defenders and attackers during recon. Swagger files (swagger.json or .yaml) are a blueprint of your API, detailing every endpoint, expected data type, and auth method. As a pentester, finding a Swagger file is like finding a map of the building before you try to break in. It describes REST APIs in a standard format, usually giving you a complete list of what the API can do.

Without Swagger, you often have to stumble around, guessing endpoints and reverse-engineering how the API works. With it, you get a “cheat sheet” (usually in JSON or YAML) that lists every endpoint, what data it expects, and how to log in.

This makes finding bugs much faster. If you know exactly what kind of data a parameter is supposed to take, you can easily write a fuzzing script to break it. If you can see the authentication rules laid out clearly, you can spot logic holes in how they are applied. It doesn’t run the exploit for you, but it tells you exactly where to look.

5. Automated Security Platforms: While tools like Burp Suite and OWASP ZAP are the industry standards for hands-on, point-in-time testing, the rapid pace of modern DevOps has birthed a new category: Automated Security Platforms. Unlike traditional tools that rely on a human “driver,” these platforms are designed to run autonomously within your CI/CD pipeline, catching vulnerabilities every time a developer commits code.

If Burp Suite is a scalpel for a surgeon, these platforms are the automated monitoring systems of a high-tech hospital. They shift security “left,” meaning they find bugs during the coding process rather than waiting for a scheduled penetration test. Some Automated Security Platforms includes:

• Akto: Akto  is built for the era of “shadow APIs”—those undocumented endpoints that developers often spin up and forget to secure. Through comprehensive API discovery, it plugs directly into your traffic via AWS, GCP, or Kubernetes to automatically map every endpoint you have, ensuring no “zombie” APIs are left exposed. Beyond basic bugs, Akto excels at business logic testing, focusing on complex logic flaws like BOLA (Broken Object Level Authorization) by replaying real traffic to see if one user can manipulate or access another’s data. Furthermore, it takes a highly developer-centric approach by generating test code that looks like regular unit tests, making it much easier for engineers to implement fixes without needing deep security expertise.

• APIsec: APIsec is often described as “automated penetration testing.” While scanners like ZAP look for generic web flaws, APIsec builds a custom attack plan for your specific API architecture. Utilizing automated playbooks, it analyzes your API’s structure to automatically generate thousands of tailored attack scenarios based on your unique business logic. With zero-touch automation, it is designed to be fully integrated into the CI/CD pipeline, acting as a “security gate” that can automatically fail a build if a critical vulnerability is detected. Because of this immense scale, it is particularly popular in enterprise environments where hundreds of APIs need constant, high-intensity testing that would be impossible for a manual team to keep up with.

• StackHawk: StackHawk focuses on the “developer experience,” aiming to make security testing as fast and simple as a linter or a unit test. Through robust source code integration, unlike many scanners that test the finished product, StackHawk can “see” your APIs by scanning your source code (GitHub, GitLab, etc.) to understand the attack surface before a single request is even sent. Furthermore, with its modern framework support, it has deep, native support for GraphQL, gRPC, and REST, making it a favorite for teams using modern, microservices-based architectures. Driving a fix-first mentality, when it finds a bug, it provides the exact curl command needed to recreate the exploit, allowing a developer to reproduce and fix the issue in minutes.

How Can A&DForensics Help?

At A&DForensics, our team pairs these essential tools with manual, human-led investigation to find the vulnerabilities that software is programmed to overlook. Whether you’re looking for a comprehensive Vulnerability Assessment, navigating the hurdles of a Compliance audit, or need boots on the ground for an urgent Incident Response, we’re here to help you lock down your digital borders. We don’t just hand over a list of problems, we help you interpret the data, prioritize the fixes that actually matter, and build a security posture that can take a hit. Contact A&DForensics today for your API penetration testing needs.

Conclusion

At the end of the day, tools are only as good as the person driving them. Automated platforms are great for keeping pace with fast release cycles, but they aren’t a set it and forget it solution. A resilient API posture needs a combination of the right tech with a human-led approach that knows exactly how to find and fix the subtle security flaws that software alone is bound to miss.

Co Author: Danladi Galadima

The high-level gathering brought together regulators, academia, financial institutions, blockchain innovators, compliance professionals, and ecosystem operators to chart a regulated and resilient future for virtual assets in the country.

At the center of the symposium was the formal launch of Ghana’s first nationally recognized, institutionally accredited AML Certification for Virtual Assets in Ghana, the CDABI–GIMPA Joint AML Certification Program, developed in partnership with the Ghana Institute of Management and Public Administration (GIMPA).

National Accredited AML Certification Training for the Virtual Asset Industry.

The certification programme is a joint initiative between CDABI and the Ghana Institute of Management and Public Administration (GIMPA). It is structured across four levels:

1. AML Fundamentals
2. Compliance Operations
3. Advanced Risk & Supervision
4. Blockchain Forensics

The programme is aligned with Ghana’s Virtual Asset Act and the broader national AML/CFT supervisory framework, including expectations from the Bank of Ghana and the Securities and Exchange Commission. This initiative positions Ghana as one of the first countries in the region to institutionalise AML capacity-building specifically tailored to the virtual asset ecosystem.

A&D Forensics Signed Strategic Training Partnership with CDABI.

A major highlight of the symposium was the formal signing of the training partnership between CDABI and A&D Forensics. The agreement was signed by Caleb Kwaku Afaglo, President of the Chamber of Digital Assets and Blockchain Innovation (CDABI), and Chioma Onyekelu, who represented A&D Forensics.

Under this agreement, A&D Forensics will serve as the official training partner for the Investigation and Reporting component of Level 4 (Blockchain Forensics) of the certification programme.

This component will focus on:

1. Blockchain intelligence
2. Cryptocurrency investigations
3. Advanced compliance analytics
4. Reporting standards aligned with regulatory expectations

The signing ceremony was witnessed by representatives from GIMPA, the Bank of Ghana, the Securities and Exchange Commission, and the Cyber Security Authority, reinforcing the programme’s institutional credibility and national significance.

Building a Compliance-First Digital Asset Ecosystem.

Throughout the day, technical sessions explored legal foundations, supervisory expectations for VASP boards, compliance-native infrastructure design, interoperability between banks and virtual asset service providers, and the integration of regulatory technology into digital asset operations.

A central theme emerged: compliance must be embedded by design, not retrofitted after growth. The launch of the CDABI–GIMPA Joint AML Certification Programme reflects a broader industry commitment to professionalisation, capacity building, and regulatory readiness. As emphasised during the President’s address, digital assets are already present in Ghana, the critical question is whether they will operate in the light of structured regulation or in unregulated shadows.

First Cohort Commences April 2026.

The first cohort of the certification programme is scheduled to begin in April 2026. Enrolment is open to:

1. Virtual Asset Service Providers (VASPs)
2. Compliance officers
3. Legal practitioners
4. Fintech professionals
5. Financial institutions
6. Blockchain developers

With A&D Forensics leading the Investigation and Reporting training component at Level 4, participants will gain practical investigative skills necessary to meet the evolving demands of Ghana’s regulatory framework.

About CDABI

CDABI is Ghana’s national industry body representing virtual asset service providers, blockchain technology firms, compliance professionals, and ecosystem stakeholders. Founded to prepare the industry for regulation, not to resist it, CDABI serves as a structured interface between market participants and financial regulators. Its mandate spans professional credentialing, policy research, regulatory engagement, advocacy, and capacity building across Ghana’s digital asset ecosystem.

About A&D Forensics

A&D Forensics is Africa’s leading blockchain intelligence and digital asset forensics firm. The company provides cryptocurrency investigation, blockchain analytics, compliance advisory, and capacity-building services to governments, regulators, law enforcement agencies, financial institutions, and virtual asset service providers across the continent.

Conclusion

The Ghana Virtual Assets & Financial Services Symposium has firmly positioned Ghana as a regional leader in structured, compliance-driven digital asset development. The introduction of a nationally accredited AML Certification for Virtual Assets in Ghana, coupled with the formal training partnership between A&D Forensics and CDABI, ensures that the certification programme is delivered with practical, industry-led expertise.

By aligning regulators, academia, and industry stakeholders under this unified framework, Ghana is embedding professionalism, accountability, and integrity at the core of its digital asset ecosystem, setting a benchmark for compliance and capacity-building in the region.

Co- Author: Ibrahim Anuoluwapo Azeez

The FATF February 2026 Plenary meeting delivered significant outcomes across global anti-money laundering, counter-terrorist financing, and counter-proliferation financing (AML/CFT/CPF) efforts. From updates on high-risk jurisdictions to strategic initiatives targeting cyber-enabled fraud and virtual assets, the FATF February 2026 Plenary reinforced FATF’s commitment to strengthening the integrity of the international financial system and ensuring that crime does not pay.

FATF February 2026 Plenary Updates on Black list and Grey list.

1. Jurisdictions under Increased Monitoring (Grey List): Jurisdictions under increased monitoring are actively working with the FATF and its Global Network to address strategic deficiencies in their AML/CFT/CPF regimes. When placed on this list, a country commits to implementing a time-bound Action Plan to resolve identified weaknesses.

• Addition to the Grey List: At the FATF February 2026 Plenary, Kuwait and Papua New Guinea were added to the list of jurisdictions under increased monitoring. Both countries have committed to working closely with the FATF and relevant FATF-Style Regional Bodies (FSRBs) to address strategic deficiencies within agreed timelines.
• Removal from the Grey List: No jurisdictions were removed from increased monitoring during this Plenary.

2. Jurisdictions Under Call for Action (Black List): The FATF February 2026 Plenary identifies jurisdictions with serious strategic deficiencies in their frameworks to combat money laundering, terrorist financing, and proliferation financing. These countries are subject to a Call for Action to protect the international financial system. The FATF February 2026 Plenary updated its public statementon Iran, which remains subject to a Call for Action due to outstanding strategic deficiencies.

Mutual Evaluations of Austria, Italy and Singapore.

A central feature of the FATF February 2026 Plenary was the adoption of mutual evaluation reports for:

1. Austria (evaluation led by the International Monetary Fund)
2. Italy.
3. Singapore (joint FATF–Asia-Pacific Group evaluation)

These evaluations assess both technical compliance with the FATF Recommendations and the effectiveness of measures to combat money laundering, terrorist financing, and proliferation financing. Under the revised, more risk-based methodology, assessments now place stronger emphasis on demonstrated outcomes rather than formal compliance alone. Countries evaluated under this round will receive a time-bound Roadmap of Key Recommended Actions to strengthen effectiveness within three years. Following a global quality and consistency review, the reports are scheduled for publication between April and May 2026.

Key Outcomes of the FATF February 2026 Plenary Meeting.

1. Tackling Cyber-Enabled Fraud:

The FATF February 2026 Plenary approved a major paper on cyber-enabled fraud, highlighting the rapidly escalating global fraud threat and the harm inflicted on victims. Criminals are increasingly exploiting digital innovations to scale, accelerate, and complicate fraudulent schemes. The FATF February 2026 Plenary emphasized that AML/CFT/CPF stakeholders must leverage innovative tools and stronger international cooperation to prevent fraud, recover victims’ funds, and hold perpetrators accountable.

2. Virtual Assets – Offshore VASPs (oVASPs):

In response to the evolving digital asset ecosystem, the FATF February 2026 Plenary approved a report titled Understanding and Mitigating the Risk of Offshore Virtual Asset Service Providers (oVASPs). The report examines how criminals exploit regulatory gaps and inconsistent supervisory frameworks across jurisdictions. It outlines practical measures governments can adopt to strengthen oversight and close loopholes in cross-border virtual asset services.

3. Stablecoins and Unhosted Wallets:

The FATF February 2026 Plenary also approved a Targeted Report on Stablecoins and Unhosted Wallets. As stablecoins continue to grow in global scale and usage, the FATF identified emerging risks, particularly where peer-to-peer transfers and unhosted wallets reduce transparency. The report provides recommendations to help jurisdictions and private-sector actors mitigate risks while supporting responsible financial innovation.

4. Setting the Strategic Priorities for 2026–2028:

In preparation for the next biennium, delegates agreed on key strategic priorities to guide the FATF’s work between 2026 and 2028. The focus will be on ensuring jurisdictions keep pace with evolving threats and strengthening effectiveness in combating illicit finance. The agreed Strategic Priorities will be presented to FATF Ministers for endorsement at the upcoming Ministerial meeting in April 2026.

Appointment of New FATF Presidency 2026–2028.

During the FATF February 2026 Plenary, members appointed Mr Giles Thomson of the United Kingdom as the next President of the FATF for a fixed two-year term. Mr Thomson, who has served as Vice-President since 1 July 2025, will assume the Presidency on 1 July 2026, following the conclusion of the two-year term of Ms Elisa de Anda Madrazo. The decision followed consultations with all member delegations.

Strengthening the Global FATF Network.

The FATF February 2026 Plenary agreed on measures to increase the voice and participation of FATF-Style Regional Bodies (FSRBs) in FATF’s work. These steps aim to strengthen cohesion across the Global Network of more than 200 jurisdictions and ensure consistent implementation of AML/CFT standards worldwide.

Membership / Suspension Update:

The FATF confirmed that the suspension of the Russian Federation remains in place, consistent with its earlier public statements.

How the FATF February 2026 Plenary Updates Affect Financial Institutions and Crypto Firms.

1. The outcomes of the FATF February 2026 Plenary carry important implications for regulators, banks, and crypto-asset service providers:
2. Fraud as a priority risk: Institutions should strengthen fraud detection, transaction monitoring, and cross-border information sharing.
3. Heightened scrutiny of offshore VASPs: Regulators and compliance teams must assess exposure to entities operating in loosely regulated jurisdictions.
4. Stablecoin and wallet risk management: Enhanced due diligence on peer-to-peer transfers and unhosted wallet interactions is increasingly critical.
5. Effectiveness-focused supervision: AML/CFT frameworks must demonstrate measurable results, not just policy documentation.

For crypto businesses and compliance professionals, regulatory expectations are expanding in line with technological evolution, and risk-based compliance must remain dynamic and forward-looking.

Conclusion.

The FATF February 2026 Plenary reinforced the organization’s commitment to stopping criminals from profiting from illicit activity through stronger effectiveness standards, targeted action on cyber-enabled fraud, and enhanced oversight of virtual asset risks. By expanding monitoring lists, advancing strategic initiatives, and strengthening global cooperation, the FATF continues to emphasize that the fight against money laundering, terrorist financing, and proliferation financing requires adaptability, coordination, and measurable results.

You can find previous FATF Plenary coverage from A&D Forensics here:

• February 2024
• June 2024
• October 2024
• February 2025
• June 2025
• October 2025

Co Author: Ibrahim Anuoluwapo Azeez

Understanding how transaction monitoring supports AML compliance is essential for organizations operating in today’s complex financial environment. It helps them stay compliant with regulations and manage risk efficiently.

What Transaction Monitoring in AML Compliance Means?

Transaction monitoring in AML compliance is the continuous process of checking and analyzing customer transactions to spot patterns that could indicate money laundering, terrorist financing, or other illegal activities.

According to IBM, transaction monitoring uses AI, machine learning, rule-based systems, and advanced analytics to track transactions and quickly detect suspicious activity. Unlike a one-time review, it monitors financial activity continuously.
The market for AML transaction monitoring is growing rapidly. Feedzai projects it will reach $6.8 billion by 2028, with steady growth at a 17% annual rate since 2023.

How Transaction Monitoring in AML Compliance Works.

Transaction monitoring follows a clear process to identify potential financial crime:

1. Data Collection: Systems record key details for every transaction, including amount, time, sender and receiver information, transaction type, and location.
2. Analysis: Pre-set rules or machine learning tools review the financial data, flag unusual transactions, create alerts, and support investigations (Sanction Scanner).
3. Risk Profiling: Each customer is assigned a risk rating based on factors such as occupation, transaction history, location, and business relationships.
4. Alert Generation: Activity that deviates from normal behavior triggers an alert for the compliance team to investigate further.

3 Modern transaction monitoring in AML compliance.

AML Compliance relies on three main detection methods.

1. Rule-Based Systems: Flag transactions exceeding thresholds, such as large transfers or multiple small transactions below reporting limits.
2. Behavioral Analytics: Detects anomalies by comparing current activity to historical patterns.
3. Machine Learning and AI: Continuously improve detection accuracy by learning from past data.

Regulatory Requirements for Transaction Monitoring in AML Compliance.

Transaction monitoring is a key regulatory requirement for financial institutions worldwide:

1. Global Standards: The Financial Action Task Force (FATF) mandates ongoing transaction monitoring as part of a risk-based approach to preventing financial crime.
2. United States: Requirements come from the Bank Secrecy Act and the USA PATRIOT Act. FinCEN provides guidance for implementation.
3. Europe: The Markets in Crypto-Assets (MiCA) regulation and Anti-Money Laundering Authority (AMLA) directives set clear standards, especially for crypto asset service providers.
4. According to Quantexa, regulators expect financial institutions to detect and stop money laundering before it enters the legitimate financial system.

6 Importance of Transaction Monitoring In AML Compliance.

Beyond regulatory AML compliance, transaction monitoring offers significant benefits:

1. Improved Risk Management: Detect warning signs early, allowing teams to act before losses occur.
2. Enhanced Customer Due Diligence: Continuously review behavior and update risk profiles in real time.
3. Automatic Detection of Behavioral Changes: Apply closer checks when low-risk customers show unusual activity (SAS).
4. Reputation Protection: Prevent compliance gaps that could damage trust.
5. Commitment to Financial Crime Prevention: Reinforce confidence with customers and partners by demonstrating strong compliance practices.
6. Strong transaction monitoring helps organizations remain compliant, manage risks effectively, and maintain trust in an increasingly complex financial environment.

How A&D Forensics Can Assist Your Firm In Transaction Monitoring in AML Compliance.

A&D Forensics offers comprehensive AML/CFT compliance monitoring services, tailored for blockchain and cryptocurrency businesses. Our team combines expertise in blockchain intelligence, crypto investigations, and transaction monitoring to help you meet international regulatory requirements.

Get in touch with A&D Forensics to learn how our expert transaction monitoring services can protect your organization, ensure compliance, and strengthen trust with your customers and partners in the evolving digital asset space.

Conclusion.

Transaction monitoring in AML Compliance is a critical function for financial institutions and cryptocurrency platforms. As regulations tighten and criminal methods grow more sophisticated, organizations need the right expertise to build and manage effective monitoring programs that prevent financial crime and maintain trust.

Contributor: Ifeoluwa Ademola

Think of an online application like a company’s internal filing system. Every employee has a valid access badge, but each badge is meant to grant access only to specific folders. An IDOR vulnerability exists when the system checks that you have a badge, but does not verify whether you are permitted to open a particular file. If file records are identified by simple reference numbers, changing that number can allow an employee to view or modify files that belong to other departments or individuals. The system assumes that because you are authenticated then you should be authorized, an assumption that attackers routinely exploit.

What Exactly is an Insecure Direct Object Reference (IDOR)?

An IDOR vulnerability is a type of Broken Access Control flaw (A01:2025). It arises when a web application uses an identifier to directly access an internal object but fails to carry out a proper authorization check to ensure the current user is permitted to access that specific object.

The “identifier” is often a value provided by the user or their browser, such as:

• User identifier used in a URL path, such as: https://someapi.com/users/105 
• Order number as a part of a query parameter, e.g. https://yourstore.com/orders?id=3767
• A document identifier that is placed within the body of an API request, noted as  {“documentId”: “abc-def-123”}
• A file name requested from a server, such as https://somesite.com/download?file=invoice_1889.pdf

The vulnerability is not due to the use of the identifier itself, but the web app’s failure to verify that the logged-in user has the required rights to access the resource pointed to by that identifier. This gap can result in unauthorized access to sensitive data, compromise of user accounts, and serious regulatory and compliance breaches.

How IDOR Attack Happens: A Step-by-Step Scenario.

The simplistic nature of IDOR exploitation is what makes it a critical vulnerability. As an  attacker, you do not need a sophisticated “hacking” tool to exploit it, only your web browser is sufficient.

Let’s consider a web application that allows you to view their past orders.

1. Normal and Expected User Action: You log in to your account and click on “order history”. Then you select an order, and the browser navigates to a URL like: https://someecommerce-site.com/viewOrder?orderID=5326, The server correctly verifies that you are logged in and displays the details for your order, 5326.

2. Attacker Reconnaissance: An attacker logs in to their own account on the same site and he/she observes this predictable URL structure. They notice the orderID is a sequential number.

3. Parameter Manipulation: The attacker simply modifies the orderID parameter in the URL in their browser, changing it to 5326. https://someecommerce-site.com/viewOrder?orderID=5326

4. Authorization Bypass: The attacker then submits the modified request. The server’s inherently flawed access control logic checks if the attacker is authenticated (which they are) but the server then fails to check if they are authorized to view order 5326. Because this crucial check is missing, the server processes the request and returns the full order details for another customer.

By repeating this process, the attacker can enumerate thousands of order IDs in order to systematically harvest sensitive customer information, including name, address, and purchase details. A similar attack could be used to alter or delete data if the vulnerability is present in functions such as “update profile” or “cancel order.”

5 Reasons Why IDOR Vulnerabilities Are Dangerous.

1. Easy to Exploit: IDOR vulnerabilities are particularly dangerous because they are easy to exploit and can cause significant damage in a short time. Unlike other technical weaknesses that may require advanced tools or deep system access, an IDOR flaw can often be abused by anyone with a basic understanding of how web applications work. In many cases, no malware, fuzzing tools, or exploit code is required, only simple request manipulation.
   
2. Unauthorized Data Exposure: The most immediate risk is unauthorized access to sensitive information. When object-level authorization is missing, attackers can view confidential personal data, financial records, internal documents, or other business-sensitive information belonging to other users. In sectors such as e-commerce, fintech, and healthcare, this can quickly escalate into a large-scale data breach affecting thousands of customers.
   
3. Account Takeover and Privilege Abuse: Beyond exposing data, IDOR vulnerabilities can enable attackers to modify or delete information. If flawed authorization exists in functions such as profile updates or transaction processing, attackers may change user details, cancel transactions, or perform actions on behalf of other users. What appears to be a “read-only” issue can quickly become a serious integrity and availability risk.
   
4. Regulatory and Business Impact: From a business perspective, exploited IDOR vulnerabilities often lead to regulatory violations, especially where data protection laws apply. Unauthorized access to sensitive data can trigger breach disclosures, investigations, fines, and legal consequences. The resulting loss of customer trust can be even more damaging and difficult to recover from.
   
5. Difficult to Detect: IDOR vulnerabilities often remain undetected for long periods because attackers may use valid credentials and legitimate application features. Their activity can blend into normal user behavior, meaning that by the time the issue is discovered, significant damage may already have occurred.

How to Prevent IDOR Vulnerabilities.

Preventing IDOR vulnerability requires a security-first approach at the development stage. You cannot rely on hiding identifiers, as attackers are skillful at finding them.

1. Implement Strict, Server-Side Access Control Checks: This is the most crucial defence against an IDOR vulnerability. For every request that accesses a private resource, your web application’s backend must verify that the currently authenticated user has the necessary permissions for that specific resource it is requesting. Never trust user-supplied input without proper verification.

1. Bad (Vulnerable) Logic: Is the user logged in? If yes, show them the order details for the orderID they provided.
   • Good (Secure) Logic: Is the user logged in? If yes, get the user’s ID from their secure session. Then, check in the database if the order_id they provided actually belongs to their user ID. Only show the details if both conditions are true.
   • Use Indirect and Unpredictable Object References: Avoid the use of direct, sequential, or predictable identifiers in URLs and API calls. Instead, use identifiers that are difficult and/or impossible for attackers to guess.
2. Use UUIDs: Replace sequential integers (1, 2, 3) with Universally Unique Identifiers (UUIDs) or other long and/or random strings.

1. Vulnerable: id=1234
2. Secure: id=3er3e9-a556-439b-8232d-0e1f2a2b4c5d
3. Conduct Regular Security Testing: It is much better to proactively detect the IDOR vulnerabilities than dealing with a security breach. A thorough Vulnerability Assessment and Penetration Testing (VAPT) engagement by an expert firm like A&DForensics will simulate real-world attacks to uncover and report these and other access control flaws before malicious actors can exploit them.

How Can A&D Forensics Help?

A&D Forensics helps you identify and reduce cybersecurity risks through expert-led Vulnerability Assessment and Penetration Testing (VAPT). We uncover security gaps such as IDOR vulnerabilities, simulate real-world attacks, and provide clear, actionable remediation guidance to strengthen your systems, support compliance, and protect your web applications and business.

Conclusion.

Indirect object reference (IDOR) vulnerabilities may seem simple, but their impact can be very severe when left unchecked. By failing to enforce proper and adequate security measures, namely, authorization at the object level, web applications expose sensitive data and critical functions to unauthorized users. Preventing IDOR vulnerability requires deliberate access control design, consistent server-side validation, and regular security testing. Addressing these weaknesses early not only reduces security and compliance risks but also helps protect user trust and the integrity of the application. 

Contributor: Danladi Galadima

Vulnerability Assessment and Penetration Testing (VAPT) is a proactive approach used to secure your digital assets, which ensures potential threats are detected and mitigated before they can cause harm.

2 Pillars of Vulnerability Assessment and Penetration Testing (VAPT).

Vulnerability Assessment and Penetration Testing (VAPT) consists of two complementary components, which address security from a different angle:

1. Vulnerability Assessment (VA): Vulnerability Assessment is a systematic process of scanning and analyzing systems, networks, and applications to identify known weaknesses. These include:

• Outdated or unpatched software
• Misconfigured servers or databases
• Weak authentication mechanisms
• Insecure network services

The primary objective of a vulnerability assessment is to create a comprehensive inventory of potential risks, prioritize them based on severity, and provide actionable recommendations to reduce exposure before attackers exploit them.

2. Penetration Testing (PT): Penetration Testing takes the next step by simulating real-world attacks on your systems. Instead of just identifying weaknesses, penetration testing actively exploits vulnerabilities to determine:

• How far an attacker could penetrate
• What sensitive data or systems could be accessed
• Whether existing security controls can detect or stop an attack

Penetration Testing is a realistic assessment of your organization’s security posture, which helps businesses understand both technical risks and practical impact of potential breaches.

While a vulnerability assessment identifies “what’s” potential weaknesses, penetration testing shows “so what’s” real-world impact if those weaknesses are exploited. Combining both pillars gives organizations a complete and actionable view of their cybersecurity posture, enabling proactive mitigation and stronger defenses.

How Vulnerability Assessment and Penetration Testing (VAPT) Benefits Your Business.

1. Proactive Risk Identification: VAPT helps you detect weaknesses before attackers, by identifying vulnerabilities early, you can easily patch critical gaps and prevent potential breaches before these vulnerabilities impact your business.

2. Regulatory Compliance: If your industry is regulated by standards like PCI DSS, GDPR, HIPAA, or ISO 27001, VAPT ensures your systems meet these requirements. This helps you avoid penalties and strengthens trust with your stakeholders.

3. Enhanced Incident Response: Penetration tests simulate let you see how well your team can detect and respond. These insights help you refine your incident response plans for faster, more effective reactions to actual threats.

4. Reduced Financial Risk: A single data breach can cost you significantly through fines, legal fees, reputational damage, and operational downtime. VAPT helps you minimize these risks by addressing vulnerabilities proactively.

5. Builds Trust and Reputation: By conducting regular VAPT, you show your clients, partners, and investors that you take cybersecurity seriously. This builds confidence and strengthens your brand’s reputation.

6. Protects Your Intellectual Property: If you have valuable proprietary data or intellectual property, VAPT ensures your critical assets remain secure from cybercriminals and industrial espionage.regular, independent testing that protects client data. The message shifts from “we provide a service” to “we provide a secure and reliable service.”

How does VAPT Work?

A VAPT engagement follows a structured approach designed to uncover, validate, and reduce security risks across your environment:

1. Scope Definition: Identify the systems, networks, and applications to be tested.
2. Vulnerability Scanning: Use automated tools to detect known security gaps.
3. Manual Analysis: Security experts validate findings and prioritize risks.
4. Penetration Testing: Simulate attacks to assess exploitability and potential impact.
5. Reporting: Deliver a detailed report with vulnerabilities, risk ratings, and remediation recommendations.
6. Remediation Support: Provide guidance on fixing vulnerabilities and verifying solutions.

How Can A&D Forensics Help?

A&D Forensics helps you identify and reduce cyber risks through expert-led Vulnerability Assessment and Penetration Testing (VAPT). We uncover security gaps, simulate real-world attacks, and provide clear, actionable remediation guidance to strengthen your systems, support compliance, and protect your business.

Conclusion.

Vulnerability Assessment and Penetration Testing (VAPT) is more than just a technical exercise, it’s a strategic investment in your business’s security, resilience, and reputation. By uncovering vulnerabilities, validating defenses, and enhancing response readiness, VAPT ensures your organization is prepared for today’s complex cyber threats. Businesses that prioritize VAPT not only protect their systems and data but also reinforce customer trust, regulatory compliance, and long-term growth.

Contributor: Danladi Galadima

Compliance Officer, MLRO, and CCO roles are often confused or incorrectly combined and organisations might face higher regulatory risk, weaker controls, and a greater likelihood of enforcement actions if not properly identify each role accordingly. Clear separation of a Compliance Officer, MLRO, and CCO roles strengthens compliance frameworks, improves regulatory confidence, and supports long-term organisational resilience.

There is a common belief that one individual can manage all compliance-related responsibilities, but in practice, this approach rarely works:

1. A Compliance Officer helps businesses to comply with laws, regulations, and internal procedures.
2. A MLRO focuses on designing and maintaining businesses’ AML compliance framework.
3. A CCO  oversees and manages compliance across an organisation.

Understanding differences between a Compliance Officer, MLRO, and CCO is critical when ensuring regulatory compliance, operational efficiency, and clear career paths.

Compliance Officer: Day-to-Day Regulatory Compliance.

A Compliance Officer is a professional responsible for ensuring that an organisation operates in line with applicable laws, regulations, regulatory guidelines, and internal policies. In practice, the Compliance Officer acts as a bridge between  businesses and regulators.

5 Key Responsibilities of a Compliance Officer.

1. Monitoring compliance with local and international regulations
2. Identifying compliance gaps and control weaknesses
3. Supporting regulatory reporting and examinations
4. Coordinating responses to regulatory inquiries
5. Delivering compliance training across the organisation

A Compliance Officer operates across departments, including legal, risk, audit, HR, and IT, ensuring compliance requirements are integrated throughout the business.

Who is a Money Laundering Reporting Officer (MLRO)?

A Money Laundering Reporting Officer (MLRO) is the senior individual responsible for an organisation’s anti-money laundering and counter-terrorist financing (AML/CFT) framework.  MLRO’s role focuses on identifying, assessing, and managing money laundering and terrorist financing risks, and ensuring the organisation meets its legal and regulatory obligations.
Under UK’s Money Laundering, Terrorist Financing and Transfer of Funds (Information on the Payer) Regulations 2017 (Regulation 21), regulated businesses are required by statute to appoint a MLRO as the nominated officer responsible for receiving and assessing internal reports of suspicious activity and deciding whether to submit them to the National Crime Agency.

4 Core Responsibilities of an MLRO.

1. AML Compliance Supervision: MLRO makes sure organizations follow the AML/CFT compliance framework and related AML rules.
2. Ensuring effective customer due diligence (CDD): MLRO ensures strong CDD by checking clients’ identities, verifying their information, and monitoring them continuously.
3. AML records, risk assessments, and AML training: MLRO ensures all AML-related records, including AML training, risk assessments, and SARs, are maintained in accordance with regulatory requirements.
4. Suspicious Activity Reports (SARs): MLRO oversees the monitoring of transactions to detect unusual or suspicious activities. This includes reviewing automated systems and alerts, and conducting investigations as necessary.

Who is a Chief Compliance Officer (CCO)?

A Chief Compliance Officer (CCO) is the senior executive responsible for leading, overseeing, and governing the organisation’s entire compliance function. CCO ensures compliance is integrated into business strategy, not treated as a standalone control function.

5 Key responsibilities of a Chief Compliance Officer (CCO).

1. CCO maintains an effective compliance management system
2. Leads enterprise-wide compliance risk assessments
3. Provides strategic advice to the board and senior leadership
4. Oversees regulatory change and implementation across the organisation
5. Establishes and promotes standards for ethics, conduct, and governance.

Chief Compliance Officer provides strategic oversight across all compliance functions, including AML, data protection, market conduct, and industry-specific regulations.

Compliance Career Path: From Compliance Officer to MLRO to CCO.

Most compliance careers begin with a Compliance Officer role, where professionals build a strong foundation in regulatory requirements, daily compliance monitoring, reporting obligations, and risk-based controls. With experience, many Compliance Officers specialise in areas such as AML, sanctions, or financial crime, developing deeper expertise and preparing for senior responsibilities.

A MLRO role represents a step into senior compliance leadership, carrying statutory responsibility for AML oversight and suspicious activity reporting. This position requires independence, strong regulatory judgement, and regular engagement with senior management and regulators.
At executive level, CCO provides organisation-wide compliance oversight, leading strategy, governance, and risk management. CCO ensures compliance is integrated into business decisions and supported at board level.

Kick Start Your Compliance Career with A&D Forensics’ 3CS Training Program.

Our 3CS Training Program offers practical, hands-on learning to build a strong foundation in compliance, risk management, and AML practices. Whether you are starting your career or looking to specialise, our 3CS program equips you with skills, knowledge, and confidence needed to navigate complex regulatory environments. Gain insights from industry experts and prepare for success in Compliance Officer, MLRO, and CCO roles.

Conclusion

Strong compliance frameworks depend on clear accountability. Understanding the distinct roles of a Compliance Officer, MLRO, and CCO helps organisations meet regulatory expectations, reduce enforcement risk, and build trust with regulators and stakeholders. Clear role definitions do more than satisfy regulators, these roles protect institutions, strengthen governance, and support sustainable growth.

Contributor: Ms. Ifeoluwa Ademola